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Home My WebLink AboutWetland Delineation report - 2015 Wetland Delineation Report Stonegate Farm Inc. Site Orono and Medina, Minnesota Prepared for: Property Resources Development Corp. 4..�w . �,. , ,�� , � . i � .s �a� ,�� . �: �� -:� � ,� f �. 1 L .��'*�4}< - . �° � +.� � $��. . � � �k.t' � �.:' .._ a � � - �aM�a��t — ` � � �. � r �ar� r.. �._______. �_ . __ �.. , -- . _ �:...�� _ � ,, �. T � . � � �. '��"w�'� _ •`�"-� �:;�S: �Yal��o.� _ Ab..S:,�.e� j ,, - �=��'" � �.,�-ar� . � � _� �,._ .�.. ..�,�. _ . �.z #.. :,:r , . . � . ,. -�.m.�„ � _. - . , � .�.�_ , R..�a ":-.>�a , '.d.. . _ .. . ..... , a,".i: �.- _�-' . - . _.. . .,,..., v�e.......,, .:. X . . . . -- - ` . . - . .:.r'�.a r-:.. '�' _-., _ � .-.. ,...,. �+�` = � ` `, .. � , � � , . . . . � �a�� JM. "+... '. � � ` r �` ,.,,.� `"'"" `'- �' "'*w'�r ,�, � �° . �.t .y s�. �°°"y` .� y� vr�z..r ,. .` . 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'l�1.�. _ 7..k „'.: � ;.. , .�'�'. ,rr.w��'S ► r .�i� n�... ` ..,� f-a.> � �� „,,•y„ .� .,J�E ,,,�+it�"'�"�+•�p;. �, �,�L�u �. ¢ ,yr� w.' n� ,�.¢� „ �,,, *s. a�.� ^ ��a,�,�,t yj"��v''S� �� -��3 r��..� f" '�.'�"iv ��„�," �`ax�M+�-�,r�� r��`a. ��,�, � '.. °":'.YG ��."�.+1�dU4 ,`w-s"� a.,.k�1:�4' .��: , atw��r 'faY"1�rS��a��...4, i!Fr: A �_ .1'..-r:,�+�- �,.s'�d�. September 18, 2015 � � ' �oPray ;a�� BES Project No. 2015.021 �nvironmenta� i� Nj6}1 920E�St. �(iser��Ilc.��+f+L'22 j!�-}Cj-!�jJ Sr.iboprayayo{roc.cen J � � �'joPray h � nvimnmenta� Wetland Delineation Report Stonegate Farm Inc. Orono and Medina, Minnesota September 18, 2015 Background Bopray Environmental Services LLC (BES) has completed a wetland delineation on an approximately 113 acre site located in the W '/2, Sections 28, T118N, R23W, Cities of Orono and Medina, and Hennepin County, Minnesota (Figure 1). The site consists offarmland, a small area of forest land and several wetlands. The topography of the site is gently rolling with steeper sloping areas along the south and west sides of the site according to the U.S.G.S. quadrangle topographic map (Figure 2). The approximate site and wetland boundaries are shown on an aerial photo in Figure 3. The field wetland delineation was done on May 27tn June 15�, June 30th, and August 4th 2015. Sathre-Bergquist Inc. surveyed the wetland boundaries and incorporated them into the site plans (Appendix A). The purpose of this delineation was to identify wetlands on the site for planning purposes for site development and for regulatory purposes. Precipitation % Normal Methodologies , _ �t-� 01-A�lay 26.2015 The site was evaluated for wetlands based on i- � the methods contained in the "Level 2 Routine Wetland Delineation" section of the U.S. Army Corps of Engineers "Wetland Delineation f Manual" (Technical Report Y87-1, 1987) and � ` the Regional Supplement to the Corps of Engineers Wetland Delineation Manual: 200 Midwest Re ion. A Farmed Wetland 1 "S g ,so determination was conducted in accordance '25 with the methodology in draft guidance "Using ,00 Aerial Imagery to Assess Wetland Hydrology" 90 (COE, 2015). Historical aerial used on the ° ==,r analysis were from Google Earth and the Farm Service Agency. Other photos without specific dates other than the year were also Wetland Delineation Report Stonegate Farm,Orono& Medina, MN BES Project No. 2015-021 September 18,2015 reviewed but precipitation data could not be correlated to the photos. This is the methodology currently used to determine wetlands by both the U.S. Army Corps of Engineers for implementation of Section 404 of the Clean Water Act and by the Minnesota Wetland Conservation Act. Additionally BES conducted several site visits throughout the growing season to assess crop status in the potential farmed wetland areas. According to the Climatology Working Groups'webpage, the area was at 90-100% of average year to date precipitation at the time of the first site visit. By the August site visit the area was at 110-125% of average year to date precipitation. This is considered within the range of normal seasonal precipitation. Results Farmed Wetland Review BES' review of Farm Services Agency (FSA)annual slides are summarized in Table 1 below. Annual FSA slide for most years 1981 through 2002 were available in electronic format from the Natural Resource Conservation Service and additional aerials from 1991 to 2014 were gathered from other online sources. Early season photos and duplicate photos in the same year considered in determining the extent and location of the wetlands but were not used in the calculation of number of years with wetland signatures. Precipitation levels (Wet, Normal, Dry) were generated based on the Minnesota Climatology Working Group's "Wetland Delineation Precipitation Data Retrieval from a Gridded Database"for this specific site. The three months prior to the date of the aerial photo were used to make the precipitation level determination. The following notations were used in interpreting wetness signatures on the FSA slides: W-wet: Outline of the wetland in question can readily be seen and photographic signatures are caused by wetness. • CS-crop stress • WS-wetland signature � • DO-drowned out • NC-not cropped • SW-standing water • AP-altered cropping pattern D-dry: Outline of wetland in question cannot readily be seen. Photographic signatures are not due to wetness and are due to soil or other factors. • NV-normal vegetation cover, cropped site is tilled and planted, appears similar to surrounding fields • DNC-not cropped • D?-something is evident in the photo, but it is not necessarily due to wetness 2 Wetland Delineation Report Stonegate Farm,Orono&Medina, MN BES Project No. 2015-021 September 18,2015 Appendix B includes an aerial photograph with the location of each of the 16 areas evaluated for potential farmed wetlands. Table 1 in Appendix B summarizes the finding of the historical aerial photo review for each of the potential farmed wetland basins. A sample of the normal years photographs are also provided in Appendix B and all of the evaluated photos can be provided upon request. For the narrative section of this report the wetlands were grouped by similar characteristics. Representative characteristics of one of the wetlands are described here in the text. The detailed data for all of the sample points is included on the data sheets in Appendix C. Wetland A Wetland A is a large basin in the south 20 acres of the site. The basin includes the outlet drainageway to the west that has been broken into segments by two field crossings with culverts. Several areas along the wetland boundary extend out into the adjacent cultivated cropland. This basin is a Palustrine, Emergent, Seasonally flooded, drained (PEMCd) shallow marsh. Sample point SA-W in Wetland A is dominated by reed canary grass (Pha/aris arundinacea) and hummock sedge (Carex stricta). Cattail (Typha sp) dominates the center of the basin. The vegetation community met the dominance test and had a prevalence index of 1.58. Soils in the wetland consisted of six inches of N 2/0 muck, over nine inches of N 2/0 loam, over 2.5Y 6/2 sandy clay loam with 5/5 2.5Y 5/4 iron concentrations (Al2). Surface water(A1) 0-6+ inches was present in the basin at the time of the site visit. The water table (A2)was observed at a depth of nine inches and saturated soil (A3)was at four inches in the wetland soil pit. The other wetland hydrology indicator observed in the wetland included inundation saturation visible on aerial imagery(C9), geomorphic position (D2) and a positive FAC-neutral test(D5). The adjacent upland vegetation was sampled on a slight topographic rise in an area that was not cultivated in 2015. The upland is dominated by reed canary grass, smooth brome grass(Bromus inermis)and common ragweed (Ambrosia artemisiifolia). The vegetation community did not meet the dominance test and had a prevalence index of 3.38. The upland soils consisted of eight inches of N 2/0 loam, over N 2/0 clay loam (Al2). The water table (A2) was at a depth of 11 inches and saturated soil (A3)was at a depth of 6 inches in the upland soil pit after several days of heavy rain. No other wetland hydrology indicators were observed at the upland sampling point including the FAC neutral test. The wetland boundary was generally staked along the vegetation transition and topographic break. Wetlands B and C This group of wetlands are small, isolated, emergent wetlands in or along the upland forest. Wetland B was occasionally farmed in the past. Wetland B is described to represent the group. This basin is a Palustrine, Emergent, Seasonally Flooded, (PEMC) shallow marsh wetland. Sample point SB-W is dominated by reed canary grass with cattail in the center of the basin. The vegetation community met the dominance test and had a prevalence index of 2.02. Soils in the wetland consisted of 14 inches of 10YR 3/1 loam, over 10YR 4/1 clay loam with 10% 10YR 4/4 iron concentrations (Al2). Surface water(A1) up to three inches deep was present in the 3 Wetland Delineation Report Stonegate Farm,Orono& Medina, MN BES Project No. 2015-021 September 18,2015 basin. The water table (A2) and saturated soil (A3)were observed at 0 inches in the wetland soil pit. The other wetland hydrology indicator obsenred in the wetland included inundation saturation visible on aerial imagery(C9), saturation visible on aerial imagery(C9), geomorphic position (D2)and a positive FAC-neutral test(D5). The adjacent upland vegetation was sampled on a slight topographic rise on the east side of the basin. The uplands around the other half of basin have been disturbed by farm operations. The upland (SB-U) is dominated by basswood (Tilia americana), sugar maple (Acer saccharum), white oak(Quercus a/ba), common buckthorn (Rhamnus cathartica), gooseberry current(Ribes cynosbat�) and nannyberry (Viburnum lentago)with no herbaceous layer. The vegetation community did not meet the dominance test and had a prevalence index of 3.92. The upland soils consisted of nine inches of 10YR 2/1 loam over 10YR 4/2 clay loam. Free water and saturated soil was not observed within a depth of 16 inches in the upland soil. No other wetland hydrology indicators were observed at the upland sampling point. The wetland boundary was generally staked along the vegetation transition and topographic break. Wetlands D and E These two wetlands are smatl depressions in the woods along the northeast edge of the site. These wetlands have a closed overstory canopy which limits the emergent vegetation in the basin. Wetland C,just to the south is larger and has an open canopy with cattails and reed canary grass in the basin. Wetlands D and E are Palustrine, Broad-Leaved, Forested, Seasonal flooded, (PF01C) hardwood swamps. Sample point SD-W is dominated by silver maple (Acer saccharinum), green ash (Fraxinus pennsylanica), common buckthorn, reed canary grass lake sedge (Carex/acustris) and jewelweed (Impatiens capensis). The vegetation community met the dominance test and had a prevalence index of 1.90. Soils in the wetland consisted of five inches of N 2/0 clay loam, over 15 inches of N 2/0 clay, over 10YR 4/1 clay(Al2). Surface water up to eight inches deep was present in the basin at the time of the site visit. The water table (A2)was at seven inches and saturated soil (A3)was observed within a depth of three inches in the wetland soil pit. The other wetland hydrology indicator observed in the wetland included; inundation visible on aerial imagery(B7), geomorphic position (D2) and a positive FAC-neutral test(D5). The adjacent upland (SD-U) is dominated by sugar maple, common buckthorn, nannyberry, white snakeroot(Ageratina a/tissima), Virginia creeper(Parthenocissus quinquefolia),jack-in-the-pulpit(Arisaema triphyllum), fragrant bedstraw(Galium triflorum) and northern wood violet(Vio/a papilionacea). The vegetation community did not meet the dominance test and had a prevalence index of 3.74. The upland soils consisted of 8 inches of N 2/0 clay loam, over ten inches of 10YR 3/1 clay, over 10YR 4/1 clay. The water table was observed at 14 inches and saturated soil (A3)was at a depth of 12 inches in the upland soil pit. No other wetland hydrology indicators including the FAC-neutral test were observed at the upland sampling point. The wetland boundary was generally staked along the vegetation transition and topographic break. 4 Wetland Delineation Report Stonegate Farm,Orono&Medina, MN BES Project No. 2015-021 September 18,2015 Wetlands H. I, J and L These wetlands are small basins which been taken over by shrubs and or tre�s but also include areas that are still being farmed. Wetland I is described to represent the group. Wetland I is a Palustrine, Scrub-Shrub, Temporarily flooded, (PSSA) shrub-carr basin. The vegetation at sample point SI-W is dominated by sand bar willow(Salix interior) and reed canary grass. The vegetation community met the dominance test and had a prevalence index of 2.07. Soils in the wetland consisted of six inches of N 2/0 clay loam, over six inches of N 2/0 clay, over 10YR 4/1 clay(Al2). Surface water(A1) up to three inches deep was present in the center of the basin. The water table (A2)was at a depth of 10 inches and saturated soil (A3)was observed at a depth of 6 inches in the wetland soil pit. The other wettand hydrology indicator observed in the wetland included; inundation visible on aerial imagery(B7), saturation visible on aerial imagery (C9), geomorphic position (D2)and a positive FAC-neutral test(D5). The adjacent upland vegetation was sampled on a slight topographic rise between the two wetlands. The upland (SI- U) is dominated by Amur maple (Acer ginnala), red fescue (Festuca rubra), Kentucky bluegrass (Poa pratensis), and wild parsnip(Pestinaca sativa). The vegetation community did not meet the dominance test and had a prevalence index of 3.55. The upland soils consisted of eight inches of N 2/1 loam, over finro inches of 10YR 2/1 clay loam, over 12 inches 10YR 3/1 clay, over 10YR 4/1 clay. Free water and saturated soil was not observed within a depth of 25 inches in the upland soil pit at the time of the site visit. There were no wetland hydrology indicator observed at the upland sampling point. The wetland boundary was generally staked along the vegetation transition and topographic break. Wetlands F. G1, G2, G3, G4, and K This group of wetlands are isolated basins that are farmed through in most years. A farmed wetland determination was conducted and wetland signatures were noted in more than 50% of the normal precipitation years in each of the basins. Wetland F has a natural over flow to the slope to the northwest. Wetland K has a natural over flow to Wetland J. Wetland G is complex of shallow depressions that drain to a man-made ditch and then to the slope north of the site. On aerial photographs Wetland G is an amorphous polygon that changes shape significantly from year to year. Data points from Wetland G are described here to represent the group. Wetland G is a Palustrine, Emergent, Temporarily flooded, drained, farmed (PEMAdf)fresh (wet) meadow. The vegetation at sample point SG-W is planted to soybeans and is an atypical situation under the 1987 manual. The volunteer species present in small amounts includes reed canary grass, Canada thistle (Cirsium arvense) and soft stem club rush (Schoenoplectus tabernaemontani). Including the soybeans the vegetation community does not meet the dominance test and has a prevalence index of 4.10. However disregarding the soybeans as atypical, there is one OBL, one FACW and one FACU species which would suggest under normal circumstances there would be more FAC and wetter species than FACU and UPL species. Soils in the wetland consisted of eight inches of 10YR 1/1 clay loam, over four inches of 10YR 2/1 clay, over 10YR 4/1 clay(Al2). Surface water(A1) up to three inches deep was present in the center of the depressions. The water table (A2)was at a depth of 10 inches and 5 Wetland Delineation Report Stonegate Farm,Orono&Medina, MN BES Project No. 2015-021 September 18,2015 saturated soil (A3)was observed at a depth of 0 inches in the SG-W wetland soil pit. The other wetland hydrology indicator observed in the wetland included; inundation visible on aerial imagery(B7), saturation visible on aerial imagery(C9), geomorphic position (D2)and a positive FAC-neutral test(D5). There was a heavy rainfall event just prior to the first site visit which resulted in extensive flooding within the farmed wetland basin. During the second site visit, five days later, surFace water was significantly reduced and limited to just the centers of the depressions. The adjacent upland vegetation was sampled on a slight topographic rise and was also planted to soybeans. The volunteer vegetation in the upland (SG-U) included Canada thistle, reed canary grass, field penny crest(Thlaspi arvense), and yellow rocket(Barbarea vulgaris). Including the soybeans the vegetation community does not meet the dominance test and has a prevalence index of 4.28. Disregarding the soybeans, there is one FACW, one FAC and two FACU species which would suggest under normal circumstances there would be more FACU species than FAC and wetter species. The upland soils (SG-U) consisted of eight inches of eight inches of 10YR 2/2 loam, over 14 inches of 10YR 3/1 clay loam, over 10YR 4/1 clay. The surFace was not dark enough to meet the Al2 hydric soils criteria. Free water was observed at a depth of 16 inches and saturated soil was at 13 inches in the upland soil pit early in the growing season. There were no wetland hydrology indicators observed at the upland sampling point. The wetland boundary was generally staked based on the composition volunteer weed species, the extent of crop stress/failure, the surface soil color and the presence of hydrology indicators at the time of the site visits. Sample aoint SG-X. SP-1, SP-2. SP-3, and SP-4 These five sample points were evaluated because these areas were either farmed and appeared to occasionally have wetland signatures on aerial photos or based on resource maps there was a potential for wetlands in the area. On-site data for each point is included on the data sheets in Appendix C. None of the farmed areas, SG-X, SP-3 and SP-4, had wetland signatures in more than 50% of the normal precipitation years. These three farmed areas also did not develop visible signs of crop stress in a slightly wetter than average, but normal precipitation year. All five of the sample points had thick dark mollisol soils but only SG-X actually meet a field indicator of hydric soils. There were no wetland hydrology indicators observed in these areas except SG-X. Sample point SG-X had surface water present at the time of the first site visit after a heavy rain event. Technically that observation is enough to meet the wetland hydrology criteria, but considering antecedent conditions and the fact that the basin was nearly dry just five days later indicates the duration for flooding probably is not sufficient to meet the wetland criteria. All of these areas were determined to be non-wetlands because the preponderance of evidence indicated they did not meet the three parameter wetland criteria. 6 Wetland Delineation Report Stonegate Farm,Orono&Medina, MN BES Project No. 2015-021 September 18,2015 Resource Maos Review The National Wetlands Inventory(NWI) (Figure 4) identifies several wetlands on the site. In general the NWI shows wetlands in about the same location and similar classification as Wetlands A, B, C, D, E and G as delineated by BES. The DNR Protected Waters Inventory map (Figure 5) does not identify any public waters wetlands on the site. The Hennepin County Soils Survey(Figure 6) shows the site is predominantly mapped as Cordova loam (L23A)and Angus loam (L37B)soil map units. The minor soil map units on the site include Canisteo loam (L21A), Lester loam (L22C2), Glencoe loam (L24A) Le Sueur loam (L25A), Hamel, overwash- Hamel complex(L36A), Angus-Kilkenny complex(L406), Lester-Kilkenny complex(L41 D2), Houghton and Muskego soils (L50A), and Hamel-Glencoe complex(L132A). The Lester, Lester-Kilkenny, Angus, and Angus-Kilkenny soil map units are listed as having 5% or less inclusions of hydric soils. The Hamel-Overwash Hamel, Hamel-Glencoe, and Cordova soil map units are listed as having 45%, 80% and 95% hydric soils respectively. The Canisteo, Glencoe, and Houghton-Muskego soil map units are listed as having 100% hydric soils. Wetland Classification BES' classification of the wetlands is based on observations of the site and is include in Table 1 below. Table 1. Summary of Wetland Characteristics Basin Class Circ. 39 Isolated Comments T e Y/N Wetland A PEMCd, 3 N Wetland A is a large shallow marsh in the Shallow Marsh south part of the site. The basin outlets to small stream that flows to the west of the site. Wetland B PEMC 3 Y Wetland B is a small isolated cattail basin Shallow Marsh along the east edge of the site. The basin has been farmed on occasion in the past. Wetland C PEMC 3 Y Wetland C is a small isolated cattail basin Shallow Marsh in the woods along the northeast edge of the site Wetland D PF01 C 7 Y Wetland D is a small isolated basin in the Seasonally woods along the northeast edge of the Flooded Basin site. The tree canopy covers most of the basin which has less emergent vegetation than Wetland C. 7 Wetiand Delineation Report Stonegate Farm,Orono&Medina, MN BES Project No. 2015-021 September 18,2015 Wetland E PF01 C 7 Y Wetland E is a small isolated basin in the Seasonally woods along the northeast edge of the Flooded Basin site. The tree canopy covers most of the basin which has less emergent vegetation than Wetland C. Wetland F PEMAf 1 Y Wetland F is a small isolated basin in the Seasonally northwest corner of the site. The basin is Flooded Basin farmed on a regular basis, but shows wetland signatures in most years. Wetland PEMAdf 1 Y Wetland G is a series of cascading G1, G2, Seasonally depressions in the center of the north 40 G3, G4 Flooded Basin acres of the site. An outlet ditch to the north limits the water level and duration in the basins. The ditch outlets on the slope to the north but doesn't connect to other wetlands. This area has been farmed regularly since the CRP contract expired in 2007. Wetland H PEMAf 1 Y Wetland H is a small isolated flat along the Seasonally northwest side of the site. The west part of Flooded Basin the basin was planted to trees and is no longer farmed. Just west of the site the slope steepens and surface water drains away quickly so the wetland does not extend off-site to the west. Wetland I PSS1C 6 Y Wetland I is in the northeast corner of the Scrub-carr south 40 acres of the site. The basin is an isolated, slight depression that until the last few years was farmed regularly. Wetland J PEMAdf 1 Y Wetland J is in the northeast part of the Seasonally south 40 acres of the site. It is at the head Flooded Basin of a drainageway/gully that drains down the slope to the south. Wetland K PEMAdf 1 Y Wetland K is a slight depression to the Seasonally west of Wetland J and would overflow to Flooded Basin Wetland J. This basin is farmed on a regular basis. Wetland L PEMAdf 1 Y Wetland L is the head of a swale just Fresh (wet) south of Wetland I. The farmed part of the Meadow basin had signatures in just 47% of the normal years, but the non-farmed area was wetland u on field ins ection. 8 Wetland Delineation Report Stonegate Farm,Orono&Medina, MN BES Project No. 2015-021 September 18,2015 Jurisdiction Table 2 indicates whether the wetlands are isolated or not for purposes of U.S. Army Corps of Engineers (COE)jurisdiction under Section 404 of the Clean Water Act. This determination is made by BES in the field at the time of the delineation and is essentially our best professional opinion based on the portion of the particular wetland we observed. In some cases, only a small portion of the wetland edge that is present on the property being delineated is evaluated. If no inlets or outlets are observed in the evaluated area, and none are evident on topographic maps or aerial photos, we are inclined to determine the wetland is isolated. However, since the entire wetland is sometimes not assessed, it is possible that inlets and/or outlets do exist and that the wetland has a surface connection to a federal "navigable"water and, thus, falls within the jurisdiction of Section 404. Therefore, a determination by BES of whether a particular wetland is isolated or not should not be considered a final determination with regard to COE jurisdiction until the COE concurs with the determination. Wetland A has a surface connection to the wetlands to the west which are part of a regional wetland/lake/stream complex that drains to Lake Minnetonka and eventually to the Mississippi River. The COE will likely take jurisdiction over this wetland. Wetland B, C, D, E, F, G, H, I, J, K, and L are isolated basin and the COE should not have jurisdiction over this group of wetlands. Depending on development plans and whether or not any wetland impacts are proposed will determine if a Preliminary or Approved Jurisdiction Determination should be requested from the COE. None of the wetlands are identified on the protected waters inventory so the Minnesota Department of Natural Resources (DNR)will not have jurisdiction these wetlands. The wetlands are regulated under the Minnesota Wetland Conservation Act(WCA)which is administered by the Minnehaha Creek Watershed District and City of Medina as the Local Government Units (LGU). A copy of this report should be submitted to the Corps of Engineers and the LGU responsible for administering the WCA. Supplying these agencies with reports will serve the dual purpose of determining which agencies have jurisdiction and beginning the process of obtaining concurrence with the delineated wetland boundaries. If the on-site wetlands may be affected during site construction, all necessary permits should be obtained prior to construction. The site survey with the wetland boundaries is included in Appendix A. Representative historical photos are included in Appendix B. The full set of historical photos can be provided upon request. Additional information regarding the wetlands' vegetation, soils and hydrology is included in Appendix C. Ground level photos of the wetlands are included in Figures 7 through 22. 9 Wetland Delineation Report Stonegate Farm, Orono&Medina, MN BES Project No. 2015-021 September 18,2015 The information contained herein represents the findings of BES during wetland evaluation activities conducted On May 27"', June 15�, June 30�', and August 4�' 2015 at the referenced site. Respectfully, Bopray Environmental Services LLC Kelly J. 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Site �`'�"ay Orono and Medina, Minnesota �_nvironment.a� Project No. 2015.021 .� .., ,.��,. _ �� .,,, � ,. ,� ��, � *�� '* � '• ' a . ,. �� ; �, � ' � � .x, ., ...� �ry r r� �, � a�� -,� �.� � � � � �,,�,� '� �; � .. '��, �� ,k,�, ��:�r�'�6,� *.. `� ;�+�.,�IM� � � y � r �. ' � Approximate °� a y� �� `� Site Boundaries ,�r'�w � : � �Y�� ;; , � v � � �� ,� ��; ar � �" _, � _ � 5 * R � � A 9 a�+� � �d �� ry � 4� .�$ r M � �{ I 'R -c'. �t �a/�p r��A � ;t�..y p�# i� � �� • "�} t,�q �3 ' , � . . g °��l. I i 'i� � ',�� a �, � � � � �� i�e, f,�'�� • � �. .�.� � �Tt'� ,,�� . _ r� .! �` � �t�� , # �, t . �. - �t j, A_, . ;{-� �F i�p�,,_. � � �, � °Y: � t. � q�� +� � �. � �r ,y�` �' .��4 :€ ��.,��_ x A u. :► � `� �� '�,"�r q ;�� a� � � ... �.� � .�� Y 7:. ��.ic,� �.� �1�'�., ;�.� � F;�'. n � . "''�k . � � �y�+ . � . �. '' r�� . � �� ro, M ;Ny�r�� .�I�� :�: ��"�� r �` t �� ,\ �'�� ;�,� da� "T : 4 �.� ��; ° f 1 . ,�. � Wetlands ,.�� y. , E "�s �� - F rest+water Ertuergent ,'�;' ' - Freshwater Fore:ta�Shrub �� - Estuanne and Manne Deelwaler �- ,r '� 7t ��y�, - ��"��,� �� • E siu�nne and Mdnne � � � �` Freshvrater Pona •, �� #,,._.� ��`;^ � `- ` ��r�',� � - lekE �. �� M�# . � .�»: � � „�.,,., ��._ � Rivenne � ��.�� : � _. �. . �. �. �- . �. . � ` _ otn4� �F Figure 4. National Wetland .�� Inventory Map � � Stonegate Farm Inc. Site �jo�ra�� Orono and Medina, Minnesota � �,r��irc,>r7m�r,t.<:�� Project No. 2015.021 . �s; �� 1 I�I� �y � � � �� ` � �1 { I � � �1 I � �� . �� . . � �� f � �� * � � � � �� J . � �C��./�f J � �� t � � �; { � '�M ll � �� i' 7,� � N Approximate Site Location Not to Scale �� Figure 5. DNR Protected Waters ,,�� Inventory Map � � R Stonegate Farm Inc. Site � Uo�ray Orono and Medina, Minnesota �_ nvirc�nrrtenta� Project No. 2015.021 ,Y _a_��;. ��. �;1 7� `�' .{a 'i` ,�, L` i�� 4�:�7� R / A ��a ,: 0. ' � y .. v .• �� 'q.._ k`<. !. ��+ «: + N .� � .� _ . . ,. �` �:�fi•t.s Not to Scale r i� " �� -�� '"� i�r ,� '�� s. ,�'� : �'�'v `'�y4 " •'��. ,.e... �...r _ „�� d "�` �,� ,.ti�� .� ._ �� 1 �`� ,.� � ��,. ; �5 #� ' a Approximate '.. � •�� ,. �` Site Location �� ' �.y �f ,t- ni; � + � ` ....: � a ` �� F ,� � �r��' ,s ' �•. ; .._`M � � ��.,�.I,y dl *�t �'_ � �� M .t° , � -� ! . �k_�.I�f � s}7 P 1 � � k{�..J/L�/�:�� ( •.3 �.'� � �'° �r.ro�. � � 1 j Y FI R 1��4 �� '�� +�. �� L✓y i' s � . �� +y/�� ✓#..�� a � R v � �� ' C.. � . f � x- �.� �. �� . �`� -° ,��, .` � ,� a� i�r � �y�4 `� � �� ' � ��. �� A� �i �� ..7 � ' .�.Y' 'N ��.u��, • 1 .. �.� .y � #+a ,�"�•R�M� .� XT�.� �� '� '� �•:� `+F � '�� 1,. �i1C f �V ss:x:r ,�� • , a' . '� � ``�'��„��, . r`��. . �, �`s �� - ' � � -� .��4�, ��,.�s �� y '��--fi�, ,,, . , , +��`� ^�� . _'� _ � � � ' • '� '� � <" � .�,,,�, � .:. ' .. - *� �' • ' � ' * ' t ��*. .,,�--� ,� h•r �s. �',,� ,� �� •'" �`. .�� +d��,. �i� , . -►��.4�•� � : � �' � � �{' '„�'= ', � ,K .�1�"�� _ � '� � � � � � � ��``� _.�� °.�. _ �� ' . . ,� - _. -- 2 � r � .. , , _ _. _._ _ _ __ ., � ,�:= . ,, r _ . � � �, � ` � r �: ♦�_ ''� � A '� dh(� � � ,r_. � ..� '�`� ..��._.,9� . _ �w�ff,� _ ... � ' . ��- Figure 6a. Hennepin County �� Soil Survey Map Stonegate Farm Inc. Site �� 'joPray Orono and Medina, Minnesota �_,nvironrt�entai Project No. 2015.021 Soil Map Unit Legend L21A Canisteo loam, 0-2% slopes, 100% Hydric soils. L22C2 Lester loam, 6-10% slopes, 2% Hydric soils. L23A Cordova loam, 0-2% slopes, 95% Hydric soils. L24A Glencoe loam, depressional, 0-1% slopes, 100 % Hydric soils. L25A Le Sueur loam, 1-3% slopes, 15% Hydric soils. L36A Hamel, overwash-Hamel complex, 1-4%slopes, 45% Hydric soils. L37B Angus loam, 2-6% slopes, 5% Hydric soils. L406 Angus-Kilkenny complex, 2-6% slopes, 5% Hydric soils. L41 D2 Lester-Kilkenny complex, 12-18% slopes, 5% Hydric soils. L50A Houghton and Muskego soils, 0-1%slopes, 100% Hydric soils. L132A Hamel-Glencoe complex, 0-3%slopes, 80% Hydric soils. �ti� Figure 6b. Hennepin County �: �� Soil Survey Map � Stonegate Farm Inc. Site � � �oPray Orono and Medina, Minnesota �nvironrr�enta� Project No. 2015.021 �� ` �� :��.��:��,��` �� Wetland A looking �'�� , �� --_� � west along the � � � � ��k '�� south side of the �-� �`� � �`'` ° basin. Cattails in ` 4 the center of the basin. Sedge ��,��.; b��--- ti.. .. . �.�. � ��,x.� mea ow giving way £ �� '�. , �,�,r;, .. - , to reed canary �' "�` grass along the _ ��;; , _, , .,� , �� .. � ,,. �:. k . � ed e. Some of e � th „��,�� 9 �"'` F � d� ' ' h�, � � `'�� - wetland boundary is ' "' ` �` ' in the cultivated .,,�� , ".'y,`, > , � , , k.�. ; ,. �.� 4 � : .ir �L,p�� } � , � , ��a�ro 1't�"�`�� r„S��-�,.b a�� ' �,��'�k�[' i . ,.t� �.'i � t� � ��xy"r,�el§ "-f :� I�' Fr'�� (j � �' f�P.�d. .�r '!' '".-r S��i '! yC�i' �. ��yr,Is:� ,� r. ' tt�t '� �n� r t; � ' � I`..'� d.; �a f 3 fs � ` ` �ee �� , � r �.,� �< � �.ra �, y� `�. '`. i?`� � 2,.x� ��a t� r� .,�. s Si� t� �;�i � � y .1� . , YS � o• � i•w, 1� ��A : � •p `�'!� � ,�r��p ��. , a ra < � 'N�Firr� y y�`/ � i'�,�w��'� . ��y�'{.�.. -�� ✓ Y.� . , 4 1�i+;q,.� �c'' „ � �� .! ��:'r �� ,r� 6,� Y r � ;�� r� . n' £'A� /'�d j f+f � '� � � . f. ` � y ;�� }y 6 b , "�pill r�, �� Y�F`� �. , a �,.q��.iy c ;�a �x �.� M�„`l� 0�� fN i �:)�A��{� ��e�' ( � �ii>�`�i. 1'�, �� '� a� ' � ��y.:� ��, � Y � � � i ir ,,� � y��'�� fr �Pe��+��;�� ,'�f�, r� .M � ;;� � 1 i'��f . �� , '' �� -� Tt��, :�� s ��' �i+�'��° `�,,�'�� ° 1 r.;1R i rr$' �� 1� ` �. � �� i.._� � � '!t i�r� ��'��'; �� 1� � � �� 5�. �, °�' � � wk'�1�e�� {,�'+ t �� ,yt �yilf I ��FIaY ` . t �\,} �h . �, b � � N�� I«!�»'Kt�41�".+I..� �"i.'J "'M'1.-�'t t� ,e��,P �.�`�.1� .�,; i4 ,4<' '% .rn s. Cr� . � '� +�. Z � , �; ;{ �� 'y, �Y,� � , # � ��Y 5 Wetland A outlet ,_ :�„ � ,� ;r � ;�� k :�� „, stream at the west �` tk� ��►�" `'� �.�� ''�''»� i� ;�;�:a� w��° �� end. The stream is , � .�. �.� , .,�:, h��,�, ,+�,� , � ��`'-a,,,� .s., � � �:k�"� r� broken from the � �� , � - ��#� �,�� ,��" �,'�'' ��-z X � � � main body of '�x� ��`° �� .�;�� ;��s,��,�;,,�� '` ,��' � Wetland A by two Y q �,.y„ � . � 'A` .7 . f � �r� �, �'"` �� '��,; road/culvert t � � '°, t` � �" crossings. ..:� � #.�,� n�� ,��,. r � y�e�, > �� `3 � s i �;{ ,/' , .�. '��b~ �,. fi� . a a,� 3 f Au�,€� �,,k yc;y��y��"� v �.�cj�,'°� V '�r�, x� , �� 1 �,` �I •,� �� *ea � c �� r '� � i,�� . '`�f:� ~ ,;' ',t ;�� '",�IA �9y��Ff�'y�� .�. v ,,' �, �� 1 : � � . �.��*i�,�,�,,�{�� M,�� 3 �`„� p�, �t�k+G �. ,t r�'ok'�'��T'' � . � v� ;, ��" �'� �l.p:; �^ .. ��'•�,y�,�..I`',, +l,Y '� � " ��„i �� 4e�'�'. � ,,� .t'i$�.r '.,;ri�( �i•�'� t-s �7 '��..�`` ,��.. , � �• � �„,�}1,i �, �,y��f� � �1 Ws �i �� o'G`.# ,x� ' -• �� r 4i`�: ��i�;' i�T��Y �d 7jy'I� f �X3. '.�' ��(}�� { � 4��`� f,c .NA�, .Ra �.. � .+4'r��° � • � '�.! t,��t;��p�� ti,� ', . ✓ a `�. .. �. . �,hm- � ^'� � ,�.. q N: . '.. O ' '�(�lA{` �� Z"w�r� W � ' �► - 't+ l ;y��`� , �^ r� �,�� ,. � � Y�� .� - �.� r �y ar,r� K w - 4� � M:i �`1. �''� p�� i �'�0 �"��,b�.� _,qi t �� vya i! � �� IXf"�G:��. , i"t' ,r�,�. �' ,..,�•��' - ...>.- - �`` Figure 7. Ground Photos ,;, Stonegate Farm Inc. Site � � � Orono and Medina, Minnesota � ��rac� � Project No. 2015.021 � �� '"c �; �C'C1t�3� L .M��`��1� ' ' �.R�f ' � "' Wetland B looking ��' � x ��, • .��. -�a south. The basin �6�. _ �,. � ''�;� ' � _• , did not extend into t z� , 6,�:�. 1�.�, t� �_,�,� �.,��.,� �� ._ �. , „�,��; the woods to the ��: ' , • _��r , x , � �r " east (left). The FW ;�`w�* �- � � , ��' ��' ; "'�yr�� review indicated it :+7 �� .�i ,� . ' �... �yl �� i�` � � ;,��'.,� `�`� " ��w�� did not extend into �'x � rYf , a . , � : �,,.,,� � ` ' .; .,� ^� � ,�`� �r �' ��: ��,�'« , �� the farm field ,�, ,t ��' ��,,,� ��; , �. •�•��"- - .�y. (background) on a � =� �� o� � ,�, , `�� ;,,�,�. � � w � p , d r ,, x,: , � � � r �, i �c, �,,,�-� ,� ��`��: �t`--• '� � � � �f ��:r � '��a � -,�:� ;��:�' regular basis. , 1 �,. f ` r k'� ,,r.- � � a� ' r"�` . ,�t` ♦ .�� !��`'��a }�q'° � � ..,� ,,q �.`•�. �:� � �� . r. +�y�,y�* r�•��1�i,�•F ,� J �111 � y'S,. 4✓t'� �. '' y4 ' t :��s��? ' ! 4� �� { '� sa}y,�''�, , >5�� F . e,s �w' ?�' . ��+�trt..�,,��'f` � f r �I 'l��' ' � • � � �� , �.��F `�1;.�� 5��;�' �j ��'1��e . 1�'�r �� t r'� .-,� �� "�!. ,� �1 �,�R 1r� � ., ..` �1 4`,'� ��.�� I�,1,�`.�� i�.f tix 1'� „��'� 'r Y I�t ' �srn. ' �t 1r e. ��;iElb{�1� �.��` �',�frj� „� ,�. .� � ��.,., �� . 1 �, ] ��1�� Y�1'r�{,r��,,F��Mt94,��a f T'�ai• � 1 � ,�r► �'�rA S ��j,,1 � Y�"n" • "� �.. ` � R�Q,.��c�'Tt�' z. � 4�` ��r •�° • 0 1. �� +1�I � ;$x rr��` �a'�1' t �,+6 " ,�':: �N� �,� t ��; �'yr��1�,��: ?��§, � ��'�� . .�,a�i .T' , � , . � ,. \ :� ' �+ �1'-la� r w� ►.:, r. :�� i��'��t.}4d�rl'L.4�,'+,�� 1•�tl (ii1i3�6�� 1' t ��. � i �� Wetland C looking `�� ; ; , � {��, north. This basin is � R ��`' .�._�� '��. ';�;��f •;�";i a reed canary grass � ►;,� � • ��.{:, °`�''�� °�� '�"'�� •h and cattail opening � ;,`�•_ �"�a ` �,� � � � � ,, , y �+ in the woods along .s��'._ , . H �. r ` .+t, �.�r : ' � � . . � _ ,.�,' ::� � :� �� `' ,� . the northeast side , , , ; � � J . ,� �� r ,�. a _ ' '�` �k�,;��.� �=t;�,,,,��,;,�� ,`�`�„ -�`� � ' -"�,, of the site. f -. 1Y: ..rv� �a �y / . .ti(1_r1,i . i i"� ,',f 'i�i �' ��"'� . s"f�i* �� i-:.. #�:-�"�f'�T i�� M"` ��•i1. � � • � � ��t `1F�� it` � ��" �� (x�{�t�'k . � ,�'.c �•� � �,.*�:r �` }[ �»`' �v��;�' '� w � T` S ,S�a�, � '.at�',��f�p'�+ t., ♦ "l�i.r �.t: '�I.y�" C ig � �IE`� � (+.� � .i'�t. � ( �yk, '�}��" • .s �r� ,� � /,:,3�j"�y,.� �" „�;*,"1" -�� r .� �� i t ��'iv! ��- ry�!ec }"k� .sr�,� 1 1 �� S 'b` � U�j:�.��w'�b1�7 , .}. ,,.� fa 't �� F ,�,, �� ;s .;1 ua; ,��„�'�F�,�s�� ?,.{ �;�« �; �r�� {'�{V3�� .�f�N,+' � � � # � •z�!'i ,� {'��c 6. -�'�;�'"�,it � �� g,-�;� '� ie � �+ � ! K t � ' �'i 1 a �� ' y� �'`� y� ��sl�:� • i � 4 a-L j1�j3' r�' r+!" t � , t 1. �j '— . r �-+, � ' 951, � r' r� *�"?, v a+y .�r1M i��> tj v*� 1��+�� . � � *�{k � �,��'�t� � � �. " �i� t ' r � * r �p,��, ��r� � '� t t ,i � � � /' � � �"�ti�1! ' i 7l��f 7�F,,� ;�, ' f `�"e.�,�� /e.tt,. ,3z � .� ��: � �v , ✓�. ,. ci�;,k � [^�t '+�'r A r M��,� .., '^� eb � r '��'�•rj'�i��/� �•"}�4 N�� r;�� r �'r��K� � . �'""3°��'M��'{{+'rw�1y r \'�` �C '! i[.'�.L�tL[!±(��I�� ,J►.'.dK''�'. a,�I��r41''_ , _�ay^I�.�c w •'�� +�•"!YzE;� • ti� . �`� Figure 8. Ground Photos .;�:, �� Stonegate Farm Inc. Site �oPray Orono and Medina, Minnesota e Project No. 2015.021 �nvironm�r�tt�a; � '�� " � S�' �J �"`� " I � �"�,�T t}�� '� ;a�'`� '�A �, ��` ��A��'�'`;,;�,: - ��if'�'�� Wetland D looking ►a;; "'+�w �'�t " ,,�" ;, � ' ` +�. �t 1 south. �� . Sl { � ~f��d q �� '``%� \ '�� ;, t �f r�y � .� ..��` ;•"�'- y+, � i� � �� :� � � �� ` � � y � ;1' ,�. �I.� ti,�, �.�; b ;'4 � " ' . � �' t,,f. `r i `�• r��i+Y; �}�Y� �� s .;` 4 .��- �' �~ � '�~,�~ �`,� �c �,�� a � ��" ,,.. � r �'+M, . �i ~�TF^ ' ''y��5. G, � � AR� t•�!�F `�" a. 4.� a _. i. � ' . � ,'4 �"' �"Y •r° '� � �u r. k. W 'p .�� l� � t +ir �, a � ,'a � C".d`� . - t'r�'�.� �x' A , �;� � ��r � ��:.y _�� .'��e= 4 . �'� a . x 4� � 'k � f '�ie� � •� ME�Q ' �'� �. �ti� f � .,,�, ��, '� ,,�, h�� :�',7p r� _ z- µ„�. '�� y t' 's't'7Y"° , �,i�`��,r �_ .i ,� �: �, � t !' -� , k�.�,�'SA r* )�'';�s�.��,•- �'��i.yk7;t" �'�. ' .e.a.,}n � a''�`� M+�4 �y _ ' 1 3 �'. *i` i.', y'�4'�'.. '�� . y�_�:'�` +� � �. [, 'ii� ;. ) �a l .►....` � .� -M, � 1 ��?�y "#�, i•� - M' 4� \� r� +- ( �, f : i`� � ....bHr y �„� �t�t�`�'� I�y t, �': 2^�y� �fa� r�� .. �3� ' � 1 r._�'' ��`� '�� .��,�� v j ' r,� ;�� !"�1. r y + '1 ��`��'1,rj' �h :=s "� :.�� ' ��..�~ `�,(�,_yt�'t � �e � # .iJ" �~ f�"' `�i `��.��T'��Fa, ~r � ` " { t,4 a ��: ''��BRt ' .�.� 1� '� ya�1» .bi .aQr�. ,i�'',��. .. �'`: '* r� y��.-1 ��;� t a�,�" ,�J�`'.c. ^i �''�w."3�t� r! ''��-..:��'s'`'�',��?'�' . �..., �l.. �"�z '� ' �' � 4��,..�;�'��,,�;�x;� ��,-��,'' Wetland E looking .:4 g �, t� ' �:j'' .�° „ ,� , , . ., � s.'; '-f ,,; !.F ! r � ` `� .x� �,.; south. Wetlands D y �¢� � � ` `� -"��.: * ,� -.�},� � ��, ..� and E are very , ` '� � � c�,;x' %�,- ' i �°"�o�, i ' � ,��, .� �` _ �,�R?. , , , similar in � �r ,, . ,�� , �' ,,;��. +#; . �; � _ j ;� . ��,�,� r , i ' ; "�. � - �,��,`-. characteristics. ..��' )� .��' h.' 4. ♦ 't .�r� P'�k*--� ' -a�l�' "3 ' M�"' � �� i "yr��• i�i.�� ^.�,�.,�1 �� • .. @, Y A ',k . ,�. °`+y� .�t'— . t �v'* r"F.4 k ,»: '� .,. s ., ... , y»"K�i� .w �G'1� � . :� Y- ' . �^ , A � t�►''`. i. . 1F;a - � � 'tiQ'�. . "y .c,�'� .X»'-'- '�'^ ,�,�i - +�r. Y'� �.7�'Y�"y".r' ^Y f}A�� e � y. '9 �� t ;�� «�+�.wp�'�.F °yM1 y t f tdl� � �+•�+ r �y".�� '`�;` ," �� -~�.�y� . '� e .�_�,�y� �- �"� .-6�.{��' IF 1'^ ��.,�ey,j,, c. ]:. Z^'-v Y� " �w. .. .o- ... -��s'� �� • a �, ? �,�t`'. rt. ��< � �a;. �'� .-rt��- i„-�,ji^'�'-rc�!�F �' �,� .;y,�"�', ,�-.. "` �� AC � ' . � .t �'u'yk �� d • q �;�` �ry �. .p � . � d �.•�� '}�'�._�� ti �, � ��f �ryJ� � '..� :r s�� {'�-rt�?k�., �, •. .,�'�'�`/'h. �•�", � �\ + ��,'�' '� T . � - +r -'�v i� *r � -�� +�-r -�.r, .. �I-�`�'y�� ` S� � ., ,, ,�� , w r'�. ��.�� .., 4`.. t �+�6 � a �'� Figure 9. Ground Photos .�� Stonegate Farm Inc. Site Orono and Medina, Minnesota ��Pra�i F- . Project No. 2015.021 � nvaronmenta� � �' _ . ,�.+ V!��. 1 ��•1 r�NM1�d�l' � ,i � ' � �A j 1 . ;� ; �: j,� ,�.�t ,`i'� Sample point 1 (SP- `1 " .�1 � �i� �� y j � �' �t . 1) looking . � � � � � �� . ��1 E °t 5 F �,�°�4i F��1 �'�� ' - i,r' : , -�. northwest. ,�' � �� i �� ,�, � �� ' i ' ,� , .� �� Although it is a ;� f��, , r �, "��° �� ;�' � ,• �. sr., sparselyvegetated �s«•�- ,• ' � < < � �• � ,�, depression, it is ';A, �.?Y '�,' :' �� .�� --- d s � dryer than Wetlan ,yi�;4' .� , ,�n� �'< -j�, ` a'.• �_^ "�?�i ^s.: , 4+ � j Y . �, .° D and E as trees S ��, �E� , -,� � . > a.� �' #;. � y,�,�� are growing � _ �.:: .�'+" � �� ::` ::.�` � � throughout the t' '��. .*�..4 -.�,t,r � 9.+�`^` w,� � .; T + ""�+�a�'fr � � �'" �ra �r� �� ' r ,�:t--- � , t�y. _� � basin. Basswood �"_ � Y! �'�"��. � �;,� �,�r s � 4-�°..�'' `�'��y-'' �.� '�' and Sugar Maple `� '��" Y � •: �.�� . ti'; -� � -� `~e: are the dominant � �, �: � � �.. � ,y�'� �,^y��- �, ��-�.`�� ",�„�. �` ' , h r�� .� , '� �� .�� trees in the basin. � ro st.�,.:.�...,.«� - ,r -.�i1r"�„ �. }��w Y��-JE�M�� s'r .r ��. —Rs .. .� �..��f J,� . ► �+._° .t +r+'';� , � ;-�� ,�.+R 'R�s. -t�'1 . ��5 ��r • � � � '�y'��y`;/��',+.�� - �. �, ��f.fP ,...\ 7�� ' ��Y ,� �� Y�`ff•�{ �� .�� 1`r�� '� 4'��x�,�; q ;��K . ' r�M� �ZC��3�"' 1„ � ,�.'1 - _ •� • y X�� y*�� ,'� . � . .'" L_��".r` ' _�-�.�,.�► ,� " � - "' °� Wetland F is in the northwest corner of the site. The early �� ,� dry spring allowed it to be planted. Ponding from heavy rain 3 days prior . � was still present. - - � - *� ,�--��..� -�� This area showed � +� � - _ �� .f.�- �—�`-'""-��=-�` wetland signatures ��,,� � �,,, -,� - ,�. �r. ��---� � w v < ,�,.. �^- � � .� ----�""`�'�� in more than 50% of {' .. -rt� � ,�r Y ,,.,«, ;...� �� a: ,.:r. _ .� ,,$:°�'�;s° �l'T�.,`�.� •:._ ,;, „� x 5,�. ,,� �, ��. �.�� ,�� the normal ' '" yCF � �} ! � '.�'1iG3- �i'' .� .'A �j�:w.i .1�+"�"~ �g,., . �s'G ,� +�. . �.;�A.;� 4��.;'. �.„.�,,,�- � � : � - .�. - �, ��-:-�.�-;�� precipitation years. ��M�y s�f� �"'a+ ,��,r ' �a�.y,r�u..s..`�w c`�`# "',��. � '6!H.""'"� y� � 's! { � �,�'�"�'s"`:,�f'*�^ �� .4P�m aS""`�`�4 r j. � - � r�.*'_ �i4� z�;� �. "�"" a,.. - , y � � ". ��' '; r�,._�� .a. " 3� �.�,�-, t '� '^'�'.yk"�s'�` a � �` y, `�� `��,� o'��. � �' + �;. yI�'. `� ��'�a ' �, � �� 1sc a,t�a.. .� �S._. + .+-,�%y :. -. �: .. �� s �":a'" .�k,�g �1w�. -, �. '�y , ��,k3 � i'�+., w .'��'�. �� a4i. •�� ..�� -�� .�iC� _�.�� 3" 4'�Yr� ,{.� , '°s� .R.�a'�� :yh. f �..:. �. . . +3`��"�'��'.r.. �. � Figure 10. Ground Photos �� Stonegate Farm Inc. Site � Orono and Medina, Minnesota � �oPray �nvironn�e•;t :�,� Project No. 2015.021 Wetland F looking ;�,.�.ti,;.;,>, west on June 30tn � �^= r� The crop had :,� �,. _,�.��.k x s .,�f, �,',�`��. completely ._ �� `'�'��`"� `"' recovered from any ' , stress from the r �. _ �. � , `�r y .:,.!• '" h. .r: '?'�`i' � � � �� e ��" � ati L r.�. "�� a�� ;>yr,�� 4�.�,�.�.,,,� �.�,�� j y,� � " `, �" �� ,�� early spring jM"F'1;: .,r, �� ' .SS�a� ' • \ `� v � a� ` ?•.�r �� w.. �w �6' ., ��.��'O�� ..� :e`�.�# + ` A �,' �_%��,.0 `'�t .� 7k„�„ �."'ti ��.� ..� ��•.�+.��J c; .�� .:"� ti.J'+� '�r��fi,.n.y ti J�. `�, _ ` 6'Mi�,�i� �<'14 f , -� ' R'" . ' or �� .va . . 'a . ' �' JT��,Y'i �.. L1 � . .r - �ti.. ' ' '�,�'�:�" �,+ r_ �� `c .. w �#"'� �Y� ' R ..,,s � t �,�t V� � �it� . ,�4 -K� , . �� , �r � � � �. b�y�" :, �^,.�'! ��"".' y' , � � � �� ``'�'�L'�!� �_r+-„��"� �f,w��''`-'j� �'•� �' �$� �,�✓`,�„�� r.". � iy. ,> _,�i�"`��i• ��. `J � J �Y ��. `, '��~,g�;�� '��5� �� .�.'� \=r�iP�.; 1 � ^ •v� �. � .`� �� / �� t� �..1`t �� :. � r�� .f �. �� i: �►„j'� .,,��v,I Y�.1 ��5. ��' ��c�y�� , rs .�°"^�, �+ �a..:� •,.�� .t:.` � ,r � ' � � �-�-�.y*��;,� _ = - ..�� i;� •� ' ♦ � � 4 � }..� � \ �- ✓ ' "�' � .r�,�.._ 'rr..''- � ;,,e ?' � �.,, � s a �wa :� �� 1�,. � �' � ��.�"'..` �rt...c�, < :� Wetland F looking ,.� � ��'� ��'�� `'`� �� west on August 4r" � , ,_�. � .,:� � . .�, .„ � �� Sever crop stress �.,.v� °�� .�. ��.a �� °� occurred as a result �'��" � '� � ' � �� .��..�� of a precipitation `�.;. ,,�, u , event in July. � �'1' �"'��..,� �� t '�:.��:",��'�'��,''v f"�r�` :��+.�.`� - -��, ��` ��J ' , r %,�aia «'+• 1+:.. �,:r,-.r.. � 5 . i�,.�� J� -��1��'r!�"��,��', � G;'f f�r- :�p � "v��`,,�,�f� ti'9�sx� i":� r ,�i',�yl}` �•S ��`' `�a '�y"�rta�� ".j tw� , �> �° a�,� j:"�'� i��(73`�"'.d�'� � S:, g�'� ,...�e . r 7 � t cti'��"��. °Y k��y �sl � +��-�,. ' � ?� +�'�. � �". r� r. * i �* Y �'�'r' w��► � -*"'��'l*��`'� it �v c-,/� � �' y, �. . , ` t i., . W �♦ �'i7:� i ` � "sSGsX� i � � !�� }, a��t��!!�l �� b �11' � " v ; ! � i ��yr,'� S.J+' �`��r�� , � y"' � ��# \}�t � r� �x 'k;`�3 �' w �' Y � �`�i:� Y��r. 7 �'f`�.. . � i i� j r��u p,�r7� +�r�� r y l��,� �,y� �,� �, �e;, j�. if r �� ' � . �� y �.. �;;a t .� ,f �i' 1� #c�"•t i;x� 'f.;r �� . i�x - •• t r h � �" �' w 4�� j ,. � �i�,;,� ,� ,�'y a .r '�:� � � ' ��'. .1+ -�,. Y ��E, � �+ a � ,� � �, ,� . 1 � �L 1�� R MJ .,yg f i t �� '� ,�P /� ,�y.�r� `k � � r� � 1t� � r tk�;•4� rR► ` �*� . �� `� �� .�1' � �/ «4 A � tiH�,�kY V��11� �� ..(lt�`'�� . ��'+i �, �iJ l � �i��j. �j�r i�� `�;r ��.�'°'�� , �q,_��.�Y''i�;,� �,J4 �! .�t�' ;1��' TM��'� �"' ''� '7t si�!,�f1 ' a+Ai'9.�lG.a.: •.�M',1`*�+�� .•.t,d�dh'•, l. S�� *a� �� Figure 11 . Ground Photos .,�. �� Stonegate Farm Inc. Site � � Orono and Medina, Minnesota � �o�ra y � , Project No. 2015.021 , �}. �ronmenta� ��. ��-�� _,� � ��.,,.t �.��-� - The man-made �,, .� �$�� ,�� r� � �� ¢� � outlet ditch for _� � �� 3�� Wetland G is up to �� five feet deep and .,a, .;,�,_ outlets to a 12-18% ••. � slope to the north. ��1� � �,7►.. �i�_4,.... i . r...........ir....N� . � . iA' ,.c-, _ ,_ .a . .. y ' r{k '��• � j'�`.�r," � �'� ' _ ...''} �' " JP ' _ � ..�; _ � � . �" � ��'4 ��. .•�, _ • .✓��.�R^ �.� � t J'3''�;,,�. t_ '�1 _ . ' �'�' f�,. � � .� F ,'y,J ��i -~:� 1 t y/� � � ' (�� n�� ' i.` ,. K`rr'� ' . M. ,P.� •E..�� w [� � K=' �..� � �;. 9 �r� S �� -J,'� 7.' :�;'4 �; � �f �1 y.s �. '`,� � i }��y, ,. j+�l��.�t t��. �'�1� � � ..` ♦ ?- �.- �c�s �� -� j"'y,tf"[.T� �� Y+ . �f,jG� a�.�� . 1 f , � � a /�'�. � . �; 4 �.\ � `� � , 9r ' ' y� " y � ,�,. `' �`� ', � �, ,� , '�t�i i 1 y 'u �e .A . r ,� "► , i = � �i �" �'i�.�� ._ �� l'!�It� � "��.2)«.� � `x"�. ��h'� 1 � � 4� lI� :' �kr��f f: ��; f d�.�;. � _� �►.SJr �. �� -,r.',h 9I,.�j.. r}�..�'r" ro � �� .ii �i� .,,� ,, z-. a �;,}�1f, �. j 6 y � �� t� a ► , _.;, ,Qr�i�� +��%�?+Y {A � � it�+' c -. �s �, a�� wt ,.yrnli4�`.�s1 � f+� .. ML.,'�' L�►��i � �, +�..'� !A s'�S,y�Y��"�.�.+t i� i�{k '� ' � � 4�. � ...�`� f��,. d� t '�e�� , �yJ�. �'� � *� �s � P:� {� [>J. �t7 .y�'At.,�` 7 d �v :�� .�G } ,�,T �f� a,.,� ,�,A � r��1� ��/y ��P� �Y�j� � ��,�1'�� h \{ w r * `"��k `i� "+f/'� �'�A t � I 'Y.¢�,��, ry �. n'i��` �j f�e.� j �Ic �f��..�Ci�I� �;.�,;�`�R�`I'I5'j��9 .. ��i�J�:t� '"+�a .d.! � �� "' �� Wetland G looking • ��. � �, . �,;, ' ._� � southeast in the � � : �;�, � « �� spring of 2015. The - .�.: ,.: , „ � .. � wetland is a complex of connected � �� '�� depressions. After .�. observing the basin '��'`��'��= � several time during �.�:_�,.�.� ��..ti� the season it was �. �� y divided into four �k- -�.. , N +� '" ""� � `�x u� sub-basins (G1, G2, .. � � ...Y P'e� m- �r ' �r�^y,,_`.,��"�� x `3 � . � � '�-.� ,, ` ��. �. "` �w G3, and G4). �v .:�,�,�,,.,,.,., ��;,,...�r^ � w,,,,y ,�� '.� ..�. ,w. L ..... v ,�`"' ` � �'- � '� �_" '�":" � � .x a:�• .r n� ,��f�+ ,��'wi � 1 y Y s�. F,�^H'—��'T�.�+`��+'r�•�� ,."^"o :�.; ""r'- �.a ''t ^.^ >_ �.�``�a^"'�..`a 1^�" ',�, .._ y�� ..� -a�'".RY:. `"'bC'.i',"p'^ «F r#+�d�'. � ±, �i k� � , r� a&e� t Y+v�i .k"` . � F" ��I�,,� -.�`�,5.�,. �""F ..r�. � -.�.+rn",�^,�y„�,r�9" ,+n�,"�' � � "�s `'K: ✓»` ,�.,M'�p'r �+ '# ""�!' �'rt�,w � �,* �'!�-,» '�"'°i' ;:C�a � s�- .� � ,t'�*"p�y.,��'� � �tw�'�.�` +ax,,,�i`,"""'�, f'».. a '' ,�� •y,� c.,;�'�AS � �� f '�'P� y�' . y. m� S . . ++„...r ;d�"` f�R.rd�;u'`.lro . �. '�^ y�c � .�+SV .','L .n..� .rµ�`.a +....2�'w''*� .�'t '�y' .:� r�'3 ,��r�'"!Mir � aiA�"*" �,F"�;'�� .'v °�� <,!� -.. �- .`a�'+1ax � ��y � � ..+. ��.. �•� :; .!� �� :,� �5 w�' yi�y., vK' "�N.+� wir+'�y.. �+ a i ,r :'M� f m ea�.� .g� (`� ,..t- ' �' ' � ' � '� � "� ��` � . ..:..w::�-� � �F r y1;�;.'�s`"'h";�� , r .. '�'�.."X'��M. 3.�r:.,>�.....�..`""'. '' Figure 12. Ground Photos � Stonegate Farm Inc. Site �� ;, Orono and Medina, Minnesota �o�ra y Project No. 2015.021 �" r�vironmenta� Basin G1 on June 30th looking east • �'�� from the outlet M r . ,.� � : � �� , ,, � �_:�. ,� _ _ � ._ �"' �° ditch. .. � . ,� .� � . �., ,�. ... ; �. .. . _ _ ,. . - . _ ..�. . ,K,;,. x ..�:�' ��„<-. -`-� � ..' .J � 1 ` ... .� . . - . .. � -- ±t�c{r.. �.- `� ��,�.�,�.,,�,��f�� ,.� + -� �, � ... � ^� �. . _ . . - ,� r"'4 •= �': ."��`�• . T��,., " :�,•.W.,,, �r.€�` -+r�'s�./� t�"� . 't �.� �. � a �° e 'y � �r:'t�,,� �� i"'i� i��+'"b"� . �r "� I'`,� � -7 '"'^"'"�^'s �`�� f i„ .� , �. �.G j r� f '�r � .i; 1 `s � • � ,,y. ,,,�. . e. y �/ � '�� ..w 1 k�y a �.,'.�'� rY4,! F� '� . �:�.,�� . ti► f� j"�¢ ,,-,� �-�, i�►,� ,:�a�r�., �-�► ��.�� `+�`,,' ,-�' � , y� ,,,,,.c >�.• �` �. �� , ,s�T��,,,,�+, � �,�,a.�( �. .��. f � � �� 1� i'� � � „ � ��"�' - k1 ' . ai/�r+A�� ,s,� �},,in� tl. ,-1� �.` 'hy�-*'�*'��: �"" ,-� � � e� « � �'��-. _1��, ,� 1►-- � � . .�a„y ��: y"�� w � .��. �� " Y � �� # � `` Wetland G1 on � .°�� ,` ;p �.��: �,t� � ��<: � �,` ., August 4 looking -,�._ � �. west. Stunted � � � �� crops and drown � � -�x�� out are still present from the spring. �� . , _ �.:��,. :'�,,�^� �+�.:r��,�. ,;.��:«.. , ,r�^'x�: . �..�:,..:�... � � - �' � �,' "` „�„ ;�,, _ , .��°"��`� � ` �-�� '�,�� " �'" ��'''�� ,�.�r� t ,.�, � ,,;�. .�t,:��` .`� s � ' � R°s,r ., �,'�y.r„r �. : ,��r�'" r�,�, a� �`,;�i'eF ti �� ^`"�c,� :. � d .a'.�,j,'`r ' '�as '"�. . �'��ti� �• 'v''xt 'T .c. �... r,. .c t: n � � ,r .._ 3 +. � ' . i ,. K+a , � y�� s�.:� �." ♦ �: x r� _� � ��i'� r7 Ar C"�`;�? ` y�� y} 1� y�� 1.• •`.,,;� , ,� ,e,.�.,, +� Y�.+� � �i... +•_.'r sa.;�,r s a•y:�. ; � �.. �,�. v� � j � l r�."•+--t'•.`�L:L�� ;.� z ..� ��Y,d ��_�.~� � � /1 �'4 , . . R � �.} ��f�.�� '��A�i ..� �,�y ,��a'¢ �'+��_�� { '�'��*°a�I`...`�'h"�'�' ,,r'""`~A�'�"•.. 1 �,i, .� .. �� r� �� : �i�P• �� '`�� `��` .�,�•,��` �,ri► � ;. 4 ''��!]� �" `:�';;r.:�,��'��'�+: -�"wc y,�1 , ► _ y `w� " ;�,�•�" �,��M��',,. ,�'�� r� �� t �° ' "�� M fI_ 4�!'�C�7:�G �� f1�� i`-w, � ��rs�.� JC� � . '� Figure 13. Ground Photos .�� Stonegate Farm Inc. Site � Orono and Medina, Minnesota � �jo�ray � Project No. 2015.021 �nvironn�er�� ;s. Basin G2 on June 30th looking south along tire ruts from a sprayer. Note there is some crop ,;,. , � •�}� stress in the basin. - . . .�. � ��:t�r-. .. �. : ti��i.:.�ifo.5� :-a1�1� K �,..,.--+p�ii►� ��# ' , . . . ` '� 1' W` �� _ . ��µ � t� � Y � / tA '� �� , `� `a��r 7� .`� � - ` ��^f� `; }� `_ E� r ': �. .,,�i �. r `r�� , ,� . . . .:'1s 'wM�� 4I�{��.t�a �ro� 'S ' � 'l_'�. �,(` , ��t� i�-y� ^ ~+�~�"3 !� � .✓ b�.� ..:�� r � be.'� � *. �. t- ' .�`7��'.��!l..�. �`•�at ✓.�� .�� .�,. � a �?T _+�-� ..� ^3 �'� .,y •,, �� , q �*r`V� f_._ ,. . r�,- .j`. -�. � �:. y�'�,�'�` �`�� t�� 1 � � • • ,i�. .. � � ; .. `� . '�, �...r ... �.. ..�. � y t, �� .`�, '�,�!�Ii�� f �� *�� R��- ��►" 'c-�' .t" �++:_� �� '�'�; �' � '�` i '� '4„��!'�- , ,y�` 3 t1.•"`-�� ,� "a t.,�� .,�i'�.�}f `,.�,'�• ► :,.-4� ! _ � �.,��t �•...�r �,;;,s�,,� ,,. .,�,.� . ,r� � , �'��`�� i► � ',A�w s:rL ", ~� V �,, ,�� , � . -� _�� _-�. '� �� :.�_ °�� Wetland G2 on August 4 looking south. Stunted crops are more extensive and water �,. � � `�,- is standing in the �.. .� .. . '��,.,. � �:��.. �.,�s.a �-� �: .�.,...,� �� tire rut from the " � y sprayer. a ;. ,{ � S. �, . , � . � .. � . . �„y'r` �+ e ,5,. ,. � � '�P . . " s y"`�;',y,��t" � » w, y� . . .�_4 � :1 iLv 4*.e 'x��' �Q'�� ,�, M . . 1 b • .+�,� �'��"a'i "��[ . 1RL�� 1�1y y't� ��1"1�:,-., , , `� ":�. 'b `�� "i rK:�r �.. x' } . 1, .� -, y { tnr'• � '. � _� , � .� �+�SA .. +*�` e:�t�r' �,`Xp�'*�'>��. t.., f, �* � '� �� ; * �y ` v�t�Rt+ �� k. � r. . .i�;"�f r ;'�� `�� ,� � �" � r t � � � r . y�.t t • ,;s,;+'�� f';��`� ,. '� "' � +� s d.,�y a . �,ti� i .�� "�'; �-y'� ,. �w �_ ��.' � :� � � .��h'�,,; j , �` ,,, �} '�.,� �' �.4� .� �; �� +, �r *S i. Y {t 1� � � �,�`;��1 ,�d s °;,� .�,.�. &,�•� 's-� • .,.a.�`.�� i�.r'� � ��'��- •�; !` . S , - �; � ; +'•,;r.�;�,�� , .��,�' � ,l�`�� l� lTr�.. ��' Y ��..._v.� . � ,�\ �� ,� . ;Q �� 9 I ` � �'7?�1�1e � / Q��t �"�'� ��'� �� l'f` V� ,�' {� ''1 < � 4 �.�,,�`'�"� *�"'��, �,�� ,^�`,F �"' ~ " {' .a *�,-1� ,,�' t `�' � ✓ ''��N�,;� ,� ��,' , �' $�� '� :.�� „��` ,!'�+�7�'� / ,�, -�>'�-�°��r'11��,,�'� ��:�� .�.�� Figure 14. Ground Photos ��;: Stonegate Farm Inc. Site � � Orono and Medina, Minnesota , �oPray �_ . ; Project No. 2015.021 „��tr c�r-�rt�f'r?;:�� Basin G3 on June 30�h looking west from the head of the outlet ditch. ..,.�_ .. ._ ,:$' �t:� �,x_�'�.;a, J �r...d.:,. s�� . :s...�s%�s::�'..�il� ,.«----�. - ' '_ -- . ra., � _.a� ... . . ,.sH�- : . . , ' , �' '�;. `- 1 �� ;..— . - - v•. � ,� . .. � �i ��:�*: � , :� �,;��',t, wrf'��°N'�+"«r'✓�'�`".�.��' � ,. y'�X v'�+ "sn y,y ,,,� . '�' . ! �...rMro��ti.�',,,.i";s'��,��'��s��«�. �'L'"��+� ,%� ��. � ' ' +�'a�.C�.�". :��t ��`i�T r . K ,�T'.�", y Y'� '.-"� qv� �y ,. . �. �' ' � a�A �.^'°+.� � a'�.-. .+ ��'��'' �`�.� 4 s "�" X� ' a w r�}ir�r,� '',u,, ' r'� �.� „ -'a �"�� .��.r �'`�4..s�.,j�{'�?' � r�s�`.s� '"I`�r y .:.. ' .*. �z- 3"� _f��"*�^" .,. �"".�,� � c,,;+l�� s .5+s r f �.'f9 .:;y�,...,.,,�. '...�1 t��-�M ''c'.!'.-rrr'�"�"�4 ,�. � .�. ,�..,,. �—� �^t , +"�°�;'z' :�,�„ .t„ w�,` r �y�� .�.'�k � ::- .a�' � � .s� � �;`' r. tt �;� � � '�}Tw^ .!"� ',; 4 .....,� ...� . i f f„�+t.�,�«r�,� �* � +� ,',' � ,�` y4�"„�r� � -ta� � -�*' 'RT}x�r 4,"'"",,,N,�wsMTM'�`7� �: # �1 it " �i "� ;�.,��,'f � �:�a ��..�.� .� T� �`� �� e� � .�. t � �� , �. � . �-�',i,,. ...�' . ;�r.rs��;,rT,•i It.a ..? r�c.f',. . , �[F-.'+Ikyii�k� rt�.w....._ ��i�' ,kFsta+:a _ Wetland G3 on June 30th looking north across the ��F � ` � • main body of the � �. _, _�._. :,. �. . � x �.. . � , ; ��_� w ,.;�. �_. . �. . � �..,�, .�;, - . .� - � .� ,, , etand. �- , ,,,� �.,r,,,,�T.,� -. , ;`' , " ��"y',-w: .� •';� � , y ' .J ' �, c �'g'5. r Y J t��r . r , rc 'r�s`�' � . 3.' �r r,+a. ; p ?':*fi �`- `ti�a, . rt :� �. '�}',� �"`�:� v ,.•,- 's ,�.=s` ♦ .a �:A � - � {.1 �- L �y7" g �'.\y��4..�.i�,� ��f t �$'- "M' ..r+� . .r `� Jf�. r"I`'�i i�_t � �.y L,��"�, `x :��1 '� � _ 5 �i.' , , .n� Y r � ,� a .M1� <."�II .♦ �"' ., � ,. �„"-+h •, t�� , . � 5. nu,y`�� " �"� SF� �s, ... �...�f. :+f ''ry � 1' ' � "�`..i •'h"�•=._�"xl`�' �'-��'}y�- - -w1�.. _ . � w��°y '.:��.,.�'•��x''��` .��'�+"' ~� r , fy_ ��.. ,y� �' '� �. �i i v..-y� �y ,,.dr.•� 0 1� `"v�/� .�;-`a� r ��t r7''��' r�'/'"•1'��r , ' � �, �" �� 'F '� - 'i'��, �_�� i r r .•` �e• < ,f�'► �j�,-� � il� �`� _�i � P"iI+ M' 1 `�.' �i..� a�� ..�.r � 'i , t�� ♦ r i'�►`��Y'e"'' A '�' '� . '- �"ri' -��'"' � ',�'r`�' ��-,. � , Y rr-� A � F*�+'%,�! . ��;,;�' ! ,�.tl r � a, '� +1 � y %� �*- �� s.'wt'�,� i �'��`,� '��..R s'��, . >C� ' � . ♦ �� L �. • � �-��4- ""� � '�'p.� $��•.�l� � � •� ��41,�' � �� +1 �`� ,� � I � '� '� �-- t� �� :�. '� � 1 ss � ; • z ,.t, � �('�j� *�.- i> ' .� � • . �`i. � M�� . ,/' �`yy �`' .JIMw� ��..'� . ��..��'� �� Figure 15. Ground Photos �� Stonegate Farm Inc. Site � �oPray Orono and Medina, Minnesota a Project No. 2015.021 � .'1'� I["�"1 il f�l f'i�t t:.::�! ._.. . , ,�.,, .. >,.�. ,w .,�;. . ,,., �. n. _� Wetland G3 on August 4t" looking northeast across _--�- - M the main body of � the wetland. G4 �� ,��s� �� _ ��~- � ��, � �� '� � � can be seen in the upper left and G1 in �� :� '•' `�-_ � the background. _ ,.�z, � �.� � ��i"s��s ' � "� ' d� ��'` ��s�» , � � � . � � �`.7 �:�f'qw,',��,.x��4X �`��r t "f,'�iy K"'+�i��4�4�:�A . y.-��21. +�.k"'.t .t }'M' \ ��°� � . . , .�� ,I' �'�-�.�L�✓�A y -f�y s ��:P^�� '; ♦ �;; � � , i $k;-, }} ^•. :. -��" ��'��`+ - ,i��. ,�,� `C.� �^',�ji�r ��, r��y. J s�>�' . � ,y� ,a'�, 'J�•V�e � '[ r � • , ;, i �..�4 i�'j .� , . �1, v � + x�, � ' � ��j� tt tif�' aiqr�17��4 • e a.�, tt \ �r r �s �' ?- \'� -��.�-,�`ti� :'i, d '�� '�.�� :�d��- ��s�` ':.{ c� , L�''�C�'n'e � h� � r�� . ,��9.'Z'S ��y �k�"P � �S../}��j,1 f�.}: ,� � Y"r� ��.�� .rt� �� e w`�r' .� - ypj��T�.. j-'_� �/ ✓,;�'�'' +L, ,' �•�'r.v iMtk�. ��.�'`''"��F Yw. +��'�., .e1 •? �v� +� ��iL ��,,,\�. `�1".�.r��9� �rti �,x"..41J��^� •,f"� �.��'�l��L ',t`ii.i,�'� . �t r �, � �� ^ ��,�,�� 'y� �''�r� 3�; ;��'�Ct � ,; ��t ,��!� �� ♦ .. p'�`/, , �f +4� • _ Q,{ �`(,✓ r�� -�N'�r'�� e' � �� ;�1.IY��l^ �'.��`7 Basin G4 on June 1 stt'' looking east along the swale. ��-. - - {� �,.'a' •'�� '�...°�BX�.a,ei�"' t�°" ,q. �...�lCd�_- _ _ y� r��~ �Q .:: � " . � . . .. �_,Y�._..Jr � ..-. t �_� " .. "' " .. 'wJ*,.� - �ri �I •�� tY�y��`� ��`w�1��` . =�M� +'_ �� d-4 ' .... . . � . . - .. � . iti.� ..• .. .. - _ ."�._ a,�,y�� ;,, r � :, "�`� '- , " � � .y:..r c.= .r''4 :: �' -"' r„„'y; y. .,.��-. ....s_�wG ,�,� *sa}+� '":..:r ��y`sa�tr'- _ w+4�"'��,4;"- ,�,� � � �, a��c�� . , . �'_.�1"'�y.��.#+j.�..'�`� . �s .:. M� ��yC� .; �4 . ,�^rY�:.�"�"�u+le,are �*:'.'G. �y>m..�4rA1F..:�+"m,zY .ec��+`; � '-0''^ F.� n n��!j�F "0°.. j�'� �S�FL�' .tX,�`.a+ s .iy�_�" _ .�'y'Y� � "�-fw . y� +qt� . � 'R�MM+ `"y. C_�,�'�+I'�` yg',k�Jl"�n . A4i�+W�. 1's#Fr �y�.��'� � '� 4 t'r'+�� .y,�� , . � � �aiM�''m-•'�.F �+R� � e� *"G'' :T" k' il� .L,�� _�- � ��c F4�*..,.,a,�p� G `'^� .��f+r'�" � ♦y� ". a � -�f.� :'#+ �,# c� , � n.^t `4rt:� `'�e'�.,�" �'�d., {s• •.'�'" �� '�<,�•�, ��.�� .,�,�'-e�- k �"'�k;'. .. ...` .,. ., . • . ,.� r ` . ,�t�' � � ' .�lT .��...�,.fi �* ��'��. .. . ��.a�.. ..� . . ��'��-,� ,'�'>." . .� »��'�'�',_ . �� Figure 16. Ground Photos .,�� .� Stonegate Farm Inc. Site �oPray Orono and Medina, Minnesota f Project No. 2015.021 �_ry�, ; r. ir�r{;E_"Y 1�;; Wetland G4 on June 30thth looking west from near the out let ditch. �: ��'. �"; "��+�f;",� � _ . ::� ��.. xa: � ^-. � � x rtY'"�»+�e.�+la"" *z,..w .� �.. t.e�uc.,�. ' �:; .��,-3. •�" . � *�-,a+�p��,�+'� n y ,#... ""'r. r: ' w,..�i4. .� � � ."'`�� - `� `:�'. � r � . � :�;"0.t"_ "�?''�*^G.��:��:;+E��,�' w, . � „ �.._ �w .. r. =�.;.: ..�� .�r� � x�r� k .;.`R y�?�+t� ��'� p . % *J �y�.,;y ,y wui�%e y ,n � ��' . _ . � 4 ,j .� F. . � v ��,�:'°.��#,�' . • . � ��,y1,. ' �'i . .. ''�.��-: ;yt : w:� . ,a � ^�-�`: �{p� � �� ° �'y ��{,�,tr �:"S 'a"�*".��5 �,.�,ji ��r�' r��o �z� A�+�'c��ye� R �� a y�:.� i� p � , .'�� 'rh.h� ?�<<''�' . !a � �".�'.�,°6j Y + '� AT • � . .. ' k r � �;� ' 1.,.. . � � ,t t� ~:�`' #& ,m�r°S tr�� t�"y �e� �'� r ��,y*k�'(�. 4ym,+�r lrr.��` S �� #y �,�,�g "�C '' i .z�.� �t,d �,y� 49 ►L.� G�: p.. .s+�',�.t,7 'i.. � �'�� b��Cl .1'%��*"P' 4�ii�i�' . �. .s� . � . ,.k��, " , ��i ., � , .. . ..� s:, �� ;� � , � �'" �' �� "t '' t �''"` ,y_ � • �' �.bwi. - +k:. :-w:f�� '� - y �.�, '�. �` : � �� , ��.� � � �. ��a ��-j� Basin G4 on August � :,: , ; ,'�� - �� 4t� looking west � � � � � � ��*` from near the outlet � ��,� ditch. Note the extent of crop �x � � �,.' � stress/drown out �'`�`�"` ' ; '��»� ,,�;P j` ��` has expanded but �* p '� � �``�d - � `� does not extend all ' � , � 'i`' -��,��-�« ��,,�,��'��, the way to the ditch. . . � � � � a�., w 1 ` ��,a 1 ,{�� ,,,�- i�4r��M1 � x�!r�� f'� .�yt��.'9 Y y a,��i��', � �+,m,t��a d(j..dy �-� _. p t;. iy�''� t ♦, �xr•. '. w �4•��t ; �. t . � ♦',� .. . 1 . r t �'` ��^'�"� . 4:�. �� . �+ „�� , w �'T"'�'a1r rrC'� k:�:7w £ ' - � A .� �� . .'' �. , ��! u -Y �. '. �'�'`��:.'W�i*��w� ,;: ,r�a►y�'��'• �I 3��,�t:�; �� '�: � ��'�� a- ir. '^�� ,��lar� �IW �� , y��,y�� f�r� � ��=�,`A`� «;,��-,��x".,��,�«�`y.� ��"�'-t`;:,^��''`�� rr � �; �rt�+�� ;;��.�r � �.'�`� ;,�y,�.��-";;'��,��`� �,�c,�,� � z �o. � k�. � 1`M�,y' e `�:��!�r,r ; ai" r ��I��'� �k` ,� !, �t,.,, ��. <�c�� 1,,,��,ge... . � ;:'�""p�',;rlr� / F':,a'�'�4"•�iv��. �., v'�`'� .,� „ .��,�'i�`,,,n�., a�„� � , a �,, _`��,�J�� r -„��l `�;i'� �� -�;. a +.... 3� ~� � . -� � �ti' .f �� P�. '"� �1. �. ,'14 , � . ,. �'+�_� . �t fs'~ ..� :�" .�.•w� �� Figure 17. Ground Photos �� Stonegate Farm Inc. Site � � �oPray Orono and Medina, Minnesota Project No. 2015.021 � t��is-c�)E"rt;<-�?; �� Area GX on June 30thth looking south along the axis of the slight swale. On ,; �.., .��. , - May 27�h after a �, � � � �� `� heavy rain this ��w � .,n- a. - ,_.. ,�., , . -� t swale had standing � k _ . '►' � -� . - ,,., -� � � Y ' water. On June 1 > , �, °': , . , � _ ..;. ... ,! . . � . yM �. r ; �. l�`„� ,.��: ` : � . , .=.. `: . � , ��.,,,_ ,�,:-`.`,�.�,, �6 days later) the ;�� •.-�,� ,�,�._ ''�� '� ,�.�.-rr,; .�� . ,. '`� . surface waterwas ,.:i 1 ��•'�'�'�• ;�,��:� �� `+�,y�,,;:�1 � ��»=�r�'�,�� nearlygoneand `�'�� '"'` �� ' r � `` � saturated soils were `` *�� s �:4.Y "g .r� 1 � f� � ..:f ��+ "� •�` .�. � ��° �'"''��, , ; `�'� '-:- .� �`'�. �t�`- }`',�`,�.� limited to small ,:��_:'f�' ' 'i'� �� '�j '""`"�. �'' ��` .: �, --� �� „ ' : "�- �;- spots. .i ,; ,i,: �' �- �' .�. � � , ��. .. .,� , . _ � .�f � ; � �y `.,,.n � '- ' ° _,,,,�s r> f �.r._ ' 7.• �.�``�� . .. t �-�.a Y 1 � . ,; �:�., ��`�� ... � � '.f�-��'��' ��-`',,� � �� d x k ..., �,,,� _��r� _ ' `s� '� +��► t�.`� _.�",. i�►� . �`. � .� _ - -��'� � ��' r � ��.. �,. Area GX on August �'�� 4t� looking south. Note there is no crop stress in the area even though - other areas of the �..- - . „�..�,..�.,: .. �*..�...�......�,....�...........,..,....��,�.�� basin show more (._:; w� s�� _--+s„�f4 ','F�,. � ��,. i t•., ��,�s 4 ': . " . , . F«.� �`�";r��°�,�•,'��"'��e�� '-�'" �; , crop stress as a �� ' �'' ,� � , ,��,,.�,� ,�. " , ,= t, ,•, , , . ,. , � ; resultoftheJuly �i �s^�* �� 4 � A t�, ;4y�f'�ya�`'`+ �+ r +�,q � ��' �,�� /:`��;��r�,, a,�'��'y� �,�±`��''��'��'�y�' � ��4�: ;! ,°� 'a;,.j,�. �,. �«.,.. �, k,,; rain events. � � ! Zti�V • �, � 3 ,� "� � � �' '�� ✓� ;��/ w � \y ��v.' ��\ , �,i�, �....,�� . lr .J ��1�i v��17�ia� 1� :� � ' y�,. , 9 � ��'/ H 3��r" T�' �L`i a, Y1� 42�1�'.1 � 1:, �� .- .� .� .'a ,.:. 1 �`:.rS��, ,, �'lr.'�fi ``y ry��'�j=��,A,.+ , �� `� +��,� j� �''�•�; ''.e' �fY �4 �r�._* '1,J�1'�� 9� � 4 � � �`e� -�,` a, �`�� .r! r,� r� �. V�,4�,� 'r :`` • w��,.a.��,��,, ,,_ •; �LrZ'{' �� 4, ��' 4 4i' ,.� f� ,`�..�\ � �•�;�,�",��`'�:�. � �,. J,� -� .�', ' �� F' �r•; :� ,�� .�� ,� ��' �� ,�s� f �A�„�y•p 4 y • jtA�,a�� ',, 1 `�� 1�+'�"' a' .�� '�� .$ ,�+�� . �yi'�.dt �,si,�,,., 'w,1�� '�' t�� " � + "�'� � "'a`4��. '� �!. �1. �, -�� ,��; � ��.� �,�� ;� � ,� •i +R�.._` t�+ �a � + 7/.i� `� ''�: , ss . R�y: `�; i/��, }'�e �, ' ��,�-�,.•, �.'`-��i .1�� ! C , ^� ��/�M � Y ,�� V� �� ` Y :lp�� / s'� � ��,�� ` �� `, � '� ' L��.:,�:� � �'�� -��. �is � Figure 18. Ground Photos Stonegate Farm Inc. Site .� � Orono and Medina, Minnesota � �jo�ra� F.-- , Project No. 2015.021 t , ti ., t��.}�7enta� �� ,��„ �� : ,�,/` ' . � '� E �, ' f� '�' — o' �i;. I ":,��'��,'�. � � � ,,��.�,,�f �y,? ��" � . � '" '�' yy SP-2 is a small �� 4.�. �� 'i �� tr� "•�• t. �''._ �:�� . .> _- '� �; = ` �,, i� �. , wooded projection ��';��= s ,��; '''�`a' w � � r� �' ,.� � ��"" into the crop field , .�,�,,.i� : "w ��'� < ��'�'' , " r' j� along the northwest `-��, �:� ,��• � � . :x�� _... �.#�``':..�?� �'- �� ;! property boundary. ��• -- �� .� . �_'�� • '� The area is the �' � ';` ' �� ,,�..-� head of a steep �ti ��+ � .�� i � .:--«� ;��r �z�r,: , slope and ��, `�` �`� �' ��,�:-'^�" '� dominated by �� °'� �' ='' '� x� . upland vegetation. < +� �►' •��":x � � �' �, . � ,.. . , , . 4 � . � , �� - t. ,"��r�, t 'a�' * + $ � s - i � � �rl�afe� ss� ti�� "t S ,�t�, �'# �g�� a�4,§�c A� � .. �. . �.. � � �V � 4 ry��`;�YFj '#��'"k��i�i}��y�'�� $ '�;7� 4,�5-p'` �� >. , • �'�� ,��` �,� y+i>.y i , r 51°,.; . � `,�^�y. ` 'ri-. S x ,.�r�t +�, .3� �A�, � � � A�� .'�� r ry R 1C t r�R�w �t i e. f,� {�. �/' � R . . � �., y. � ,.J� �', � , ' � �i�r�,�i�;i't �� { �" . « }� t � x .$�:t � .. f..! • .� .�A1�'l. �L . . 11�:'i '�Alf1v}la� . �r.+,' - ''�"k!� 7I�'1�L� ,�..,t� ,, ; , � � .,�,� �q...�. �� ► ' t`! ,, 5,�:� • tl� w� w. �' � ►� Wetland H looking r��'�c;,��,�� ;� ��";:� :,, <�;' � , , �, �` ` northeast. Although ,�:� ; � :,� j''� " i� ` the FW review �3 i� �'� � ,. �� '�, ,L, �y �...1�r. f .e'� . . . y�'� �:_} .. �� ,:, „',- „ '°' indicated this area -, �1� '�::� ,�, a� :_ , 4. ._ , y,l,. �'�`:� was just under the h ,;��;'`,�,,,�� °- ' ,. J� ��r 50% threshold, the 7 � �;-::�y�.��•�N `4y '�.� ' ' ^- .�. ` ` ; , - � „�..� adjacent non- � ��' � � >�. Q � � � �« �''� farmed area meets !-`� ° '� � � . i°� � � the wetland criteria � ��.�� ,'�`��'�i�� , � �� ;9�yi 3 : , ��t 1Y �_ so the basin was ��'' r, , '��; � �. Yrt �� 4' extended into the , � •:' � ,y ��''t,�y�a - � `..,�5.�,. �F�, .. v:�. �� '� � -t -,�,� ;�� p ,"•�r; crop field. , �,., �, 6 � ;h ,� � . :.,` � �.y�4�,` yK �^t��`� j r ;. � ' .:' - . .SV t� 1+tiA A �� , t ►�:� �1 �,� :�'w ,� Q �� +F. ��✓a � #�`��l ' °:� �\' � ..� .. "�4� t.,�y �� ,�3� {� � ' '�y sC �'',. ►�� v. � .. � , *� "�,". ^ u r.��, * a 9i� �R��_� �� i �ir " _ • .+y ry`�� t�r. �r ..3sF'� '� .�,��R;��.�i x; ! r s�� 3i . 4•> ,��' F r�r 's�..q^4 R t,�. �� .� f�� '�� `��R"�`t� �� . ,� +,�.,�.��i .� .. r-.�r�'' fr �� . ,�!.•. ,� � , .�"� ,, y�} � r, J�,�'Yy��'y �," ; i ` , ,r a o �( . r Vt"'l ...�.ty � I� �r � ` � yi..d�� yt,,&L h..'q A�Y✓F'n�.. y��. �. �5�. 1 �.� .. `:k* � � d�z � r °�'�, Rr'�.t5.�� . �' ' • ;.+�r.r'��, i �faL•1N�MC�� "�� ,�F1a, '�.�� '�� .. .� � Figure 19. Ground Photos ;: �� Stonegate Farm Inc. Site � Orono and Medina, Minnesota �oPray r Project No. 2015.021 �_nv�r<��rtt�' �f <._ P.. � � - Wetland I is a small -"�.�`�.- scrub shrub wetland . 'r�Y-r♦ �.. �c- ,;,�.`,� ':,� � , + along the east side �" '�� ' ' of the site. It is ' '�`�" ��' south of Wetland B � ��` ��`, ' y��`� "w .;��'��"`� . �`. �' ` and north of �,.i�,`� ��?�_,, ,. , . � .. "'''� ',� Wetland L. "°`��Y ' °- , �,' �� '�,.��< ^,� p' ., • ,;w�. �,�►' � �. , , =�'� '•"` � ,-' � �,� L r-.�yr ',�i"�'�yt�.:K�.,�, i ��'. .�' �.. �' r y�. rw f � �+ . �i �'1 " �� . ��' j '�'i d�,� v'. o - i.� _� � ^ �'..-� a �� °' ' ?� � s# "� t �c•�7�� + t'�.'�+ � ';�p � .��"�qr', d�s-i. }y� � ,; ��,i 6" r � � r�.. :".: * . �� .r i� '.�.{ f+� � i� L �,y��T A ��'1' � , . . r . `r�{ t` , car�. a �s3i.��' i� y '' �^r� 44 � Q �t ,�, �" , - ( �s *� j` �'�. , �{��,�� . Mi-X: �fl . %"'y,� � '.. T' . 4 t � ��.�`t' � �f �`' 'ti 1 �:��.�� rf �b'i?$�� M.� ��ii�� r! > � j :�y�� `�� 4��. .#� :�. ��' r.w- � ._ �pty iv' .. r i; . c�I `. ,c9� � :r �s$ * ��,5'J!°�r,,e"'p�N+�I! �:.:�, � � � ~ ,,i� �.,t �14 �..'��. . '�y�L� ��Ys �'"f r � �:� i'�, l��y �^,' �F � �. �'4 ' e S h ti.:�� ±t� - 4�� °�,K, f �.<r� s��L" .^r��1E��t �,�K �{�a'♦ +�� ` \ r �� x�fs�. ,��'A�jr��: J �(/s�A�µr�,�f'{��``'�.`y�? �.'S yh �'Pj"�N'4�r�.` '�._�� ,A�� )� � 4. � � _ :t .. _ , '�` 4 y,� ,; �i `s . rj �:...1�� i ./r.�- �; �y�,•" ,.✓��i",�4� j��+.'ly ��L...'��r�.`t. �: � 5 � . ti��:�'. �.�i.,�::.' �� .�`k +�. � .. _=�'=:G�ih�".' Wetland L looking , , , �` � northeast. This - = .- . `�� :° ,�' area was just below �-. � �:''��4� }'`�� =��'''' the 50% threshold '„�. ! , � �� , ,, �;�;4- � '{ M,�`��; � ��F�'J� in the farmed M�y,�; . � 1� �� - "�; K _ `:'�` �i s �� wetland review, but 9t � .. -� � � . �,;�..��; -�,,,� J`�.�� "� -�..��4� , � ��. . the non-farmed °.�`',• � w� ��`�., ' �� `� '�._ *�' ;,r' area meets the �- :, ',.>- ,�,�►., � -4 �...' �`;, �j►��'-: ,, � -- � ' ;�'�. , � ' �` ��, - wetland criteria. +� . -- _ .�+'1,1�•�;, �. � ,,r. � � 3.� ;, � +�►+��. �f.��.,y;..;�,v . ._ -�, ` � : � ,. ... �..� �,.._ -. . _ ,.. . . .� . _ _. _ . �:�. .. __, �,. : � . . .___ __� ; . ___ . , _ _. - - ., _ : . . __ r .. _ . _. .. . ._ _ ,___ �.. - :. __.. :. _ , -. �. . >�. �,_ -_... ___ _. - � - _: . _ . . ,: �. ..�: - - ,�. _ . � _�___ - _ .�_ - _ . _. _ _ -, .. ---�._ . _ .. .,� � _ _ , . _ ... _ r" ,,. � _ � � — - {�� _ '��i ��"��""�a�w k" . �.. � , ._ � _. . _ . ��`f�.. � . , .� M `_„;:�;,,;; � - �- �;_ "� . - }. -.x_ ! � �1'Fr . �� •`^ 1�h � K Y. � . -�- � 4 .�� w�'.4t�. . ♦ � . .. . M' Figure 20. Ground Photos �� Stonegate Farm Inc. Site � Orono and Medina, Minnesota � �oPrac� i Project No. 2015.021 �. t�t4 ir � �r ,rtt�'t'�*c:a1 i'� ..�.'�"� � ' � ,�'�� x� Wetland J is an .�.. . •� ��' `.�? �, ,� �, emergent wetland ;;��.I. �� 7� ^�'�; along the edge of ��y�j the trees and `,Y .�• ...S`i � v I 4�, �. �t' F �4-�� h �# ' � ,,, �-�' � � '�� includes the ditch �. "� �� ,��, ` ��-" �`,; k`�� the drains this part -4 , : �.1R4 +.,,�� . � .. ��,��.��„, _ °�� , of the site to the . .� .u, � A,`� � , ; - .� . �„ , _ :,. ,i��.''�-.. ` �. �:.�. ,�. � south. The wetland p�� , ; ''�`'`�`'" did extend into the � � ;. ;;::;�.. � � - cultivated crop field. �� , i - . �'� � �;. .:, ��'.� In just one week �� 4, _ � 4 ; -�`" ,,; �� . ;�� since the heavy i w,-..2 �x . . T . :-t ,� �,; r t�,�}z � '�`3�tt ` � rains, the extent of A � '�Y� �.. ' ��/ i��.�,.1 ` 'G •� �-.;� �-� �-� �: ` �,� `- �.�, ��x ; y ,:� water in the cro , . ?�' ih t� � �� } � p �., ��-• � j field has diminished - '. �j�i� 1 � � T p .:' T '�,,, ZY, , ...,M,�. �'� - �� - �� 4� ��: �-•• �� .;� significantly. .. . . __ � .. ,. �a� �� :>. . -. . .., X�� '3'i '� � .' "' ..i'} �'�C"� _�� j� �� .. . ` :� � �� „�. � rr . ` y �.'`J�'^"+ C4 ��L`'P'� y�4 ..: ;� '� M'�� ' ' "� '+�,. ��,;y. .. t � w.. 1 S s •+*V",1 a_ ..sf �y�s f ' s '�' ' . y W��y� ... � -.� � 1 ... . . ._ :. ,�.�4? . . � . . . . ."'� .t_- , o•ic-,�,. . �`�� . Wetland J on June ��. - ' 30th. The extent of ';'' � crop stunting was • �-.� �K � �� : consistent with the ��- � * flagging done in the .�,. ' pri g � . ;`��- �� -� � . .. ��..�:.�.��.� _t �-.�::.:�:..�.�¢�....r �� ,��. s n x � � - u - - - � .a; �.�r '.5�'�r�.:. .• � +ie�. . • `�� .�'� .'�` �x. J '� � . • .. ' .'�� 1W.3�r; �s��'S,µ.w*s � ". k �_y„y �.� �� . � W{' s .. r 'h'.+ "�`� �'i�'��' . �' _ . y„_• . ��.-' ��.b .. �,�� .: � ' ,,�`,'�"dn,y�..,,,� % Y' ,,,rs �'''~ F �} . ' �j�. . :, , ,: sr''y . . ��1,.'.. �' � . v..; ti r . +.', � •> v • :��,. r+-.�w. � _ t ... �R �� .. ,_ , . ' ° +.�� +r^�`�.i,. .t , ��..'i .iy�'-� ' e'.� �R._S'� � P ; ti 't`g�y� .:�� 1 .�.``�J�"�' i "_ Kb �� , r+ �,�w ': � , , ,'.' � A� 6� � Y � �'��l`i � . . 1 1�Y� . ..� ♦ \ �/`, A` � � ; 7 . ..�. "i � yY �1c��,�� a �.�P►�: C�' � "'.',� -t ; ,, ,�..�, ; j� �.�� ,} ..�1� �.� :�t F",°. `'.�,�`'s:}-' '�•.�; .'c.� �"� '`..�-r �t"'� . ' .� �.„ . ,,,. . � � ` �A ti� J'�� ,'� .. _.` w �,.�, ✓ .�.. �.A�• av ��r � �•` 4 . u -�r.:.. j. f-rl ;1 . y i a�� : , . :C � ��_ •.,�, • I ♦ y �}�'� i ,R�.�f +��s°' !► � � L ♦,�} �.♦ t .,�1�nv.:, k'r' •,` ,, ,�i y r + .'�,�r� .♦ a�:� • r•"�,yw t `. ` '�;� � ;.�� r '�. ,�� ,� y� . � �'� '�� ,�'� � � �+ �� :��° f'�` �� ` �� . �'�.'�� .��'�i'��ie��s, .l . � . '. r�!f{i' `46. �t � M' Figure 21. Ground Photos � Stonegate Farm Inc. Site � �jo�ray Orono and Medina, Minnesota � Project No. 2015.021 �nvirar,r,;:>--,t,.�€ Wetland K is just to � ��, �� a � ��°° the west of Wetland J, looking northwest. �� ,. - � � � �� p+' ;�... • � p �...e. .. �- " . .»��w'M.%S �!!9 I '�� +n �. ��.. . . �... .. � ..,�.. .. .. . I d��: • � n .�' . . �..� r'i +ti�:: ilr��' ��V ... , ` `n.°4 i� - � �� .>f�,'�� ' r M . ..u;r. �*+, k:�'�C'w,�,..11:,�. ♦v+ -,� ' ... J� '' . �_ :w. ��.,'-ti ��, _.. /~ .��,�,..�, .�,� r '"�,�. �'.`"�' di,, ._'.�E' ..''." 'V. "`. -.,,�� 5��.. '�47:s-,«w. .yi.�y� Y,t-_��.,�'a.�-....� ..'` ,y" �'�`�.,Il,,,,_ . .: ' v- ?`'..� +`P...','"'"'��ii �.. ��_* .s•/`��'y'�,�, , '" ,4`aG'�:1.��dq�"'� '`a �^-ti 2�..�1 w '°...,,L:'�� r �..+' �'. ' ., wa: -`'� � ,� � _'s. "`'kk.�.. p y y� „;�-,, �� ,,dA r'r0.��M'!. '�y "`'Y•y# �'^,,,` _ .,�"''�:.' .e ,.._ . .,,v,q,s "^�11 r�. '�'�,b a" �� ti< �'v.� � � , � ,,,�±�,,� ..�,, „r .{� �k; ' 'k" "'°j+e'•:�. �. j�'�.r'� ..}s k Z� � �M, ;.'»°,i�.�'� �� "�p"'y,"�'y '��. M . .y �' x -� '•ry ,e�..' y;,a�'i;i •q��; R"�s . . , � `� ' . fa�..' �� . . '�W fy�� . �$'�, 6«� _:" � ��M r. { � � "i ;.:�r,'Y�� j' . `O��.V .ft�. S,�t'ik,4 �''�;L •�:�},�� '��._. �� L ,a%�i�. � : 1�'*� � ' 'k� "�.,�"'�1 ` . � � , ,,c,�#,; � vr •• . �°''�'�a��yz,..'�� ti �.r'��?'4' "'� -"4"'�AI �yy�� '4� i�" . 3i1� � �,. . r�".�-�. . `�a�� ..s+ � . ,:_� ?�'+�'' 'S�,.,�.•,•�'�!,- . . r�:�: ,�,�- � , ��i,' F.«.. ^a�(a' a+ m,.. ��r• � � � Wetland K looking to the southeast on June 30th. The extent of crop stunting and drown �`�'�" `' � r�., '=��' out was consistent � _ ,�. . � 'ti��," ��''�'_��;�`"" � � � "�� - with the flagging �, . .r . ._._ :- a �. _, . ,��<;: done in the spring. ;: - _ � _--�-�.... '- • -.�.-� � . _� < „ • -.�r Y;�.,:a�. ,c,., �, �!�S,�$,;� F . '� � .. � �yW-,.�.��A "—"��m �..^� . , s ' ' . ' . - ' ,��.. ' " '.i '-; . i ' q�.'� "e p,,(t �'.� � �Y R) - � �.. i� ,L., �,. � , r�r,ie� 1� a! � y,.� .Y ��" 8i �.;t* � p� ,�' ... � '� �`"t�� ::� �.- � ;. r-'��,� ,j �,y � .f ' i}��.�^"� �6. s * ��''_r�.s�'��'� r �' �� 4� ; , : . � L_ . �; "'Wr`'�' �,�� ", . 'r�}`+ �' :'5±�� , ,y,,,�-:` "-�+�l1 ' :' ' �3�}i.` , �,; r -.-�` — � �5��.—��,-' !1~♦ .,;;�.`r`r Y� ±� + e.'. ."� ��s �•,� ai �� „_� � �- � _ �.�1 y �1. '+� ',,. � � ��:." / :�1 �+ � t Y � ��,� �t.•�..7� d ^ ,��a`N�R1,+ � � � �� ' ��,. �' <,� �` v �` � �_.•.�,`°"��Y� i''� ' -�}$y ,.. . ��'` 'i�� ,* � +� a; i"_�� w`��. �° �.:�� '��,, ,_ "�',+a t. � 1��Yr.{'a�i .'A,�_t �� Figure 22. Ground Photos .�� Stonegate Farm Inc. 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Year Source Precip Area Area Area Area Area Area Area Area Area Area Level 1 2 3 4 5 6 7 8 9 10 1981 S@ FSA W CS NV NV NV NV NV AP/NC AP AP WS 1982 Se FSA D NV CS WS WS WS DO AP/NC CS WS AP 1983 Se FSA N AP NV NV NV NV NV AP/NC CS WS NV 1984 Se FSA W NV DO DO NV NV NV AP/NC AP AP WS 1985 Se FSA N NV WS NV NV NV NV AP/NC WS WS AP 1986 Se FSA N NV NV WS NV NV NV AP/DO WS AP WS 1987 Se FSA N NV NV NV NV NV NV AP/NC AP/NC NV NV 1988 Se FSA N CS NV NV NV NV NV AP/NC AP/NC NV NV 1989 Se FSA N fdV NV NV NV NV NV AP/NC NV WS NV 1990 Se FSA N NV WS WS WS NV NV AP/NC CS WS 1991 A r GE W WS WS WS WS WS WS AP/NC NC AP/NC �/�/S 1991 Se FSA N WS NV WS NV NV WS AP/NC CS WS WS 1992 Se FSA N WS CS WS NV NV WS AP/NC NG NC WS 1993 Se FSA W AP NV AP NV NV AP AP/NC NC NC WS 1994 Se FSA N NV NV NV NV NV NV AP/NC NC NC AP 1995 Se FSA N NV NV NV NV NV AP AP/NC NC NC AP 1996 Se FSA D 1997 Se FSA W CS DO DO CS CS WS AP/NC NC NC AP 2000 Se FSA D CS NV NV NV NV CS AP/NC NC NC CS 2001 Se FSA W �oics CS CS DO DO CS AP/NC NC NC CS DC� AP/NC 2002 Se GE W CS NV CS CS CS DO AP/NC NC NC D4 2003 Se GE D NV NV NV NV NV CS AP/NC NC NC AP 2004 A r GE N NV NV NV NV NV CS AP/NC NC NC WS 2005 Mar GE N WS NV WS CS CS WS AP/NC NC NC WS 2Q06 Mar GE D WS WS WS CS CS WS AP/NC NC NC WS 2006 Se GE N CS NV NV NV NV NV AP/NC NC NC CS 2008 Se GE N NV NV AP CS NV CS AP/NC NC NC AP 2009 Se GE N CS NV NV NV NV CS CS CS NC CS 2010 Ma GE D WS NV WS NV NV WS WS WS NC WS Table 1. Farmed Wetland Determination. 2011 A r GE N CS NV CS NV NV CS CS CS NC WS 2012 A r GE N WS NV NV NV NV NV CS CS NC CS 2012 Jun GE N CS NV CS NV CS DO CS CS NC CS 2013 Se GE N WS NV WS NV NV CS CS NV NC NV 2014 Oct GE N CS NV CS NV NV NV CS WS NC CS wet/nor 17 9/17 3117 8117 2/17 1/17 7/17 17117 15/17 15117 12117 m ears % 53% 18% 47% 12% 6% 41% 100% 88% 88% 6% wetlnor , m ears hydric 45% 95% 95% 95% 95% 95% 95% 80% 80% 95% soil map unit NWI Ma No No No No No No Yes Yes Yes No Determin Wet Not Not Not Not Not Wet Wet Wet Not ation Wet Wet Wet Wet Wet Wet 1 2 3 4 5 6 7 8 9 10 Yellow=early season photos reviewed for the extent of wetland but not included in the%wet/normal years. Red= multiple photos from the same year reviewed for the extent of wetland but not included in the %wet/normal years. Bold= normal precipitation years. Table 1. Farmed Wetland Determination. Year Source Precip Area Area Area Area Area Area Level 11 12 13 14 15 16 • 1981 Se FSA W DO NV WS rvv cs Nv 1982 Se FSA D NV NV DO NV NV NV 1983 Se FSA N WS NV WS NV CS NV 1984 Se FSA W AP NV AP WS CS CS 1985 Se FSA N AP DO a��sW CS NV NV 1986 Se FSA N AP NV WS NV CS NV 1987 Se FSA N WS NV WS NV NV NV 1988 Se FSA N WS NV NV NV CS NV 1989 Se FSA N NV NV WS NV NV NV 1990 Se FSA N WS NV NV NV AP NV 1991 A r GE W WS NV WS WS WS WS 1991 Se FSA N NV DO WS WS AP AP 1992 Se FSA N WS WS CS CS AP AP 1993 Se FSA W WS NV CS NV AP AP 1994 Se FSA N AP NV NV NV AP AP 1995 Se FSA N AP NV NV NV AP AP 1996 Se FSA D 1997 Se FSA W AP CS DO CS AP AP 2000 Se FSA D AP NV NV NV WS WS 2001 Se FSA W NV NV NV NV DO DO `2 2002 Se GE W AP CS CS CS AP CS 2003 Se GE D AP NV NV NV NV NV 2004 A r GE N WS NV WS NV WS WS 2005 Mar GE N WS NV D4 CS WS I WS 2006 Mar GE D WS NV NV NV WS � WS 200fi Se GE N CS NV NV NV WS NV 2008 Se GE N AP NV DO NV AP NV 2009 Se GE N CS NV NV NV NC NC 2010 Ma GE D WS NV WS WS NC NC Table 1. Fa�rned Wetland Determination. 2411 A r GE N WS CS DO NV rvcnnrs , rvcnnrs 2012 A r GE N CS NV NV NV NCNVS NCNvs 2012 Jun GE N DO DO DO NV Ncnivs NCn�vs 2013 Se GE N CS NV NV CS NCNvs NcnNs 2014 Oct GE �J CS CS CS CS Ncnrvs NCn►vs weUnor 17 15/17 S/17 10/17 5l17 14/17 8/17 m ea rs % 88% 29% 59% 29% 82% 47% wetlnor m ears hydric 45% 95% 95% 95% 15% 15% soil map unit NWI Ma No No No No No No Determin Wet Not Wet Not Wet Not ation Wet Wet Wet 11 12 13 14 15 16 Yellow=early seasan photos reviewed for the extent of wetland but not included in the 9�wet/normal years. Red=multiple photos from the same year reviewed for the extent of wet�and but not included in the 4�wet/normal years. 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' � f ♦ , ? � , , r , �r,''',, '�,.d'^ t °� .'t• ,:- y ';�, � �� • � �� -'��` ,.Ir � ��r ;,';?`.,. . � � �` • ' ,� `��•�.; � :��• • -�►�''�_.� �v,� . �;�� : ' :�� 1�y� � ,�..;�, .�..�F_"-" �.��f�.'=airi'i�i�s��`'��► i . �.:�:".`a�.�� .,:. Appendix B. Historical Aerial Photos .�� Stonegate Farm Inc. Site �oPray Orono and Medina, Minnesota Project No. 2015.021 �_E?v('"t '-�'i�''.t�,:.� F � i ,. ,� ��. . " ... � ��;�a�Kt;.:nam � � ,'��,.�.:.� _ �"bi �� .� . � ' �'"�' :�� t � �'� � `� �" ��. �� .� .� � �b^' "x�y�x �f� �,,. ' ' � �.� $ �.. . , " � � ��... w + � � � �� h , . ,, , � , , ,:� � �, ry � ,�� ',, � .- � � � - . , ,. � � , �,/ a # , "", .�,:,; `- . R, , ,!� f� � � �'� � �•,� `� i� �� '�� K 4 � : � . � � • u . - � �r , �� . .. �� >r� �� . 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'� .. �t� ` �k , : �` ,�* � . �� '��,. .� " . . �.,,, $:� : *�t � � S t {yy ��•y . �T' �. . ;n yK�1 �� . . �` . _ � . , , ...a,. �r . .. t� � q� � y c r. :. 'Y+� w, -s—.v�? _.:�. !M� {� I �- � $ _- � � �$ `' Appendix B. Historical Aerial Photos �� Stonegate Farm Inc. Site � ; Orono and Medina, Minnesota � �joPray F- . 3 Project No. 2015.021 l. _._!l! t f i_I',r�� . �.i 9 � � • ��.,i '�"��s�s. �+�Tt ts= �r' .�,,. , ::..,_ ' . �+�`" �' . � �" � r + ��s� �,"�, � �' � � I � y_k" 'k L _ "�k ;A'� � (� � ` a��•-�w � . � _u. A� � � �:,� � � �� '1�I,� j�` ', � �M1. � . � � � � � � �� ., .' �' ., �{ �- "r „ '� �;�` � �.� � �� ' ^�,� _ �t+ � � " �" `' *��'` � .d��%`'�'�t _:;� � f � �� ` �� '9N^s�a , �e *�� +_ � �f � g {$ �� .i � # }11� 1F��v.� � • �� .. �#�' � ��y ��y��p' •a$ �k� � . 1 x� Y^� 4� � `,.� �$ .,��,�� . ► � "� * �' � '�; . � � � ��,� � �, ��.� ,�; i „ � �, �, . • _ ' � . � � �, ��' � � , _ . .. . f�'' " ` ' g �.�,.. d �� . 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' - '�.` f� +�� '� . .�""' ; � � � � - , Jw ��L:*t�] 0 i a�:h . . . - .� � ' � ,�� 1 , � t!^�A4+ � >>... ^� .+ ` ,�: �. J .,` '. ��'"t�er y," ,s�= > F , • 1 .. � yty�� , ' , �.w �.. a+'S'�1► `� � '�lY+.► �,,. � - �, . � . .. . . . r',"Y' , <. . ,.. ` ` �".: . ,�J►. .. . . . . ,Y�.? � .. ir - .w ?i.... .��W -l�t-.1,�... ..��' �'�'.�M''�� '.G�'!Fw`TL �cli"„'.'F:JS'�S.Y��!u 2006. Normal Precip. North 40 acres �� Appendix B. Historical Aerial Photos �� Stonegate Farm Inc. Site Orono and Medina, Minnesota � �oPray Project No. 2015.021 �nvironmenta� .. . � $ + ��R ., � ° ` � sa;i ��` , ��. i ..- � -.R1 * ..3t�i.� .. � v;•, n .��,. # � _.. '�. ..:... Y .. . t ,�-��;. �'� . �,"� '/1' � � �� . _ 'J . .... � , . i .. � ' . _..,.L. � a:i L�. n,. 7o!r��',"�"yw. , �' . � .. , i , • - �. .�,,,,.,� �� .� . .. _ �� . . -��. _ . . . .. . . _. .. �. . .� � :_ �.. . . ._ ._ � .; . 1 t,,. _ , . , . , . .. � ' , ,. . . i . , , . - �,I� . � .� . �� , -..... • � I� * . . . ► ' .� h.w'' ' � . . y.� (1�.� . '. .:�..`. tib� f'' .r,�... ._ • � � i t r e . . �,.f � �f. Y•�� ...' �M r r � Y ` .. ��,� • j ( . .1.. ��] �� Y �� •3,� µ • �'� � /� w�. �' y . �YJIA`� ` . � f�� . � ♦ � , . $4' . � �Jv � .-�. ., -" . r p�",�„' � . . � , ' .t . � , , _ . .. � , �' 4 . �.tt S�? �r i �� / .� ♦ ;. : �a . �. ; � ,�" � �.t ! . .... �� .� .. � �+... • �N� ` � � .m1ro, � � *'.� �1 ; .'�,.�� . � �� t � �.��: 1 �~ � t� �c . -r_.. � � �i y�� w. _ 5 'R"'�� f`�w �` _,' � • r . .•+. \• .. i+ r..' ¢ 'f �+y� ."� �*.�� . ,: . • • � R''�� ,, ��' . '7��\�� . . . .��`� �i �} TM .�,. .-;. � �� "�' . �F '� � . � . , - :� �, k ;, . "� �� „#� % �, � ,�'�;> � .y,, , , . �1i (._� • r ,. �� ' "'` -'4 1� ' � �r. ,t. �'" r ' fi,, y`�� } ��`` ... � �,� ,j; .3' � Yt ` �,. ° . ,�r ..� '� 9'�'��f` , .,�� . ' <, .� � ��, !� r� Y. � "� ~'y„�,. �t ` � t • ! , . -��. �� . ��.� e .. : w�.�+�:.�o� tz��- , , . , � + � ��` - °-�� _ ". — _��. r_ __ _ 2006. Normal Precip. South 40 acres �� Appendix 6. Historical Aerial Photos �� Stonegate Farm Inc. Site Orono and Medina, Minnesota ��P►"ay � Project No. 2015.021 � -. . �-��rZt��'t��.�;� � �.:• t�. .r.. _ , . , -.�-a.e ,. �,r1�" - . .� � -. ,• .R�i;`�� :,. �,�," ��'� ,�`'; -�' �":t�k�'sr ,t;.,tl��.��,-.`� +��' . f •, •� .. . L" w{� �• � � 1� •�� ~ M . • �n�� f s r.'�r` ., � �}�;,µ t t. «�:. �� .�+�.�,� �; . . ..�� > , �� ._�- � _ � ' �`� `'��: �� ,�,� _ _ - � . . - . .. ,.� �. ��- ��.;� ; � .. �,.. �, , ,,,; y r �'!� ��g }�� , 1•:' �,;� �{a�`.,tt ;i --� �. {yS ��;��,:� ",� . ��^ �1+� ,:.�a .�,'fsw "�`,� + v ��l+�,t 1�' '�" •" 4 I ' l► � " ,a^ � •„ ,fyyyi Mn. [ t�/f'. � .� ;�t`� �' �-3� ''�* ♦� �# • . AF. xey�� x"} ''�� "�i �� 'r ¢ ��w� . .�� .q �"� � r� �j �. �»�, . '�'-�. G� ��! � �" �,'°� a, ,.��. ��. � , �. � f}I' �� ", � ,!�' r'�f � � � �.• �4�� ir��,�� l!� �w x/' v }' f��,"�T � � � �` r/ � �'� �w?�� .. �, ? e. , y„r.nr , a � ri.��`. : . ` ,�Y s�a�� s#r�: R 'xi'i� �. ° , � ��"�;��_' ��`.�`►.'.%- '!/'y.tr.�r�..}.�( �+"��«. 'a�►z�.�*�,��.�'�_ + ' _ ,,, . � � ' w�., � t . —' R f �q �y, "� . . .: ,a, - � � '� ..� ,..��• . � . ' j . . � '� .�� .y,,;,,:.� ,... .. '�- . ' . . , . f". . - . . � .«... . . ... .. . • . . , ,_.».....a...or..�L.�.:,,,,.�w.....,..-.,...vo,.,.,...,.......�...-..'-�....' _.....-..�- . 2012. Normal Precip. North 40 acres � Appendix B. Historical Aerial Photos �� Stonegate Farm Inc. Site � Orono and Medina, Minnesota , �oPray t Project No. 2015.021 �nvironment��i �['. -'.a—" ...,,,,,� .. . .,._...—,�4....,._..�____.__--.,_.,_-_..._--.-.p..,..__.---�-'.�.,�.. � '„r.�� - p. � • • T w • � �ka + . . � x� f .-'.. � �f� 1 *_� �r E �.-`_.:. . . ' . ,� > � '� • y�• � � �'7�. tyq� �r 't �� ,M.'' ^, '^1•.'.., � . _ �k. - �' �jy �� ..� . �� . . � .�� 1 .rt,�'��+�,,-,-��.+ ..,,: .,. ,' :�'.,� , .�`�.�, � �.�� . + . . .. ,..'�.y...f�.li-1.:4�I X i.j.'.i . ♦. ,a. .� � 4 '�"�-" . � � �_!},w�', ' _ �7r��'��.. '��y.� #j It,�� i • r' ' r � . d � .. . . �r . �� . �, } �' �� .'� � 9 ` ' "1'. 'e� ,. t '{. � � . . � ��, �4 �;� ' .� � _ � . . �� r �. �. � � , �++ � w ��'w ; p( j�' S'.r,• � �'. 144 �� i � ��'' `.t,i� � t�'4��t''.r � + . .,., -� ( �.+�" ', 'is Y��"� .. �,t��j�!�t' '�� *�� ,��w� ...., �� .,,+��, . f .�� ..�_ ,",.. ' +�. m. �� - M � �� . � ., . .� , , . ... . �� . w . �. �� ,� � , � � ,, ,,,. s�: �' „� ,.+4.. ,� `w,t � 'v ! .. �. �s+t�� u '�.:� `'►a�, i� . ` y; � ��", � ��•� �'� y.''s ��!�"' , � ' , �„ 4. . .".t� .�"';�"r,, , '�w �� ;�- �.;,ti �. � � ,� � ''1`�r:; � ��r.� � ' + 5 ��t�ig'M"R. ��:!" � � �'�.• .� ..�.�1 � rhY .,'x �,'� �''r ,..�,�. .,.�� ;� ... �A ,�� , r• !'� ,`�,n� ,�_ ��,�'f ti � 4 �r .,� ., - . ., : .0 � . . ,. ' �� ' ' � '.,�'*n'„'� .�e;',: � �� ..,r4.�� • . �, ��y «.'� �' � .� ... . ,... • .++� .. • ... � � • .>,:cs<.r�,e�a.�iir..s��...F..•w�r�..��- �_-.....��wrv+.rvcra�,.,.:n,,x�uxa�.�,x. �rx�:�a.�.. � � ._ . ,n . .. 2012. Normal Precip. South 40 acres �`- Appendix B. Historical Aerial Photos �� Stonegate Farm Inc. Site Orono and Medina, Minnesota � �oPray F- ^ ,, a Project No. 2015.021 � _ �_�r�n�c` 's'; �1. � -,�= ,�; a _:_. r� .,.., _ ,�� .��,� r�a.,._ � �, � �, _ .^' ,.A . � . �ZR' •�� .y f,+�� . � . � . � � �J�� y, ".v' . . � '9 . ��A ��+h�� Y �� - �,'1 � r ,� � ",�"' � ' � { s �� Y � ~ ! "t " i`�''�.� t "� Q ` "t y r � . �"t�� {�. ,.., �� • �. 4� . . � ,. `�� . � i �, .,� . .� (�'.'r y. S #' � Y, � T � j, � ��i .�T!��i"'�........t �� ... ,.: . .. �., tR _Y� (;g"';a�;�� •. ,,;�. r. :� � '�,3� .x �� e �' Y* �r " '� "` P � �, ,r; , ,�'A`', s� 1� ' ' '�'� � � . �'. � ..:� ./ , � � L� � �;'�'�' I�� .'"� 4 I��• ' .. .<� �.� 1 � ,' � � � ��' .�� "iP;i � ��.'�� ,E . �'t�� ` ��.�4�- � '� 'r� +4.._ ,} • �; „��cr la`'.y`� � -t:wM�}.y Y'� ;y' x� 'J"; .. b .,�,,.�d rt,.��., �r �.y,� ti�` .;� � � ��Y��. ,��+�'.y( "�y'�.��c,,�.,, ' �+ S!�*. Cv"4 ., . �►`5�'yy' �'��'��` '`'�`�_4�'`,�`��;��.5`�`;��Y"�'�A;�>S ��+��` �.�yC , ..,� , p� �,r�'� ,.. 2014. Normal Precip. North 40 acres �; Appendix B. Historical Aerial Photos �� Stonegate Farm Inc. Site �oPray Orono and Medina, Minnesota Project No. 2015.021 � . : ��_;.?�ltl�en��<:� �,:, � ,� �J,�'y;.. �, _— ,+�^a�, -. '� �_� � � � �x� �� 'a� �`,�� ,- ` �„ ��'�. � %" is r.��"�T��'.w."ite;t.f7�''��I�`.�#f��rf}•t• ��a�y �~��.�-��"� �, s��.�4.-�� ,�� m . ..� � ' ar"�` � :w�:� � .. ;,, �� '��y �a , P; MA .�� ;, '�� .. � "�ii��,,. $ R { . 1 � � � �?y »�{.� 4� �' `�°"`,' � L� �,�K A�. �` � ;�:.�,, �4. ;4;. , � , � , , ��F �. . :.� � , , � , � 4�+y � ,� �� `f�?.* �;� � ��' '�. � � ��`�� .� a , y. � ��, ,. �. y �. �� -� _� ,, r �� '��,, ;� * , , s;: � �',�. .i � �."�� . , a -"4 t � . * • d. ., M�w '�.� $n-' .. .�� .,A f l ��.:� ..� �� `�� M1 ' � ,�+� . .: t 5S�. .., .. �.. ��,^!�~ �•*:. S. � �3�.k;°�^"� .r" *�`�"`�. � � �� . ` . � . ryf;`� ,7 ��. { 4j. � � ``�', � a �` , . . , . _ .. `,��,�� +s�}�� .- "� E°"`f ;``� � r�, _ ��'�� ^'. . �r� • , ,� +R'�t!' �� . �' � r �� .�61-� �*{:s ,� ,�, e� i>ti :✓f#`�� , . . � ,� � �. . ... . � , , „ , • .. � � �"�' . ��' ^ '�'�Y,•'�" �.; .., - � � th , a !` . . Y � . e .�, 4 q 1�� - � ' . . . r,._� 'ti,.�� `�. '. � a s_..i.^�' .� �� :��_ a , �.-� � . � , � ,.., ; � ,_ _ �:: , : . � �._ _..�..,�._____.�._. __. _... . ...�:,.:��_. _.. ..__._...._. 2014. Normal Precip. South 40 acres �`� Appendix B. Historical Aerial Photos �� Stonegate Farm Inc. Site Orono and Medina, Minnesota � �joPray F- , Project No. 2015.021 Y _ a �.��,;`L';� -;;c�t��c3� Appendix C WETLAND DETERMINATION DATA FORM-Midweat Region P�oje�/Site Stonegate Fartt�s City/CouMy. �rono-Medina/Hen nepin Sampling D�te: 5/27/2015 Applicant/Owner. Property Resouroes Dev.Corp. Sta�e: MN Samp(ing Pant SA-W Investigator($); Kelly J.Boprgy,pSg,CVND �ection,TownshiP,Re�9e: Sec.28,T118N,R23W Landfom�(hillslope,terraoe,etc.): toeslope-dep�ssion Local ielief(conc�ve,oonvex,none): concave Slope(%): 2gb__ Lat: Long: Datum: Sal Map Unit Nart�L24q Glencoe bam,dep�sional V1M Classificx�bon: PEM1Cd Are dimadcJhydrologic conditions of the site typical for this time of the year? `Y _ (If no,explain in rema►ks) �� sa'I ,or hydrolo9Y s�nificaMty disturbed? Are vegetation Me"normai circumstanoes" ,soil X ,or hydrolo9Y natural�Y Probiematic? prosent? Yes SUMMARY OF FINDINGS {If needed,e�laFn any answ�ers in remarks.) I1YdroPhYtic vege�ion Present? y Hydric sal p►eserrt? Y b the sampied a�within a Mretland? Y Indicators of w�etland hydrolo9Y Preserrt? Y f Yes,�Onal vu�etland site ID: Wetland A,PEMCd Remarics:(E�lain aitemative pr+ooedures here or in a separete repplt.) YT�precip was at 90-100°r6 of normal at the 6me of the site visit. Soils are mollisols. The wetland boundry extends mto the farmed fleld in seeral areas. Wetland A includes the ou�et channel fio�e west. VEGETATION--Use scientific names of lants. Absolute Dominan Indicator pominancs Test Worl�shaet Tr+ee Stratum (Plot size: 30 ft ) %Cover t Speaea Staus � Nwr�er of Dominarn SpeGes 2 that are OBL,FACW,or FAC: 2 (q) 3 Total Number of Daminant 4 Species Acx�ss all Strata: 2 (g) 5 --- �_____ ____.__ Pe�nt of�om�am spedes— that aro OBL,FACW,or FAC: 100.00qk (q/g) 0 =Total�--- S�IindShtub sVaturr (Pbt size: 15 ft ) Prsvalence�nebx worksheet 1 2 __,_ _„__ Total%Cove�-of. 3 OBL apeciea 40 x 1� 40 4 FACW species 55 x 2= 110 � __ FAC specties 0 x 3= 0 FACU specc;ies 0 x 4= 0 0 =Total Cover UPL species 0 x 5= 0 Herb stratum (Plot size: 5 ft _) Column totals 95 (A) 150 (B) 1 Phalaris anrndinaaea 50 Y FACVY Pr+evalence Index=B/A= 1.58 2 C�reX s� 30 Y OBL "—'—"" 3 ��s 10 N OBl Hydrophytic Ve�eta�on Indicat�rs: 4 Solidago 9iganhea 5 N FACW Ra ' test for h 5 P�d lbroPhfrtic v�qon X Dominanoe test�>5096 s X Prevalence indox ia s3.0' T — g Morphogical adaptations•(Provide 9 ____r_. ______. supportin9 data in Remarks or on a 10 ��) �Problematic hYd�►YG�v�9etatiort• 95 =Total Co�rer (exPlain) Woodv vine stratum (Pbt size: 30 it ) — � �-- 'IndiceAors of hydric soi�d�d hydrolopy rtw�be 2 P�,ix�ess dlstlubetl Or P�oblertietlC ro 0 =Total Cover �9�a�� WeseM'l Y Remarka:{Include photo numbers he�or on a separatie sheet) US Amy Corps of Engineers Midwest Region �L Sampling Polr�t: g,q-W Praflle Dsscripdon: (Describe to the depth needed to doc�nent the indkator or conflrm the abssnce of indicabors.) �P� � Redox Featut�es (�r�ches) Color{moist) % Coiw(moist) 96 Type• Loc" Texdi� Remarks 0-6 N 2/0 mudc 6-75 N 2J0 loam 15-20+ 2.5Y 6/2 2.5Y 5/4 5 C M sandy clay loam 'Type:C=Concentration,D=Depletion,RM=Reduced Matra,MS=Masked Sand Grains. "'Location:PL=Pae Lining�M=MaVix Hydric Soil lndicators: Indicatws for Peeblerr�etfc _Histisoi(A1) Sandy Gleyed MaUix(S4) Coast Prairie Redox(A16)�(RK'L,R) _Histic Epipedon(A2) Sarrcly Redox(S5) �Dar4c Surfaoe(S7)(tRR K,L) �Bladc Histic(A3) Stripped Matrix(Sg) —5 an Mudcy Peat or Peat(S3)(LRR K.L,R) _Hydrogen Sulfide(A4) X Loamy Mucky Mineral(F1) Iron-Manganese Masses(F12)(LRR IC�L,R) _Stratified Layers(A5) Loamy Gleyed Mehix(F2) �Very Shalbw Dark Surfaoe(TF12) _2 Cm Mudc(A10) Dep�Matrix(F3) Other(e�lain in rsmarks) Depleted Below Dark Surtace(A11) —Redox Dark Surface(F6) � X Thidc Dark Surface(Al2) Depieted Derk Surface(F7) *indicatois of hydrophytic vegetation and weltand �Sandy Mucky Minerai(S1) _Redox Depressions(F8) hydrology must be preserit,unless distur#�ed or problematic Restrictive Lsyer(if observed): Type: Depth{inches): Hydric soii pr�ent'7 Y s: HYDROLOGY Wstland Hydrology Indicators: nt�f' s_rv Indlcators(minimum of one is reo�ired•chedc ali thai a�dv) Ind' rs mi ' of X Surface Water(A1) Aquatic Fauna(B13) Surface Soil Cracks(B6) Hgh Water Table(A2) �True Aquatic PIaMs(B14) Drainage Pattsms(810) Satutation(A3) Hydrogen Sulfde Odor(C1) Dry-Seaaor►Wabe�Table(C2) Waber Madcs(81) O�adized Rhizospheres on LIWng Roots Crayfish Surrows(C8) Sediment Depoaits(B2) (C3) —Saturatial Visbb on Aerial Imagery(C9) D��(�) Presence of Red�ed Iron(G) Sturrted or Stressed PIaMs(D1) Algal Mat�Crus!(B4) Recent Iron Reducbon in Tilled Sals �Geomorphic Poeltion(D2) Iro�Deposi�(BS) (C8) -X-FAC-Neutfal Tesi(D5) inu�dation Visble on Aerial im�ery(B� Thin Mudc Surface(C� ^ Sparsey vegetated Concave Surfaoe(B8) -'�`Gauge or Well Data(D8) Ws�er-Stained Lsaves(69) Other(Expiain in Remarks) rva o�: Su�faoe water present? Y� X No Depth(inches): p.6 Water table priesent? Yes —X— No pepth{ind�es): �— Indicatas of wetland Saturation preseM? Yes �— No Depth(inc�es): �' h droi (indudes capillary fir�ge) Y o9Y Pr+�enYt Y Describe rec�rded da�(stream gauge,monitoring well,aerisl ptwtos,previous inapeccttiw�s),if available: inundation was present in the cattail area in tt►e center of the basin at tl�e time of�e site visi� US Army Corps of Engineers Midwest Region WETLAND DETERMINATION DATA FORM-Midwest Region ProJe�/Site Stonegate Farms City/County: Orono-Medina/He Applir.anUOwner. nnePin Samplin9 Date: 5J27/2015 ProPerty Resouroea Dev.CorP• State: MN Sampling Pdrrt: SA-U Invesdgato�(s): Kelly J.BopraY,pSS,CWp xctio�,ToMmship,Range: Sec,2g,T118N.R23W Landfiorrri(hiNsioPe,terraoe,etc.}: footsbpe Locai relief(ooncave,oonvex,nor�e): �p�� Stope(%): 6% �: �O"9� Detum: Soil Map Unit Name L24A Gierx;oe depr�essional VWI Clessificatia�: rwt id'ed Are dim�ydrologic conditions ot tt�a;be typ;csd far this time of the y�n Y (If no,expiain in rernarics) Are vegetation ,soil ,or hydrology significanty disturbed? Are"�ormal ctircumstanoes° Are vegetation �soii X ,or hYdrolo9Y naturally problematic? pnesent? Yes SUMMARY OF FINDINGS (tf needed,e�lain any answera�remertcs.) HYdroPhYbc vegetaticn P►'eseM? N Hydric soil present7 Y is tl�e sampied aroa wlthin a wedand? N Indicators Of weUand hydrolc9Y P� Y f y�,optional wetland site ID: upiand adJ.WeUand A Remarks:(Explain aMemative propedures here or in a separate r�eport) YT�precip was at 90-100%of nortnai at the time of the site visit. Sals are moliisols. Most of the upland is farmed. VEGETATION—Use scientific names of plants. Abso�ute Dominan indic�tor Daninance test Woekslroet Tree Stratum (Piot size: 30 ft ) 96 Cowr t Species Staus Number of Domine�rt Speaes 1 that are OBL,FACW,or FAC: 1 (q) 2 3 —_ Totat Number of Domir�arn 4 Spec�es Aa+oss all Strata: 3 (B) 5 _�_ Penoent of Dom�airt Species that are OBL,FACW,Or FAC: 33.33% (AB) 0 =Total Cover Saclin�/Shrub sUaturr (Pbt aize: 15 ft )�� Pnev�isnce Index Ww'Icshest 1 2 Tota196 Cover of: 3 OBL sp�ies 0 x 4= 0 4 FACW speaes 22 x 2= 44 5 ,_,,,,�, ,�_ FAC speaes 17_x 3= 51 FACU speGes 59 x 4= 23g 0 =Total Cover UPL species 0 x 5= 0 Herb stratum (Plot size: 5 ft ) Column to�ls 98 (A) 331 (B) 1 Phalaris atindinaoea 20 Y FACW Pr+evalenoe Irul�c=B/A= 3.38 2 Biamus ine►mis 20 FACU "-"'-- 3 Ambra�ia a►temVsiflo(ia ZO Y FACU Hydrophytic yegeh�io��: 4 Poa prate�.sis 15 N FAC Rapid tiest for hydroPhYpc we9etetion 5 Helianthus annuus 10 "—'N FAC� —D��,� 6 Terexecum ot�rcinale 5 N FACU pr�,b��;��.p. 7 Sa+dego canadensis — 8 Rumex qispus 2 N ACu MO�°��I ada�tatpr�$•(�� 9 U►tica diaca —'---- -�.---- --,,._.— �PP�n9 data in Remetrks or on a 2 N FACW separate s►�et) 10 TiifoJium pratense 1 N FACU pr�pblerpetic h 98 =Total Co�r Y�PhY��9�ation• (��e�) Woodv vine stratum (Pbt size: 30 ft ) — � hr�as of hyd�Sc sa�ana�d hydno�ogy m�t be 2 P�'B�t.uN�s diatlubed or�rObielristle r�o 0 =Totaf Cover wgstatlon P�? N Remarlcs:(Indude photo numbers her�e cr on a�Srafie$h�t� US Amy Corps of Engineers Midwest Region SOIL Sampitng Poi� SA-U Proflie Description: (Desceibs to the depth needed to dceumeM the indicabor or coMlrtn ttte 8llsence�IndlCatorS.) � M� Redox Features (�nches) COlor(m0ist) % COlor(m0i8t) % TYPe' LoC"" Texture Remarlc8 �-8 N 2/0 � &25+ N 2/0 day loam `Type:C=ConoeMration,D=D�letion,RM=Reduoed Matroc,MS=Masked Sand Grains. '"Location:PL=Pae Lining,M=Matruc Hydric Soil lndicators: Indicators for Probletr�etl� Mrdric Soib: _Histisol(A1) Sandy Gleyed Mabix(S4? Coast Prairie Redox(A'!B)(LRR K.�-.R) HistiC EpiPedon(A2) Sandy Redox(S5) Dark Surfaoe(S7)(LRR K,Lj _Bladc Hiatic(A3) Stripped Matrix(S6) 5 cm Mudcy Peat or Peat(S3)(LRR K.L,R) _HYdrogen Sul�de(A4) Loamy Mucky Minerel(F1) Iron-Nlangarrese Maases(F12)(LRR K,L,R) —��Ag� �mY�Yed MaVix(F2) Very Shall�nr Dark Surtaoe(TF12) _2 cm Mudc(A10) Depietad Mahvc(F3) X Other(e�lain in remartca) DeP�eted B�ow Der1c Surfaoe(A11) —Redpx Dar1c Surface(F6) — X Thidc Dark Surfaoe(Al2) Deple�d Dark Surtaoe(F7) *Indicators of hydrophydc ve�ion and weltend `Sandy Mucky Mineral(S1) _Redox Depressions(F8) hydrology must be present,unieas disturbed or probiematic Restrictive Layer(if observed): Type: ��: Ft�ndric soil present? Y Otfier includes professional judgment and experience. MYDROLOGY wetland Hydrology Indicators: Primarv Indicators(minimum of or�is reauired•c��edc all thet�onlvl ��y 1��l�nimum of two reauir�l S°�W�'�`�) Aquatic Fauna(813) Surtaoe Sotl Cracks(Bg) HiBh Wa�Table(A2) True Aquatic PIaMs(814) —Dtainage Paftems(B10) Saturadon(A3) �Hydrogen Suifide Odor(C1) Dry-Season Water Table(C2) Wabr Marks(61 j —Oxidized Rhizospheroa on Livi�Roota Creyf�h Burtows(C8) SedeneM Deposits(82) (C3) — SaturaUon Y�s�le on Aerial Ima9ery(C9) �°��t�> —Preserwa of Reduoad�ron(ca) —stuMed or s'troseed Ple�(�1> Algal Mat or Crust(B4) Recer�t►ron Redudbn in 7'died Soi� iron Depoaits le5) (C6) _�°Of"°�hic Posidon(D2) FAC-Neutrai Teat(D5) Inundadon V'�ble�Aerial ImagerY(B� Thin Mudc Surfece(Cn — s��r��a co�w s��e�as> —"�auge or we��aca��sf Waber�tained Lsaves(B9) Other(Expiain in Remarks) Surfaoe water Present? Y� No X Depth(ind�s): Water table Pr'esent? Yes �— No De�fi(inches): `�— Indka�ors of vretland Saturadon present? Yea —TT— No Depth(inchesj: '�'— (indudes capillary hinge) �d�P�'�� Y Desdibe neo�rded data(sheam 9auge,monitoring vvell,aerial photos�pnevfous ir�spec�ons),if availebie: US Army Corps of Engineers Midwest Region WETLAND DETERMINATION DATA FORM-Midw�t Region Prolec�/SiEe Stonegate Fartne City/Cour�ty: Orono-AAedina/Henr�pin �mpling Date: 527/2015 Applicant/Owner. Property Resources Dev. �• ��e: MN Sampling Pant Sg.W InNeBUpator(s): Kelly J.B�r9y,PSS,CIND xc�ion,TownshiP,��►ge: SeC.28,T118N,R23W LarxlfoRn(hilislope,terreoe,etc.): depr�ession Local relief(concave,convex,no�e). concave Slope(%): 0-1% Lat: Long: Daturn: Soii Map Un1t Name L13?A Hamel-Glencoe apmple�c WVI C�a8sNicabon: PEM1A Are dimatic/hydrologic conditions of the site typical for this tirr�of U�e year? Y (If no,e�lain in remarics) �� ,sofl ,or hydrolc�gY significaMly disturbed? ,qre"no�l circumstanoes" Ane vegetation ,soil X ,or hydrologY naturally problematic? present? Yes SUMMARY OF FINDINGS (If needed,e�lein any answers in remarks.j HYdrophytic vegetation pr+�ent? Y Hydric soil present? Y Is the sampled area wflfNn a vretlend? y Indicators of wetland hydrotc9Y P�? Y f yes,opttonal wetland site ID: WeUand B.PEMC Remarks:(E�lain altemative procedures here or in a separate rieport.) YTD precip was at 90-100%of normal at the time of the site visit. Soils are motlisols. This basin has been farmed in the past but not recently. VEGETATION—Use scientific names of plants. Absolute Dominan Indicator pominance T�t Worlcsheet Tree Stratum (Pbt size: 30 ft _) �Cover t Specaes Staus Number of Dominant Species 1 2 that are OBL,FACW,or FAC: 2 (q) 3 Total Number of Dominant 4 �,�_ 8Peci�s Across all Strata: 2 (B} 5 Peroe�t of Dominant Spec�es—_ that ar+e OBL,FACW,or FAC: 1�_(q/g� 0 =Total Cover Sa�Nr�/Sh�ub straturr (Plot size: 1, 5 ft) P�N�I�W��t 1 Comus racemosa 2 FAC Total 96 Cover of: 2 l3bes 8mericanum 2 Y FACW OBL spec�es Q x 1= 0 3 4 FACW spedes 102 x 2= � 5 FAC speae� 2 x 3= 6 ,_r_,__ __ FACU apec�ea 0 x 4= 0 4 =Total Cover UPL speaea 0 x 5= 0 Herb stratum {Plot size: 5 ft ) Column totals 104 (A) 210 (B) 1 Phalaris arundinacea 100 Y FACW Pr+evalenoe Index=B1A= 2.02 2 �—�--�-- 3 4 �YdroPhYtl�Ve9etatlon Indicators: 5 Rapid test for hydrophytic vegetatloo 6 X Dominanoe test is>50% 7 X Pr�evalenoe index is s3_0' g ----_ MorPho9ical adaPtaUona'(Provide g supporting data in Remarics or on a �o _sePerate aneet) Problematic hYd�Y��'e9etation' 100 =Total Cover (explain) �v vine atratum (Plot size: 3p R — � � •i�a�a Mdr�c son w,��►qaaoDy must be 2 P��uiNese�rbed or probb�natic roP 0 =Total Cover �egebtloe presen!? Y Remarics:(Indude photo numbers here or on a separate sheet) US Amy Corps of Engineers Midwest Region L SOIL Sampling PoIM: S&W Protile DescMptfon: (Describe to the depth naedod to dacume�the Mdicator or conflnn�e ab�ence of Mdicatiora.) �P� � Redox Features (Inches) Color(moist) 96 Color(moist) % TYpe" Lx"' Textur�e Remarks 0.14 10YR 3/1 � 1418+ 10YR 4/1 10YR 4/4 10 C M t�ay loercn "type:C=Concerrtradon,D=D�etion,RM=Reduced Matri�MS=Masked Sand Grains. "Location:PL=Pa�e Lining,M=Mat►ix Hydric 8oil Indicabors: Indtcatora for Problernadc H�Mrk SoNs: _Nistisol(A9) Sandy Gleyed Mat»x(S4) Coast Prairie Redox(A46)(LRR K,L,R) _His6c Epipadon(A2) _Sandy Redox(S5) Dark Surfaoe(S7�(LRR K�L) _Bladc Histic(A3) Stripped Mafix I�) 5 cm Mucky Peat or Peat(S3}(LRR K L.R) Hydrogen Sulfide(A4) Loamy Mudcy Mineral{F1) _Iron�ganese Ma�s(F�2�(LRR K,L,R) __„��Y�(�) Loamy Gleyed Matmc(F2) Very ShaNaw Dark Surfaoe(TF12) _2 cm Mudc(A10) Depleted Matruc(F3) Otl�(e�cpiain in rert�arlcs) DePleted 9elow Dark SurFaoe(A11) Redox Dark Surtace(F6) — X Thick Dar1c Surtaoe(Al2) �Dedeted Dar1c Surfaae(F7) •Indicators of hydrophYac ve�tapan and weftand _Sendy Mudcy NGneral(S1) _Redox Depressions(F8j hydralogy muat be preaent,unless disturbed or ProblerrlBtiC Restrictiv�Layer(if ob�erved): ry�,e: DePth(Fnches). Nydric soti pr+saent? Y ema . HYDROLOGY Wetland Hydrology IndicaMra; Primarv Indicators(minimum of one is reouired•check all that�olv) minim of i X Surtaoa Watt�(A1j Aquatic Fauna(B13) Surface Snii Cracks(B6j High Water Table(A2) True Aquadc Pl�rts(B14) —prai�age PatEems(810) Saturation(A3) HydroOen Sulfide Odor(C1) DrY-Season Water Table(C2) Water Marks(61) Oxidized Rh¢osphenes on Uvinp Roots Crayflsh g�rrows(Cg) Sediment Deposks(BZ) (C3j XSaturation Y�te on Aerial ImagerY(Cg) DriP!Depos�s(B3) Presence of Reduoed Iron(C4) Stu�ted or Str�ssed Pler�ta(D1) Al�al Mat or Crust(B4) REcent Iron Rsduc�ion in TiUed Sods �'X"Georrwrp��po�on�p�� Iro�Oeposits(BS) (C6) �FAC-rVauhal Test(DS) loundation Vi�le on Aeria�lmagey(g7) —Thin Mudc Surfaoe(C� ��Y v��eve Suriaoe(68) Gauge or WeN Data(D9) Water�Stained Lsaves(69) Other(Explsin in Rernarks) Ofla: Surf�e water present? Y� X No Depth(inches): 0�3 Water teble present? Yes —X— No Depth(ind�es}: —�— Indkatas of w�etland Saturation present? Yes �— No (indudes capillsry finge) ��: �— �ro�Y P�� Y Descxibe reoolded deta(atr�eam gauge,monitoring weN,aerial phot�,previous inapedipng��if available: ema s: US Army Corps of Engineers Midwest Region WETLAND DETERMINATION DATA FORM-Midwsst Regbn Projed/Site Stonegate Farms City/County: Orono-Medi AppticarrtlOwner. �n Sampiir�Date: 5iZ7/2015 PropertY Reaouro�Dev.Corp. State: MN Sampiing Point: S&U Investigator(s): Kelly J.Bopray,PSS,CWp �ec�ion,Tow��h��Range: Sec.28,T118N.R23W Landform(hitlsbPe�terraaoe,etc.): hilislope Local relief(�ncave,oonvex,none): cor�veX Slope(°lb): 6% l.at: Long: Datum: Sal Map Unit Name L132A Hamei-Gienc�e c�omplex VWI C�SeificaGon: not id'ed Ar�e dimaticThydrologic oonditions of the site typical for this time of the yearT Y (If no,e�lain in remarlcs) Are vegetatlon ,soil ,or hydrolo9Y significaMly disturbed? Ar�e"normal circurnstances" Are ve9etation ,soil X ,or hydrology naturally problematicT p�� Y� SUMMARY OF FINDINGS (H needed,e�lain any answ�ers in remarks,j NYd�l��e9etation present? N Hydric soil present? N Is tl�e samplsd area withtn a vwtla�� N Indic�tors of weUand hydrology pr�e.serrt7 N f y�,optional wreUand site ID: upland adj.WeUand B Remarks:(E�lain aibamative procedures here o�in a separate repo►t) YTD precip was at 90-100°�of normal at the time of the sibe visit Soils are mollisols. VEGETATION—Use saentific names of plants. Tree Stratum �0�� i�n Indicator pomM�nce Test Workshest (Plot size: 30 R ) %Cover t Speciea Staua Number of Dominarrt Spectiea 1 nia ameiicene 50 Y FACU that are OBL,FACW,or FAC: 3 _(q) 2 Acer saoc!►arum 30 Y FACU Tdal Number af Daninant 3 Qu�9lCus slba 20 Y FACU Speciea Across all Shata: g �g� 4 Per�cent of DominaM Species 5 that are OBL,FACW,or FAC: 50,00% (A/B) 100 =Total Cover Sa�lirw/Shrub stratuR {Plot size: 15 ft ) P�evabnce I�x Worksheet 1 l�hamnus cathartica 5 Y FAC Total%Co�rer of: 2 Ribes cynas6at/ 2 Y FAC OBL apec�ies 0 x 1= 0 3 �bumum lentego 2 Y FAC FACW species 0 x 2= 0 4 '�� 1 N FACU FAC speaes 9 x 3= 27 5 FACU spe�ies 101 x 4= 404 10 =Total Cover UPL spedea 0 x 5= 0 Herb stratum (Plot size: 5 ft ) Column tota� 110 (A) 431 (B) � Prevalence Index=B/A= 3.92 2 3 HI►�'��9ebtbn Indkators: 4 Rapid test tor hydrophytic vegetaUon 5 Dominanoe test is>50% s �Pr�evalenoe index is 53.0" 7 — g MaP�9��ons"(provide 9 � su�portin9 aata m Remartca or on a 10 _sePerate aheet) Problematic hyci*ophpbc v�etatipn• 0 =Totat Cover (�in) Woodv vine stratum (Plot size: 30 ft ) w�sam�s a t�c ao��d weaand t�rdoqy must be pe�ent.wdaes dlshxbed or poble�rrofic 2 C 0 =Total Cover � � N Remerks:(Indude photo numbers t►e�e or on a separate shaet) no herba stratum present. US Amy Corps of Engineers Midwest Region 301L Samplinp Poir� S&U Proflla Descriptlon: (DescHbe to the depth nesded to docume�rt the IndicaEor or cooflrm the absence of Mdk:abrs.) � � Recirnc Features pnches) Color(moist) �o Color(moist) % Type* Loc"` Texture Rema�ics 0-9 10YR 2J1 loam 9-16 10YR 4/2 day Ipam 'Type:C=Conoerrtration,D=DeP�+Btbn,RM=Red�Matrix,MS=Masked Sand Graina. "Location:PL=Pore Lining,M=Matrix Nydrlc Soil lodicators: Indicators�or Pr+oblernatic H�rdrk S�Is: Histisol(A9) _Sandy Gleyad Matrix(S4) Coast Prairie Redox(A16)(LRR K,L,R) _Histic Epipedon(A2) Sandy Redox(S5) Datk Surface(S7)(LRR IC,L) _Biedc Histic(A3) StriPPed Matrix(S6) 5 cm Mucky Peat or Peat(S3)(UiR K.L.R) _Hydroge�Sulfide(A4) Lo�ny Mudry Mineral(F1) Iron-Mangar�Masses(F12)(LRR K,L,R) _Stratified Layers{A5) Lo�nY Gleyed Metrix(F2) Very Shallo�a Darfc Surface(TF12) _2 cm Mudc(A10) Depleted Matrix(F3) ^Other(e�lain in t+emarks) _Depleted Below Daric Surface(A11) Redox Darlc Surface(F6) — _Thidc Dark Stuface(Al2) Depleted Dark Surface(F7) •Indlcators of hYdrophY�C v�e�and w�ltand _Sendy Mudcy Mineral(S1) i Redox Depressions(F8) hydrology muat be present,unless distu�or problemetic ResMctlMe L.ayer(ff observed): Type: ��(+�eS). Hydric sof!prasent? N �na s: HYDROLOGY wetland Hydrology indicators: Primarv Indicators(minimum of�e��+�±�ined•d�cic aU that aoolvl I ' in' of s�,�re�w��A>> /laustiC Feuna(613) surtaoe sov c,�d�s�es� High Water Table(A2) True As�uatic plarrts(614) Drainaye Pat�ms(B10) WaEer Marks ,1 _�'0�SuNide Oda(C1) _pry-Season Waber Table(C2) (B ) O�dd"¢ed Rh¢oaPNei'es on Living Roots Crayfish Burtows(Cg) Sediment Deposits(B2) (C3) Setuf8ti0n V'�bie on Aeri81�roagerY(t�) Drift Deposits(B3) Pra�enoe of Reduoed Iron(C4) Stunted�Stressed PIsMa(D1) Algal Mat or Crust(B4) Reoent)rcn Redu�fon in Tdled Sals Geom Iron O�posits(B5) �� ,_ �rPhic Pasitfon(D2) Inundation V'��te a�qer�l im — _FAC-Neuhal Test(D5) �� e�y(B7} Thin Mudc Surtace(Cn SPa�Y Ve9e�ed Conc�re Surfaoe(88) Gatge or Well Data(D9) Water-Stainad Leaves(69) —Other(E�lain in Remerks) ns: �rface waier present? Yes No X DePtF►(inches): Water tffi�le present? Yes No �—Depth(ind�es): —>i6— Indfcators af weU�nd Saturation present? Yes No —R—'—Depth(inches): �— hydrolopp P�ent? N (includes Caplllary fringe) ----- Descxibe r+ecorded data(stream 9auge,monitori�welt,aerial phot�,W'evious inspec�tia�s),if available: em . US Army Corps of Engineers Midwest Region WETLAND DETERMINATION DATA FORM-MldMrest Region Project/Site Stonegate Farms City/County: Orono-AAedi ��r ^�e�� P��9�e: 5J27/2015 Properiy Res9urces Dev.CorP• State: MN Seunnpling Poi� SGW �►westigator(a): lCelly J.BopraY.PSS,CVND 3ec�ion,To�wnahiP.Ran9e: Sec.28,T118N.R23W Landtorm(hillsbpe,te�raoe,etc.): depression Local nelief{�.��,�); �� Slope(96): 0-2% Lat: Long: Datum: Soil Map Unit NameL132 Hamel-�lencce co��X WVI C�ifi�on: PEM1C A►B dimeticJhydrotogiC oprdidons c{the siEe typical ivr this time of the year? Y If no, ( e�in remarics) �� soil ,or hYdrolo9Y s�nificaMtly disturbed? q��,namal circumstano�" '��9e�� .eoil X ,or hydrology naturalty problematic? preseM? Yes SUMMARY OF FINDINGS (If neaded,e�lain anq answ�s in remerlcs.) HYdroPhYdc�tio�Pr�errt? Y Hydric sal preser�t? Y Is tl�e sampbd area wvifhin a w�elland� Y Indic�tors of wetland hydrdogy present? Y F y�,opqonal wetlend sibe�p: Wedand C,PEMC R�narics:(E�lain altemati�e prooedures he�e or in a separate report•) YTD precip was at 90-100°�of nortnal at the time of�e site visit Soils ar�e mollisols. VEGETATION—Use saentfic names of piants. Absolute Dominan Indicator pomMar�e Tast Worbhsst Tree St�m (Pbt siz�e: 30 R _) %Cover t Species Staus Number of Dorninant Species 1 Fraxinus pennsylvan�ca 5 Y FACW tlwt ars ABL,FACW,or FAC: 6 (A) 2 Total Number of DaninaM 3 SPecies Acr�s aN Strata: 8 �g� 4 PeroerU of OominaM Spec�es 5 that are OBL,FACV1f.�FAC: 100.00% (AB) 5 =Totel Cover—^ 5aolina!$hnib strahur (Pbt size: 15 ft ) Prsvabnce Index Wwksh�at � RhBmnus catl�a►h� 30 Y FAC Total 96 Cover of; 2 ��8 2a Y FAC OBL apecros 0 x 1= 0 3 Fraxinus pennsyh�ic� 20 Y FACW FACW speccyeeg 62 x 2= 124 4 FAC spedes 50 x 3= 150 5 FACU species 0 x 4= 0 70 =Tatal Crnrer UPL speaes 0 x 5= 0 Herb stratum (Plot s¢e: 5 ft ) Col�rm totals t 12 (A) 274 (B) 1 Phaleris arandtiiaoea 20 Y FACW Prevaier�e In�+ac=B/A= 2.45 Z �m�af^n�ns c�er►sis 15 Y FACW 3 Arisaema diphyNum 2 _ N FACW Hy�hophyqc Vepetafbn tndka�s: 4 Rapid�est for hYdrophYqc�e�on 5 X Ddninarroe teat is>5096 6 X Prevalence index is s3.0* 7 — 8 MorpFwgical adaptaGpr�s•{provide 9 s�da�in Remerks or on a separate sheet) 10 Problematic hYdrophY�C ve�t�o�• 37 =Total Cover (�n) Woodv vir�sfiratum (Plo�size: 30 ft ) — � 'k�ic�ors of hy�kic aoi�d wetland thad�dogy must be 2 P�eeerrt.taNees�pbed or Moblerrmtic 0 =Total Cover �tlon Prosent� Y Remarica:(Indude photo numbera here or on a separat8 sheet) Center of basin is dominated by pttails. US Amy Corps of Engineers Midwest Region 30lL Sampling Pol�: S�.W Proflle DsacMption: (Describe to the depth needed b docume�fha indicator or coMirm the absence of Indicators.) � � Redox Featur+� (Inches) Color(moiet) °k Cotor(mast) % Type• Loc" Texhur�e Rema�ics 0�6 N?JO bam 8-20+ N 2!0 day loam 'Type:C=Conoat»tration,D=�eP�etion,RM=Reduced Matrix,MS=Masked 5ar�d Grains. "'Location:PL=Pae L'ming�M=Matmt Hydeic Soil Indicators: Indicators for Problematic Histisol A1 ��' ( ) Sandy Gleyed Mabbt(S4) Coast Preirie Redox(Al6j(1RR K,�-,R) _Histic Epipedon(A2) Sandy Redox{S5) Oark SurFaoe(S7)(LRR IC,L) _Bladc Histic(A3) StriPPed Matrix(S6) 5 cm Mucky Peat or Peat(S3)(LRR K.L.R) _liydrogen Sulflde(A4) Loamy Mucky Mineral(F1) Iron-Manganese Masses(F12)(tRR IC�L,R) _St�atified LaYe�(�) LoamY GleYed Mstr'bc(F2) Very Shallow Dark Surfaoe(TF12) _2 cm Mudc(A10) Dep�Matrix(F3) X Otl�r(e�lain in remarks) Depleted Below Dar1c Surface(A11) —Redox Dartc Surtace(F6) — X Thidc Dar1c Surfaoe(Al2) _Depieted pa�fc Surface(F7) *Indicators of hYcirophYGc va�tation and w�eltand _Sandy Mucky Mineral(S1) _Redaoc Depressions(F8) hydrplugY must be pr�ent,unless disturbed or Problematic Restrk�ve I.ayer(ff observ�ed): T�' Ftydrk soll pr+ssent? Y Depth(mches): ema . other includes professional judgement and expe�ence HYDROLOGY w�a�raogy Indkato�s: Priman Indicators(minimum of one is reouired•diedc all that�pplyl �r rv Indic�tors(m�num Qf iwo r�ea��2 X Surface Water(A7) AQuatic Fauna(873) Surface So�CraGcs(BB) Hiph Water Table(A2) Tr�Aquatic PlanLs(B14) Drainage Patterns(B10) Saturation(A3) Hydrogeo Sutfide Odor(C1) —Dry.Season Water Table(C2) Water Marks(B1) Obdined Rhizospheros on Living Roots Crayfish BurroMre(C8) Sedimetrt Deposita(B2) (C3) �Saturadon V'�le on Aetial ima9�+Y(�) ��) Presence of Reduoad Iron(C4) Stu�ed or Sheased PIaMs(D1) Algai Mat or Crust(84) Recent Iron Reduction�TiUed SoHs �Geomcrphic Positia�(D� i��5� (�) �-FAC-Neutral Test(p5) Inundation Yis�le on Aeriat Ima9�Y(B� Thin Mudc Su�face{C� — SPe►gely Ve9eteted Concave SurFaoe(88) Gat�ge or Weil Data(D9) Water-Stained Leatros(89) —Other(E�lein in Remarks) IY8 . Surface wa�er preserrt? Yes X No DePth(indies): 0-6 Waber table pr+e,sent? Yes �— No D¢pi}�(i��; —�—"` ��y�� Satur�tiort preserrt? Yes �'- No Deptlt(inc��es): `�'-'- hydroloOY p�M? Y (includes c�piUary iringe) Msrire recorded data(sbeam gauge,monitoring w�ell.aerial photos.Previous inspec**iona)�if availeble: ema . surFace water was in the interior of the wedand. US Army Corps of Engineers Midwest Region WETLAND DETERMINATION DATA FORM-Midwest Region ProjecUSite Stonepate Farms City/Courrty: Orono-Albdina/Hennepin Sampling Date: 5/27/2015 ApplicanUOMrtier. Property Resources Dev.Corp. State: MN Sampling Par� SGU Invesdgator(s): Kelly J•BopraY,PSS,CVND 3ection,Townshi Ra P, �� Sec.28,T118N,R23VN Landform(hiBslope,tertace,etcJ: hillslope Local relief(concaMe,convex,no�e): conceve Slope(96): 896 lat: Long: Datum: —__� Soil Map Unic NameL132A Hamel�lerx�oe c�mplex VWI Classification: not id�ad Ar+e dimaticlhydroiogic c�nditions of the site typicai for this time of the yea�? Y (If�o,e�lain in remarks) A►'B ve9etation ,soil ,or hydrologY SignifiCerrtly d�4turbed? qro"normal circumstances" Are vegetation ,soil X ,or hydrology naturally problematic? present? Yes SUMMARY OF FINDINGS (If needed,e�lain any answ�ers in remartcs.) Hydrophytic vegetation present? Y Hydric soil present? N Is the samplad ar+ea wlthin a wetland? N Indicators of wetland hydrology pr+esent? N f yes,optional wetland site ID: upland adj.Wetland C Remarks:(Explain altemative procedures here o�in a separate report.) YTD precip was at 90-100%of normal at the time of the sitee visit Soils are mollisols. VEGETATION—Use scientific names of plants. Absolute Dominan indicator pominance Test Wori�f�set Tree Stratum (Piot size: 30 R ) °r6 Cover t Species Steua Number of Dominant Speaes 1 TilJa ame�na 70 Y FACU that are OBL,FACW,or FAC: 4 (A) Z pc�saccharum 30 Y FACU Total Number of DominaM 3 Speaes Across all Strata: 7 (g) 4 Percent of Daninant SpeGes 5 that are OBL,FACIN,or FAC: 57.14°k (A/B) 100 =Tota1 Cover Seulin�/Shrub straturc (Plot size: 15 ft ) Prevalence Index Workshaet 1 Fraxinus pennsylvenica 10 Y FACW Total 96 Cover of: 2 Ribes cynosbe6 5 Y FAC OBL speaes 0 x 1= 0 3 Rhamnus cathartics 5 Y FAC FACW species 18 x 2= 36 4 Ostrya vi�iniana 3 N FACU FAC specties 10 X 3= 30 5 FACU species 114 x 4= 456 23 =Total Cover UPL spec;ies 0 x 5= 0 Herb stratum (Plot size: 5 ft ) Column totals 142 (A) 522 (B) 1 Geranlum maculatum 10 Y FACU Prevabnoe Index=B/A= 3.68 2 lmpatiens capensis 7 Y FACW 3 Arisaema triphyllum 1 N FACW H�rdrophytic Vegetatlon Indicators: 4 Pa�thenocissus qufnquefolia 1 N FACU Ra�id test f�r hydrophytic vegetation 5 X Dominanoe test is>50°i6 � Prevalenoe index is s3.0* 7 — 8 Morphogical�aptetlons'(Provide 9 supporting data in Remarks or on a aeperate sheet) �� ProblemaUc hydrophytic vegetation' 19 =Total Cover (�y�� Woodv virie stratum (Plot size: 30 R ) •tr,d;c�mrs a nyaric adi and wemna tye�oey muat be 1 Z Pr�.un�drstwbed or probtematic rop 0 =Totel Cover �� Protatt� Y Remarks:(Indude photo numbers here or on a sepa�sheet) US Amy Corps of Engineers Midwest Region SOIL Sampitng PoiM: SGU Proflle Descriptlon: (Describe to 1he depth needsd to docunreM ti�e fodicator or conflrm the ab�ence of indicators.) � � Redo�c Features (�nc�es) Color(moist) % Color(moist) % Type• Loc" Textur+e Rematics � �� clay toam &17 10YR 3/1 �Y 17-21+ 10YR 4/1 deY 'Type:C=ConcenVation,D=Depletion,RM=Reduced Matrix,MS=Masked Send Grains, "Locatiorr.pL=Pone lining,M=Matrix Hydeic 8011 Indicators: Indketois for Problenatic H�rdric Soils: Hlstisol(A1 j Sandy Gleyed Mafix(S4) Coesf Prairie Redox(A76)(LRR K,L,R) _Histic EpiP�n(�) �Sandy Redox(S5) Dark Surfaoe(S7?(LRR K,�) _Bladc Histic(A3) Stripped Mat�ix(Sg) —5 a»Mucky Peat or Peat(S3)(LRR IC�L,R) HYdro�n Sulfide(A4) Loamy Mudcy Mir�ral(F1) �Iron-Manganese Masses{F12)(LRR 1C.�-,R) _Stratifled Layers(A5) loamy G�Matrix(F2) Very ShaHow Dark Surface(TF12) _2 cm Mudc(A10) 'D�leted IWatr'uc(F3j —'pther(explaln in rernarks) _Depleted Below Dar1c Surtace(A11) —Redox Dark Surface(F6) " _Thidc Dark Surfaoe(Al2) '�Depleted Dark Surt�e(F7) •lndicators of fiYd►'cPhytic vegetefion and weltand _Sandr Mudcy Mineral(S1) _Redox Depressiorrs(F8) hydrology must be pnese�t,unless disturbed� problematic Layer(ff ot�served): T�' Hydric soN preteM? N Depth(inches): ema s: HYDROLOGY Watland Hydrology Indicators: Primarv Indtcators(minimum of one�reouined• a11 ihat�.�t;; i�d' minim of uired Surfece Water(A7) Aquatic Fauna(B13) Surf�e Soil Cracks(B6) High Water Tabla(A2) True Aquatic Plar�ts(614) �p�inage patbems(B10) Saturation(A3) +Nydrogen Sulfide Odor(Ct) —pry�yyaberTable(C2j Water Marka(B1) Obdized Rhizospher+es on Living Ro�a C►�yfish Bumcwa(C8) Sed�nent Depoaita(B2) (C3) Satu�V'��le on Aeria11ma9�Y(�) Drift DeposRs(63} Presence afi Reduoad Iron(C4) �`Stunted or Stressed Planb(D1) Alsal Mat or Crust(B4) ReoeM Iron Reduc�ion in Tpled Soils Geomo►phic Poaition(p2) Iron Deposita(B5) (Ce) —FAC-Neutral Test(D5) InurKlation 1/'�sible on Aerial Imegery(B7) —Thin Mudc Surtaoe(C� — sPerseryr vegetated Concave Surface(88) Gatqe or WeN Data(D9) Wa�rStained L�ves(B9) Other(E�lain in Remarks) 1'Ya . Surfaoe water present? Yes No X Depth(in�): Weter table presen!'t Yes �- No Depth(inches): �" Indicators of nnatland Saturation pre,�enYl Yes �— No Depth(inches): �"— (inGudes cepillary finge) �� N Descxibe recorded data(stream 9auge�rrrwnitoring weil,aeriai photos�Previous inspecc;tions).if availa�e: ema s: US Army Corps of Engineers Midwest Region WETI.AND DETERMINATION DATA FORM-Midw�t Region Projed/Site Stonegate Fartns City/CouMy: Orono-MedinaMennepin Sampling Date: 5l27/2015 Applicant/Owner. Property Resourc�s Dev.Corp. State: MN Sampling Poirtt: SD-W investigabor(s): Keily J.Bopray,PSS,CWp xction,Towr�ahip,Range: Sec.28,7118N,R23W Landform(hitlsbpe,terrece,etc.): depression I.oca�re�ief(ooncave,cornex�none): concave Slope(%): 0-1% Lat: L�: �: Soil Map Unit NameL132A Harnel-pienooe c�mplex VWI Classification: PF016 Are dimatic�hydnobgic condiUons of the site typical for�is time of the y�i'T Y (If no,e�lain in remerks) Are�e9etabon �soil ,or hYd�9Y �9��Y disturDed? Aoe"nomtal arcumstarwes" Are vegetation ,aoil X ,or hydrology natursryy problematic? p�� Y� SUMMARY OF FINDINGS (If needed,explain any ans�nrers in r�emarics.) HYd�I��e9e�tion Present? Y H��SO1��"� Y N the sampled area wHhM a wetland? Y Indicators of wetland hydrology�eseM? Y f yes,optiona!wetland sibe ID: Wetland D,PF01C Remarica:(Explain aRemative prooedures here or in a separate report.) YTD Precip was at 90-100%of normal at the time of the site visit. Soils ane mollisois. VEQETATION—Use scientfic names of plants. Absolute Dominan Indicator pominanae Test Worksheet Tree Stratum (Pbt size: 30 ft ) %Cover t Speaes Sta� Number of Dominarrt Species 1 '40��um � Y FACW that are OBL,FACW,or FAC: 6 (A) 2 TaRal Number of pominarrt 3 Species Acxoss aN Strate: 6 (B) 4 Perceni of DaninaM Speciss 5 that ar�e OBL,FACW,or FAC: 100.00°i6 (A/B) 50 =Totai Cover Saolin�/Shrub sVatuR (Plot size: 15 ft ) Prevalence Ind�x W�heaR 1 Frexinus pennsyivanka 10 Y FACW Total%Cover of: Z �� 5 Y FAC OSL species 20 x 1= 20 3 Canus raoemosa 3 N FAC FACW apec� 81 x 2= 182 4 fJlmus americana 1 N FACW FAC speaes 8 x 3= 24 � FACU apecies 0 x 4= 0 �9 =T�� UPL speciea 0 x 5= 0 Herb stratum (Piot size: 5 ft ) Column totals 119 (A) 226 (B) 1 Phalaris arundinacea 20 Y FACW Provabnce Index=B/A= 1.90 2 Ca�sx lacusbis 15 Y OBl 3 Impafiens capensis 10 Y FACW Hydrophytic Vegetation Indicatoe�: 4 /ris v8rsio0lor 5 N OBL Rapid test for hydrophytic vegetatbn 5 X Dominanoe test is>50�6 s X Prevabnce irxiex is 53.0" 7 — Morphogical adaptapons•(prpyide a supportng data in Remarks or on a 9 se�rarate sheet) 10 Prablernetic hydroPhYdc vegetation• 50 =Total Cover (explain) Woodv vine sVatum (Plot size: 30 ft ) — � Nndicelors of IgNric ao��d wetlarW hydro�ogy rtu�et be Pre�ent uNees di�rbed or problerr�atic 2 rop 0 =Total Cover �� W+�ssnt? Y Remarks:(Indude photo numbers here or on a separate sheet) US Amy Corps of Engineers Midwest Region SOIL 8ampling Point; SaW Pnoflb Descriptlwr (D�cribe bo tl�e depth needed tio document fhe indicator or confinn the absence of lodicaturs.) � M� Redox Featur� (�nches) Cobr{moist) 9k Col�(moist) 9�o Type• Loc" Textur+e Remarks Q.5 N 2/0 day loam 5-20 N 2/0 q�Y 20-24+ 10YR M1 �Y 'Typa:C=Conoentratbn��=Depletion,RM=Reduoed Mafix,MS=Maslced Send Grair�s. '�Location:PL=Pore LininB,M=Matrix tiydric Soil Indicators: Indicat�rs for Probiomatic _Histisol(A1) Sandy Glayed Matruc(S4) Coeat Prairie Redox(A!6)(LRR��L,it) _His6c Epipedon(A2) 'Sandy Redox(S5) Dark Surfaoe(S7)(I.RR K,L) _Bladc Histic(A3) Stripped Matmc(Sg) 5 cm Muc�cy Peat or Peat(S3)(t.RR K,L,R) _Hydrogen Sulfide(A4) Loamy Muc:ky Mineral(F1) IroMNanga�ese Mass�(F12)(LRR K.L.R) _Stratified LaY�(�) Loamy Gleyed Matrix(F2) Very Shallow Dar1t Su►face(TF12) _2 cm Mudc(A10) Depleted Matrbc(F3) Other(expiain in remaAcs) Depleted Below Da►1c Surface(A11) —Redox Dark Surfaoe(F6) — X Thidc Dark Surfaoe(Al2) �Depleted De�1c SuHaoe(F7) •Indicators of hydroPhYtic�egetebo�and weltand _Sandy M�Icy Mineral(S1) _Redox Depressioru(F8) hydrology must be present,unNss disturDed or Prob�ematic RestrlcUve Layer(If observed): Type: �(i��: Hydeic soil p�ssent? Y ema . HYDROLOGY wetiand Hydro�o�y tnetc.m�s: Prirr�rv Indicaton�(minimum of one is reauired•chec:k all that aoolvl �ndarv Ind (minimum of twn reauiredl X Surface Water(A1) AquetiC Fauna(B13) Surfece So)1 Cr¢cks(BB) High WaberTaWe(A2) —True Aquatic Plar�(614) —Draa�age Pattems(B10) Saturation(A3) Hydrogen Sulfide Odor(C1) Dry�eason Wa�x Table(C2) Water Marks(B1) O�tidiaed RhizoBphe�es on Livin�Roota Crayfiah Bumaws(C8) Sedknerrt Deposits(B2) (C3) Saturetion V��le on Aeriallmagery(C9) ��) Presenoe of Reduoed iron(C4) StuMed or Sbesaed PIaMs(D1) Algsl Mat or Crust(B4) Recent lron Redudion in Tilled So�s �Geomo�phic poskiOn�p2� Iron Dapos�e(B6) (Ce) ��FAC-Neutral T�t(0.5) Inundatlpn V'�ible on qeriel Imagery(67) —Thin Mudc Surfaoe(C� SParsely�egemted Concave Surface(68) Gauge or Well Data(D9) Water-Sfained Lesves(B9) Other(E�lain in Remarkc) rv8 ons: Surfave water present? Yes X No pep{�(��; p.g W��P�'�� Yes �— No Depth(inches): —""'7'--' Indicators of w�etland Saturetion preserrt? Yes —X— No Depth(inc�tes): �—" hydrobgy present? Y (includes capillary fringe) Nscnbe reca+ded data(stream gauge,mon�oring Mnell,aerial phot�,previais inspectio�)�if available: US Army Corps of Engineers Midwest Region WETLAND DETERMINATION DATA FORAA-Midw�t Region Project/Site Stonegate Fartns Cihr/CouMy: OronaMedina/Henne in Sa Applicant/Owner. P mpNng Date: 5/27/2015 Property Resources Dev.Corp. Stabe: MN Sampling Point SD-U �rn�stigator(8): Kelly J.BoPraY,PSS,CWD 5ec�on,TownshiP,Ra►�e: Sec.28,T718N,R23W Landform(hillslope,terraoe,etc.): shoulder slope Locai relief(concave,convex,none): �x SIoPe(96}: 2-6% Lat: Lon9� Datum: Shc Map Unit Name L732A Hamel-Gbncoe oomplgx ViM Classifit�tion: rwt id'ed Are GimaticJhydrobg�c�itions of the site typicel for this time of the yeai't Y (If rw,explain in remarks) Are vegetation ,soil ,o�hydrobgY significently disturbed? q�"��al a�cumstanoes" Are vegetation ,sal X ,or hydrology naturally problematic? preaenYt Yes SUMMARY OF FINDINGS (If needed,explain any answers in remarlcs.) HYdroI�hY��b�PfeeerK? N Hydric soil p�sent? N b�e sampled ar�within a weqand� N Indicators of weUand hydrolo9Y P�M? Y f yes,op6onal weUand siEe ID: upland adj.Wetland D Remarks:(F�cplain altemative prooedures here or in a separate report,) YTD precip was at 90-100�6 of normal at the time of the site visit Soils are moilisols. VEGETATION—Use scientific names of lants. Abao�ute [�minan Indicabor pominance Tast Workaheet Tree Stratum (Plot siae: 30 ft ) %Cover t Species Staus N��of Dominant Species 1 Aoer seccharum 50 Y FACU that are OBL,FACW,w FAC: 3 (A) 2 Til�a americana 10 N FACU Total Number of DominaM 3 4 Species Across aN Strata: 9 (B) Percent of Dominant Specbs 5 that are OBI,FAC1M,or FAC: 33.33% (AB) 60 =Total Cover �DI(n�/Shrub atraturc (Plot size: 15 ft ) Pr�evafence Indox Wo�icsheet 1 Riismnua c�firarir� 15 Y FAC Tota196 Cover oF. 2 ACe�SBOChBiuR► 10 Y FACU 08L apeaea 0 x 1� 0 3 Vibumum IeMago 10 Y FAC FACW speu� 5 x 2= 10 4 �'�� 5 N FAC FAC spedea 30 x 3= 9p 5 Ostrya virginiana 5 N FACU FACU speaes 96 x 4= 3g4 45 =Total Cover llPL species 5 x 5= 25 ��m (��- 5� ) Column Uotals 136 (A) 509 (B) 1 Ageretina altissima 10 Y FACU Prevalence I�dex=�A= 3.74 2 PaRhenodssus quinquefi�lia 5 Y FACU 3 Arisaerne fiiPnYb� 5 Y FACW Hydrophytic Veg�atlon Indicators: 4 Galium hif►orvm 5 Y FACU Rapid test for hydrophydc�atipn 5 V'ala Pspllion8oea 5 Y UPL Dominanoe test is>5096 6 Carex grecillima 1 N FACU Prevalenoe index is 53.0' 7 — 8 Morphogical edaptationa•{Provide supporting data in Reme�ks or on a 9 separate sheet) 10 Problerttatic hYdrophY��+�D��• 31 =Total Cover (explain) Woodv vine stratum (Plot size: 30 ft ) •��a�� P�.��ees�ahxbed or proMemsEic 2 ro c 0 =Totel Cover �9�� p� N Remarka:(Indude photo numbers hene or on a separate aheet) US Amy Corps of Engineers Midwest Region SOIL sampltng PoitK: SD-U Proflle De�eriptlon: (Desc�ibe to the depth needed to document the indlcabor or coMirn►�absence of indkators.) �P� � Redbx Features (�oches) Color(moist) % Cotor(moist) 96 Type" Loc•' Texture Remarks 0-8 N?JO �Y� s-�a �o�t�� y 18-21+ 1UYR 4/1 dey 'Type:C=Conoentration,D=Depletion,RM=Reduoed Matrix,MS=Maaked S�d Grains. "Loc�tion:PL=Por�e Lining�M=Matr�c HydNc Soil Indicabors: Indica�ws for problemay�Hyd�k ga�: _Histisol(Ai} Sarxiy Gleye�l AAatrix(;4) Coast Prairie Redooc(A'!B)(LRR K,L,R) _H�C EPipedon(A2) Sandy Redox(S5) Dark Surface(Sn(�RR K,L) _81adc Histic(A3) StripPed Matruc(S6) 5 cm Mudty Peat or Peat(S3)(LRR K,�,R) _Hydrogen Sulfide(A4j Lo�ny Mucky Mir�af(F1) Iron-Manganeae Masses(F12)(LRR K,L,R) _Stratified Layers(A5) Loarny Gbyed Nlairix(F2) Very Shallow Dartc Surface(TF12) _2 cm Mudc(A10) Depleted Matrix(F3) Other(e�iain in remarlcs) _DePbted Below Dark Surtaoe(A11) Redox Dark Sutface(F6) _TMck Daric Surfaoe(Al2) �DePleted Dark Surface(F7) •Indk:ators of hYdrophYGc ve9et�O�and weNand ,SarMy Mudry Mineral(S1) _Redox D�ressions(F8) h � yd opy must be present,unlesa disturbad or Proble�r►atic L.aYor(ff obse�v�d): T�' Hydric soil pr�eM? N �epth(ind�es): �na . HYDROLQGY w�na�a�oioQy i�a�tiors: Primarv indicators(minimum of one is reauired�chedc au that a�vi ��uy tnd;c�,toB(r�anum of two reauired) Surface Weter(At) Aquatic Fauna(B13) Surfacs Sal Cradcs(BB) High Water Table(A2) True Aquatic Piartts(B14) Drainage Pattems(B10) Satuntion(A3) HydroGen Sulfide Odw(C7) Dryys�on Water Tabb(C2) Water AAar�cs(B1) Oxidized Rh¢osptreros on Living Rooffi�CrayBsh Burrows(Cg) $9dIR1eR��8P05�8(�) (C.�) .cf8ttl(8b0�VISIbIC Otl l��Ifl'18g@AI((�) ��(�) Preeenoe of Reduced Iron(C4) Stunbed or Str�ced Plants(D1) Algal Mat er Crust(B4) Raoent Iron Reduc�ion in Tdled So�ss Geomorphk Posltion(D2) iron Dopoeite(B5) (C6) 'FAC-Neutral Test(D5) Inundation Vfsib�on Aerial tmagery(87) Thin Muck Surface(C'n —"' sparsery vegetaced corx:a�surtaoe(B8) —Gauge orweu Data(D9) Water-Steinsd Leaves(B9) Other(Explain in Remarks) ons: Surfaoe weter pr+eseni? Yes No X DepM(inches): Waber table preseM? Yes �— No Depth(inc�es): �— indkatora of wetland Saturetion preseM? Yes �— No Depth(inches): �'— M►d�9l�P�e� Y (indt�ies capilla+Y frir�ge) Describe recorded data(atream gauge,monRoring weil,aerial phot�,pr+evious inspecxions),if available: US Army Corps of Engineers Midwest Region WETLAND DETERMiNAT10N DATA FORM-Midwest Region Proj�Site Stonegate Farms Cihr/County: Orono-Medina/Hennepin Sampling Date: 5/27/2015 ApplicanUOwner. Property Resourcea Dev.Corp. State: MN Sampling Point SE-W Investigator(s): Kelly J.BopraY,PSS,CWD �ection,Tormshi ,Ra P �� SeC.28,T118N,R23W i,andform(hillslope,terrace,etc.): depra�sion Local relief(concave,convex,none): wncave Slope(%): 0-2% Lat: Long: Datum: Soil Map Unit Name L132A Hamei-Gienooe complex �yy�C��. �BF Are dima6c/hydrologic conditions of the site typical for this 6me of the year? Y (If no,explain in r+emarks) �re�ation ,soil ,or hydrolo9Y significarrtly disturbed? Ar+e"normal ar�ximstanoes" Are vegetation ,soil X ,or hydrology nffiurallY problematic? �� Y� SUMMARY OF FINDINGS (If needed,e�Iain any answers in r+err�arks.) HYd�YG��o�P�'esent? Y Hydric soil preeent? Y Is the sampled ar+ea wlthin a vretland? Y Indicators of wetland hydrology preseM? Y f yea,optional wetland site ID: WeUand E,PF01C Remartcs:(E�lain altemative p�ooedures here or in a separate report.) YTD precip was at 90-100°�of normal at the time of the site visit. Soils are moAisols. VE(iETATION—Use scien�flc names of lants. Absolute Dominan Indicator pominance Test Waicsheet I�Stretum (Pbt size: 30 R ) %Cover t Spac�es Staus Number of Dominant Species 1 Frex/nus nlgra 25 Y FACW that are 08L,FACW,or F�►C: 5 (A) 2 Acer sac�cl►arinum 25 Y FACW Total Number of Dominant 3 Speaes Across aN Strete: 5 (Q) 4 PerceM of DominaM Species 5 that are OBL,FACW,or FAC: 1�.0096 (A/g) 50 =Total Cover �Iina/Shrub straturr (Plot size: 15 ft ) Provalence Index Woebheet 1 Fiaxinus pennsylvanica 5 Y FACW Total%Carer of: 2 Aoerse�►arinum 2 Y FACW OBL� 3 x f= 3 3 —'--- FACW species 97 x 2= 194 4 5 FAC species 0 x 3= 0 FACU speciea 0 x 4= 0 7 =Total Cover UPL spedes 0 x 5= 0 �-1erb stratum (Plot size:_ 5 it) Column totals 100 (A) 197 (B) 1 Phalaris arundinacea 40 Y FACW Prevelenoe Index=6/A= 1.97 2 Carex lacustris 2� �N OBL 3 Iris�ersic�lor � 1 N OBL Hydrophydc V�fipn�ndkators; 4 Rapid�est for hydrophytic vegetafion 5 X Dominanoe test is>5096 � X Prevelence index is s3.0" T 8 �MorphOgical edeptetiOns'(Pr+pvide 9 supporting data in Remarks or on a 10 eePerete sheet) �Problematic hydrophyticc vegetatioM 43 =Total Cover (e�lein) Woody vine stratum (Plot size: 80 ft )~— — � •�naiceuois of rqrdric sod ara wel�nd tyaro�ogy m�t ne 2 presen;unlees�rbed or proplernetic c U =Total Cover �egetatlon P�s� Y Remerks:(Indude photo numbers her+e or on a separaie sheet) US Amy Corps of Engineers Midwest Region SOIL Sampling Poir� SE-W Proflle Descriptfon: (DesC�ibe to the depth needed tio document the indkator or cordirm tlio absence of indkators.) DePtt► Matrix Redox Features (�nd�es) Color(mast) 9� Cotor(moist) % Type* Loc*` Texture Remarlcs 0-5 N 2/0 day loam 5-18 N 2/0 d�Y 18-24+ 10YR 4/1 �Y *Type:C=ConceMration.D=DePletion,RM=Reduoed Matrix,MS=Masked Sand Grair�. "Location:PL=Pore Lining,M=Matrimc Hydric Sop Indkators: Indkators for Problertatic Hydrlc Soils: _His�so!(A1) Sandy Gleyed Matrfx(S4) Ca�as!Prairie Redmc(A96)(LRR K,L,R) _Hisdc EpiPedon(A2) Sar�dy Redox(S5) Dark Sur(ace(S7)(tRR K,L) _Bladc Histic(A3) Stripped Matr"uc(S8) 5 Cm Mudcy Peat or Peat(S3)(LRR K,�,R) Hydrogen Sulfide(A4) Loamy Mucky Mineral(F1) Iron-Manganese Masses(F12)(LRR K,L,R) _Stretifled lsYers��►5) Loamy Gleyed Matrix(F2) Very Shallow Qer1c SurFaoe(TF12) _2 cm Muck{A10) Depleted Matrix(F3) Od�er(e,�ain in r�narks) �eP�ed��Datk Surfaoe(A11 j Redox Der1t Surtaoe(F6) X Thidc Daric Surtace(Al2) DePleUed Dark SurFace(F7') 'Indicators of hYdrophYdc ve9etabcn and w�eltend _Sandy Mudcy Mir�tal(S1) _Redox Depressione(F8) h d Y �9y�►'��st be preseM,unless disturbed or problematic Restrictive L.ay►er(tf observed): T�' Hydrlc soi!present� Y Depth(incries): ema s: HYDROLOGY Wetland Hydrology Indicators: Primarv Indicators(minimum of or�is reo�ired•chedc ail that a�lv) ' min' f i X Surfeoe Weter(A7) Aquatic Fauna(B13) Surfac.e So�Crec9cs(B6) High Water Table(A2) Tnie Aquatic pla�s(g14) D�ainape Pattems(B10) Saturation(A3} —Hydro�en Sulfide Odor(Ct) —pry.�gagpn Water Table(C2) Water Marks(61) Oxidized Rhizospheres on l.iving Roots Crayfish Burtews(C8) Sediment Deposit4(62) (C3) Saturation V'�le on Aeria11ma9�Y(�) DriR Deposits(B3) Preaenoe of Reduced Iron(C4) Stunted or Shesaed PIeMs(D1) Aigal Mat a Cn�st(B4) Reoerrt Iron Reduction in Tdled Sa7s � Iron Deposits(85) (CB) ��P�� FA�Neutral Test(D5) Inundation V'sible on Aerial Imagery(87� Thin Mucic Surface(C7) SPe�Y Ve9e�ed Concave Surface(B8) Gauge or W811 Data(D9) W��"��L��(�) Other(E�lain in R�narka) rv8 ons: Suriace water prssent? Yes X No Depth(ind�j; ag Water table p�eseM? Yes -�— No Depth(ind�es): �— Indica�ors of wetla�d Saturation preseM? Yes �— No pepth(inches): �� hydr'nlc9Y P��tK? Y (includes cepillary finpe) MsKlre recorded data(stream gauge,monitoring vuell,aeriai photos,previoua inspedions),if available: erna . US Army Corps of Engineers Midwest Regio� WETLAND DETERMINATION DATA FORM-Mfidwest Region Projed/Site Stonegate Farms City►/County: Orono-AAedina/Hennepin SampGng Date: 5/27/2015 Applicant/Ormer. Property Resour+ces Dev.Corp. State: MN Sampling Poink SE-U investigator(s): Ketly J.8opraY,PSS,CWD 3ec�ion,ToHmship,Range: Sec.28,T118N,R23W Landfiorm(hilisbpe,tertac�e,etc.): hillslope Local roUef(ooncave>convex,none): concave Sbpe(°�6): 496 Lst Lo^9� Datum: Soil Map Un�Narr�e L132A Hamel-Glenooe compiex VWI Classfication: rrot id�ed Are dimetic/hydrologic�itions of the site typical for this time of the yearT Y (If rw,explain in remarks) Are vegetation ,soil ,or hydrologY signficantly disturbed? Are vegetation ,soil X Are"�ortnal circumstsnc�s" ,or hydrology naturally problematic? pr�ggM? Yeg SUMMARY OF FINDINGS (1f needed,e�lain any ansvrers in remarics.) Hydrophytic vegetation present? N Hydric soil present7 N k the sampled ar+�wiq�ln a wetland� N Indicatiors of weUend hydrolopy present? N f yes,optional wetland site ID: upland�j.Weltarni E Remarks:(E�lain albematiMe prooedu�here or in a separate report.) YTD precip was at 90-100%of nonnal at the time of the site visit Soils are moliisois. VEGETATION—Use scien'�f'ic names of lants. Absolute Dominan Indicator pomiranco Test Wo�heet Tree Stratum (Pbt size: 30 ft ) 96 Cwer t Spec�ea Staus Numbet of DominaM Speaes 1 ACer secCha►vm 60 Y FACU that are OBL,FACW,or FAC: 2 _(p) 2 Tilia americ�na 35 Y FACU Tatal Number of Domir�ant 3 QuelCus�ubre 5 N FACU Spec�es Across aii Strata: 7 (gj 4 Percent of Daninairt Specaes 5 that are OBL,FACVN,or FAC: 28.57°i6 (A/B) 100 =Total Cover Sao6ndShrub straturr (Pbt size: 15 ft ) Prevalence Index Workshset � Rhamnus cathe►Gr� 30 Y FAC Total%Cover of. 2 R�bes cynosbaN 10 Y FAC 08L specxes 0 x 1= 0 3 Osbya vi►piniana 10 Y FACU FACW species 5 x 2= 10 4 5 ,r„_ FAC species 45 x 3= 185 FACU species 137 x 4= 548 � =T��C� UPL spedea 25 x 5= 125 �i (Ptot size: 5 ft ) Column totsis 212 (A) 818 (B) 1 Carex PensYwanica 25 Y UPL Prevalenoe Index=B/A= 3.86 2 Ageratina allissima 15 Y FACU 3 Parthe�rocissus quirrqtwsfolia 10 N FACU Hydrophytle ys�atbe Indkatora: 4 A►isaema triphyllum 5 N FACW Rapid�eat ier hydrophytic vegetation 5 Carex blanda 5 N FAC D�ninanoe�st is>�6 6 Galium GiRarum 2 N FACU Prevalenoe index is s3_0� 7 — g MorPhoDica�adaPtations`(Provide 9 __ __, st�pporting data in Remarics or on a 10 �rate sheet� Problematic hYd►+ophYtic v�e�do�• 62 =Total Cover (e�lain) Woodv vine stratum (Plot size: 3p ft ) — � •IrWicators of trydric aotl ana wetlana hydrok�py�must be 2 P�'�.�►loss dielurbed a problernetic 0 =Totel Cover �regatatlon M�esent� N R�narks:pnciude photo numbers here or on a separate sheet) US Amy Corps of Engineers Midwest Region SOIL Sampling Poir� SE-U Proflk Description: (Describe bo the depth ne�ded to docume�rt tha tndicator or cordirm tM absence of indicators.) � � Redox Features (��) Color(moist) % Cdor(moist) % Type` Loc" Te�Qure Remarks 0-10 N?10 day loam 10-78 10YR 3h day 1&23+ 10YR M1 dey 'Type:C=ConcenUation,D=Depletion,RM=Reduced Matrix,MS=AAasked Sand Graina. "Location:pL=Pore Uning,M=Matrix Flydrk Soil Indicato�s: indkators for Proaen�atic Hydric Soib: _Hietiso!(A1) Sandy Gleyed MeU'ix(S4) Cosst Prairie Redox(A16)(!RR K.L,R) Histic F..pipedon(A2) Sandy Redox(S5) DaAc Surtaoe(S7)(LRR K,L) _Bladc Histic(A3) _Stripped Matrbc(S6) 5 cm Mucky Peat a Peat(S3)(LRR K,L,R) _Hydropen Suifide(A4) Loamy Mucky Mir�ral(F1) IroM�nganese Masaes(F12)(lRR IS�L,R) _Sb�adfled Layers(A5) Loamy Gleyed Matrix(F2) Very ShaUow Dark Surfaoe('TF12) _2 cm Mudc(A10) Dep�IIAab�in(F3) Other(explein in remarks) Depieted Below Dark SuriBce(A11) Redox Dark Surface(F6) — _Thidc Dark Surfaoe(Al2) Depleted Dark Surface(F71 •Indicators of hYdroPhYa�►^ege��o�and w�eftand _Sandy Mudry Mineral(S1) _Redox Depressior�(FS) hydrologY must be preseM,urdess d�turbed or problernatic Restrlctive Layer(if obsenred): Type: ��I�): Hydric soll prepirt't N HYDROLOGY wetland Hydro�ogy Mdkators: P►Xnarv Indicetors(minimum of one is reaWred•chedc ail that aoolv) I ' mini m riw Surfaoe Water(A7) AquetlC Faune(B13) SutfeCe Soii Credcs(B8) High WaGer Table(A2) True Aquetic PMant�(814) Dreinage Paitams(B10) Saturation(A3) �Hydrogen Sulfide Odor(C1) Dry-Seeson Watier Table(C2) Watet NlaAcs(B1) Oxidized Rhizosphe�es on Living Roota Crayfish Burrows(CS) Sedimer�t Deposits(BZ) �C3� — Satu�ion Vis�le�l�igl lmapery(C9) ��i�(�) Presenoe of Reduoed Iron(C4) Sturrted or Stros�d PIaMS(D7) Alga!Ms�or Crusf(B4) Recent Iron Reduc�fon M TiAsd Solk Geomoiphlc PosR3on(B2) Iron Oaposit�(B6) (C6) 'FNC-t�eutral Teat(D5) I�undation Yreible on Ae�l Imagery(B� —Thin MuCk SurteCe(C� — SPersery vegetated Concave Surface(BS) Gauge or Well Data(D9) Water�tairred Leoves(B9) Other(E�laa�in Rema�) Na ol�: Surfaoe water pr+esent? Yes No X Depth(inches): Water table pneserrt? Y� �— No Dapth(ind�es): —�– Indicab�rs of Mretland SetutaGon presern? Yes �— No Depth(inches): �— h rol (indudes c�pillary fringe) � �9!►P�e� N Descxibe recorded data(str�eam 9auge�monitaing w�eli,aerial photos�Previous ir�pectior�),if available: eina . US Army Corps of Engineers Midwest Region WETLAND DETERMINATION DATA FORM-Midwest Region ProJecUSi�Stonegafie Farms City/County: Orono-Medina/Hennepi� Sampling Date: 6l12015 ApplicaM/Owner. Property Resour�ces Dev-Corp• State: MN Sart�ling Poink SF-W lnvestigator(s): Kelly J.Bopr'aY,PSS,CWp 3ec�ion,Townshi ,R P �� Sec.28,T118N,R23W l.ancl6om,(hi�Isiope,terraoe,etc.). depression Locai relief(c�ncave,convex,none): concave Slope{%): 0-1% lat: LonD: Datum: Soii Map Unit NameL36A Hamel-Hamel overwesh V1Ni Classification: n��¢� Are dimatic/hydrologic c�nditior�s of the site typical For this time of the yeaR Y (If no,explain in remarks) Are vegetation X ,soit X ,or hydrology significaMly disturbad? Are"normal ctir+curr�stanoes" Are vegetafion ,soil X .or hydrolo9Y neturally problematic? present? No SUMMARY OF FINDINGS (!f needed,e,q�lam any answers in r�emarks,) Hydrophytic vegetation present? N Hydric soil present? Y Is tlie sampled area wlthin a vwetland� N Indicators of weUand hydrology presenYt Y f yes,optional wetland site ID: Wetland F,PEMAf R�narks:(E�lain altemative procedur�here or in a seperate report.) YTD precip was at 90-100%of normal at the time of the site visit Soils are mollisols. Basin is plantied to row crops. VEGETATION—Use scientific names of plants. Absolute Dom(nan lndicator pominance Teat Worksheet Tree 5tratum (Plot size: 30 ft ) °y6 Cover t Species Staus N��ppn�M Species � ihat are OBL,FACVII,or FAC: 0 (A) 2 Total Number of Danina�t 3 3Pedes Acxosa all Strata: 1 (g) 4 Peroent of�ominaM Spedes 5 that ar�e OBL,FACW,or FAC: 0.009� (A/B) 0 =Tatal Cover S�plin�/Shrub stretyrr (Plot size: 15 R ) Prevabnce Index Worksheat � Total%Cover of: 2 3 OBL apeaea 0 x t= 0 4 FACW speaes 5 x 2= 10 5 FAC species 1 x 3= 3 FACU speaes 1 x 4= 4 0 =Total Cover UPL apecies 20 x 5= 100 Herb stratum (Plot size: 5 k ) Column totals 27 (A) 117 (B) � 9�Y�� 20 Y UPL Prevalenoe Index=B/A= 4.33 2 CYA�s�s 5 N FACW 3 Rumex cris,�ws 1 N FAC Hydrophyhc Vegetation Indkabora: 4 lttlespl arww�nse 1— N FACU Rs�id best for hydrophytic vegetation 5 Dominanoe teat is>5096 6 Prevelenoe index is 53.0' 7 — 8 Morphogical adaptstions`(provide 9 suppoRir�deta in Remartcs or on a aeparete sheet) 10 `Problematic hydr+�hytic vegetatan• 27 =Ta�!Cwrer (explain) Woodv vine stratum (Plot size: 30 R ) — � 'x�d�aeors a�hyd�icao�ene wen��d nydro�ogy mu�be P�k t+��Iees dlshxbed or problemNic z ro 0 =Tota1 Cover vegetatfon P►�esont? N Remarks:(Indude ptwto numbers here or on a separate sheet) Vegetation is disturbed. Wetland signitures were present in more than 5096 of normal precip years. Wetland hydrology and hydric soils were present at the time of thesite visit US Amy Corps of Engineers Midwest Region SOIL Sampling PoiM: SF-W Proflis Descriptlon: (Desc�ibe to the depth nesded to doca�r�t the Indicator or conflrm!he absence of indkators.) �P� � Redox Features (��a) Color(moist) °k Color(moist) � Type• Loc" Texture Remarics 0-8 10YR 2/1 dey bam &12 10YR 2!1 dey 12-16+ 10YR 5/1 10YR 4� 1 C PL dey 'Type:C=Con�ntration,D=Depletion,RM=Reduced Matrix,MS=Masked Sand Grains. t'Location:PL=Pore Lini�g,M=Matrbc Flydrlc Sotl Indlcatas: � ��p�� H�►dric Soils: _Histisol(A1I Sar�dy Gleyed Matri�c(S4) Coaat Prairie Raciox(A16j(LRR K,�,R) HistiC EpipedOn(A2) Sandy Redox(S5j �rk Surfaoe(S7)(LRR K,L) _Bladc Hiatic(A3) Stripped Matrbc(S6) 5 Cm Mudty Peat or Peat(S3)(LRR K,L-.R) Hydrogen Sulfide(A4) Loamy Mudcy Mineral(Fl) Iron-Nlanganese Masses(F12)(LRR K,L,R) Stratified Layers(A5) Loamy Gleyed Matrix(F2) Very Shallrnv Dark Surfaoe(TF12) _2 cm Mudc(A10) Depleted Matrbc(F3) �Other(explain in remarks) Deplebed Below Dark Surface(A11) —Redox Dark Surfaoe(F6) — X Thidc Daric Surfaoe Al2) Depleted Dar1c Surfaoe F7 � _. � t ) Indicetors of hYdrophYGc vegetatlon and weltand _Sandy Mudcy Mineral(S1) _Redox Depreesior�(F8) hydrobgy must be preaeM,unless distu�i�ed or probletnatic ResvictMe L.ay��1f obsenrea): TYPe� Nydrtc adl preseM'P Y �epth(inches): ema . HYDROLOGY Wetland Hydrology Indfcators: Primarv Indicators(minimum of one is reauired�d�eck all that aoolvl S�ary Indicators(minimum of two reauired) X Surfaoe Water(A1) Aquetic Fauna(B13) Surf�e Sofl Crac•ks(�) High Water Table(A2) True Aquatic Plarrts(B74) Drginage Palbems(B10) Saturation(A3) Hydrogen Sutfide Odor(C1) Dry�on Water Table(C2) Water MaAcs(Bt) Oxidized Rhizospt�eres on Livinp Roots Crayfish Bun�ows(C8) 5ediment Deposits(62) (C3) �Saturation Vlsibb on Aetial I►na98ry(C9) DrNt Deposits(63) Presenoe of Redut�d Iron(C4) StuMed or Stressed PIeMs(D1) a�ai Mat or crus��ea> —�ern imr,�docbon�rabd sa� �oeomora,�c Pos�o,��n2� Iron Deposits(BS) (C6) FAC-Hleudal T�t(D5) Inundation Vis�b�Aerial Imagery(B� Thin Mudc Surfaoe(C� Sparsely Vagetabed Conca�re Surtac,e(BS) —Gauge or Wed Data(D9) Water-Stei�d L�vea(B9} —Other(E�lain in Ranarlca) Surfaoe water present? Yes X No Depth(inches): 0-2 Water table preaent? Yes �- No Depth(indxs): �— Indkat�rs o#wetland Saturation present? Yes �- No Depth(i+x��es): �� hydrolo9�►P�t? Y (indudes capillary fringe) Describe reca�ded data(sheam 9auge�monitoring vvell,aerial Phoi��Previo�ir�spections)�if available: ema . US Army Corps of Engineers Midwest Region WETLAND DETERMINATION DATA FORM-Mldw�st Region ProjedlSite Sta�egate Farms City/Courriy: Orono-Medina/Hennepin Sampling Date: 6N/2015 Applk,ant/O�vner: Property Resources pev.Corp• State: MN Sampling Parrt: SF-U tnvestipator(s): Kelly J-BopraY,PSS,CWD 3edion,Township,Range: Sec.28,T118N,R23W Landform(hiltslope,terraoe,etc.): footslope Locai relief(concave,convex,none): concave Slope(96): 2-4% Lax Lon9: Datum: Soll Map Unit Name L25A Le Sueur lomn WVI Classification: not id'ed Are dimatic/hydrologic c�onditions of the site typicel for thia time of the r? Y yea (if no,e�lain in remarlcsj Ane vegetation X ,soil X ,or hydrology significaMly disturbed? q�"normal arcumstances" Are vegetation ,soil ,or hydrology �aturelly problematic? present? No SUMMARY OF FINDINGS (If r�eeded,explain any anaw�ers in rernarics.) Hydrophytic v�egetation pre.serrt? N Hydric soil present? N Is the sampled aroa wltl�in a w�etland? N Indicators of wetland hydrology prese�t? N f yes,optionat wedand site!D: upland adj.WeHand F Remarics:(Explain aitemative prooedur�es here or in a separate report.) YTD precip was at 90-100%of normal at the�me of the site visit Basin is pianted to row crops. VEOETATION—Use scientif"ic names of plants. Absolute Dominan Indicator pominance Test Worlcsheet Tree Stretum (Plot size: 30 ft ) 96 Cover t Speaes Staus Number of DomN�ant Speaes � that are OBI,FACW,w FAC: 0 (A) 2 Total Number of Domfnant 3 Spec�es Across aN Strata: 1 (B) 4 Percer�t of i�minant Species 5 that are OBL,FACW,or FAC: 0.0096 (A/B) 0 =Total Cover Saolinfl/�hrub straturr (Plot size: 15 ft ) Preva�nce Index WoAcsl�et � Total%Cover of. 2 OBt apecies 0 x 1; 0 3 FACW species 0 x 2= 0 4 FAC apeaes 1 x 3= 3 5 FACU spedes 7 x 4= 28 0 =Total Cover UPL�peaes 20 x 5= 100 Hert�stratum {Piot size: 5 ft j Column totals 28 (A) 131 (B) 1 Glycene max 20 Y UPL Pnevalenoe lndex=8/A= 4.68 2 Thlaspi aniense 3 N FACU 3 Cirslum arvense 2 N FACU Hydrophytic Ysgetatlon indicators: 4 Ba�aiee vulg�a►is 1 N FAC Rapid test for hydrophydc vegetaati�on 5 Caµ�lls bursa�astais 1 N FACU Dominanoe test ie>50% 6 Lactuca serriola 1 N FACU �Prevabnoe index is s3A* 7 Morpho9ical adeptations'(provide 8 supporting data in Remarks or on a 9 separate sheet) 10 �Problematic hydrophlfia vegetation• 28 =Total Cover (e�lain) Woodv vine stlbtum (Piot size: 30 ft ) 'Indic�Ors afi hydric aoil and w�larb hydrolopy must be � wesent,w,Iess aiaa,rcetl or problernatic 2 ro 0 =Total Cover �� preserit9 N Remarics:(Indude photo numbers here or on a separete sheet) Vegetation is disturbed. Wetland signitu�es were not present in more than 50%of nortnal precip years.The FACW volunteer weed species drop out at this landscape position. US Amy Corps of Engineers MidweSt Region 801L Samplinp Poi� SF-U ProBN Description: (Descrlbe to the depth needed bo document the indtcator w co�rm the abience of indtcators.l �P� � Redox Featur+es (��es) Cdor'(mo�t) % Cobr(mast) % Type• Loc'• Textune Remarks 0-8 10YR 3!1 day loam &16 10YR 5/3 10YR 4/2 daY clay Bims on ped surfaoes 16-20+ 10YR 5/3 10YR 5!6 4 C M day 'TYPB:C=Conaenbation,D=Depieetion,RM=Reduoed Matrix,MS=Masked Sand Grains. "Location:PL=Pore Lining,M=Matrix Hydric I lndicato�s: Mdicators for Probkmatk Hydrk golis: _Histiso((A9) Sandy C`,►eyed Matruc(gq) Cpast prairie Radox(A16)(LRR K,L,R) _Histic EPipedon(A2) Sandy Redo�c(S5) �Daric Surfaoe(S7)(LRR K,L) _Bladc Histic(A3) Stripped Matrix(S6) 5 cm Mucky Peat or Peat(S3)(�RR K,l..R) _Hydrogen Sulfde(A4) Loamy Mucky Mineral(F1) iron-Manganese Masses(F12)(LRR K.L,R) _StraWied Layers(A5) Loamy Gleyed Matra(F2} Very Shallow Daric SurFece(TF12) 2 an Mudc(A10) Depleted Mafix(F3) Other(explain in r+emarks) _DeP�eted Below Derk Swiaoe(A71) Rec�x Da►k Surfece(F6) — _Thidc Darfc Surface(Al2) Deplebed Dark Surface(F7) •Indicators of hydr'ophYbc vege�tion and w�elta�d _Sandy Mudcy Mineral(S1) _Redox Depressipns(F8) hydrology must be pnesent,unless disturbed pr probleqnffiic Re�trictive L.ayer(!f observed): T�' Hydric soil preserK? N Depth(inc�es): s: matrix color>2 chroma HYDROLOGY Wetland Hydrology Indicatora: Primarv Indic�tors(minimum of -�s reouirad•chedc all that oelvl minim of i Surfaoe Water(A9) Aquatic Fauna(B13) �� High Water Table{A2) �True Aquatic Plarks(B14) Drainage Pettems(610) Saturetion(A3) —`HYdrogen Sulfide Odor(C1) Dry-Season Wa�er Table(C2) Water Marlcs(Bi) Obdized Rhimapheres on Living Roots Crayflsh Burrows(CS) Sediment Deposits(62) (C3) Saturation V��le on Aerial tmagery(Cg) Dritt Deposits(63) —Presence of Reduced Iron(C4) Sturited or Sbeased PIaMs(D1) Algal Mai or Crust(B4) Recent)ron Reductio�►in TUled SoUs Geomorphic po�ion(pZ) iron Deposits(B5) (C6) i�FACrNeutrei Test(D5) Inunda6on viaible on Aerial Imagery(67) Thin Mudc 5urfaae(C'n — SparseN Vegetated Concave Suriace(B8) Gauge or Well Data(D9) W�'��(B9) Other(Expiain in Remarlcs) e rva or�: Surface water pres8nt? Yes No X Depth(inches): Water tabie preserit? Y� No �X—Depth(ind�es): � Indicators of wetland Saturation preaent? Yes No —R-"Depth(inches): �— bYdro�c9Y P�� N (irtdutJes capillary iringe) De�cxibe recorded data(stream gauge,monitoring well,aerial photos,previous inspections),if available: ema a: US Army Corps of Engineers Midwest Region WETLAND DETERMINATION DATA FORM-Midwest Regbn ProjactJSite Stcmegete Farms Cit�rJCouMy: O�o-1►AedinalHennepin Sampiing Dste: 6J112015 Applicant/Owner. Property Resouroes Dev.Corp. State: MN Sampling Pant: SG-W Investigata(s): lCelly J.BopraY,PSS,CV11D 3ec�ion,Township,Range: S�.28,T118N,R23W Landform(hillslope,terrace,etc.): complex of depresaions Local r�elief(concave,convex,rane): �ve Slope(%): 0-2% Lat Long: Datum: Sal Map Unit Name L23A Cordova loam VWI Claesfication: PEMAf Ate dimatic/hydrok�yic oondi�ons of the site typical for this 6me of the yearT Y (If no,explain in remarks) Are vegetation X ,sal X ,or hydrology X ai�nficantly diaturbed? ,qre"nortnal arcx,mstar�s• Aro vegetation ,soil X ,or hydrolo�y naturally problematic? preserrt? No SUMMARY OF FINDINGS (If needed,e�lain any answ�ers in r�emarks.) Hydrophytic vegetation ptesent? N Hydric soil pr+esent? Y la ths aampled arsa wffhin a wetland? N Indicstors of w�etland hydrologY prase�t? Y f yes,optional wetlend sfte ID: Wetland G,PEMAtd Remarks:(Explain altemative procedur+es here or in a separate report.) YTD precip was at 90-100%of normal at�e time of the site visit Soils are mollisols. Area is plantied t�row crops. Man-made ou�et ditch limits the extent and dura�tion of Hooding. VEGETATION—Use scientiflc names of plants. Abaolube Dominan Indicator pominanoe Test Workshaet Tree Str�atum (Pbt size: 30 ft ) °�Cover t Speaes Staus Numb�of Dominant Spec�es � �at are OBL,FACW,or FAC: 1 (A) 2 Tofal Number Of Daninani 3 Species Aaoss ell Shata: 2 (B) 4 Peraent of Daninant Speaes 5 that are OBL,FACW,or FAC_ 50.0097�f�, (NB) 0 =Total Cover SantinNShn�straturr (Plot size: 15 ft ) Prevalence Index Wo�iwheet � Tota196 Cover of: 2 OBL species 1 z 1= t 3 FACW speaea 7 x 2= 14 4 FAC speci� 0 x 3= 0 5 FACU apeaes 1 x 4= 4 0 =Totel C.over UPL apeaes 20 x 5= 100 � (Plot size: 5 ft ) Coliunn totals 29 (A) 119 (B) 1 Glycene max 20 Y UPL PrevelenCe Ir�t=B/A= 4.10 2 Ph�aris arundinac;ea 7 Y FACW 3 Cirsium arver►se 1 N FACU Hydrophytic Vepetation lndicators: 4 Sctaenoplectus tabemaemontani 1 N OBL Rapid test fo�hydrophyGc vegetation 5 Dominanoe test is>5096 6 Prevelenae index is s3.0' � Morphogical adap�tions`(Prnvide 8 supporting data in Rema�tcs or on a 9 s�arate ahaet) �0 Problematic hydrophytio vege�tion' 29 =Total Cover (e�laln) Woodv vine stratum {Plot size: 30 ft ) `In�icators of hydric sWl and v�+etland hyrfobpy mt�t be 1 P�.urYeas dlahxbed or pra6lamatic 2 0 =Total Cover ��a� presa�t9 N Remarks:(Indude photo numbers here or on a separate sheet) Vegetatwn is disturbecl. Wedand signitures were present in more than 50%of normal precip years. Wetland hydrology and hydric soils were present at the time of the site visi� US Amy Corps of Engineers Midwest Region SOIL Sampiing PoinC gGW Protile Desc�ipdon: (Describe to the deptl�neseiad to document the tndicator or conflrm the absence of IndMators.) �P� M� Redox FeaturBs (��) Cobr(moist) 9b Color(moist) % Type• Loc'" Texture �8� 0-8 10YR 1h Gay loarn &12 10YR 2H �y 12-16+ 10YR 4N dey 'Type:C=Conoentration,D=Depletion,RM=Reduced Matrix,MS=Masked Sand Graina. "Location:PL=Por�e Lirring,M=Matr'uc Hyd�lc 8oil Indk�t�ora: Indkators for Problermtk Hydrk Soils: _Histisol(A1) Sandy Gleyed Matrix(S4) Coast prairie Redox(A16)(LRR K,L.R) _Histic EPipedon(A2) Sandy Redox(S5) Dark Surface(S7)(tRR K,L) _Black Hiatic(A3) Stripped Mah'ix(S6) �5 an Mudcy Peat or Peat(S3)(LRR}(,L,R) _Hyrlrogen Sulfide(A4) Loamy Mucky Mineral(F1) Iron-Manganeae Masses(F12)(L.RR K,L,R) _S��Y�(�) Loamy Gleyed MaUix(F2) Very Shaliow Daric Surface(TF12) _2 cm Muck(A1�) Depleted Matrix(F3) Othe�te�iain in remarks) Dep�eted Below Dark SurfBoe(A11) Redox Dark SurFace(F6) — X Thidc Dark SurFace(Al2) �ePleted Derk Surfeoe(F7) 'Indicators of hydroPhytlC vegetation and welFand _Sandy Mudry Mineral(S1 j _Redox Depressions(F8) hydrolosy must be preaent,unless disturbed or problematic Re�trictive Layer(if observedj: T�� tiydric soll prosent� Y Depth(inc��es): �na s: HYDROLOGY WeUand Hydrology Indicatas: Primarv Indicators(minimum of one is reaui�+ed•ct�edc all that iv) ��rv Indicafiors(minimum of Mw reauired) X Surfa�cx Water(A1) AQuatic Fauna(B13) Surface Sal Cradcs(B6) High Water Table(A2) Trua�uatic Plarns(614) —Drainage Pattems(610) Satureaon(A3j Hydrogen 3ulflde Odor(C1) Dry-Season Water Table(C2) Water Ma�1cs(61) Oxidized Rhizoapheres on Living Roots Crayfish Burrows(C8) Sediment DePosits(B2) (�3) �X Saturation Y�sibie on Aerial Ima9e►Y(C9) DriR Deposks(B3) Presence of Reduoed Iron{C4) —Stunted or Stressed Plants(D7) nigal Mat w cn,st ta4> —'Recer#�nor,Reduct;o�n in rfUed soDs �'"csorno,pt,ic Posltlon fD2) Iron DeP��(� (�) FAC-Neutral Test(D5) Inundation V'�b on Aerial lmagery(67) —Thfn Muck Surface(C� sparse�yveyecabed concane surfaoe(es) '—Gauge orweu Data(D9) Water-Stained Leav�(B9j Other(E.�lain in Remarks) rva ns: Surface water preseM? Yes X No Depth(inches): 0-3 Waber taWe pr�ent? Yes —R— No Depth(ind�s): ��6— Indica�ors of watland Saturarion present? Yes —R�'— No pepth(inc�tes). �— hydro�cD7►proaent� Y (indud�capillary fringe) Oescribe recorded data(stream gauge,monitoring well,aerial photos,previous inspections),if avail�ble: em . US Army Corps of Engineers Midwest Region WETLAND DETERMINATION DATA FORM-Midwest Region ProjectlSibe Stonegate Farms City/Courrty: Orono-Medina/Hen Applicant�Owner. P nepin Sampling Date: 6/1/2015 roperty Resouroes Dev.Corp. State: MN Sampiing Partt: SG-U Inv�tigsb�r(s): Kelly J.BopraY,PSS,CWD 3edion,TownshiP.Ranpe: Sec.28,T118N,R23W l.andform(hillslcPe.terraoe,etc.): hillslope Local relie#(corx;ave,convex,none): Convex Slope(90): 6% Lat: Long: Datum: Soil Mep Unit Name L23A Cordova loam VWI Classificatipn: �{�'� Ar+e dimatiic�hydrolog�oondi6ons of the site typical for tt�is time of the year? Y pf no, e�lain in r�r�arks} Ar+e vegetation X ,sal X ,w hydrology X significaMly disturbed? Are"�ormal cirGumstanc�es" Are vegetatior► ,sal X ,or hydrology naturally problematic� presenY� No SUMMARY OF FINDINGS (If needed,e�lain any ar�wers in remarks.) HlbroPhYY��on P�� N Hydric soil presenY? N k tfie sampled aroa wlthin a wedand� N Indicators of weHand hydrob9Y P►�eM? N f Yes�oPbOnal weUend site ID: uplend adj.Wetlartd G Rernarks:(Explain al�mative procedu�her+e or in a separate report•) YTD Precip was at 90-1009�0 of normal at the time of the site visit. Soils are mollisols. VEGETATION—Use scientific names of ants. Absolute Dominan Indicator pominancs Test Workshaet Tree Sttatum (Plot si�_ 3p R } %Cover t Species Staus N��p�inant Species 1 2 that are OBL,FACW,or FAC: p _�q� 3 ToRal Number of Dominant 4 SPe�es Acao�s all Strata: 1 {B) 5 ,._.__ _..__ PerceM of DominaM Species--_ that are OBL,FACW,or FAC: 0.0096 (A/B) 0 =Totel Cover SaDllna/Shrub rr (Plot size: 15 ft ) PrevalenCe(ndsu Wal�sheet 1 2 Totai 96 Cover of: 3 �� 0 x1= 0 4 FACVN species 5 x 2= 10 �.�_ 5 „_,,,,�, `� FAC specle� 1 x 3= 3 FACU speaes 6 x 4= 24 0 =Total Cover UPL species 20 x 5= 100 Herb stratum (Plot si�: 5 ft ) Column totals 3�2 (A) 137 (Bj 2 C�um arv�ense '— 20 Y _ Up� Pr+evalerroe Index=8✓A= 4'28 5 N FACU 3 Phal�is arundinecea 5 �N FA W HydroPM�I�Ve9statlon Indkatas. 4 Thlsspi srv�snse ` FACU Rapid test fcr hydrophyNc vegetation 5 Barbansa vulgaris N FAC ppminan��>50% 6 7 Pr�evaknoe index is s3.0• g ��P�9ical adapt�tions*(Pn�vide g _.____ supporting data in Remarks or on a 10 —��S�� Problematic hydrophytic vepetaUon` 32 =Total Cover (e�lain) Woodv vine stratum (Pbt size: 30 R ) — � 'Indicato�s a tymic soit and waUana nyarology m�t be 2 P�eeM,unlses disturbed or proWen�aye 0 =Total Cover �e9station W+eteM? N Remarks:Qndude photo numbers here or on a separate sheet) Vegetation is disturbed. Wetland signitures were present in�ss than 50%of normal precip years. Most of the FACW volunteer weed species drop out at this landscape positio�. US Amy Corps of Engineers Midwest Region SOIL Sampiing PofrK: SGU Proffk Descriptlon: (Descrlbe to the depth needed to docun�ent the indicabw�or confirm the abaence M indicatora.) Depih Matrix Redox Features (Inc�es) Color(moist) % Color(moist) °� Type• Loc" Texture R��s 0-8 10YR 2/2 loam s-� �ov�� dey r1-2s+ �o�a�� dey "Type:C=Conaentratiai,D=Depletion,RM=Reduced Matrix,MS=AAasked Send Grains. '*Locatlon:PL=Pore Lining,M=MaUbc Hyd�ic Soil Indicabors: Indicators fa�Probiematic Hydric�oils: _Histisol(A7) Sandy Gleyed Matrix(S4) Coast Prairie Redox(A!6)(LRR!C�L,R) _Histic Epfpedon(A2) Sandy Redox(S5) Daric 5urtace(S7)(LRR K,L) _Blacfc Histic(A3) StripP��(�) 5 cm Mudcy Peat or Peat(S3)(LRR K.t-.R) _,Fiqdropen Suifide(A4) Loamy Mudry Mineral(F1) Iron-Manganese Masses(F12)(LRR K,L�R? _��Ye�(�) Loamy Gleyed Matrbc(F2) Very Shallow Dark Surface(7'F12) _2 cm Mudc(A101 Depieted Matri�c(F3) Other(e�lain in reanarics) �epleted 6elow Dark SurfaCe(A11) Redox Dar1t SurFaCe(F6) — _Thidc Dark Surfaoe(Al2) Depleted Dark Surfece(F7) •Indicators of hydrophytic vegetabon and wettand _Sandy Mudcy Mineral(S1) _Redox Depr�(F8) hydrology must be present,unless di�urbed or probbmatic R�strictive Layer(if observed): T�' Hydric SoU present� N Depth(inc��es): ema s: surface is too light and not deep enough for Al2. HYDROLOGY We�and Hydrolog�r Mdicabora: imarv Indic:ators(minimum of one is reauired�chedc�1 that aoolv) S�ndarv Indicetors(minim�n of Mro reouiredl Surfac�Water(A1) Aquatic Fauna(B13) SurPsce Soil Crac�(86) High Water Tabb{A2) Tnie AquaUC Plertts(814) Dreinage Pattems(B10) Saturation(A3) Hydrogen Sutfide Odor(Ci) Dry-Season WaterTable(C2) Weter Marks(B1) Oxid'¢ed Rhizospheres on Livinp Roo4s Crayflsh Burtows(C8) Sedar�etn Deposita(62) (C8) Satu�tion V'�ible on/leria�Imaysry(C9) Drift DeD��(�) Presance of Reduc�d Iron(C4) `SturMed ot Stressed PIaMs(D1) Algal Mat or Cnist(B4) ReceM Iron Reduclia�in Tilled So�ls Geanbrpbic PosiUon(D2) Iron Depoaita(B5) (Ce) —FAGNeuttal T�t(D5) inundation V'�ible on Aerial Imagery B� Thin Mudc Surtace(C� —' Sparaely Vegetated Conca�re SurFace(B8) Gauge or WBN Data(D9) Water-Stained Lea�(B9) OtF�er(F�lain in Remarks) rva ons: Surface water present? Yes No X Depth((nd�s): Water table present? Yes �� No Depth(inches): �– Indicatora of wetland Saturation presenYt Yes �— No D�tl�(inchesj: �'3— hydrMo�Y Preyerlt? N (Indudes capillary frin8e) Describe�orded data(stream gauge,monitoring v�il,aerial photos,Provious inspedions),if aveilable: ema . man-made outlet ditch limits the e�eM and duration of flooding in the basin. US Army Corps of Engineers Midwest Region WETLAND DETERMINATION DATA FORM-Midwest Region Projecfi/Site Stonegete Farms City/CouMy: prono-Medina/Hennepin Sampling Date: 6/1/2015 Applicant/Oumer. Property Resouro�Dev.CorR• State: MN Sampling Poirrt: SH-W �nvestigator(s): Kelly J.Bopray,PSS,CWD 3ection,Tov�mahip,Range: Sec.28,T118N,R23W landfortn(hillsbpe,terrace,etc.): depression at head of swale Local reHef(concave,conrrex,none): �� Slope(%): 1-2% Lat: Lw�g: Datum: Soil Map Unit Name L25A Le St�ur loam vyy��fi��_ ��,� Are dimatidhydrolcgic�ndifions of the site typical for this time of the year? Y (If rw,explain in remartcs) l�►re vegetatio� ,soil ,or hYdrob9Y significaMly disturbed? Ar�e"normal arwmstanoes" Are ve9etation ,soil X ,or hydrology naturaNy problematic? � Y� SUMMARY OF FINDlNGS (�f needed,explain any answers in r+emartcs.) HYd�PhY��ation pr+eseirt? Y Hydric soii present? Y Is the sampled area yWthin a weltand� Y Indicators of wetlend hydrology present? Y f yes,optional weUand site ip: We�and H PEMA Remarks:(Expiain attemative proc�¢dures here or in a separate report.) YTD precip was at 90-100°�of normal at tl�e time of the site visit Soils are mollisols. This area was pneviously farmed but now is planted with nursey tree stock. The basin extends into the soybean f�eld. VEGETATION—Use scientfic names of plants. Absolute Dominan lndicator pominance Test Worlcsheet Tree SVstum (Ptot size: 30 ft ) °h Cover t Species Staus Number of DominaM Spedes � that ere OBL,FACW,or FAC: 3 (Aj 2 Total Number of Daninarrt 3 SPecies Acxoss aM Strata: 3 (g) 4 Peroent of DominarK Species 5 that are OBL,FACVU,or FAC: 100.00% (A/B) 0—=Total Cover Sa�Ii�/Shrub st�aturc (Plot size: 15 tt ) Prevalence Index Worksheet � Total%Cover of: 2 3 �B�� 0 x 1= 0 4 FACW spec�es 6p x 2= 120 5 FAC�pec�es 35 x 3= 105 FAcu speaes o x a= o 0 =Total Cover UPL epecti�es 0 x 5= 0 Herb stratum (Plot size: 5 ft ) Coiumn totals 95 (A) 225 (B) 1 Phalaris arundinaoea 40 Y FACW Prevabnc�e Index=B/A= 2.37 2 Pba pratensis 30 Y— FAC —"'— 3 ��e 20 Y FACW Hydroph�rdc Vegatatlon Indkatiors; 4 Panicum v�atum 5 N FAC Rapid teat ior hydrophy6c vegetat;on 5 X Dominance test is>5096 6 X Pr�.walenoe index is s3.p• 7 — 8 Morphoglcel adaptations•(Provide g - -_._...._ supP��B data in Remarks or�a 10 s�arate sheet) Problematic hydrophYbc vegetaUon' 95 =Total Cover (explain) Woody vine atrat�± (Plot size: 30 ft ) — � 'ir�d�«s o�nywic sou�,a w�a nydroioey must ba 2 we��disdxbed or probbmatic o =Total Co�er �on pnesent! Y Remeiics:(Include photo numbers her+e or on a separate sheet) The planted green ash,white spn�ce, and red oak were not included in the vegetation assessment. US Amy Co�ps of Engineers Midwest Region SOIL sampling Poi� SH-W Proflk Descripllon: (Describe to the depth needed to document the indicator or confirm the abaenCe of Indicat�ra.) �ePth Ma�x Redox Features (�nd�es) Cobr(moist) % Color(moist) % Type` Lx"' Texture �� Q-8 N 2/0 � &16 10YR 2/1 day 16-Z0+ 10YR M1 �ey `Type:C=Conoentr�tion,D=Depletlon,RM=Reduced Matroc,MS=Masked Sand Grains. '*Lxation:pL=pae�nirq,M=Mahuc Flydric 8oil lndlcabors: �naicatas ror Pr�oaem.�c Hya�c soi�s: HisSsol(A1) Sandy Gleyed Matrix(S4) Coast Prairie Redox(A16)(LRR K,L,R) _Histic Epipedon(A2) Sandy Redox(S5) ^Dark Surfaoe(S7)(LRR K,L) Bladc Histic(A3) SUiPped Matrix(S6) 5 cm Mucky Peat or Peat(S3)(�-RR K,L.R) _Hydrogen Sutfide(A4) �Loamy Mudry Mi�ral(F1) tron-Mar�anese Masses(F12)(LRR K,L,R) _��Y�(�) Loamy Gleyed Matrix(F2) �Very Shalbw Dark Surfacs(TF12) _2 an Muck(A10? Depieted Mafix(F3) Other(e�lain in remarks) DePieted 8elow Dar1c Surfaoe(A11) Redox Dark Surface(F6) X Thidc Dark Surfaoe(Al2) '—"oe�e�sa�anc surtace��1 •Indicators of hYdrophYac vegetabon and v+reftand ^Sandy Mudcy Mineral(S1) _Redox Depr�ssans(F8) hydrobgy must be present,unless diaturbed or problematic R�trictive Layer(It observed): T�' Hydric soil present? Y DePth(inc�es): em . HYDROLOGY Wetiand Hydrolopy Indicators: Primarv Indicators(minimum of one is reouired•c��edc II that ao�iv) �i rv Irdicators(minimum of two reauined) Surface Waber(A1) Aquetic Fauna(B13) Surfaoe So1 Gacks(86) Hi�h Water Table(A2) Troe P�quatic Plarrts{B14) Drainage Paitems(610) Saturation(A3) Hydrogen Sulfide Odor(C1) Dry-Se�on Wat�Teble(C2) W��B1) O�odized Rhizospheres on living Roots Creyfish Bumows(CS) SedimeM Deposits(B2) (C3) Saturation V'aN�le on Aerial Ima9�Y(�) Drift Depoaits(B3) '—Presence of Reduoad Iron(C4) Stunted a Stressed Pler�ts(D7) Aipal Mat or Crust(B4) Reoenf Iron Raduc�iai in Tdled Soils —GeomorphfC Positio�►(D2) Iron Depoaita(65) (C6) FAC-Nleutral Test(D5I inundation V'�s�fe on Ae�l Imagery(B7) Thin Muck Surface(C� � SP��M�e9�d Conc�ve Surtaoe(68) Geuge or Well Data(D9) Waber-Stained Leaves(89) Other(E�lain in Remarks) ns: Surfac3e water present? Yes No X Depth(inches): Water table present? Yes —X— No Deptli(inches): —�- Indkators of wetland Saturation present� Yes —X-- No Depth(inc�es): �— (indudes capillary finge) ��0�� Y D�e r�ecorded data(st��eam gauge,monitoring w�ell,aerial photos,Previous inspections),if aveilable: ema s: Area had wetland signitures in less than 50%of the normai p�cip years, but met all three crite�ia during tt�e site vis�. US Army Corps of Engineers Midwest Region WETLAND DETERMINATION DATA FORM-MWwest Region Projec�lSite Stonegate Fartns City/Courrty: Orono-MedinaMennepin Sampling Date: 6/1/2015 Applicant/OHmer. Property Resour�s pev.Corp. State: MN Sampling Poirrt: SN-U investigator(s): Kelly J•BopraY,PSS,CWD 3ec�ion,Tovur�ahip,Range: Sec.28,T118N,R23W landForm(hi�islope,te�raoe,etc.): ninslope �oca�r+elief(concave,convex,none): ooncave Slope(%): 2-49�o Lak Lon9� Datum: Soil Map Unit Name t25A Le Sueur loam VWI Classificetion: not id�ecy Are dimaticfiydrolog�conditions of U�e site typical for this time pf{he yearT Y (If no,e�lain in remarks) Are vegeffition �soil ,or hYdrolo9Y significarrtly disturbed9 Are vegetation ,soil X ,or h ro ��al ci�noes" Yd b9Y naturalty problematic? presenYT Yes SUMMARY OF FINDINGS (If needed,expiain any answers in remarks.) Hydrophytic vegetation pr�esent? Y Hydric sal present? , Y Is the sampled aew wl�in a wetland? N Indicators of wetland hYdrolo9Y PresenYt N f Yes�oPtional wetlsnd site ID: upland adj.WeUnsd H Remarks:(Explain al�mative prooadures h�e or in a separate report.) YTD precip was at 90-100%of normal at tl�e time of the sifie visit Soils are molfisols. VEGETATION—Use scientific names of plants. Absolute Dominan Indicator Dantnance Test Walahaet Tree Stratum (Plot size: 30 ft ) 9G Cover t Species Staus Nwnber of DominaM Spectes � that are OBL,FACW,or FAC: 2 (A) 2 Tota!Number of DominarK 3 SpeCies Across all Strata: 3 (B) 4 PercerK of Dominarrt Spec�es 5 that are OBI,FACW,ot FAC: 66.6796 (A/B) 0 =Total Cover SaclinglShnib straturc (Plot size: 15 ft ) p��X w�� Total 96 Cover of: 2 08L apeccti�ea 0 x 1= 0 3 FACW species 15 x 2= 30 4 FAC s peaes 55 x 3= 165 5 FACU spedes 35 x 4= 140 0 =Total Cover UPL spec� 0 x 5= 0 Herb stretum (Pbt size: 5 ft ) Cclumn Mtals 105 (A) 335 (B) 1 �e P�� 50 Y FAC Prevabnoe Inde�c=BJA= 3.19 2 Solidago cansde�tsis 15 Y FACU 3 Solidago 9lgentea 15 Y FACW Hydrophytic Vegatatlon Indkators: 4 Taraxacum ofhicinab 10 N FACU Rapid test for hydrophytic vegetation 5 Festuca rubra 5 N FACU X Dominanoe test is>50% 6 Brumus inemus 5 N FACU Prevalerx;e index is s3.0• 7 Pankum virl7atwn 5 N FAC ��aptetions•�provide 8 9 supporting data in Remarks or on a sep�arate sheet) 10 Proble�natic hydrophytic vegetstion, 105 =Total Cover (e�lain) V1loodv vine stratum (Ptot size: 30 ft ) Mr�rs a hydric�it and weqand hydrotopy muat be � pre�nt,un�as df�xbed or problemaMc 2 0 =T�al Cover �tion prossnt? Y Remarics:(Incl�e photo numbers here or on a separate sheet) US Amy Corps of Engineers Midwest Region SOIL Sampiing Poh� SH-U Proflle Deacription: (Describe to tl�e depth needed to document tl�e fndicator or confirm ths absence of indicators.) � � Redox Featu�s (�nches) Color(moist) % Color(moist) °� Type• Loc"' Textune Remarks 0-8 10YR 212 loam 8-14 10YR 3N �y� 1425 10YR 3/1 day 25-27+ 10YR 4/1 �Y 'Type_C=Concerrtration,D=Depledon,RM=Reduoed Mdtrix,MS=Masked 3and Graina. "Loc�ion:PL=Pore Uning.M=Matritt Hyd�ic sa��nakatas: �naicatora Proaematic Hya�ic sab: Histiso)(A1) Sandy Gieyed Matr'a(S4j Coast Praitie Redox(A16)(LRR K,1-.R) _Histic EpiPedat(A2) '�Sandy Redox(S5) Dark Surtaoe{S7)(LRR K,L) _Bladc Histic(A3) StripPed Matroc(S6) 5 cm Mucky Peat or Peat(S3)(LRR K,�-,R) _HYdrogen Sulfide(A4) �Laamy Mudcy Mineral(F1) �Ir�-AAanganese 11Aasses{F12){LRR K,L,R) _Stra��fied LaYerg(A5) Loamy Gleyed Mafiix(F2) Very Shall�v Dark Surtaoe(TF12) 2 an Mudc(A10) Depleted Matrix(F3) Other(explain in rernarks) �Depleted Below Dark Surfaoe(A11) Redox Daiic Surface(F6) — _Thidc Dark Surface(Al2) �Depleted Dark Surfaoe(F7) `Indicators of hydrophytic ve�etetipn and wettand _Sandy Mudry Mineral(S1) _Redox Depressions(F8) hydrobgy must be preser►t,unless dtsUubed or problematic RestrlMlw I.ayer(If obaeryed): T�� iiydric sdl presont� Y Depth(inches): em s: SurEaoe horizon is not thick enough to rneet Al2. HYDROLOGY w��a Hya�y i�a�tors: Primery Indicatora(minimum of one is recuir�l•chedc all that aonlrl �rv Indicatois(min�num of two recuired) SuAace Water(A7) Aquatic Fauna(B13) Surface So�Cradcs(B6) High Water Tabie(A2) True Aquatic PlarMs(B14) Drainege PatEems(B10) Saturation(A3) H�frogen Sulfide Odor(C1) Dry-Season Water Table(C2) Water Marks(B1) Oxidized Rhizospheres on Liviny Roots Crayfish Burtows(C8} SedirneM Deposits(B2) {C3) Saturation V'�sible on Aerial lma9ery{C9) Drift DepOsits(63) TProsence of Reducsd ir�on(C4) Stunted or Stressed Plar�a(D1) /Upal Mat or Crust(B4) Reoent iron Redudbn in TUled Soils �Geo►norpNic PoslNon(DZ) Iron DeP��(BS) (C8) FAC-NeuVal Test(D5) Inundation V'�sible on Aerial Imagery(B� Thin Muck Surfaoe(C� �' sParsNY vegetated Concxrve Surtaoe(B8) "Gaugo or Well Data(D8) Water�tai�ed Leavea(69) �Other(E�lain in RemaAcs) rva ons: Surfaoe water preaent? Yes No X Depth(inches): Water table preserrt? Yea No —X—Depth(inc�es): �T— Indicators of watland Saturatt�on prasent? Yes No �—Depth(inchea): —�— hydrob9Y P�n N (includes cBpillery fringe) Descxibe recorded data(stream 9auge,monitoring well,aeriel photos,Previous inapec�iona),if anrailable: ema . we�and signitures are present in less than 50%of the normel precip years. US A�my Corps of Engineers Midwest Region WETLAND DETERMINATION DATA FORM-Midwest Region Project/Site Stonegate Farm.s City/CouMy: Orono-MedinalHenn�in Sampling Date: 6/1/2015 AppiicaM/Owner. Property Resources Dev.Corp. State: MN Sampling Point SI-W{FW area 15) Invesagator(s): Kslly J.BopraY,PSS,CWD 3e�tion,Town,ship,Rar�ge: Sec.28,T118N,R23W �andform(hillslope,tercace,etc.): depression Locai rel�f(concave,oonvex,none): ooncave Sbpe(96): 0-2% Lat: Long: Datum: Soil Map Unit N�ne L23A Cordova loam VWI Classification: not�'ed Are dimaticJhydrologic conditiona of the site typical i�r this trtne of the yeart Y (If no,explain in remarlcs) Are vegetation ,soil ,w h�rology sign'dicantly disturbed? q�"�el arcumstana�" Me vegetation ,soil X ,or hydrology naturalty probiematic? presenYl Yes SUMMARY OF FINDINGS (If needed,ea�lain any ans�w�ers in remarks.) Hydrophyticc vegetation present? Y Hydric soil present? Y Is fhe sampled area wifhin a wetland? Y Indicators of wetland hydrology present? Y f yes,optlonal wetland site ID: Wetland I,PSS1A Remarks:(E�lain altemative procedures here or in a separate report.) YTD preCip was at 90-100�0 of normal at the fime of the site visit. Soils are moilisols. This area was previously fam�ed, but not fur several years now. VEGETATION—Use scientiftc names of plants. Absolute Dominan Indic�tor pominance Test Worlcshert Tree Strat�n (Plot size: 30 ft ) 9�o Cover t Speaes Staus N�anber of Dominar�t Species � that aro OBL,FACW,or FAC: 2 (A) 2 Total Number of DariinarK 3 Speciea Across aN Strata: 2 (B) 4 PerceM of Dominant Species 5 that are OBL,FACVN,or FAC: 100.0096 (AB) 0 =Total Caver Saolirt�/Shrub straturc (Plot size: 15 ft ) P�valence Index WoHcshest 1 Salix interiw 60 Y FACW Totai%Cover ofi 2 COIIws/BUBmosB 10 N FAC OBL apeces 0 x 1= 0 3 FACW spec,res 150 x 2= 300 4 FAC spec�es 12 x 3= 36 5 FACU spec�es 0 x 4= 0 70 =Total Cover UPL speccti�es 0 x 5= 0 Hecb sVatum (Plot size: 5 R ) Cdumn totals 162 (A) 336 (B) 1 Phalaris anxMinaoea 9Q Y FACW Prevalence inde�c=B/A= 2.07 2 Ba�area vWgaris 2 N FAC 3 Hydrophytic Vegetation indkators: 4 Rapid test for hydrophytic vegetation 5 X Dorninanoe test is>5096 6 X Prevalence index is s3.0` 7 Morphogical adaptations"(provide 8 supporting deta in RemaAcs or on a 9 separate sheet) 10 Problematic hydrophytic vegetation' 92 =Total Co�r (exptain) Woodv vine stratum (Plot size: 30 R ) '��ra of hydric eou ana weder�d Mdrobpy muat be 1 Pre�f,unk�s diaiurbed or po�ernsUc 2 �P 0 =Totel Cover �� prosenCt Y Remarks:Qndude photo numbers here or on s separate sheet) US Amy Corps of Engineers Midwest Region SOIL 8ampling Poir�t: ;i-w�Flnr�+ea�: Proffle DescMp�on: (Describe to the depth needed fio documeM!he indkafiar or co�irm th�abaence of indicato�a.) � � Redox Features (Inches) Color(moist) % Color(rrroist) % Type" Loc*" Tqcturc R��$ � N� day bam 6-12 N Z/0 �y 12-15+ 10YR M1 daY '"Type:C=ConcenU�Gon,D=Depletion,RM=Reduoed Matrix,MS=Masked Sand Grains. •*Location;Pl=pore Lining,M=Matrbc Ii�rdMc Soil Indicatas: Indkat�rs tor Pnoplematic Nydric SoNs: _Histisol(A7) Sandy Gleyed Matrix(S4) Coast Prairie Redox(A16)(LRR K,L,R) _Histic Epipedon(A2) Sendy Redox(S5) Dark Surface(ST)(LRR K,Lj _Bladc Histic(A3) _Stripped Matrix(S6) 5 cm Mucky Peat or Peat(S3)(LRR K.�,R) _HYdr°9en Sulfide(A4) Loamy Mudcy Mineral(F1) —Iron-Manganese Masses(F12)(LRR K,L,R) _Stratified Layers(A5) Loamy Gleyed Matrix(F2) �Very Shallow Dartc Surfaoe(TF12) _2 an Mudc(A10j i Depleted Matrix(F3) Other(e�lain in remarlcaj Depleted Below DaAc Surface(A11) Redox Dark Surface(FB) — X Thidc Daric Surface(Al2) Depleted Dark Surtace(F7) 'Indlcators of hYdroPM��tion and weltand _Sandy Mucky Mineral(S1) _Redox Depressions(FS) hydrology must be present,unless disturbed or problematiC Rastrictive LayK(If obeened): T�°' Flyd�tc soil present7 Y Depth f nc�es}: ema . HYDROLOGY Wetland Hydrology Indicatoes: Primarv Indicators(minimum of one is reauired•chedc al1 that ao�iv) I ' minim m of X Surta�Water(Af) Aquatic Fauna(B18) Surface Soil Cradcs(B8) Hiph Weter Table(/12) True Aquatic PIaMs(B14) Drainage Patbems(610) Saturation(A3) Hydrogen Suifide Odor(C7) Dry-Season Water T�le(C2) Water Marks(B1) Oxidized Rhizoepheres on Wing Roots Crayfish BurraNs(C8) SedimBM DepoBitc(B2) (C3) �Saturation Y�le on Aedal Imagery(C9) �rift Deposits(B3) Preaence of Reduced Iron(C4) Stunted o1'Str�e.ssed Plarrts(D1) Alga)Mat or Crusi(B4) Rer�nt!ron Reduc�ion in Tdbd SoUs X Geomorphic Posidon(D2) Iron Depoaits(B,�`) (C8) –�FAC-Neutrel Test(D5) Inundadon Visible on Aerial lmagery(67) Thtr►Muck Surtaoe(C7) — Sparsely Vegetated Concave Surfaoe(B8) —Gauge or WaU Date(D8) Water-Stained Lsaves(89) Other(E�lain in Remarks) ons: Surfaoe waber pr+esent? Yes X No Depth(inches): p-3 Water table pr�eM? Yes —X— No �(inches�: �— Indicators of wetland Saturation present? Yes —T— No Depth(inches): �— hydroloyy preseM? Y (indudes capiliary fir�ge) Describe recorded data(stream gauge,monitoring well,aerial photos,previous inspections),if available: a . surface water is limited to a small area near the cerrter of the basin US Army Corps of Engineers Midwest Region WETLAND DETERMINATION DATA FORM-Midwest Region Projec�ISite Stonegate Farms City/County: Orono-Medina/Hennepin Sampling Date: 6/1/2015 Applicant/Owner: Property Resouroes pev.Corp. � State: MN Sampling Parrt: SI-U inv�tigator(s): Kelly J.Bopray.PSS,CWD 3ec�ion,Township,Range: Sec.28,T118N,R23W l.andform(hillslope�terr'ace�etc.): footslope Local neitef(ConCeve,COrwex,rrone): ConCelve Slope(%): 2-4% Lat Lon9� Datum: Soil Map Unit Name L25A Le Su�r loam WVI Classification: Not id'ed Are dimatic/hydrofogic conditi�of the$rte typical for this time of the yea�'T Y pf no,e�lain in remarks) Are vegetation ,�i ,or hydrology significaMly diaturbed? Are"normal arcumstar�oes" Are vegetartion ,soil X ,or hydrology �turally problematic? p�� Y� SUMMARY OF FINDINGS (If needed,e�lain any answers in remartcs.) HYd�Y��Present? N Hyd�c soil pre�ent? N b the sampled area wfthin a wstland? N indicators of wetland hydrology present? N f yea,optional r+reUand site ID: upland a�.to Wedand I Remarks:(Explain alEemative procedures here or in a se�arate r�eport.) YTD pr�ecip was at 90-100°k of normal at the time of the site vis�. Soils are mollisols. VEtiETAT10N—Use scientific names of plarns. Absolute Dominan Indicator pominance Test Workshaet Tt+ee Stretum (Plot size: 30 ft ) °�Cover t Speaea Staus Number of Dominant Spac�es � that are OBL,FACW,or FAC:� 1 _(q) 2 Total Nurtiber of DominaM 3 species r►cnoss au straea: 4 (B) 4 Percent of Dominant Species 5 that are OBL,FAC4V,or FAC: 25.00% (A/B) 0 =Total Cover 5a�lina/Shrub sUaturt' (Plot size: 15 ft ) Prevalance Index Workshsat 1 Acer ginnala 15 Y UPL Total y6 Cov�er of: 2 Comus ePoa 5 N FACW OBL species 0 x 1= 0 3 Rhamnus cathartica 5 N FAC FACW species 32 x 2= gq 4 Figxinus pennsywanka 2 N FACW FAC�eaes 28 x 3= 84 5 FACU s pecies 32 x 4= 128 27 =Total Cover UPL speaes 35 x 5= 175 Herb�tratum (PIo1 size: 5 ft ) Column fiotals 127 (A) 451 (B) � ��'e 25 Y FACU Prevalence Index=B/A= 3.55 2 P�S Pratensis 20 Y FAC 3 Aestinaca sat/va 20 Y UPL Hydrophydc Veyeta8on Indkatora: 4 Solidagro giganh9a 15 N FAGW Rapid tiest for hydrophytic vegetation 5 Phalsris arurxltnaoee 10 N FACVV i Dominance test is>50°Yo 6 Bra►►us inerm/s 5 N FACU Pnevalence index is 53.0`' 7 Anqropogon gararo►ii 3 N FAC Morphogical adapta6ons•(provide 8 Vic�a safiva 2 N FACU $�pora�y�,in Rema�lcs or on a 9 _.."" separatQ sheet) 10 Problematic hydrophytic vegetation' 700 =Total Cover (explain) Woodv vine stratum (Plot size: 30 ft ) M�� 1 pro�nt,unlets di�wbed or probl�C 2 0 =Total Cover �� P�seM� N Rema�ics:(Indude photo numbers her�e a�on a s�arate sheet) US Amy Corps of Engineers Midwest Region $OIL Sampling Poi� SI-U Proflle Descriptia�: (Describe to the depth needed bo document the indicator or conflnn the absence of indkab�rs.) � � Redox Features (��) Colw(mast) °� Color(mast) % Type* Loc"' Texture �a� 0-8 10YR 2/1 loam &10 10YR 2N �y��m 10-22 10YR 3/1 day 22 Z5+ 10YR 4/1 day 'Type:C=Conoenhaation,D=Depletion,RM=Reduced Matrix,MS=Masked Sand Gralns. •*�o�on:PL=Pore Lining,M=Matrin Hydric Soll tndicatas: Indkatas for Problematic Hyd�9c Soils: _Histisd(A1) Sandy Gfeyed MaMx(34) Coa�Arairie Redatt(A16)(LRR K,L,R) _Histic Epipedon(A2) �Sandy Redox(S5) Daric Surtace(S7)(LRR K�L) _Black Histic(A3) SUipped Matrix(58) 5 cm Mucky Peat or P�t(S3)(LRR K,�,R) _HYdro9e�Sulfide(A4) Lo�ny Mucky Minerel(F1) Iron-Manyan�e M�ses(F12)(l.Rit K,L,R) _��ye�(�) Loamy Gfeyed Matruc(F2) Very ShaUa�v Dar1c Surtaoe{TF12) _2 cm Mudc(A10) Deplleted Matruc(F3) Other(e�lain in rerr►arfcs) _,DePteted Below Dar1c SurFace(A11) Redox Dark Surface(F6) _Thidc Dark Sutface(Al2) Depleted Dark Surtaae(f7) *Indic:ators of hYdrophY�C�o�and weltand �Sandy Mudcy Minerel(S1) _Redox Depr�esaions(F8) hydrobgy must be present,unless disturbed or problematic Restrictive�.ayer(if obsenredl: �YPe: Depth(inches): Hydrtc solf prese�� N ema . surtace horizon(s)are dark enough, but not thick enough for Al2 HYDROLOGY Wetlaod Hydrobgy Indfcators: Primarv I�dicators(rr�nimum of one k reouired•�ap th�aoolvl Surface Water(A1) � � minim m f i AQustic Fauna(B13) ��C�g�� High Water Table(A2) —True Aquatic Plants(B14) —preinage Pattems(810) Saturawon tA3) Hydrogen S�Odor(C1) —`Ory-Season Water Table(C2) Water Marka(Bi) ~O�adized Rhizospheres on Living RoM� Crayfish Burraws{CS) Sediment Deposits(62) (C3) i Saturation Ymibb on Aerial I �� Presence of Raduoed Iron(C4) Stur�ted or Stressed Piants �(�) Algal Mat or crust(84) —Recer�t Iron Redudion;n TN1ed Sofls —Geomo � ) Iron Deposits(B5) �� _ rpt�ic Position(D2) Inundation Vis�bie on Aerial Im — _FAGN°utra�Te�(D5j �rY(B� Thin Mudc Surfaoe(C� SpeBey�e9eteted Concave Surteoe(68) —Gatge or Weli Data(D9) Water�tained Leaves(B9) —'Other(�in in Rematks) ns: — Surfaoe water proaent? Yes No X Depth(inc�es): water table pr+esenc? Yes Plo '�R"'oeptn(1nd,�>: �"' �naidtora of wenma Saturation present9 Y� �'" No �'-Depth(indies): �— hydrolc9Y P�M? N {inGudea cc�pillary finge) y Descxibe recorded data(stream 9au9e�monitoring vvell,aerial photos,previous inspections),if available: ema . US Army Corps of Engineers Midwest Region WETLAND DETERMINATION DATA FORM-Midwest Region Project/Site Stonegate Farms City/County: Orono-Medina/Flennepin Sampling Date: 6/1/2015 Applicarrt/Owner. Property Resouroes Dev.Co►P• Stste: MN __i Sampling Point SJ-W Inv�tigator(s): Kelly J.Bopray,PSS,CWD �Ion,Township,ttenge: Sec.28,T118N,R23W �andform(hi��a�ope,terrax,etc.): head of swate Local relief(Conceve.convex,none). concave Slope(%): 0-196 Lat Lon9� Datum: Soil Map Unit Name L23A Cordova bam VWI Classificc�tion: Not id'ed Me dimaticJhydrologic oonditions of tF�site typicai for this�me of the year? Y (If no,e�lain in romarics) Are�e9etaUon ,soil ,or hydrolo9Y aign'dicarttly disturbed? q�"norrnal a�tanC�" Are vegetation ,soil X ,or hydrology naturally Problematic? pr+esent? Yes SUMMARY OF fiNDIN6S (If needed,explain any answers in r�r�arks.) Hydrophyac vegetation present? y Hydric soil present? Y Is tlie sampled ar+sa witlfin a waqandT Y Indicators of wetland hydrobgY presernT Y f yes,optional wetland site ID:Weltland J,PSS1/EMAd Remarks:(Explain altema�tive prooedures here or in a separate report) YTD precip was at 90-100%of normal at the time of the site visit Sals are moltisols. The west side of the basin is regularly fartned. Sample points were i�the non-fartned ar+ea. A man-made outlet ditch has been cut to the south. VEGETATION—Use scientific names of plants. Absolute Dominan Indicator pominance Test Worl�heet Tree Stratum (Plot size: 30 R ) 96 Cover t Species Staus Nurr�ber of Domioant Species 1 Fiaxinus pennsyNanica 5 Y FACW that are Oel.,FACW,�FAC: 5 (A) 2 Tota1 Number ofi DomManc 3 Spec�es Acxoss all Strata: 5 (B) 4 Percent of Daminant Spedea 5 that aro OBI.,FACVU,a FAC: 100.00% (AIB) 5 =Total Cover SadinalShru6 straturr (Plot size: 15 ft ) Prevalence hidex Worbheet 1 Rhamnus cathaR�ca 20 Y FAC Total%Co�er of: 2 Comus reoe�►ase 15 Y FAC 08L apeciea 9 x 1' 8 3 Salix intenor 3 N FACW FACW species 79 x 2= 158 4 Ulrrp�s a+nericana 1 N FACW FAC apec�es 56 x 3= 168 5 FACU species 5 x 4= 20 39 =Total Cover UPL species 0 x 5= 0 Herb stratum (Plot size: 5 ft ) Column totals 143 (A) 349 (B) 1 Ph�aris atir�nacea 65 Y FACW Pre�ralenoe Inde�c=B/A= 2.44 2 Toxicodend�n rgdi�ans ZO Y FAC 3 Solidsgo canadensis 5 N FACU Hydrophytic Vegefatlon Indkabora: 4 SoJidago 9igar�tea 5 N FACW Rapid test for hYdrophYNc vagetatan 5 Asdepias incameta 1 N OBL X Dominanoe test is>50% 6 l�s�rersicolor 1 N OBL X Prevalence index is s3.0" 7 Eupatorium perfollatum 1 N OBL 8 S�mph}rotrichum lanoeo/atum 1 N FAC ��ical edaptations*(provide supporting data in Remarics or on a 9 separate sheet) 10 Problematic hYdrophlyd�v�e�tio�• 99 =Tota1 Cover (e�lain) WQodv vine stratum (Plot size: 30 R ) •�ndlaton a hydric aaN and wetland nydrobpy m�t be 1 pr�ent,unlesa d�turbcd o�problemetic 2 C 0 =Totel Cover �bti� present9 Y Remarks:(Indude photo numbers here or on a seperate sheet) us Amy Gorps of Englneers Midwest Region SOIL 8ampiing Poi� �-W Profile Description: (Descrlbe to the de�h nesded to documer�t tfie imlicator or coMirm ffis abse�vf indlcators.) � �LL Redox Featu� (�nc�es) Color(moist) °k Color(moist) 96 TYPe• Loc'"' textur+e Remarks Q-12 N 7J0 day 12-16 10YR 3J1 �ey 18-20+ 10YR 4/1 d� 'Type:C=Conoentration,D=DepleUon,RM=Reduoed Matra,MS=M�Iced Sand Grains. "Location:PL=Pas Lining,M=Metroc Ftydric 8oil Indicators: Indicators for probls�dc ttydrk 8ofis: _Histisol(A1) Sarxiy Gleyed Matrix(S4) Coast Prairie Redwc(A16)(LRR K,L,R) _Histic Epipedon(A2) Sandy Redox(S5) Dark SurFaoe(S7)(LRR K,L) _Bladc Histic(A3) Stripped Matmc(S6) 5 an Mix�cy Peat or Peat(S3)(LRR K,L,R) _Hydrogen Sulfide(A4) Loamy Mucky Mineral(F1) iron-Manganese Nlasses(F12)(LRR K,L,R) _��Y��`) Loamy Gleyed Matrix(F2) Very Shallow Daiic Surfaoe(7F12) _2 cm Mudc(A10) �Depleted Matrix(F3) Other(e�tain in r�tarkaj Depieted Betwa Dark SuAaCe(At 1) Redox Dark SutfeCe(F6) X Thidc Daric Surface(Al2) Depleted Dark Surfaae(F7) •indicatas of hydrophytFo vegetation and w�eltend _Sandy Mucky Minera�(S1) _Redox Depreasions(F8) hydrology must be present,un�ss disturbed or P�� Reatrictiv�s L.ayer(if obsenred): TYPe� Hydrtc solr preseM? Y Depth(ind�): erna . HYDROLOGY YVetland Hydrology indicators: �n8rv Indicc�ttors(minimum of aie is reauired:chedc all that anolvl S�c�ndarv I�icators(minimum of two r�auired) X Surtace Water(A1) AquaUc Fauna(613) 3urface Shc Credcs(86) High Water Table(A2) —True Aquatic Planffi(B14) —Dra�age Pattert�(B10) Seturatlon(A3) —Hydrogen Sulfide Odor(C1) —Dry-3easai Water Table(C2) Water Marks(61) Oxidized Rhizospheres on Living Ro�'—CrayF�h Burrows(C8) SedimeM D�Sits(82) (C3) �Saturation Vis�b a�Aerial Imagery(C9) Drift Deposits(B3) Presence of Reduc�ed Iron(C4) Stun4ed or$tr�d Plar�ts(D1) �si n�or cn�st(aa� —Recent lron Reducti�n in Tifled Soils �'ceo�r�orpnic pos;t;on(n2) Iron Deposils(65) (CB) �^FAC-Nsuttal7est(D5) Inundadon V'�ibb on Aerial Imagery(B'� Thin Mudc Surfaoe(C7) SparselY Vegetated Concave Surface(B8) —Gauge or Well Data(D9) Water-Steined Leaves(69) —Other(F�lain in Remarks) ons: Surface water present? Yes X No Dspth(indies): 0-4 Water table preaent? Yes —R— No Depth{inc�es): �— Indicators of vMetland Saturation pr�esent? Yes �— No pepth(ind�es): —� hydrology prweqt? y (indudes capillary fringe) Desc�ibe recaded data(stream gauge,monitoring well,aerial photo�,pr�evious ir�spections),if available: a . Ou�et ditch to the�limits the extent and duration of flooding. US/�my Corps of Engineers Midwest Region WETLAND DETERMINATION DATA FORM-Midv�rest Region FrojecUSiEe SWnegate Farma CirylCouMy: Orono-Medina/Hen nepin Samplirq Date: 6H/2015 Applicant/Owner. Property Reeouroea Dev.Corp. State: MN Sampling PoiM: S.i-U 1►westigatoKs): Kelly J.Bopray,PSS,CWD �ed(on,Tovmship.Range: Sec.28,T118N.R23W Landform(hilislope,terraoe,etc.): footalopc Local relfef(concave,«�nvex,none): Conc�ve Slope(96): 6% Lat: Long: Datum: Soil Map Unit NameL23P► Cordova loam VWI Classiflcation: not id�ed Are dimatidhydrologic conditior�s of the site typical for this time of Me yeart Y (If no,explain in nemarlcs) Are vegetation ,soil ,or fiydrology significantly disturbedT Are"normal circumstances" Are vegetation ,soil X ,or hydrology naturaUy problematic? p�sentp Y� SUMMARY OF FINDINGS (tf needed,e�Iain any answers in rematks.) Hydrophydc vegetatior►present? N Hydric sal present? Y Is the sampled aros withln a wsWnd? N Indicators of wetland hydrologY Present? Y f y�,optional wetland site ID: Upland adj.Wetland J Remarks:(E�lein slternative procedures here or in a separate report,) YTD precip was at 90-100°�of normal at the time of the site vis�. Sals are mollisols. VEGETATION—Use scientific names of lants. Absolute Dorninan Indicator pominance T�t Worlcsheet Tre�a Stratum (Plot size: 30 ft ) %Cover t Species Sta� Numbe�of DominaM Species 1 Fiaxinus pennsylvanica 20 Y FACW that are OB�,FACW,or FAC: 2 (A) 2 Total Number of Dominant 3 Speciea Acrosa all Strata: 4 (B) 4 Peroent of Dorninant Specties 5 that are OBL,FACW,or FAC: 50.0096 (A/B) 20 =Total Cov�er Sa�li hrub straturr (Plot size: 15 ft ) Prevalence Index Worbheet 1 Rharra►us cathartke 80 Y FAC Total%Cover cf: 2 Ribes cyrrosbeGi 5 N FAC OBL specc�eea 0 x 1= 0 3 Comus reoemosa 5 N FAC FACW apec�es 20 x 2= 40 4 FAC species 95 x 3= 285 5 FACU sp� 52 x 4= 208 90 =Total Cover UPL apecies 2 x 5= 10 Herb str8tum (Plot size: 5 ft ) Col�nn totals 169 (A) 543 (B) 1 Sdidago cenadensis 30 Y FACU P�evalence Index=B/A= 3.21 2 &omus inem►is 15 Y FACU 3 Parthenocissus quinquefo/ia 5 N FACU llydrophytic Ve�etadon Indkators: 4 Toxicoalendrar radicans 5 N FAC Rapid test for hydrophy8c vegetatio� 5 Carex pensylvanioa 2 N UPL �Dar�inance test is>50°�6 6 Geranium macWetum 2 M FACU Prevalence index is 53.0' � �Morphogical�ptations`(Provide 8 supporting data in Remarlcs or on a 9 separate sheet) 70 ProblemaUc h ydrophydc vegeta6on' 59 =Total Cov�er (explain) Woodv vine stratum (Plot size: 30 ft ) -�s ot Mdr�c aou eu�d wetlerw hYdrolopy muat be � Pretertt.unleat disburbsd or problematic 2 C 0 =Tota1 Cover �� Prosent? N Remarks:(Indude photo numbers herB or on a separate sheet) US Amy Corps of Engineers Midwest Region SOIL Sampling Polot: SJ-U Proflk Desctiptlon: (Describe to the depth needed to dociar�er�t tlw indicator or CoMinn the abaenc�of Mdicatora.) �► � Redox Features (Ind�es) Color(moist) 90 Cdor(moist) % Type* Lx•• Textur8 Remarics 0-14 N 2/0 day 1418+ 10YR M1 qay 'Type:C=Concentration,D=Depletion,RM=Reduoed Matrbc,MS=Masked Sand Grains. "Location:p�=Pore Unin�,M=Matr�Uc Hydric Sotl lndicators: Indicatas for ProWernatic HydMc Solls: Histiso!(A1) S9ndy Gl9yed Matrix(S4) Coast Prairis Redox(A16)(LRR K,L,R) Histic Epipedon(A2) Sandy Redox(S5) DaAc Surtaoe(S7)(LRR K,L) _B�dc Histic(A3) Stripped Matrix(S6) 5 cm Mudcy Peat or peat(S3j(LRR K,L,R) Hydrogen Suffide(A4) Loamy Mudry Minerai(F1) Iron-Marqanese Mass�(F12)(LRR K,L,R) Stratified Layers(A5) Loamy Gleyed Matrix(F2) Very Shallo�w Da�ic Surfaoe(TF12) 2 cm Mudc(A10) Depleted Matrix(F3) Other(e�q�lai�in r�na�icsj Depleted Below Dark Surface(A11) Redox Da�1c Surface(F6) — X Thk�c Dark Surface(Al2) Depleted Dark Surfaoe(F7) •Indicators of hydrophytic vegetation and weltand _Sandy Mudcy Mineral(S1) �Redox Depressions(F8) hydrology must be present,�leas disturbed or problematic Rstrictive L.ayer(if observ�ed): TYPe= NydNc soll present? Y Deptli(inc�es): ema . HYDROLOGY Wetlend Hydnology Indlcators: Primary Indicators(minimum of one is required:c�iedc all that aouly,� Secondarv Indicators(mir�mum of two reauired) Surtac�Weter(A1) Aquatic Fauna(813) Surfaoe SoN Cracks(B6) High Water Table(A2) True Aquatic PiarKs(B14) Dre�age Pattema(B10) Saturation(A3) —Hydrogen 5u�ide Odor(C1) —DrySeason WaterTaWe(C2) Water Merks(B1) O�dized Rhiz�pheres on Living Rools Crayfiah Bumnws(C8) Sedim�t Deposits(B2) (C3) Saturatlon Vis�le on A�erial lma�ery(C9? Drift Deposits(63) Presence of Reduoad Iron(C4) SturMed or Stresscd Plarrta(D1) Algal Mat w Cruat(B4) Recent)ron Redudion in TiUed So�ss C�eomolp�ilc P�ibon(D2) Iron Depoaits(BS) (C8j —FAC-N8uVa1 Test(DS) InundaRion Vis�le on Aerial imagery(B� Thin Muck Surfaoe(C� Sparsery Vagetated Conc�e Surfaoe(68) —Gauge or Well Data(D9) Water-Stained L.eaves(B9) —Otlier(Explain in Remarks) o�: Surface wafier preserrt? Yes No X Depth(ind�es): Water table present? Yes � No Depth(inches): �4— Indiqtors of wetland Saturation preseM? Y� —X— No Depth(inches): �'— hydr+ology phs�nt? Y (includes capiliary fringe) Desc�ibe recorded data(stream gauge,monit�oring weA.aerial photos,previous inspections),if available: ema . US Army Corps of Engfneers Midwest Region WETLAND DETERMINATION DATA FORM-M�dwest Region Prnject/Sibe Stonegate Farms City/Courny: OronaMedina/Hen Applicant/Owner: PropertY Resouroes Dev.CorP• State: MN ��n g�p�9 p��. 6/S W15 imrestgator(s): Kelty J.BopraY,PSS,CVyp �ecti�,TownahiP.Range: Sec.28,T118N,R23W Land�ortn(hillsbPe,terrace,etc.): siight depression t.ocai relief(concave,convex,none)- concave Slope(q6): 0-2% Lat: Lo►�9� Datum: Soil Map Un�Name L23A Cordova loam VWI Classification: �� Are dimatic/hydrologic condi6ons of the site typical for this time of the yea�? Y (If no,e�lain in remarlcs) Ane vegetstion X ,aoit X ,or hydrology sign'�ficarrtly disturt�ed? q�"normal circx�mstanoes" Are vegetation ,soil X ,or hydrobgy naturally problernatia? preseM? No SUMMARY OF FINDINGS (If needed,e�lain any answ�s in remarks.) HYd�YY��o�P�sent? N Hydric soil preser�t? Y Is the sampled area wlthln a w�etlandl N Indicators of vreUand hydrolc9Y P�? Y f y��optional wetland site ID: Wetla�K PFJNWf Remarics:(E�lain attemative prooedures hene or in a separate report.) YT�precip was at 90-100%of normal at the time of the site visit. Sals are molHsols. Area is regularly f�rmed. VEGE'FATION—Use scientfic names of plants. Absotute Dominan Indicata Danlnance Test Worlcsl�eet Tree 5tratum (Plot size: 3p ft _) °/,Cpver t Species Staus Number of Dominent Sp� � that ara OBL,FACW,or FAC: 0 (A) 2 3 Totat Number of Dqninar�t 4 3Pecfes Acroas all Strata: 1 (g) Peroent of Dominartt Species 5 tbat are OBt.,FACW,or FAC: 0.00% (A!B) 0 =Total Cover Saolina/Shrub sdaturr (Plot size: 15 ft } Prevalen�In�x Worbheet � Totel 96 Cover oF. 2 08L�pec�ea 0 x 1= 0 3 FACW speciea 0 x 2= 0 4 5 �� FAC spec�s 0 x 3= 0 FACU spec�es 0 x 4= 0 0 =Tota1 Co�ner UPL species 20 x 5= 100 Herb sdatum (Plot size: 5 R ) Cdumn totais 20 (A) 100 (B) 1 Glycene man 20 Y UPL Prevalence Index=BJA= 5.00 2 3 Hy�drophytlC Vegetatlon Indicatora: 4 Rapid test for hydrophyqc vegetation 5 Dominance test is>509b s Prevalence indeuc is 53.0' T Nlo�pha9ice�adaPt�iO�s'�Provide 8 9 s�porting data in Remarks or on a separate sheet) 10 Pr+obl�natic hydrnphybc vegeta6on* 20 =Total Cover (e�lain) Woody vine stratum (Plot s¢e: 30 ft ) — 1 •mdicato�a of hydric saN and wegend hydrdopy rtwist ba Weaent uMeas disUxbed or problerria6c 2 C 0 =Total Cover �mtl� prosarrt? N Remerics:pndude photo numbers here or on a seperate sheet) US Amy Corps of Engineers Midwest Region SOIL SampBnq Poi� SK-W Profile Description: (Describe to tl�e depth needed to document the indicator or coMirm tlre abssnce of Indicators.) DePth �'x Redox Features (�nc�res) Color(moist) % Color(moistj 96 Type' Loc" Texture Remarica 0-8 10YR Z/1 �y &13 10YR 3/1 10YR 416 4 C M day 13-18+ 10YR 4/1 10YR M4 3 C M day "Type:C=Concerrtra8on,D=Dep�,RM=Reduoed Matrix,MS=Masked Sand Grair�. "Location:PL=Por�e Lf�ing,M=MaMx Hydrlc Sotl Indk:amrs: Indicatora for Problorr�atic Flydric Solls: _Histisol(A1 j Sandy Gleyed Matrut(S4) Coast Prairie Redaac(A16)(LRR K,L,R) _Histic EPipe�n(A2) Sandy Redox(S5) Dark Surfaoe(S7)(�RR K,L) _Bladc Histic(A3) Str�pad MaVix(S6) 5 cm Mudcy Peat or Peat(S3)(LRR K,L,R) _Hydrogen Sutfide(A4) Loamy Muc�cy Mineral(F1) Iron-Menyanese Meaaes(F12)(LRR K,L,R) Stratified Lsyers(A5) �Loamy Gleyed Matrix(F2) Very Shallow Dadc Surface(TF12) 2 an Mudc(A10) �Depleted Matrin(F3) Other(explain in remarks) Depleted Betow Dark Surfaoe(A11) X Redox Da�ic Surface(F6) _Thidc Dark Surfaoe(Al2) Depleted Dark Surface(F7) •Indic�tors of hydrophytic vegetatlon and weltand _Sandy Mucky Mir�eral(S7) _Redox Depressions(F8) hydrology must be preseM,uMess disturbed or problematic ResMctive Layer(if observed�: TYP�� MydrtC soll present9 Y Depth(inches): ema . HYDROLOGY Wetland Hydrology Indicatots: Primarv tndicators(minimum of one is reauir+ed:d�ec�c ali that aoniy,� Secondanr irxiicators(minimum of two reauiredl X Surface Water(A1) Aquatic Fauna(Bt3) Su►faoe Soil Cradca(BB) Hi�h Water Table(A2) `Tnie Aquatic Plsirts(614) Drainage Pattems(Bt 0) Saturation(A3) Hydrogen Sulfide Od�(C1) —Dry-Season Water Table(C2) Water Marks(81) O�ddized Rhiza�pherea on Livinp Roots Creyfish Bumows(C8) Sediment Deposits(B2) (C3) �Saturetron Visd�le on Ae►ial Imagery(C9) Drift Deposits(B3) Presanoe of Reduoed Iron(C4) �Stunted or Stressed Pla�ts(D1) Algal AAat or Cn�at(B4) ReceM!rou►Redudion in Tiued Soils �(3eomorphic Po�kion(D2) Iton Deposits(B� (C6) --FAC-Neuttal Tett(DS) Inundation Visibb on Aerial Imagery(67) —Thin Muck Surface(C� — SpBfsely Vegeteted COnCBVC SurfdCe(BS) CiBug@ Of 1N�Data(D8) Water-Stsir►ed Leaves(B9) Othar(E�lain in Remarks) nra m�s: Surface water preeent? Yes X No D�fh(inches): 0-3 Water table present? Yes �� No Depth(inche4): —�T— Indlcators of wetland Saturation present? Yes —R— No Depth(inc�es): �3� hydrobpy present? Y (ir�ludes capillary fringe) Describe recorded data(stream gauge,monitwing w�ell,aerial photos,previous inspections),if ava�able: ema s: Area has weUand signitures in more than 50°r6 of the normai precip years. US Army Corps of Engineers Mldwest Region YVETLAND DETERMINATION DATA FORM-Midwest Region Projec;USite Stonegate Fam�s CitylCouMy: Orono-MedinalHen�pin Sampling Date: 8J1/2015 Appiic;anUOwner. Property Resouroes Dev.Corp. State: MN Sampting Point: SK-U Investigator(s): Kelly J.Bopray,PSS,CWD 3ec�ion,ToMmshiP.Range: Sec.28,T118N,R23W I.andform{hillsrope�terrace,etc.): toeslope Local reiief(corx:ave,convex,none}: concave Slope(96): 296 Lat: L�9� Datum: Sai Map Unit Namel23A Cordova losm VWI Classification: (�� Are dimaticJFiydrologic conditions of tfie si�e typical for this ti�of the year? Y (If no,e�lain in remarics) Are vegetation X ,soil X ,or hydrology significaMly disturbed? q�"normal arc;umstanoes" Ar�e vegetation ,soil X ,or hydrology naturaAY probl�s�tic? pr+esent? No SUMMARY OF FINDIN�3S (If needed,e�lain any answers in remarks.) Hydrophytic vegetafion p�enYt N Hydric soil preserit? Y b the sampled aroa withln a Mretland� N Indicetors of weUend hydrobgy present? N f yes,optional wedand stte ID: Upland adj.WeUa�K Remarks:(E�lain al�mative procedures here or in a separate report.) YTD precip was at 90-100�6 of normal at the time of the site visit. Soils are mollisols. Area is farmed on a regular basis. VEGETATION—Use scientific names of plants. Absolute Dominan Indic�tor pominar�T�t Worwshaet Tree Straturn (Plot size: 30 ft ) %Cover t Species Sta� Number of Dominant Speaes � that are OBL,FACW,or FAC: 0 (A) 2 Total Number of Dominant 3 Specbs Across aN Strata: 2 (B) 4 PeroeM of Dominard Species 5 that are OBL,FACW,or FAC: 0.00% (AIB) 0 =Total Cover &aolindShrub straturr (Plot s¢e: 15 ft ) Preva�Index Woeicsheat � Total%Cover of: 2 OBL� 0 x 1= 0 3 FACW apecies 0 x 2= 0 4 FAC speaes 0 x 3= 0 �_ 5 FACU spec�ea 5 x 4= 20 0 =Total Cover UPL spec�es 20 x 5= 100 Herb stratum (Plot s¢e: 5 R ) Column totals 25 (A) 120 (B) 1 G/yoene max 20 Y UPL Pr�evalenoe Index=BJA= 4.80 2 Cirsium an�ense 5 Y FACU 3 HydrophyNc Ve�tfon Indicatws: 4 Rapid test for hydrophyac vegetation 5 [)ominance test is>50% 6 Prevalenoe index fs s3.0' 7 Morphogical adaPtations•(Provide $ supporting data in Remarlcs or on a 9 saparete sheet) 1� Problematic hydr+�phyGc vegetation• 25 =Tota1 Cover (explain) Woodv yine stratum (Plot aize: 30 R ) .��m�� 1 pre�nt,ixNeea dleturbed or problernatic 2 ro 0 =Total Cover �ti� pr�wntT N Remarlcs:(Include photo numbers here or on a separate shee#) US Amy Corps vf Engineers MidWest Region SOIL 8a�np11�Point SK U Protile Desc�iption: (D�cribe to tl�e depth nceded to documeM the indicabor or coMirn�the absence of indicators.) Depth INa�" Redox Features (Ind�es) Color(moist) °�6 Color(moist) % Type• Loc" Texture R�na�lcs 0-7 10YR 2/1 qey 7-12 10YR 2/1 qey 12-21+ 70YR 5/2 10YR 4/6 3 C M sandy day 'Type:C=ConceMration,D=Depletion,RM=Reduced Matr'vc,MS=Masked Sarxi Grains. "Location:PL=Po�Lining,M=Matmc FiydNc 8oi11ndicaMrs: Indkabors for Problematic Mydric 8olis: Histisol(A1) Sandy Gieyed Matrix(S4) Coast Prairie Redox(A16)(LRR K,L,R) Histic Epipedon(A2) Sandy Redox(S5j Daric Surfaoe(S7)(LRR K,�) Bfadc Histic(A3) Stripped Matrix(S6) 5 an Mucky Peat or Pest(S3}(LRR K,L.R) Hydrogen Sulfide(A4) Lo�ny Mudcy Mineral(F1} Iron-Mang�Masses(F12)(LRR K,L,R) Stretltied Leyers(A5) Loamy Gleyed Metrix(F2) Very Shellow Datk Surfaoe(TF12) 2 cm Muck(A10) DePiebed Metrbc(F3) Odier(e�lain in remarks) Deplet�ed Below Daric Surfaoe(A11) Redox Dar1c Surface{F6) X Thidc DeAc Surfaae(Al2) Depleted DaMc SurFace(F7) •��of hydrophytic vegetation a�weltand _Sandy Mudcy Mineral(S1) _Redox Depressions(F8) hydrology must be present,unbss disturbed or problema8c R�tricttw Lay�r(if observed): Type: HydrlC soil present� Y Depit►(irx�es): HYDROLOGY Wetfand Hydrolopy Indicators: Priman Indrc�tors(minimum of one is reauired:chedc ail that ao�lvl n i� to 'ni m f i Surfaoe Water(A1) Aquatic Fwna(B13) Su�faoe Soil Cradcs(88) High Water Table(A2) �True Aquatk PIaMs(B14) Drainage Pattems(610) Saturation(A3) Hydrogen Sulfide Odor(Ci) Dry-Sea�on Water Table(C2) Water Madcs(61) Oxid"¢ed Rhiz�pheros on lhrinp Roota Creyfish Bumows(C8) Sediment Depos�s(82) (C3) Saturatlon V'�sbb on Ae�iel Imagery(C9) DrMt Deposits(63) Presenae of Reduced iron(C4) Stu�ad or Stressed Planta N�) Alga!Mat or Cn�st(B4) Reoer�t!ron Redudion in Tdled Sals �Geomorphic Pa�sffion(D2) Iron Deposits(85) (C6) FAC-N8uVa1 Test(D5) inundation V'�sibb on Aerial Imagery(B� Thin Mudc Surfaoe(Cn Sparsely Vegeta�ed Concave Surface(B8) Gauye or WeU Data(D9) water-Steined Leaves(B9) —Other(Explain in Rsmerks) rva ons: Surfaoe wafier pr+�ent? Yes No X Depth(inch�): Water table preserrt? Yes No —X—Depth(inc�es): �— Indicabors of v�stland Saturation present? Yes No Depth(inc�es): �1 � hydrolopy preseM? N (includea capillary finge) Descxibe rec;orded data(stream gauge,monitoring w�ell,aerial phot�,Previous inspectior�),if available: a . US Army Corps of Engineers Midwest Region WETLAND DETERMINATION DATA FORAA-Mldwest Regbn Project/Site Stonegate Farms City/Counry: Qrono-Medina/Hennepin Sampling Date: 6/1/2p15 AppliCantliOwner: Property Resouroes Dev.Corp. State: MN Sempling PoiM: SL-W(FW area 16) Investigatons): Kslly J.Bopray,PSS,CWD �n,Tou�mshiR Range: Sec.28,T118N,R23W Landfortn(hillslope,terrace,etc.): sead of swale Local relief(concave,convex,none): cprxave Slope(%): 0-1% Lat: Long: Datum: Soii Map Unit Narne L23A CoMova loam VWI Classification: Not id'ed Are dimatic/hydrologic c:o�Mibor�s of the site typical for this time of the yeart Y (If no, e�lain in remarksj Are vegetation ,soil ,or hydrology significarriiy disturbed? A�"��I aroumstanoes' Are vegeta4on ,soil X ,or hydrology nahu�aty probiematic? pre�t? yes SUMMARY OF FINDINGS (if needed,e�lain any a�sw�ers in remarks.) NYd�YY��ion P►eseM? Y Hydric soil present? Y is the sampled aroe within a wetlaod7 Y Indicators of wetland hydrologY P�� Y f yes,optional weUand site(D: Wetland L.PSS1A Remarks:(E�lain alEemative procedur�es her+e or in a seperatie�port.) YTD precip was at 80-100�0 of normal at the time of the site visiL Soils are moilisols. This area was previously farmed but not for several years now. VEGETATION—Use scientific names of lants. Absolute Dominan Indicator pomlrance Tast Workshe�t Tree Stratum (Plot size: 30 ft ) 96 Cover t Speaes Staus Number of Daninarrt Species � tl�et are OBL,FACW,or FAC: 2 (A) 2 Tdal Number of DominarK 3 4 Species Across aN Strata: 3 (B) Peroent of Dominant Species 5 tl�at are OBL,FACW,or FAC: 66.67% (A/B) 0 =Total Cover Sanlfno/Shrub straturr (Plot size: 15 ft ) p��M�x W�� 1 Acer gJnnala 30 Y UPL Total 96 Cover of: 2 �� 2a Y FAC 08L speciee 0 x 1= 0 3 Conws alba 10 N FACW FACW species 9Q x 2= 184 4 SalJx alba 5 N FACW FAC speaes 41 x 3= 123 5 Fiaxinus pennsylvaniae 2 N FACW FACU spe�s 5 x 4= 2p 67 =Total Cover UPL speaes 30 x 5= 150 Herb stratum (P1ot size: 5 ft ) Coltsnn btals 168 (A) 477 (B) 1 Phalaris artrndfnaoea 60 Y FACMI Prevalenoe Index=6/A= 2.84 2 �A��s 20 N FAC 3 Solfdapo D�9e� 15 N FACW Hydrophytfc Vegetatlon Indkators: 4 �O�°��►�S 5 N FACU Rapid test for hydrophytic v�etation 5 Bafiarea vulgaris 1 N FAC X Dorninance best is>5p"� 6 X Pnevelenoe index is s3.0* 7 — 8 Morphogical adaptations'(provide suppordng data in Remarks or on a 9 sePerate shaet) 10 Problematic hydrophybc�regetation' 101 =Total Cover (explain) IAloodv vine atratum (Plot size: 30 R ) ,�� ProaerK�s t�eurbed or pobierrrotic 2 ro C 0 =Total Cover Ve9�� present9 Y Remarks:(Indude photo numbers here or on a separate afieet) US Amy Corps of Engineers Midwest Regfon SOIL Sampling Po1nC �L-W(FW ar+ea 1E Proflie Descriptlon: (Dascrlba to f1w dapth needed to documerrt t1�e indicator or coMirm the absence of indicatora.) Depth Matrix Redox Features (Inc�es) Color(mast) % Color(moist) % Type' Lx"" Texture Remarks a7 wvo �„ 7-18 10YR 2/1 Gey 1&24 10YR 2/1 day loam 2426+ 10YR 5/1 siR loam 'Type:C=Concentration,D=Depletion,RM=Reduc�ad Matrix,MS=Meslced Sand Grains. "Locatbn:pL=pore Lining,M=Matrix Hydric 8oN Indicators: Indicators i�or Problanwtic Hydric 8oils: Hlstisol(A7) Sandy Gleyed Matrvt(S4) Coast Prairie Redox(A16)(LRR K,L,R) Histic Epipedon(A2) Sandy Redox(S5) Dark Surface(S7)(LRR K,I.I _Bladc Histic(A3) Stripped Matrix(S6) 5 cm Mudcy Peat or Peat(S3)(LRR iC�L,R) Hydrogen Sulfide(A4) Loamy Mudcy Mineral(F1) Iron-Manganese Mass�(F72)(LRR K,L,R) Sb��ed L-�Y�(�) Loamy Gleyed Matr'vc(F2) Very Shallonr Oark Surtaoe(TF12) _2 cm Mudc(A10) Depleted Matrbc(F3) Other(e�lain in remarks) Depleted Below DaAc Surface(A11) Redox Dark SurFaoe{F6) — X Thidc Dark Surfaoe(Al2) �Deple�d Dar1c Surfaoe(F7) 'IrrcJicators of hYdrophYb�re9eta�on and weltand _S�dy Mudcy Mineral(S1) _Redox Depressions(FS) hydrology mt�t be p�aseM,untess disturbed or Problematia Restiictive I.ayer(if observed): TYPe� Hydric soil pr�eM't Y Depth(inc�es): ema S: HYDROLOGY WeWnd Hydrolopy ledicatora: _P_ri�rv(ndicators(minimurn of or�ia r�uired�chedc ail that ao�ivl I ' minim f 1 X SuAaoe Water(A7) Aquatic Fauna(B13j Surface Sal Cradcs(B6) Hiyh Water Tabie(A2) True Aqustic Pier►ts(614) Drainage Patbems(B70) Seturation(A3) Hydrogen Sulfide Odo�(C1) Ory�Seaso�Wate�Table(C2) Water Marks(61) �O�adiud Rh¢oapheres on Living Rooffi Crayfish Burrowa(C8) SadkneM Deposits(B2) (C3) Saturation V'�sible on Aerial ImaAery(C9) Drift DePos�s(63) P�esence of Reduoed Iron(G) StuMAd or Stressed Plarris(D1) Algal AAat or Crust(B4) Recerk lron Redudion in TiUed Soda �Geomorphic Pa�ion(D2) 1fO^DeP��(�) t�) �FAC-Neutral Test(05) Inundation via�fe on Aeflai Imagery(B7) Thin Mudc Surfaoe(C� — Sparsely Veg�ated Concavoe Surfac�e(88) —Geuge or WeA Data(D9) Water-Stained Lea�res(B9) Other(Explain in Rernarks) rva o�: Surfaoe wa�er pnesent? Yes X No Depth(inchesj: 0-2 Water table preseM? Yes � No Dep�(indies): �"' Indfcatora of weqand Saturetion presertt? Yes �— No Depth(inc�es): �r bydrolo9Y P�eM't Y (indud�capillarY fringe) De�ibe recorded data{stneam gauge.monRoring well,aerial photos.Previous inspedions},if available: ema s: In the farmed wetland review the basin had we�and signitures in just 47%of the normal year5, but on-srte all three criteria were present. US Army Corps of Engineers Midwest Region WETLAND DETERMINATION DATA FORM-Midw�t Region Projed/Si1e Stor�egate Farms City/CouMy: Orono-AAedina/Hennepin Sampling Da�: 6/1/2015 AppliCarrf/Owner. Property R�ourGes Dev.Corp. State: MN Sampling Panr SL-U inv�estigator(s): KeIIY�•BopraY,PSS,CWD 3edion,Tovmship,Range: Sec.28.T118N,R23W L.ar�dform(hillslope,terrace,etc.): hiiislope Local relief(ooncave,convex,none): �ve Slope(%j: 2% Lat: Long: Datum: Soil Map Unit Name L25A Le Suetu loam VWI Classificx�tion: Not id'ed Ane dimatich►ydrdogic c�diti�ona of the aite typical i�r this tir�of the yeart Y (If no,e�lain in remarks) Are vegetation ,soil ,or hydrology significarrtly d�turbed? q�"��al caroumstances" Are vegetation ,soil X ,or hydrology naturally problematic? present? Yes SUMMARY OF FINDINGS (If needed,explain any answ�s in remarks.) Hydrophytic vegetati�present? Y Hydric soil pr+eserrt? Y fs tl�e sampied ar+ea withln a vretfar�dT N Indicators of watland hydrology pnesent? N f yes,optipnel troe118nd Site ID: Remarka:(F�cplain altemative procedures here or in a separate report.) YTD prBcip was at 90-100%of normal at the time of the sifie visit. Soiis are mollisols. This area was previously i�rmed but not for several years now. VEGETATION—Use scientiflc names of plants. Absotute Dominan Indicator pominance Test Worksheet Tree Stratum (Plot size: 30 ft ) %Ca�er t Speaea Staus N�mps�of pom�naM Speaes � that aro OBL,FACW,or FAC: 1 (A) 2 Total Number o�Dominarrt 3 SpeCies lkxoss all Strata: 1 (B) 4 Peroern of Dpninarrt Spec�es 5 Uiat are OBL,FACW,or FAC: 100.0096 (A/B) 0 =Total Cover Sadina/Shrub straturr (Plot size: 15 ft ) Pr+eva�nce index Worlcshest � Tota196 Cover of 2 OBL species 0 x f= 0 3 FACW epec�es 15 x 2= 30 4 FAC specfes 81 x 3= 183 5 FACU spec�es 25 x 4= 100 0 =TWaI Cover UPL spacies 1 x 5= 5 Herb stratwn (Plot siza; 5 ft ) Column totals 102 (A) 318 (B) 1 Pba pratensis 60 Y FAC Prevalenoe Index=B/A= 3.12 2 &ar+us jr�mti$ 15 N FACU 3 Sdidago canaden�s 10 N FACU Hydrophytic Vegetatlon Indtcabors: 4 Phalaris arvndinacea 10 N FACW Rapid test tor hydrophytlC vegetaticn 5 SoNda�o gigantea 5 N FACW X Dominanoe test is>50% 6 8a�area vulqeris 1 N FAC Prevelenoe�dex ia s3_p• 7 Post/naca sativa 1 N UPL Mprphogical adaptations•(proyide 8 9 supporting deta in Remarks or on a ��) 10 Problematic hlbrophYtic vegetabon' 102 =Totai Cover (explain) Woodv vine atratum (Plot size: 30 ft ) �� 1 2 Pre�eM,urYess dislu�bad or pr�lemetic ro 0 =Total Cover �� preeent? Y Remarks:(Indude photo numbera here or on a separate sheet) US Amy Corps of Engineers Midwest Region SOIL Sampling PoirK: SL-U Profl�e D�cription: (Describe to the depth needed to document the indkator or conflrm the at�ence of tndicators.) �epth Matrix Redox F�turea (inc��es) Color(mast) 9� Color(moist) % Type" Loc*` Texture Remarks 0-8 10YR 2/1 �� &13 10YR 2/1 clay loam 13-17 10YR M1 10YR M4 2 C M day 17-25+ 10YR 4/2 day "Type:C=Conoentration,D=Depletion,RM=Reduoed Matrix,MS=Masked Sand Grains. "Location:PL=Pore Lining,M=Matrix HydMc Sofl Indicato�s: Indiqtors for Prebl�rr�tic _Histisol(A7) Sandy G�eyed Matrix(S4) Coast Prairie Redox(A16 dLR 8olls: )� ��R) _Histic Epiped�(A2) �Sandy Redox(S5) �rk Surtaoe{S7)(LRR K,L) _Bladc Histic(A3) Stripped Matrbc(S6) 5 cm Mudcy Peat or Peat(S3)(LRR K,L,R) Hydrogen Sutfide(A4) Loamy Mucky Mineral(F1 j Iron-Manga�se Masses{F12)(LRR K,L,R) _SUatified Layers(AS) �Loamy Gieyed Matrimc(F2) Very Shallow Dark Surtace(TF12) _2 an Mudc(A10) Depleted Mafix(F3) Other(explain in remarks) Depleted Below Dark Surfaoe(A11) Redox Dark Surface(F6� X Thidc DaNc Surface(Al2) Depleted Dark Surfaoe(F7) 'indicators of hydrophytic vegetstion and weltand _Sandy Mudcy Mineral(S1) _Redox Dep�essions(F8) hydrotogy must be present,unless disturbed or problematic ResUictive Layer(if observed): T�� HydNc sot!pn�eM? Y Depth(u►che8): ema . HYDROLOGY Wetland Hydrology Indicators: Primarv Indicatois(minimum of one is reauired•chedc ail that a�uly� i ' minNnum Surface Waber(A9) Aquatic Fauna(Bt3) Surfaoe Soi!Cradcs(B6) Hiph Water Table(A2) True Aquatic Plants(B14) Drainage Pattems(610) Saturatlon(A3) Hydrogen Sutfide Odor(C1) Dry-Seaaw�Water Tabb(C2) Wate�Ma�ks(61) Oxid�ed Rhizc�spheres on Livinp Roota�Crayfiah Bumows(C8) SedtmeM Deposits(62) (C3) Seturation V'�stble on Aeriai Im�ery(C9) DriR Deposits{B3) Preserroe of Reduoed Iron(C4) StuMed or Stressed Plarfis(D1) Algal AAst or Crust(B4) Reoe►►t lron Redudion ln TUbd Sofls Cseomorphlc Posrtion(D2) Iron Depoaits(65) (C8) —FAC-Neutral Teat(D5) Inundation V'aibie on Aeria1 Imagery(87) —Thin Mudc Surfaoe(C� — Sparsey Vegetated Concave Surfac�e{B8) —Gauge or Weil Data{p9) Water-5tained Leaves(B9) OtFier(E�lain in Remarks) o�: Surface water preser�t? Yes No X Depth(inches): Wate�'table present? Yes �'— No Deptt�(inc�es): �`— Indica�ra ot wetland Saturadon present? Yes —"X—" No Depth(irx:h�): �� Md�OY P� N (indudes cepillary fringe) Desca'ibe recorded data(stream gauge,monitaing well,aerial photos,previous inspecc:tiior�s),if available: ema s: uS Army Corps of Engineers Midwest Region WETLAND DETERMINATION DATA FORM-Midwest Reglon Projecf/Site Stonegate Farms City/County: Orono-Medina/Hennepin Sarr�ling Date: 5/27/2015 AppNcanNOwner. Property Resouroea Dev. �'P• State: MN Sampling PaM: SP-1 Investigator(s): IGelly J.Bopray,PSS,CWD 3ec�ion,Township,Range: Sec.28,T118N,Ft23W Landfortn(hillsfuPe.terraoe,etc.): depression Local relief(ooncave,oonve�c,none): concave Slope(%): 0-2% Lat: L�9� Detum: Soil Map Unit NameL23A Cordova loam V1M Classification: PEM1A Are dimaUclhydrolog�conditbns of the site typical for this tirr�of the year? Y (If no,e�lain in remarka) Are vegetation ,soil ,or hydrology significantly disturbed? q�^normal arc.umstenoea" Are vegetation ,soil X ,or hydrology naturally problematic? pr,�� Y� SUMMARY OF FINDINGS (If needed,e�iain any anawers in remarics.) Hydrophytic v�epeta�on preseM? N Hydric soil p�eaent? N Is tl�e sampled arw within a weWnd� N Indic�tars of w�eUerxi hydrologY present? N f yes,optional watland site ID: non w8tland Remarics:(E�lain altemative procedures here or in e separate repcxt.� YTD precip was at 90-100%of normal at the 6me of the site visit Soils are mollisols. VEt3ETATiON—Use scientific names of plants. Absolute Dominan Indic�tor pominancs Test WorksMet Tree Stratum (Pbt size: 30 ft ) °�Cover t Specties Staus Number of Dominar►t Spectes 1 Tilia americ�►a 40 Y FACU that are OBL,FACW,�FAC: 1 (A) 2 Acer'seCchanm► 25 Y FACU Total Numbsr of DaninaM 3 Quem,trs iubra 5 N FACU Spec�es Across all Strata; 5 (B) 4 Aoernegundo 5 N FAC pB�M�p�inant Spe�es 5 Ftaxinus pennsylvenice 5 N FACW that are OBL,FACW,or FAC: Z0.00% (A/B) 80 =Total Cover Sa�lina/Shtub straturr (Plot size: 15 ft ) Preva{anca Udex Worksheet 1 Rhamnus cstha�tica 5 Y FAC Total�16 Cover of: 2 Titia am�enicana 3 Y FACt! OBt apecies 0 x 1= 0 3 Que�us rubra 3 Y fACU FACW speaes 5 x 2= 10 4 FAC apecties 10 x 3= 30 5 FACU spedes 76 x 4= 3p4 11 =Total Cover UPL species 0 x 5= 0 Haib stretum (Plot size: 5 ft ) Cdumn totals 91 (A) 344 (B) 1 Prevaler�e Index=B/A= 3.78 2 3 Hydrophytic Vegetaqon indicatas: 4 Rapid test for hY'dro�YGc vege�tion 5 Dominanoe test is>50% 6 Prevalenc�inde�c is s3.0` � Morphogic;al adaptationa•(provide 8 g _,_____„_ supportirg data in Remarlca or on a seParate sheet) 10 Pr'obkmatic hYd�Y��' 0 =Total Cover (e�lain) Woodv vine sh'atum (Plot size: 30 R ) •Indtc�laa d hyd��c aou and wetlanu hydroropy must be � present u�Yess�Sdabed or problama�tic 2 0 =Total Cov� �� p� N Remarks:(indude photo numbers here or on a seperabe sheet) no herb stratum US Amy Corps of Engineers Midwest Region SOIL Sampling Polr�t: SP-1 Protile Descripti�: (Descrlba to the dapth neadad to document tl�e indicator or cordirm the abaence of lodicators.) � �� Redox Featur� (�nches) Color(moist) % Cobr(moist) 96 Type• Loc`"' Textur+e R�aAcs a� �o�u� io�►, 7-14 18YR 2/1 day loam 1418 10YR 3/1 �m 1&22+ 10YR 4/2 ��y I� 'Type:C=Conoentration,D=Depietion,RM=Reduoed Mat�ix,MS=Masked Sand Grains. '"Loc�tion:PL=Pore Lining,M=Matrix Flydric 9oil Indicators: Indicatora for Problomatic Hydeic Soils: _Histis�eol(A1) SandY GleYeci Ms+b'+x(S4) Cosst Prairie Redox(A16)(LRR K,L,R) _Histic EWPed��(N�) Sandy Redox(S5) Dark SurFaoe(S7)(LRR K,L) Bladc Hiatic(A3) �StriPPed Matrix(S6) 5 cm Muc�y Peat or Peat(S3)(LRR K,�-.R) �Hydrogen Sulfide(A4) Lo�ny Mucky Mineral(F1) 1ron-Manganese Massgs{F12j(LRR K,L,R) _Stratified Layers(A5) Loamy Gleyed Matrix(F2) �Very Shallow Daiic SurFeoe(TF12) _2 cm Mudt(A10) Depleted Matr'nc(F3) Ofher(explain in remarics) Depleted Below Daric SurFece(A11) Redox Dark Surfeae(F6) — _Thidc Dark Surfaoe(Al2) Depb�ed Dark Surface(F7) "Indicators of hydrophytic vegetation and weltand _Sandy Mudry Mineral(S1) _Redox Depressions(F8) hydrology m�t be present,uniess disturbed or probtemetic Restricthre L.ayer(if observed): T�' Hydric soll peesentl N Depth(inc�es): ema . HYDROLOGY Wetland Hydrology indkators: Primarv Indicatora(minimum of or�e is reauir�•d�edc all that so�l� �ndarv Indicetors(rranimum of Mro reouiredt Surtaoe Wa6ar(A1) Aquatic Fauna(B13) Surfaoe Soil Cradcs(B6) Hiph Waeer Table(A2) True Aquatic Plar�(B14) Dreinage Patbsms(B10) Saturabon(A3) Hydrogen SuHide Odor(C1) DrySeason Watsr Tabie(C2) Waber Marks(B1) O�adized Rhizospheres on Wing Roots Crayfish BuRows(C8) SedMneM Deposits(62) (C3) Saturation Visibb�A�eriai Imapery(C9) DriR Depasib(63) Presencs of Reduoed Iron(C4) Stu�ed or Stresaed Plants(Di) Algal Mat or Cnnt(B4) Rec�ern lron Reduction in TUled Sals �Geomorphic Poskion(D2) Iron Deposits(B5) (Ce) —FAC-Neutral Test(D5) inundation V'�s�le on Aerial Imagery(67) —Th(n Mudc Surface(C� — s��v�co��s��cee) —Gauge or WeN Data(�J) Water-Stained Leav�(B9) Other(F�lain in Remerksj Surface water present? Yes No X Depth(indies): Water tabte pr�ent? Yes �'- r�o �e�tn��nd,es>: —'�'—'" ina�ca�rs of wetiand Saturation presen#? Yes �— No Depth(inc�es): � Mbro�o9Y P�e� N (inCludes c�piilary frir�e) Describe recar�ded data(str+eam gauge,monftoring well,aerial photoe,provious in sPections)�if available: ema s: 68 is not applicable-na understory but trees growing throughout the basin are upland species. US Army Corps of Engineers Midwest Region WETLAND DETERMINATION DATA FORM-Midwest Region Projax/Site Stonegate Farms City/County: Orono-MedinalFlennepin Sampling Dabe: 6N/2015 AppNcant/Owner. Property Resources Dev.Corp. State: MN Sampfing Point SP-2 Investi�ator(s)_ Keily J.Bopray,PSS,CWD 5ec�ion,Township,Range: Sec.28,Ti 1 SN,R23W Landform(ni��sbpe,teRaoe.etc.): head of ravine �oc�+�roeliet(c�ncave,convex,none): concave Slope(%): 6-12°i6 Lat: L�9� Detum: Soil Map Unit Name L25A Le Sueur loam �C��: �� Are dimatic/hydrologic condiGon.s of the site typical for this tin►e of the year? Y {If no,expMain in remarics) Are wegetation �soil ,or hYcirologY aignficantly disturbed? Are"normal drexxr�tances" Are vegetation ,soil X ,or hydrology naturally problernatic? p�� Y� SUMMARY OF FINDINGS (if needed,explain any answ�ers in remarics.) Hydrophytic vepetation pr�esent? M Hydric sal present? N Is tl�e sartq�led ar�wHhin a weWnd? N Indicatora of w�eUa�hydrolu9Y Present? N f y��optional weUand site ID: non-w�etla� Remarks:(E�iain alEamati�re procedures here or in a aeparate report.) YTD precip was at 90-100°�6 of normal at the time of the site vi.sit. Soils are mollisols. Small wooded arBa extending out into crop fieki on west side of site. VEGETATION—Use scien'bfic names of ptants. Absolute Dominan Indicator pom�nanc.e Test Wo�icshset Tnee Stratum (Plot size: 30 ft ) 96 Cover t Spec�es Stat�.s N�xnber of Dominant Spec�es 1 Frexinus pennsyhranica 20 Y FACW that aro OBL,FACW,or FAC: 3 (A) 2 T'�lia amencana 20 Y FACU Total Number of Dominarrt 3 Quer�cus a/be 20 Y FACU Spedes Across all Strata: 7 (g) 4 Prunus serotina 5 N FACU p��{p�inaM Species 5 Carys ovata 5 N FACU that are OBL,FACW,or FAC: 42.86% (A/B) 70 =Total Cover Sacllna/Shrub straturr (Pbt s¢e: 15 ft ) Prevalenco Index Worfahaet 1 Ri►amnus cathartica 30 Y FAC Tota196 Carer of: 2 Ribes cyrtosbeti 10 Y FAC OBL apecies 0 x 1� 0 3 Aoet'saccharum 5 N FACU FACW species 20 x 2= 40 4 FAC apecies 42 x 3= 126 5 FACU species 122 x 4= 488 45 =Total Cover UPL species 20 x 5= 100 Herb stratum (Plot s¢e: 5 ft ) Cot�xnn totals 204 (A) 754 (B) 1 Caren gradlllma 30 Y FACU Prevalence Index=B/A= 3.70 2 Hystrin patula 20 Y UPL 3 Parthenocissus quinquefolis 10 N FACU Nytfrophytic Ve�tlon Indkators: 4 Tiifabum pratense 10 N FACU Rapid test for hydrophytic ve�etadon 5 Rubus idaeus 5 N FACU �ominance test is>50% 6 Tarexecum ofl5cina/e 5 N FACU Prevalenoe indeoc is s3.0' 7 Glechoma hede►�oea 3 N FACU �i��s��.�� 8 So/�dego canadensis 2 N FACU supporbng deta in Remarks or on a 9 Aictium minus 2 N FACU separate sheet) 10 Toxi�odend�r►radicans 2 N FAC problematic hydr�phytic ve8etstion' 89 =Totel Cover (e�lain) 1Noodv vine stratum (Plot size: 30 ft ) ry�.�a�� pr�nt.uMeas dlahrbed ar probldnEdc 2 --�— 0 =Total Cover �9eb� W+eseret? N Remarks:pndude photo numbers hene or on a separate sheet) US Amy Corps of Engineers Midwest Region SOIL Sampting Po1M: SP-2 Proftle D�cripUon: (Dascribe to the depth needed to document the indicab�or conflrm tl�e absence of indicators.) Deptt► �y�ci Redox Features (Inc�es) COIOr'(moist) % Color(rtloist) % TypE" LOC'"` TeXtU1+@ Remarks 0�8 10YR 211 �m 6-12 10YR 3/1 day bam 12-1 g+ 10YR 3J3 day loam 'Type:C=ConoeMration,D=Depletion,RM=Reduced Matmc,MS=M�ked Sand Grains. "Location:PL�Pae Lining,M=MaUix Hydrtc Soil lndica�ors: Indicators for Problernatic Hydiic 8oib: _Histiao!(A1) Sandy Gleyed MaMx(S4) Coast Prairie Redooc(A16)(LRR K,L,R) _Histic Epipedon(A2) Sandy Redox(S5) Dark Surfaoe(S7)(LRR K,L) _Bladc Histic(A3) StriWxd Matrix(S6) 5 cm Mudcy Peet or Peat(S3)(LRR iC��-.R) _HydroBen Sulfide{A4) Loamy Mucky Mineral{F1) Iron-Manganese Masaes(F12)(LRR K,L�R) ��ye�t�) Loemy Gleyad Metroc(F2) Very Shallow��1c Swfac�(TF12) 2 cm Mudc(A10) �peplefiad Matra(F3) Otlter(e�lain in remaAcs) Depleted Belaw Dark Surtaoe(A11) Redox Da�ic Swface(F8) ` _Thidc Dark Surface(Al2) Depleted Dark Surtece(FT) •Indicators of hydrophytic vegefati�and weltand _Sandy Mucky Mir�ral{S1) _Redox Depressions(FS) hydrology must be present,unless disturbed or Pr�ematic Restrlctive L.eyer(tF observsd): T�� Hydrlc sotl prasent? N �t�)� HYDROLOGY WeUand Hydrology Indkabrs: Primary Indi�ators(minimum of one is reauired�chedc all that andyl �ry I��(��um of twD reauired) Surfaoe Water(A1) Aquetic Fauna(613) Surface Soil Cradcs(B6) High Water Teibte(A2) True Aquatic Plants(614) —Drainage PatEems(B10) Saturation(A3) Hydrogen Sulfide Odor(C1) Dry-Season We�Table(C2) Water Marks(B1) O�ddized Rhizospheres on Llving Rooffi Crayflah Burrows(C8) Sed(meM Deposits(62) (C3) Saluration Vis�le on P�erial Ima9ery(C9) DriR Deposits(B3) Presence of Reduced Iron(C4) �Stunted or Strassed PIaMs(Di) Alga!Mat or Crust(B4) Recent lron Reduct�on in Tilled SoUs Geo+norphk Posl�fon(D2) Iron Depoaits(BS) (C8) FAC-Neutral Test(D5) Inundation Y�sible on Aeriel lmagery(B7) Thin Mudc Surfaoe(C'� — Sparsery Vegetated Concave Surface(B8) —Gauge or WeN Data(D9) Water-Stained Leaves(69) —Other(F�lain in Remarks) rva ons: Surtaoe water present? Yes No X Depth(inches): Water table present? Yes No �C—Depth(incfiea): �i '�` Indkabors of rretland Saturetlon preseM? Yes No —�Depth(inches): �— hydrolopy present? N (includes c�illary fiir�e) Descr�e recorded data(stream gauge,monitoring vwell,aerial photos.Previous inspec;tiona),if available: ema . no hydrdogy indicators observed. US Army Corps of Engineers Midwest Region WETLAND DETERMINATION DATA FORM-Midwest Reglon Prnject/Site Stonegate Farms City/County: Orono-MedinalHenr�epin Sampling Date: 6!1/2015 ApplicantlOwner. Property Resouroes Dev.Corp. State: MN Sampling Point SP-3(FW area 2) Investtgffior(s): Kelly J.BopraY,PSS.CWD 3edion,Township,Range: Sec.28,T118N,R23W Landfortn(hillslope.terrace,etc.): head of small swale Local relief(�ve,oonvex,none): oonceve Slope(%): 2-6°,6 Lat: Long: Datum: Soi!Map Unit Na►r�e L25A Le Sueur loam VWI Ciassific�tion: not id'ed Are dimaticThydrologic c�nditions of the sibe typical for this time of the yeai'J Y (If no,e�q�lein in remarka) Are vegetatfon ,soil ,or hydroingy significarrtly disturbed9 Are"normal arcxunstanoes" Are vegetation ,soil X ,or hydrology nsturally probiematic? pr+esent? Yes SUMMARY OF FINDINGS (If needed,explain any ar�sw�ers in r�narks.) HYdroPhY�c�getation Presenn N Hydric soil preserrt? N b tl�e sampled ar+ea wifhin a wetland? N Indicetors of w�eUand hydrology present? N f y�,optional wetland site ID: non�ve�land Remarks:(F�lain altemative procedures here or in a separate r+�ort) YTD precip was at 90-100°�of normai at the time of the sRe visit. Soils are moll'isols. Area was previously fa�but now pianted to nursey tree stodc. VEGETATION—Use scientific names of plants. Absolute Dominan IndicaMr pominance Test WorfcsMet T►�ee Stratum (Plot size: 30 ft ) %Cover t Species Staus Number of DominaM SP�es � that are OBL,FACW,or FAC: 1 (A) 2 Total Nurt�ber of Dominarrt 3 Spac�es Across an Streta: 2 (g) 4 Pert�nt of DominaM Spedes 5 that are OBI.,FACW,or FAC: 50.00% (A!B) 0 =Total Caver SacGngPShrub straturr (Plot size: 15 ft ) Prevalence Index Workshest 1 Comus r�emosa 2 FAC Total%Cover of: 2 OBt species 0 x 1= 0 3 FACW speaes 0 x 2= 0 4 FAC spettiee 47 x 3= 141 5 FACU speaes 55 x 4= 220 2 =Total Cover UPL apecies 2 x 5= 10 Herb stratum (Plot size: 5 8 ) Column btels 104 (A) 371 (B) 1 Pos pretensis 40 Y FAC Pievalence index=BIA= 3.57 2 Bmmus inei►►'►�s 25 Y FACU 3 Taraxacum oflrcina/e 20 N FACU HydrophyHc Vs�etation Indkatoa: 4 Solid&go canaalensis 10 N FACU Rapid test for hydrophydc vegetation 5 Panicum virgetum 5 N FAC Dominance test is>5096 6 P9sSn8C8 s8tiv8 2 N UPL ^Prevaler�e inciex is Si.O• 7 — 8 Morphogicai adeptaGons`(Provide 9 supportir�data in Remarks or on a separate sheet) 10 ProblemeUC hYdrophYtiC vegetetion• 102 =ToQal Cover (explain) Woodv vine atratum (Plot size: 30 ft ) — ' 'Indicsbn of hydric�11 and wetland hydro{opy must be D�►C unless d�tlNbed ar pfoblBmatlC 2 rop c 0 =Totai Cover ��d� W+eaent9 N Remarics:(Ir�l�e photo numbers here or on a separate aheet) The planted green ash, red oak,white spruce were not included in the vegetation assessment. US Amy Corps ot Engineers Midwest Re�ion SOIL 8ampling Point: SP-3(FW area 2; ProHN D�acription: (D�cribe to tbe depth nesded to documw�t tfie indiceWr o�co�irm tl�e absence of indicatas.) Depth latr c Redox Features (��) Cota(mo�st) 9k Color(moist) % Type* Loc" Tex�re Remarics 0-6 10YR 2N �m &15 10YR 3/1 q�y�m 15+21+ 10YR 3/3 day loam 'Type:C=Conoentration,D=D�letion,RM=Reduced Matrbc,MS=Maslced Sand Grains. "Location_PL=Por+e Lining,M=Matrix Hydric 8otl IndicaMrs: Indicators for Problematic c Sotb: Histisol(A1) Sandy Gleyed Matrix(S4) Coast Prairie Redox(A16)(LRR FC,L,R) Histic Epipedon(A2) Sandy Redox(S5) DaAc Surfaoe(S7)(LRR K,L) Bladc Histic(A3) Stripped Matrbc(S6) 5 an Mucky Peat or Peat(S3)(LRR K,L,R) Hydrogen Suffide(A4) Loamy Mudcy Mineral(F1) Iron-Mangar�ae Masses(F12)(�RR K,L,R) Stratified Layers(A5) Loamy Gleyed Matrix(F2) Very Shallow Dark Surface(TF12) 2 cm Mudc(A10) Depletad Matrix(F3) OtF�er(e�lain in r+ernarks) Depteted Below DaAc Surface(A11) Redox Dark Surface(F6) Thidc Da�lc Surface(Al2) Deplebed Dark Surfaoe(F7) •Indicators of hydrophytic vegetstion and weltand _Sandy Mudry Mir�al(S1) _Redox Depr+essions(F8) hydrology must be present,unless disturbed or problemetic RestricWe t,yer(if observed): TYPe� Hydric soil preseM't N �(i�): ema . HYDROLOGY Wedand H�rdrology Indtcators: Primarv Indicators(minimum of one is reauired:d�edc e�l thet aoolvl Secandary Indicxtors(minimum of two reouiredl Surface Water(A1) Aquatic Fauna(B13) Suifaoe Sa7 Cradcs(B6) High Water Tabie(A2) —True Aquadc Plarrts(B14) Dreinage Pat6ems(B10) Saturatfon(A3) i Hydrogen Sulfide Odor(C1) Dry-Season Water Table(C2) Wator Marks{B7) Obdiud Rhizospheres on Living Roots Crayfish BumaMra(CB) Sederierrt OePosits(82) (C3) Saturation Y�on Aerial imagery(C9) DriR Depoaits(63) Preaenoa of Reduoed Iron(C4) Stunted or Sb+eased PIaMa(D1) Aigal Mat or Crust(B4) Reoent lron Redutxlou�in Tiked SoAs Geornorphic Positb�(D2) Iron Deposits(B5) (CB) —FAC-Neutral Test(D5) InundaGon Visible on Ae�ial Imagery(B� Thin Mudc Surface(C� Sparsely Vegetated Concave Surface(B8) —Gauge or Well Data(D9) Water�tained Leaves(89) Other(F�plain in Remarks) rva ons: Surtece water present? Yes No X Depth(tnches}_ Water tabb present7 Yes No �Depth(inches): ��— indicators of wetland Saturation present? Yes No �'—Depth(incbes): >� hydrology pr+e�ent� N (indude.a capillary fringe) De6cxibe reoorded data(stream gauge,monitoring well,aerial photos,Previous inspectia�s),if available: erna . in tl�e fw review this area only had wetland signitures in 1$96 of the nonnal precip years. US Army Corps of Engineers Midwest Region WETLAND DETERMINATION DATA FORM-Midwest Region Projec�/Site Stonegate Farms City/County: Orono-Medina/Henr�epin Sampling Dabe: BH/2015 ApplicaM/Owner. Property Ftesou�ces Dev.Corp. State: MN Sampling Point: SP-4(FW area 13) IrnrestiQator(s): FCelly J.BopraY,PSS,CWD 3ecxion,Township,Range: Sec.28,T116N.R23W Landiorm(hillslope,tertace,etc.): aligM dep�ssion LAcal relief(��,�x,no�): conqve Slope(96): 0-1�o Lat: Long: Datum: Soil Map Unit NameL23A Cordova loam VWI Classification: not id'ed Are dimatic/hydrologic condiiti�or�s of the site typical for this time of the year? Y (If�o,expialn in remerics) Are vegetation X ,soil X ,or hydrology significently diaturbed? p�^�a�p��" Are vegetation ,soil X ,or hydrology naturally problemadc? pnesenYt No SUM1ilARY OF FINDINGS (If needed,e�lain any answers in remarics.) Hydrophytic vegetation present? N Hydric soil preseM? N Is tl�e aampkd area within a nrotland� N indicators of wratland hydrology presenYt N f yes,optionat wetland site ID: non-w�etland RemaAcs:(E�lain altema6ve procedures here or in a separebe report) YTD precip was at 90-100°�of normal at the time of the site visit. Soils are mollisols. In the FW review this area had wetland signitures in 59�of the normal years, but on-site was dryer than the other basins that were PEMAf wetlands. VEGETATION—Use scientfic names of ptants. Absolute Dominan Indic�tor pominance Test Worksheet Tree Stratum (Plot size: 30 R ) %Cover t Spectiea Staus Number of Dominant Spedet � that are OBL,FACVN,or FAC: 0 (A) 2 Total Number of Dom�aM 3 Species Across all SVate: 1 (g) 4 Pe�erd of DominarK Spec�es 5 that are OBL,FACW,or FAC: 0.0096 (AB) 0 =Tota1 Cover SaclindShrub strat�r (Plot size: 15 ft ) Provalence I�ex Worksheet � 7otal 9�Cover of. 2 OBL apeaea 0 x 1= 0 3 FACW spec�es 0 x 2= 0 4 FAC specties 1 x 3= 3 � FACU spec�es 6 x 4= 24 0 =Total Cover UPL spec�es 20 x 5= 100 Herb stratum (Plot siae: 5 ft ) Column t� 27 (A) 127 (B) 1 GlyCene ma�c 20 Y UPL Prevalenoe Index=B/A= 4.70 2 Ci�siurr►ervense 5 N FACU 3 Thlaspi arvense 1 N FACU Hydrophylic Vegefatlon Mdlcabors: 4 Ru►nex crisEws 1 N FAC Rapid test for hydrophy6c vegetatipn 5 Dominanoe�st�>5096 s Prevalet�ce index is 53.0* � Morphogical adaptatlona`(�ovfde 8 supporting data in Remarks or on a 9 separete sheet) 10 Problematic hY'd►+o�►Ytic vegetation' 27 =Total Cover (e�lain) Woodv vir�stratum (Plot size: 30 ft ) — ' M�bre W hydric aoi and wdl�d hy�dop�must be pne�ent,unleas d�nbed or problem�C 2 0 =Total Cover �� prosa�t9 N Remarks:(Indude photo numbers here or on a separate sheet) US Amy Corps of Engineers Midwest Region SOtL Sampling PoiM: >Pa1(FW area 1� Proflle DsscNptlon: (Describa to the depth needed to document the indicabor or c�fiem the absence of Indkators.) �P� � �iedox F�tur� (�nches) Cobr(moist) % Color(moist) °i6 Type• Lx"' Texture R�na�s 0-8 10YR 2I1 sift bam 8-13 10YR 2N day loam 13-20 10YR 3/2 day 20-26+ 10YR 4J2 10YR M6 1 C M day 'Type:C=Concentration,D=Depletion,RM=Reduced Matrbc,MS=Masked Sand Grains. '*Lxation:PL=Poro Lining,M=Matruc Hydric Soil Mdicatora: Indicators or Pro c HydMc Solls: _Histisol(A1) Sar�dy Gieyed MaMx(S4) Coast Prairie Redox(A16)(LRR K,L,R) _Histic Epipedon(A2) Sandy Redox(S5) Dark SurFaoe(S7)(LRR K,L) _Bladc Histic(A3) Stripped Matrix(S6) 5 cm Mucky Peat or Peat(S3)(LRR K�L,R) Hydrogen Sulhde(A4) Loamy Mudcy Mit�ral(F1) Ira�-Marqenese Messes(F12)(L.RR K,L,R) ��Y�(�) Loamy Gleyed Matrix(F2) Very 5hallow Dark Surtaoe(TF12) 2 cm Mudc(A10) Depleted Matrix(F3) Other(explain in r�emarks) 'Depleted Below Dark Surface(A11) �Redox De�ic Surfaoe(F6) _Thidc Dark SurFaoe(Al2) Depleted Dark Surtace{F7) •Indicators of hydrophytio vegetation and v�reltand _Sandy Mudcy Minerai(S1) _Redox Depressions(F8) hydrology must be present,unless diaturbed or � Restrictive Layer(H observed): T�� Nydric soil pr�ent� N Depth(inc�es): eme . HYDROLOGY Wetland Hydralogy Indicators: Primarv Indicators(minimum of one�a reauired•d�edc all that aoolvl �ndarv Indicators(minimum of two reauired) Surfgce Water(A7) AQuatic Fauna(B13) Surface Soil Cradcs(BB) High Water Table(A2) �True Aquatic Plar►ts(B14) —Dreinage Pettems(B10) Saturation(A3) Hydr'o9en Suifide Odor(C1) —Dry-Sesson Wa1e�Table(C2) Wate�Marks{81) O�ddized Rhizoapheres pn Living Roots Crayfish Burrows(C8) Sed�nt Deposits(B2) (C3) �Saturation visible a�Aerial Imape�Y(C9) ��P��(�) Presence of Reduoed Ir�(C4) Stunted or Stressed PIsMs(D1) Algai Mat or Cn�st(B4) Recsnt Iron Reductan in Tdied Sals Geomorphic Poaitiori(D2) iron Deposks(65) (Ce) —FAC-Neutrel Test(D5) Inundation V'�ible a�Aeriel Imagery(87) Thin Mudc Surfsae(C� — Sparseiy Vegetated Concave 5urface(B8) —"Gauge or Weli Date(D9) WateaStai�d Leaves(B9) Other(F�lain a'�Remarks) ons: Surfaoe water present? Yes No X Depth(inc�es): Water table pneseM? Yes No �—Depth(inches): �— Indicatora of wetland Saturation present? Yes No —�X—Depth(inches): � hydrology prsseM? N (indudes c�piilary finge) Descn�be re�rded data(stream gauge,monitoring vae0,aerial photos,previous inspec�ions),if avaii�le: ema . US Army Corps of Engineers Midwest Region u WETLAND DETERMINATION DATA FORM-Midwest Region Projed/Site Stonegat�e Fartns City/County: Orono-AAedinaMennepin Sampling Date: 6/1/2015 ApplicarrtlOwner. Properly R�ourc�s Dev.Cap. Stabe: MN Sampling Poirrt: SG-X InvestigatoKs): Ke�y,J.BopraY�P�,C� 3ec�ion,Tovvnsh�,Range: Sec.28,T118N,R23W Landform(hiHalope.berrace�etcJ: depreasion Local relief(voncave,oorwex,none): ooncave SbPe(%): 0-2°i6 Lat: Long: Datum: Soil Map Unit Name L23A Cordova loam VWI Classification: nat id'ed Ar�e dimatic/hydrobgic conditions of tl�e site typical for this time of the yeart Y (If no,explain in rema�lcs) Are vegetatron X ,soil X ,or hydrology X significar�tly disturbed? �»�e�p��„ Are vegetaation ,soil X ,or hydrology naturally problematic? pr�aent? No SUMMARY OF FlNDINGS (If needed,e�lain any anawers in remarks.) Hydrophytisc vegetation preseM? N Hydric aal pr�eser�t? Y Is tbe sampled ar�wifhln a wetland? N Indicators of weUand hydroiogy present? Y f y�,optionai wetland site ID: non-wetland Remarks:(Explain altemative prooedures her�e or in a separate report.) YTD precip was at 90-10096 of normal at the time of the site visit. Soils are mollisols. Pianted to row crops. Sampled in one of the higher depressions of the Wetiamd G complex. VEGETATION—Use scientific names of plants. A�olute Dominan Indicator Dan�es�e Tast Walcshert Tree Stratum (Plot size: 30 ft ) �6 Cover t Species Staus Number of Dominarrt Speaea � tFw�t ar�e OBI.,FACW,or FAC: 0 (A) 2 Total Number of Dominant 3 Specfes Across au Strata: 1 (B) 4 Percent of Dominarrt Species � that are OBL,FACW,or FAC: 0.00% (A/B) 0 =Total Cover Sedina/Shrub straturr (Plot siae: 15 ft ) Prevalencf Index Workshaet � Total%Cover ot 2 OBL specios 1 x f= 1 3 FACW spec� 9 x 2= 18 4 FAC species 1 x 3= 3 5 FACU spec� 1 x 4= 4 0 =Total Cover UPL species 20 x 5= 100 Hetb stretum (Plot size: 5 R ) Column totals 32 (A) 126 (B) 1 Glyc�ne max 20 Y UPL Prevalence Ir�dex=B/A= 3.94 2 Pha/a►is mundint�oea 4 N FACW 3 Gyperus strigosus 3 N FACW HydrophyUc V�tlon Mdicatofs: 4 Poa palusbis 2 N FACW Ra�id test 6or hydrophy6c vegetatia� 5 Sc�oeno,orectus tabemAemonten! 1 N OBL Dominanoe test is>50°6 6 Barba�ea vulgaris 1 N FAC Prevaler�e index is s3.0` 7 Thlespi ervense 1 N FACU ��)��Q�«�� 8 s�po►ting data in Remerks or on a 9 separabe sheet) 10 Problemadc hYdroPhY��9�+0�` 32 =Totat Cover (expiain) Woody vit�shatum {Plot s¢e: 30 ft ) *In6�s af hydiic soil and wstl.nd hy�dopy must be 1 P�t w�bas dbtwbed or probbmatic 2 ro 0 =Total Cover `�°O proeent? N Remarics:(Indude photo numbers her+e or on a separate sheet) Vegetatlon is disturbed. US Amy Cvrps of Engineers Midwest Region SOIL 8ampling Poin� SGX Pra1Ue Description: (Describe to tha depth needed M d�ument the fndicabor or cor�lrm ihe absence of Mdicatora.) Depth Matrix Redox Features (1�) Color(moist) °r6 Color(moist) % Type• L�" Texture Remarfcs 0-8 10Yf21/1 bam 8-12 10YR 2/1 �ay� 12-15 10YR 4J1 ��y�m 15-20+ 10YR M1 �Y *Type:C=Ca�oenVation,D=Depietion,RM=Reduced Nlatrix,MS=Masked Sand Grains. "'Location:PL=Pore Lining,M=Matrix Hydric Soil tndlcabws: Indicatas for Problematic H�►dric Solb: Histisol(A1) Sandy Gleyed Matrix(S4) Coaat Prairie Redauc(A1B)(LRR K,L,R) �Histic Epipedon(A2) Sandy Redox(S5) Dark Surtace(S7)(LRR K,l) _Bladc Histic(A3) �Stripped Matrix(S6) 5 an Mudcy Peat or Peat tS3)(LRR IC�L.R) _Hydrogen Sulfide(AA) Loamy Mucky Mir�ral{F1) Iron-Manganese Maases(F12)(LRR K,L,R) Stratified Layers(A5) Loamy Gleyed MaMx(F2) Very Shallow Daiic Surface(TF12) 2 an Muck(A10) �Depleted Matrix(F3) Other(expiain in nemarfcsj Depleted Below Dark Surfaoe(A11) Redox Dark 3ur(ace(FS) � X Thidc Dar1c Surface(Al2) Depletied Daric SurFaoe(F7) 'indicators of hydrophyticc vegetation and weftand _Sandy Mudry Mineral(S1) _Redox Depressians(F8) hydrology muat be pr�sent,unless disturbed or � ResMctive Laysr(if observed): TqPe� Hydrlc soil pressM't Y Deptl�(ind�es): � . HYDROLOGY wetlaana Hydrology inalcabots: Primarv I�dicators(mir�mum of one�rea�aired:c�eck all that aoolv) 1 " m f ui Surfaca Water(A1) Aquatic Fauna(613) Surfaoe Sdt Cradcs(B8) High Wa�r Tabb(A2) Ttue AquatiC PlarKs(614) Dr8lnaye Psttem8(B10) Seturation(A3) Hydrogen Sul(ide Oda(C1) Dry-Season Water Tabb{C2) Water Marks(Bt) O�odiaed RhizospNeres on L'mr�g Roots Crayfish Burrows(C8) Sediment DePusits(62) (C3) �Satutation Viaible or►Aerial Ima9�Y t�) Dtift Deposits(B3) Rr�ence of Reduoed Iron(C4) Sturrted or Stressed PIaMs(D1) Algal AAat or Crust(B4� ReceM Iron RsductioJ►in 71Ued Soi� �Geomouphic Positlon(D2) Iron Deposits(65) (C6) FAC-Neutral Test(D5) Inundatan Visible on Ae�al Imagery(B� —Thin Mudc Surface(C� SparselY Vegetated Concars Sutfaoe(B8) Gauge Ot Well Data(D9) Water�Stained Leavee(B9) —Other(Explain In Remarks) rva ons: Surfeoe wa�preser�t? Yes No X Oepth(inc�esj: Water table present? Yes �- No Depth(inches): �— Mdicabrs of wetland Saturation present? Yes �— No Depth(ind�ea): �— hydrology preseM? Y (��1ery fi�) Describe reoorded data(str+eam gauge,monitoring woeil,aerial photos.previo�inspections),if available: ema . Area had surFace water after a heavy rain, but was almost completely dry 5 days late�. Flooding and saturation likely lasts less than 14 days. The basin did not develop stressed crops in a wetter than average year. US Army Corps of Engineers Midwest Region