HomeMy WebLinkAboutWetland Conservation Act Notice of Application/Notice of Decision Christine Mattson
From: Catherine Bach [cbach@minnehahacreek.org]
Sent: Friday, October 19, 2012 10:22 AM
To: 'Stacey.Lijewski@co.hennepin.mn.us'; 'Peterson, Lynda (BWSR)'; 'Doperalski, Melissa
(DNR)'; 'Jenny, Melissa M MVP'; Christine Mattson;jacobsonenv@msn.com
Subject: WCA Boundary&Type Notice of Application - 1000 Brown Road South, Orono
Attachments: W12-32_Boundary&Type NOA.pdf
Good morning,
Please find attached a Wetland Conservation Act Notice of Application for a wetland boundary&type determination for
1000 Brown Road South in the city of Orono. The complete application is included. Comments on this application will
be accepted until 4:30 PM on November 9, 2012. A hard copy wil� be mailed to the applicant. Feel free to contact me
with any questions.
Catherine Bach
District Technician
Minnehaha Creek Watershed District
18202 Minnetonka Boulevard
Deephaven, MN 55391
Direct: (952) 641-4504
Main Office: (952)471-0590
Fax: 952-471-0682
www.minnehahacreek.or�
� ��,,__ :
MINNEHAHA CREEK �r-
WATERSHED �ISiRiCT r�ex�
�ir�
�Think Green - please do not print this email unless necessary
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ParcelID: 10-117-23-13-0001 Current Parcel Date: S/9/2008 c�
Owner Name:]A ABBOTT&P A ABBOTT � �•���J
Partel Address: 1000 BROWN RD S,ORONO,MN 55391 (y�/► (���p�
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!
Minnesota Wetland Conservation Act
Notice of Decision
Local Government Unit(LGU) Address
Minnehaha Creek Watershed District 18202 Minnetonka Blvd
Deephaven,MN 55391
,
1.PROJECT INFORMATION
Applicant Name Proj ect Name Date of Application
Willie Abbott 1000 Brown Road South Application Number
8/20/12 W12-32
(completed
10/1/12)
�Attach site locator map.
T e of Decision:
�Wetland Boundary or Type ❑No-Loss ❑Exemption ❑ Sequencing
❑Replacement Plan ❑Banking Plan
Technical Evaluation Panel Findin s and Recommendation if an :
❑Approve ❑Approve with conditions ❑Deny
Summary(or attach):
2. LOCAL GOVERNMENT UNIT DECISION
Date of Decision: 11/29/12
�Approved ❑Approved with conditions(include below) ❑Denied �I
LGU Findings and Conclusions(attach additional sheets as necessary):
A wetland delineation at 1000 Brown Road South in Orono(PID#1011723130001)was performed by
Jacobson Environmental on June 13-14,2012. The delineation was reviewed in the field on November 9,
2012 by Minnehaha Creek Watershed District(MCWD)staff.
Two wetlands were identified on the property(Wetland 1 and Wetland 3). An area designated Wetland 2
was originally included with the delineation but was determined to be off of the property(just north of the
driveway). Both Wetland 1 and Wetland 3 were identified as Type 3 shallow marsh. Wetland 1 is also
classified as DNR P�iblic Water Wetland#865W.
The boundary&type determinations described above and in the delineation report dated September 29,
2012 are approved by the MCWD. This decision is valid for five years. A project on this property may
require a permit from the MCWD.
For Replacement Plans using credits from the State Wetland Bank:
BWSR Forms 7-1-10 Page 1 of 3
Bank Account# Bank Service Area County Credits Approved for
Wifhdrawal(sq.ft.or nearest.O1
acre)
Replacement Plan Approval Conditions. In addition to any conditions specified by the LGU, the
approval of a Wetland Replacement Plan is conditional upon the following:
❑ Financial Assurance: For project-specific replacement that is not in-advance, a financial !
assurance specif'ied by the LGU must be submitted to the LGU in accordance with MN Rule
8420.0522,Subp. 9(List amount and type in LGU Findings).
❑ Deed Recording: For project-specific replacement, evidence must be provided to the LGU that
the BWSR "Declaration of Restrictions and Covenants" and "Consent to Replacement Wetland"
forms have been filed with the county recorder's office in which the replacement wetland is located,
❑ Credit Withdrawal: For replacement consisting of wetland bank credits, confirmation that
BWSR has withdrawn the credits from the state wetland bank as specified in the approved
�replacement plan.
. Wetlands may not be impacted until all applicable conditions have been met!
LGU Authorized Si ature:
Signing and mailing of this completed form to the appropriate recipients in accordance with 8420.0255,
Subp. 5 provides notice that a decision was made by the LGU under the Wetland Conservation Act as
specified above. If additional details on the decision exist,they have been provided to the landowner and
are available from the LGU u on re uest.
Name Title
Catherine Bach District Technician
Signature Date Phone Number and E-mail
11/29/12 (952)641-4504
cbach@minnehahacreek.org �
THIS DECISION ONLY APPLIES TO THE MINNESOTA WETLAND CONSERVATION ACT.
Additional approvals or permits from local, state, and federal agencies may be required. Check with all
appropriate authorities before commencing work in or near wetlands.
Applicants proceed at their own risk if work authorized by this decision is started before the time period
for appeal (30 days)has expired.If this decision is reversed or revised under appeal,the applicant may be
responsible for restoring or replacing all wetland impacts.
This decision is valid for three years from the date of decision unless a longer period is advised by the
TEP and specified in this notice of decision.
3. APPEAL OF THIS DECISION
Pursuant to MN Rule 8420.0905, any appeal of this decision can only be commenced by mailing a
petition for appeal, including applicable fee,within thirty (30)calendar days of the date of the mailing of
this Notice to the following as indicated:
Check one:
� Appeal of an LGU staff decision. Send ❑Appeal of LGU governing body decision. Send
petition and$0 fee(if applicable}to: petition and$500 filing fee to:
Minnehaha Creek Watershed District Executive Director
18202 Minnetonka Blvd Minnesota Board of Water and Soil Resources
Deephaven,MN 55391 520 Lafayette Road North
St. Paul,MN 55155
BWSR Forms 7-1-10 Page 2 of 3
4.LIST OF ADDRESSEES
� SWCD TEP member: Stacey Lijewski—Stacey.lijewski@co.hennepin.mn.us
� BWSR TEP member: Lynda Peterson—Lynda.peterson@state.mn.us
❑ LGU TEP member(if different than LGU Contact):
� DNR TEP member: Jack Gleason—john.gleason@state.mn.us
� DNR Regional Office(if different than DNR TEP member):Melissa Doperalski—
Melissa.doperalski@state.m n.us
❑ WD or WMO(if applicable):
� Applicant(notice only)and Landowner(if different):Willie Abbott, 1000 Brown Road South,
Orono,MN 55391
� Members of the public who requested notice(notice only):
Consultant: Jacobson Environmental(Wayne Jacobson)—jacobsonenv(�n,msn.com
City: Christine Mattson—cmattson@ci.orono.mn.us
� Corps of Engineers Project Manager(notice only): Melissa Jenny—
Melissa.m.jenny@usace.army.mil
❑ BWSR Wetland Bank Coordinator(wetland bank plan applications only)
5.MAILING INFORMATION
➢For a list of BWSR TEP representatives:www bwsr.state.mn.us/aboutbwsr/workareas/WCA areas.pdf
➢For a list of DNR TEP representatives;www bwsr.state.mn.us/wetlands/wca/DNR TEP contacts.pdf
➢De artment of Natural Resources Re ional Offices:
NW Region: NE Region; Central Region: Southern Re i�on:
Reg.Env.Assess.Ecol. Reg.Env.Assess.Ecol. Reg.Env.Assess.Ecol. Reg.Env.Assess,Ecol.
Div.Ecol.Resources Div.Ecol.Resources Div.Ecol.Resources Div.Ecol.Resources
21 l5 Birchmont Beach Rd. 1201 E.Hwy,2 1200 Warner Road 261 Hwy. 15 South
NE Grand Rapids,MN 55744 St.Paul,MN 55106 New Ulm,MN 56073
Bemid'i,MN 56601
For a map of DNR Administrative Regions,see:http�//files dnr state mn.us/aboutdnr/dnr re ig ons•pdf
➢For a list of Corps of Project Managers: www mvp usace arm .�Ure u� latorv/default.asp?pa�yeid=687 �
or send to:
US Army Corps of Engineers
St.Paul District,ATTN: OP-R
180 Fifth St. East, Suite 700
St.Paul,MN 55101-1678
➢For Wetland Bank Plan applications,also send a copy of the application to:
Minnesota Board of Water and Soil Resources
Wetland Bank Coordinator
520 Lafayette Road North
St.Paul,MN 55155
6.ATTACHMENTS
In addition to the site locator map,list any other attachments:
❑
❑
0
❑
BWSR Forms 7-1-10 Page 3 of 3
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44°56.000'N 44°57.000'N 44°58.000'N o
44 59.000'N
Minnesota Wetiand Consen�ation Act
Notice ofApplication
Local Government Unit(LGU} Address
Minnehaha Creek Watershed District 18202 Minnetonka I31vd
Deephaven,MN 55391 ;
1. PROJECT INFORMATION
Applicant Name Project Name Date of Application
Willie Abbott 1000 Bi•own Road South Application Nu�nber
8/20/12 W 12-32 �
(completed �
10l1/12) �
Type of Application(check all that apply): �
�Wetiand Baundaiy or Type ❑No-Loss ❑ Exemption ❑ Sequencing I
❑Replaceme�it Plau ❑Bai�king Plan i
I
Suminar and description of ra osed roject(attach additional sheets as necessar ): i
Willie Abbott has a�plied for•wetland boundary&type appa•oval for the parcel located at 1000 Brown Road i
South in the city of Orono(PID#l011723130001). Tl�e application was received on August 20,2012 and �
completed on October 1, 2012. The delineation was performed by Jacobson Envirorunental on Jwle 13-14, ;
2012. The boundary will be reviewed in the field by MCWD staff. i
I
i
2. APPLICATION REVIEW AND DECISI�N
Signing and mailing af this completed form to tl�e appropriate recipients in accordance with 8420.0255,Subp.
3 pcovides notice that an application was made to the LGU under the Wetland Conservation Act as specified
above. A copy of the application is attached. Commeuts can Ue submitted to:
Name and Title of LGU Contact Pe�son Comments must Ue received by (minimum 15
Catherine Bach business-day comment period):
District Technician 1�Iovember 9,2012(4:3Q PM)
Address(if different than LGU) Date,time,and location of decision:
18202 Minnefonl{a Blvd A decision �vill be made following field revie�v
Deephaven,MN 5539I of thc deiineation and completion of the I
comment period. I
Phone N�unber and E-mail Address Decision-maker for this application: '
(952)G41-4504 � Staff
cbach@minneliahaereelc,org ❑ Governing Board oc Council i
Signature: Date: � !
BWSR�orms 7-1-10 Page 1 of2
3. LIST OF ADDRESS�ES
� SWCD TEP member: Stacey Lije�vslu—stacey.lijewslci@co.l�ennepin.mn.us
� B WSR TEP member: Lynda Peterson—lynda.peterson�n state.mn.us '
❑ LGU TEP member{if difCerent than LGU Contact): '
❑ DNR TEP member:
� DNR Regionai Office(if diffecent tlian DNR TEP inember): Mefissa Doperalski— '
Mclissa.Dopernlslci cr state.mn.us '
❑ WD or WMO(if appiicable):
� Applicant(notice only)and Landow��er(if different):Willie Abbott, 1000 Brown Road South,Orono,
M1Y 55391
� Members of the public who requested notice(notice only):
Consultant: Jacobson�nvironmenf�l(Wayne.Tacobson)—jaeobsonenv@msn.com �
City: Christine Mattson—cmattson@ci.orono.mn.us I
� Coips of Engineers Project Manager(notice only):Melissa Jenny--Melissa.m.jenny@,us:►ce.army.mil �
❑ BWSR Wetland Bank Coordinato►•(wetland bank plan applications only)
I
4. MAILING INFORMATION '
➢For a list of B WSR TEP representatives:www,bwsc.state.nm.us/coi�tact/WCA areas.pdf '
➢For a list of DNR TEP a•epresentatives:www.bwsr.state.mn.us/wetlands/wca/DNR TEP contacts.pdf
➢De artment of Natucal Resources Regional Offices:
NW Re�ion: NE Re�ion: Central Region: Soutl�ern Re�ion; ;
Reg.Env.Assess.Bcol. Reg.Env.Assess.Ecol. Reg.Env.Assess.Ecol. Reg.Env.Assess.Ecol. �
Div.Ecol. Resourcas Div.Ecol.Resourees Div.Ecol.Rasources Div.Ecol.Resources �
2115 Birchmont Beach Rd.NB 1201 E.Hwy.2 1200 Warner Road 26l H�y. 15 South ;
Bemidji,MN 56601 Grand Ra ids,MN 55744 St.Paul,MN 55106 New Ulm,MN 56073
For a map of DNR Adminish�ative Regions, see:http://files.dnr.state.mn.us/aboutdnrJdiu� regions.pdf
➢For a list of Corps of Project Managers: www.mv�usace.arm, .y milh�e ug latory/default.asp?pa�eid=687
or send to:
➢
US Army Corps of Engineers
St.Paul District,ATTN:OP-R
180 Fifth St, East, Suite 700
St, Paul,MN SS l 0]-1678 �
I
➢For Wetland Bank Plan applications,also send a copy of the application to:
Minnesota Board of Water and Soil Resources
Wetland Bank Coordinator
S20 Lafayette Road North
5t.Paul, MN 55155 ,
5. ATTACHMENTS
In addition to the application,list any other attaclmients: ',
❑ '
❑
❑ '
❑
❑ -- -
BWSR Forms 7-1-10 Page 2 of2
.Jacobson Environmental, PLLC www.jacobsonenvironmental.com '
Environmental Consultants Wayne]acobson, P.S.S.,W.D.C., P.W.S.,A.F.S.
------------------------------------------------------------------------------------------------------------
5821 Humboldt Avenue North, Brooklyn Center, MN 55430 {612) 802-6619 Cell
Email: jacobsonenv@msn.com
September 29, 2012
Willie Abbott
The Broadway Group
1000 Brown Road South
Orono, MN 55391 ;
RE: Project Name: 1UQ0 Brown Road South Delineation
Comm. No.; 2012-56 �
Project Location: City of Orono
T'117N, R23W, NE 914 of Section 10 ?
Project Description: Wetland Delineation Report
Dear Willie:
As d+scussed, Jacobson Environmental, PLLC. (JE)visited the above referenced site to perform a official ;
wetland delineation in accordance wiih the 1987 U.S. Army Corps ot Engineers Wetland Delineation
Manual and the August 2010 Regional Supplement fo the Corps of Engineers Wetland Delineation:
Midwest Region.
Adjacent site land use includes residential,wetlands, and woodlands consisting of plants and trees typical :
of a residenkial area. 7his parcel is a combination of a residential lot(Figure 6)with woodlands, and
wetlands east of Brown Road South. Figure 1 is a site location map of the property. All figures
referenced by this report are presented at the end of the text. The purpose of this study was fo
investigaie the project area, identify areas meeting the technical criteria for wetlands, delineate the
jurisdictional extent of the wetland basins and classify the wetland habitat.
Ftural Disturbed Species Noted Wet Meadow-Shrub Swamp Species
Trees Herbs
Cottonwood Narrowleaf Catiail
Box Elder Lake Sedge
Green Ash Reed Canarygrass
American Elm Giant Goldenrod
Bur Oak Broadleaf Cattail
Red Pine
Red Maple Shrubs
Black Wlllow
Shrubs Sandbar Willow
Common 8uckthorn
Northern Prickly-Ash
Green Ash
Vines
Riverbank Grape
Herbs
Ground!vy
Brome Grass
Kentucky Bluegrass
Stinging Nettle
Ganada Thistle
7aA Goldenrod
Common Dandelion
Wetland Delineation-Mitigation-Permitting-Monitoring-Banking-Functional Analysis-T&E Surveys �
Phase I Environmentaf Assessments-EAW's-Soil ID-Soil Analysis& Delineation-Environmental Referrals
Pond& Lake Weed Control & Fish Stocking-Tree Surveys-Natural Resource Management Plans
i
;
�acobson Environmental, PLLC www.jacobsonenvironmental.com
Environmental Consultants Wayne Jacobson, P.S.S.,W.D.C., P.W.S.,A.F.S.
5821 Mumboldt Avenue North, Brooklyn Center, MN 55430 (612}802-6619 Cell �
Email; jacobsonenv@msn,cam
The growing season for this site is approximately from 4115 to 10/15 where the air tempera#ure averages �
above 28 degrees F. The growing season in 2012 appears to be early due to a warm weafher pattern. �
i
This site is in the big woods subsection ecoregion according to Minnesota DNR and the annual j
precipitation averages 30.67 inches. The presettlement vegetation was maple-basswood forest in this j
a rea. ;
The precipitation for the previous three months along with (he comparison of the 6/1�/12 precipitation
worksheet data was as folfows:
May April March
Worksheef(Wks) 10.06 2.86 1.34
30% less than 2.44 1.55 1.22
30% more than 4.12 3.90 2,07
2010 Wks Interpret Wet Normal IVormal
Multi-month score (3*3) + (2"2)+ (1'2)= 45 Wet(15 to 18 being wet)
The delineation was performed on June 13-94, 2019 and it is unlikely the precipitation totals in this period �
affected the boundary of any wetlands in this delineation, even though the period was wetter than normal.
Precipitation data is located in Appendix A.
This wetland delineation was performed and reported by Wayne Jacobson, Minnesota Professional SoiE
Scientist#30611, Society of Wetland Scientists—Professional Wetland Scientist#1000, University of
Minnesota 1 BWSR Wetland Delineator, Certified#1019,American Flsheries Society—Associate
Fisheries Scientist#A-171, I
Mefhodoloqy
The wetlands on the subject property were delineated using the routine determination methodology set
forth in the 1987 U.S.Army Corps of Engineers Wetlands Delineation Marlual, Wetland boundaries were i
determined through a routine analysis of the vegefation, soils and hydrology which must all show wetiand �
characteristics in order for an area ta be delineated as a wetland.
Wetlands are areas that are saturated or inundated with surface and or groundwater at a frequency and i
duration sufficient to support, and that under normal circumstances do support, a prevalence of
vegetation typically adapted for life in hydric soil conditions. Examples of wetlands include seasonally
flooded basins, floodplain fvrests,wet meadows, shallow and deep marshes, shrub swamps, wooded
swamps, fens,and bogs.
Vepetation
'rhe plant species within the parcel were catalogued and assigned a wetland indicator status according to
the North American Digrtal Flora:National Wetland Plant List, version 2.4.0
{https://wetland plants.usace.army.mi!). U.S, Army Corps of Engineers, 2009.
Wetland Delineation-Mitigation-Permitting-Monitoring-Banking-Functiona!Analysis-T&E Surveys 2
Phase I Environmental Assessments-EAW's-Soil ID-Soil Analysis &Delineation-Environmental Referrals
Pond &Lake Weed Controf & Fish Stocking-Tree Surveys-Natural Rasource Management Plans !
I
;
�
Environrnental Cansuitants j
Wayne)acohson, P.S.S.,W.p.C., P,W,S,,A.F.S.
------------------------------------
-------------- ---------------------- �
5821 Humboldt Avenue North, Brooklyn Center, MN 5543U (612) 8Q2-6619 Cell
Email: jacobsonenv@msn.com '
In the text of this report and on the enclosed data forms, the plant indicator status follows Ehe plant's
scientific name unless a status has not been assigned. The hydrophytic plant criterion is met when more �
than 50 percent of the dominant species by the 50120 rule for each stratum(herb, shrub/sapling, tree, and I'
woody vine}were assigned an obligate(OBL)', facuitative wet(FACW), and/or facultative (FAC}wetiand I
status. �
With the 50/20 rule, dominants are generally measured by absolute%cover in each stratum which
individualiy or collectively account for more than 50%of total vegetative cover in the stratum, plus any
other species which itself accounts for at least 20%of the total vegetative cover.
Soils
A hydric soi!is a soil formed under conditions of saturatian, flooding, or ponding long enough during the '
growing season to develop anaerobic conditions in the upper part. lf a soil exhibits the indicators of a
hydric soil or is identified as a hydric soil the hydric soil criterion is mek
The break between hydric and non-hydric soils was determined by excavating soil pits along transects
crossing the wetland/upland eco-tone and evaluating the soil colors, textures, and presence or absence
of redoximorphic indicators{i.e., mottles, gley or oxidized rhizospheres). Hydric Soi� Indicators for the
Midwest Region were noted as presented in the National Technical Committee for Hydric Soils Field
lndicators of Hydric Soils in the United States version 7.0(USDA NRCS 2010) if present at each sample
point. Also, upper soil profiles were compared to the mapped or inclusionary soi�series found in the
sampfe area for soil identification purposes.
, Cautions used in applvinq the Field Indicators of Hydric Soils
There are hydric soils with morphofogies that are difficult to interpret. These include soils with black, gray,
or red parent material; soils with high pH; soils high or low in content of organic matter; recently
developed hydric soils, and soils high in iron inputs. In some cases we do not currently have indicafors to
assist in the identification of hydric soils in these situations. As long as the soil meets the definition of a
hydric soil, the(ack of an indicator does not preclude the soil from being hydric. The indicators were
developed mostly to identify the boundary of hydric soil areas and generally work best on the margins.
Not all of the obviously wetter hydric soils will be ideniified by the indicators. Redoximorphic features are
most likely to occur in soils that cycle between anaerobic{reduced}and aerobic(oxidized)condifians.
Morphological features of hydric soils indicate that saturatian and anaerobic conditions have existed
under either contemporary or former hydrologic regimes. Where soil morphology seems inconsistent with
the iandscape, vegetation, or observable hydrology, it may be necessary to obtain the assistance of an
experienced soil or wetland scientist ta determine whether the soif is hydric.
� OBI,—Obliga(c Wctland,occurs an eslim��ted 99%in�vetlands. FACW-Facultative WeU�nd,has ar�estimated
G7"/o-99%probabiiity ot�occ�n�rence in wetlands_ �'AC=Facultative, is equaUy likely to occw•in wetlands and non-
wctllnds,;4%-GG%probability. FACU=Facultative Upland,occurs in wctlands only occ�tsiollally, 1°/a-23'%
probability. UPL—[Jpiand,almosl never oecurs in �vetlands,�t°/a prob�ibility.N1—No Indicator, insufficienl
intormatian availablc to detcrmine an indicator stahls. Positive o�•negative sign previously ii�dicated a frequency
(o�vard hi�her (-i)or lo�vcr(-)li�eqi�ency of occurrenee with an category.
Wetland Delineation-Mitigation-Permitting-Monitoring-Banking-Functional Analysis-T&E Surveys 3
Phase T Environmental Assessments-EAW's-Soil ID-Soil Analysis& Delineation-Environmental Referrais
Pond & Lake Weed Control &Fish Stocking-Tree Surveys-Natural Resource Management Plans
I
Environmental Consu[tants Wayne Jacobson, P.S.S., W.D,C., P.W.S.,A.F.S.
---------------------------------------------------------------------------------------
5821 Humboldt Avenue North, Brooklyn Center, MN 55430 (612}842-6619 Cel) '
Email: jacobsonenv@msn.com '
To clarify on some Hennepin Caunty sites,
1. Many of these soils have black or gray parent materials
2. Many of the soils have a high organic matter content
3. The hydric soil margin is typicaily higher than the wetland boundary margin on the site
4. Not all of the obviously wetter soils will be identified by the indicators '
5. Many of the hydric soils are Mollisols which are classic problem hydric soils in many cases ',
Field Indicators of H dric Soils
A1 Histosol. Cfassifies as a Histosol (except Folist) or as a Histel(except Folistel).
User Notes: In a Histosol, typfcally 16 inches or more of fhe upper 32 inches is organic soil ma#eriai. '
Organic soil materials have organic-carbon contents by weight of 12 to 18 percent or more, depending on
the clay content of the soil. These materials include muck(sapric soil material), mucky peat(hemic soil
material), and peat(fibric soil material).
A2 Histic Epipedon. A histic epipedon underlain by mineral soil material with chroma 2 or less.
User Notes: Most histic epipedons are surface horizons 8 inches or more thick of organic soil material.
Aquic conditions or artifical drainage is required.
A3 Black Histic. A layer of peat, mucky peat, or muck 8 inches or more thick that starts within the
upper 6 inches of the soil surface; has hue of 1QYR or yellower, value of 3 or less,and chroma of 1 or
less; and is underlain by mineral soil material with chroma of 2 or less. '
User Notes: Unfike indicator A2,this indicator does not require proof of aquic conditions or artifical
drainage.
A4 Hydrogen Sulfide. A Hydrogen sulfide odor within 12 inches of the soil surface.
A5 Stratified Layers. Several stratified layers starting wilhin the upper 6 inches of the soil surface.
At least one of the layers has value of 3 or less and chroma of 1 ar less,or it is muck,mucky peaf, or a
mucky modified minerai texture. The remaining layers have chroma of 2 or less. For any sandy material
ihat constitutes the layer with value of 3 or less and chroma of 1 or less, at least 70 percent of the visible
soil particles must be masked with organic soil material, viewed through a 10x or 95x hand lens.
�bserved without a hand lens, fhe particles appear to be close to 100 percent masked.
User Notes: Use of this indicator may require assistance from a trained soil scientist with local
experience. The minimum organic carbon content of at least one layer of this indicator is slightly less
than is required for indicator A7. An undisturbed sample must be observed. Individual strata are
dominantly less than 1 inch thick. A hand lens is an excellent tool to aid in the identification of this
indicator. Many alluvial soils have stratified iayers at greater depths; these soils do not meet the
requirements of this indicator. Many alluvial soils have stratified layers at the required depths but do not
have chroma of 2 or less; these do not meet the requirements of this indicator. 7he stratified layers occur
in any soil texture.
Wetland Delineation-Mitigation-Permit�ing-Monitoring-Banking-Functional Analysis-T&E Surveys 4 '
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Environmentai Consultants '
Wayne]acobson, P.S.S.,W.D,�,, p.W,S.,A.F.S. '
------------------ ---------------
----------------- ----------------------
582! Humboldt pvenue North, 8rooklyn Center, MN 55430 (612)802-6619 Cell '
Email: jacobsonenv@msn.com '
A10 0.75 inch Muck. A layer of sapric muck 0.75 inch or more thick with vafue 3 or less and chroma
1 or less, starting within 6 inches of the soil surface.
User Notes: this indicator requires a minimum muck thickness of Q.75 inch. Normally, fhis expression of '
anaerobiosis is at the soil surface; however, it may occur at any depth within 6 inches. Muck is sapric soil
material with a minimum content of organic carbon that ranges from 12 to 18 percent, depending on the '
content of clay, Organic soil materiaf is called muck if virtually all of the material has undergone sufficient
decomposition to limit the recognition of the plant parts. Hemic and Fibric soil material do not qualify.
Generally, the sapric muck is black and has a"greasy"feel; sand grains should not be evident.
A11 Depleted below dark surface. A layer with a depleted or gleyed matrix that has 80 percent or
more chroma of 2 or less, siarting wifhin 12 inches of the soi! surface, and having a minimum thickness of
either:
a. 6 inches or
b. 2 inches(if the 2 inches consists of fragmental soil material)
c. Common in Mollisols—on this wetland site, could be Glencoe or Webster
Loamy or clayey layer(s)above the depleted or gleyed matrix must have value of 3 or fess and chroma of
2 or less. Any sandy material above the depleted or gleyed matrix musf have value of 3 or less and '
chroma of'1 or less, and, viewed through a 1Qx or 15x hand lens, at least 70 percenf of the visible soil '
particles must be masked with organic material. Observed without a hand lens, the particles appear to be
close to 100 percent masked.
i
User Notes: This indicator often occurs in Mollisols but also applies to soils with umbric epipedons and
dark colored ochric epipedons. For soils with dark colored epipedons more than 12 inches thick, use I
indicator Al2. A depleted matrix requires value of 4 or more and chroma of 2 or less. Redax '
concentrations, including soft iron-manganese masses and/or pore linings,are required in soils with
matrix colors of 4/1, 4/2, or 5/2, A, E,and calcic horizons may have iow chromas and high values and
may therefore be mistaken for a de leted matrix� how
A , ever the ar
y e excluded from#he conce t of
e p
d leted matrix
p unless the soi! has corr�mon or many disfinct or prominent redox concentrations occurring
as soft masses or pore finings. •
Al2 Thick Dark Surface. A layer at least 6 inches thick with a depleted or gleyed matrix that has 60
percent or more chroma 2 or less starting below 12 inches of the surface. The layer above the depleted
or gleyed matrix must have value of 2.5 or less and chroma of 1 or less to a depth of at least 12 inches
and value of 3 or less and chroma of 1 or less in any remaining layers above the depleted or gleyed
matrix. In any sandy material above the depleted or gleyed matrix, at least 70 percent of the visible soil
particles must be masked with organic materiai, viewed through a 10x or 15x hand lens. �bserved
without a hand lens, the particles appear to be close to 100 percent masked.
User Notes: This indicator applies to soils that have a black layer 12 inches or more thick and have value
of 3 or less and chroma of 1 or less in any remaining layers directly above a depleted or gleyed matrix.
This indicator is mosi often associaied with overthickened soils in concave landscape positions. A
depleted matrix requires value of 4 or more and chroma of 2 or less. Redox concentrations, including soft
iron-manganese masses and/or pore linings, are required in soils with matrix colors of 4/1, 4/2 or 5/2. A,
E, and calcic horizons may have low chromas and high values and may therefore be mistaken for a
depleted matrix; however, they are excluded from the concept of depieted matrix unless the soil has
common or many distinct or praminent redox concentrations occurring as soft masses or pore linings. '
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i
Environmentai Consultants Wayne]acobson, P.S.S.,W.D.C., P.W.S,,A.F.S.
------------------------------------------------------------------------------------------------------------
5821 Humboidt Avenue IVorth, Brooklyn Center, MN 55430 (612) 802-6619 Cell
Email: jacobsonenv@msn.com
A16 Coast Prairie Redox. A layer starting within 6 inches of the soil surface that is at leask 4 incf�es
thick and has a matrix chroma of 3 or less with 2 percent or more distinct or prominent redox
concentrations occurring as soft masses andlor pore linings. '
User Notes:These hydric soils accur mainly on depressional iandforms and portions of the intermound
landforms on the Lissie Formation. Redox concentrations occur main►y as iron dominated pore linings. '
Comman or many redox concentrations are required. Chroma 3 matrices are allowed because they may
be the color of stripped sand grains or because few or common sand-sized reddish chert particles occur '
and may prevent obtaining chroma 2 or less. '
S1 Sandy Mucky Mineraf. A layer of mucky modified sandy soil materia!2 inches or more thick ',
starting within 6 inches of the soil surface. '
User Notes: "Mucky"is a USDA texture modifier for mineral soils. The content o#organic carbon is at
least 5 percent and ranges to as high as 14 percent for sandy soils. The percent required depends on the
clay content of the soil; the higher the clay content,the higher the amount of organic carbon required. An
example is mucky fine sand, which has at least 5 percent but not more than about 12 percent organic
carbon.
S3 5 cm Mucky Peat or Peat. A layer of mucky peat or peat 2 inches or more thick with value of 3
or less and chroma of 2 or less, starting within 6 inches of the soil surface, and underlain by sandy soil
material.
User Notes: Mucky peat(hemic soil material)and peat(fibric soil rnaterial) have a minimum organic
carbon content of 12 to 18 percent, depending on the content of clay. Organic soil material is called peat
if virtually all of the plant remains are sufficiently intact to permit identification of pfant remains. Mucky
peat is at an intermediate stage of decomposition between peat and highEy decomposed muck. To
ascertain if mucky peat and/or peat are present, determine the percentage of rubbed fibers.
S4 Sandy Gleyed Matrix, A gleyed matrix that occupies 60 percent or more of a layer sta�ting
within 6 inches of the soil surface.
User Notes: Gley cofors are not synonymous with gray colors. They are the colors on the gley color
. pages in the Munsell color book(Gretag-Macbeth, 2000). 7hey have hue of N, 10Y, SGY, 10GY, 5G,
10G, 5BG, 1QBG, 5B, 10B, or 5PB and value of 4 or more. For this indicator,the gleyed matrix only has
to be preseni within 6 inches of the surface. Soils with gleyed matrices are saturated for periads of a
significant duration; as a result,there is no thickness requirement for the layer.
S5 Sandy Redox. A layer starting within 6 inches of the soil surface that is at least 4 inches thicEc
and has a matrix with 60 percent or more�hroma of 2 or less and 2 percent or more distinct or prominent
redox concentrations occurring as soft masses and/or pore linings.
lJser Notes:"Distinct"is defined as readily seen but contrasl only moderately with the color to which
campared. "ProminenY' is defined as contrasting strongly in color. Redox concentrations include iron and
manganese masses(reddish mottles)and pore linings(Vepraskas, 1994). Included within the concept or
redox concentrations are iron-manganese bodies occurring as soft masses with diffuse boundaries.
Common{2 to less than 20 percent}or many(20 percent or more)redox concentrations are requireci
(USDA, NRCS 2002). If the soil is saturated at the time of sampling, it may be necessary to let it dry to a
moist condition for redox features#o become visibfe. This is a very common indicator of hydric soils and
is often used to identify the hydric/nonhydric soii boundary in sandy soils.
Wetland Delineation-Mitigation-Permitting-Monitoring-Banking-Funckional Analysis-T&E Surveys 6
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S6 Stripped Matrix. A layer starting within 6 inches of the soil surface in which iron-manganese
oxides and/or organic matter have been stripped from the matrix and the primary base color of the soil
material has been exposed. The stripped areas and translocated oxides andlor organic matter form a
faintly contrasting paitern of two or more colors with diffuse boundaries. The stripped zones are 10
percent or more of the volume and are rounded.
User Notes: This indicatar includes the indicator previously named"polychromatic matrix"as wefl as the
term "streaking°. Common or many areas of stripped(unmasked)soil materials are required. The
stripped areas are typically Q.5 to 1 inch in size but may be larger or smaller. Commonly, the stripped
areas have value of 5 or more and chroma of 1 and/or 2, and the unstripped areas have chroma of 3
and/or 4. The matrix(predominant color}may not have lhe material with chroma of 3 and/or 4. The
mobilization and translocation of oxides and/or organic matter is the important process and should result
in splotchy masked and unmasked soil areas. This may be a difiicult pattern to recognize and is more
evident�vf�en a horizontal slice is observed.
F9 Loamy Mucky Mineral. A layer of mucky modified loamy or clayey soil material 4 inches or
more thick starfing within 6 inches of the soil surtace.
User Notes:"Mucky"is a USDA texture modifier for mineral soils. The content of organic carbon is at
least 8 percent bu#can range to as high as 18 percent. The percentage required depends on the clay
content of the soil; the higher the clay content,the higher the content of arganic carbon required. An
example is mucky sandy loam,which has at least 8 percent organic carbon but not more than about 14
percent.
F2 Loamy Gleyed Matrix. A gleyed matrix that occupies 60 percent or more of a fayer starting
within 12 inches of the soil surface.
User Notes Gley colors are not synonymous with gray colors. They are the colors on the gley colar
pages of the MunseJl color book. They have a hue of N, 10Y, 5GY, 10GY, 5C, 10G, 5BG, 10BG, 5B,
106, or 5P6 and value of 4 or more. The gleyed matrix only has to be present within 12 inches of the soil
surtace. Soils with gleyed matrices are saturated for periods of a significant duration;as a result, there is
no thickness requirement for the layer.
F3 Depleted Matrix. A layer that has a depleted matrix with 60 percent or more of chroma 2 or less
and that has a minimum thickness of either: •
a, 2 inches if the 2 inches is entirely w'rthin the upper 6 'rnches of the soif, or
b. 6 inches, starting within 10 inches of the soil surface.
User Notes; A depleted matrix requires a value of 4 or more and chroma of 2 or less. Redox
concentrations, including soft iron-manganese masses and/or pore linings, are required in soils with
matrix c�lors of 4/1, 4/2, or 5/2. A, E, and calcic horizons may have low chromas and high values and
may therefore be mistaken for a depleted matrix; however, they are excluded from the concept of
depletecf matrix unless the soi! has common or many distinct or prominent redox concentrations occurring
as soft masses or pore linings. The low chroma matrix must be the result of wetness and not a
weathering or parent material feature.
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F6 Redox Dark Surtace. A layer that is at least 4 inches thick, is entirely within the the upper 12 '
inches o#the mineral soil, and has: '
a. rnatrix value of 3 or less and chroma 1 or less and 2 percent or more distinct or prominent redox
concentrations occurring as soft masses or pore linings, or
b. matrix value of 3 or less and chroma of 2 or less and 5 percent or more distinct or prominent redox
concentrations occurring as soft masses or pore linings. '
User Notes:This is a very common indicator used to delineate wetland soils that have a dark surface
layer. f2edox concentrations in mineral soils with a high content of organic matter and a dark surface
layer commanly are small and difficu}t to see. The organic matter masks some or all of the concentrations
that may be present. Careful examination is required to see what are commonfy brownish redox
cancentrations in the darkened materials. If the soil is saturated at the time of sampling, it may be
necessary to let it dry to at least a moist condition for redox features to become visible. Soils that are wet
because of ponding or have a shallow, perched layer of saturation may have any color below the dark
surface. It is recommended that delineakors evaluate the hydrologic source and examine and describe
the layer below the dark colored epipedon when applying this indicator.
F7 Depleted Dark Surface. Redox depletians with value of 5 or more and chroma of 2 or less in a
layer that is at least 4 inches thick, is entireiy within the upper 12 inches of the mineral soil and has:
a. matrix value of 3 or less and chroma of 1 or less and 10 percent or more redox depletions, or
b. matrix value of 3 or less and chroma of 2 or less and 20 percent or more redox depletions.
User Notes: Care should be taken not to mistake mixing of an E or calcic horizon into the surface layer for
depletions. The"pieces"of E and calcic horizons are not redox depletions. Knowledge of local
conditions is required in areas where E andlor calcic horizons may be present, In soils that are wet
because of subsurface saturation, the layer directfy below the dark surface layer should have a depleted
or g(eyed matrix. Redox depletions should have associated microsite redox concentrations that occur as
Iron pore linings or masses within the depletion(s)or surrounding the depletion(s).
F8 Redox Depressions. In closed depressions subjec#to ponding, 5 percent or more distinct or
prominent redox concentrations occurring as soft masses or pore linings in a layer that is 2 inches or
more thick and is entirefy within the upper 6 inches of the soil.
User Notes:This indicator occurs on depressional landforms, such as vernal pools, playa lakes, rainwater
basins, "Grady"ponds, and potholes. It does not occur in 3 foot wide microdepressions on convex or
piane landscapes.
We have reviewed the report for vegetative species at the boundary and data sheets for hydric soil
indicators and we have revised selected wetland boundary areas which were staked with flags and
orange wetland boundary flagging, they are shown on the final map as red lines.
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F92 Iron-Man.ganese Masses. On flood plains, a layer 4 inches or more thick with 40 percent or
more chroma of 2 or Eess and 2 percent or mare distinct or prominent redox concentrations occurring as
soft iron-manganese masses with diffuse boundaries_ The layer occurs entirely within 12 inches of the
soil surface. Iron-manganese masses have value and chroma of 3 or lass. Most commonly, they are
black. The thickness requirement is waived if the layer is the minerai surface layer,
User Notes:7hese iron-manganese masses generally are smal! (2 to 5mm in size) and have value and
chroma of 3 or less. They can be dominated by manganese and therefore have a color approaching
black. The low matrix chroma must be the result of wetness and not be a weathering or parent material
feature. Iron-manganese masses should not be confused with the larger and redder iron nodules
associated with plinthite or with concretions that have sharp boundaries. This indicator occurs on ffood
plains along rivers, such as the Apalachicola, Congaree, Mobile, Savannah, and Tennessee Rivers. ',
HvdroJoqv �
The presence of current we#iand hydrology was deterrnined through direct observation of free water in the
excavated soil pit, saturated soil conditions or soil redoximorphic features. However, the effect of on-or
off-site hydrologic alterations may not always fuily be accounted for when routine delineation methods are
used.
In the Midwest Region, hydrology indicators are in faur groups:
A)indicators based on the direct observation of surface water or groundwater during a site visit
lndicator A1: Surtace water
Category: Primary
General Description: This indicator consists of the direct, visual observation of sunrace water(flooding or
ponding}during a site visit.
Indicator A2: High water table
Category: Primary
General Description: This indicator consists of the direct, visual observation of the water table 12 in (30
cm}or less below the surface in a soil pit, auger hole, or shallow monitoring well. This indicator includes
water tabfes derived from perched water, throughflow, and discharging groundwater(e.g., in seeps) that
may be moving laterally near the soil surface.
Indicator A3: Saturation
Category: Primary
Generat Description: Visual observation of saturated soil conditions92 in. (30cm)or less from soil surface
, as indicated by water glistening on the surfaces and brofcen interior faces of soil samples removed from
ttie pit or auger hole. This indicator must be associated with an existing water table focated immediately
below the saturated zone; however, this requirement is waived under episaturated conditions if there is a
restrictive soil layer or bedrock within 12 in. (30 cm}of the surface.
8) indicators of evidence that the site is subject to flooding or panding
Indicator B1: Water marks
Category; Primary
General Description: water marks are discolorations or stains on the bark of woody vegetation, rocks,
bridge supports, buildings, fences,or other fixed objects as a result of inundation.
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Indicatar B2: Sediment deposits ;
Category: Primary ',
General Description: Sediment deposits are thin layers or coatings of fine-grained mineral materia! (e.g., '
silt or clay}or organic matter(e.g., pollen), sometimes mixed with other detritus, remaining on tree bark, '
plant stems or leaves, rocks, and other objects after surface water recedes.
Indicator B3: Drift deposits
Category: Primary
General Description: Drift deposits consist of rafked debris that has been deposited on the ground
surface or entangled in vegetation or other fixed objects. Debris consists of remnants of vegetation (e.g.,
branches, stems, and leaves), man-made litter, ar other waterborne materials. Drift material may be
deposited at or near the high water line in ponded or ffooded areas, piled against the upstream sides of
trees, rocks, and ather fixed objects or widely distributed within the dewatered area. '
lndicator B4: Algal mat or crast
Category: Primary
General Description: This indicator consists of a mat or dried crust of algae, perhaps mixed with other
detritus, left on or near the soil surface after dewatering.
Indicator B5: Iron deposits
Category: Primary
General Description: This indicator consists of a thin orange or yellow crust or gel of oxidized iron on the
soil surface or on objects near the surface.
i
Indicator B7: lnundation visible on aerial imagery
Category: Arimary
General Description: One or more recent aerial photographs or satellite images show the site to be
inundated.
Indicator BS: Sparsely vegetated concave su�face �
Category: Primary
General Description: On concave land surface(e.g., depressions and swales), the ground surface is
either unvegetated or sparsely vegetated(less than five percent ground over}due to long-duration
ponding during the growing season.
Indicator 69: Water-stained leaves
Category: Primary
General Description; Water-stained leaves are fa(len ar recumbent dead leaves that have furned grayish
or blackish in color due to inundation for long periods.
Indicator 813: Aquatic fauna '
Category: Primary
General Descriptian: Presence of live individuals, diapausing insect eggs or crustacean cysts,or dead '
remains of aquatic fauna, such as, but not limited to clams, aquatic snails, aquatic insects, ostracods, '
shrimp, other crustaceans, tadpoles, or fish, either on the soil surface or clinging to plaMs or other '
emergent objects. ',
Indicator 814: True aquatic plants ',
Category: Primary '
General Description: This indicator consists of the presence of live individuals or dead remains of true '
aquatic plants.
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!
Indicator 66: Surface soil cracks
Category: Secondary ',
General Description: Surface soil cracks consist of shallow cracks that form when fine-grained mineral or
organic sediments dry and shrink, often creating a network of cracks or smalf polygons.
Indicator B10: brainage patterns
Category: Secondary
General Description: This indicator consists of flow patterns visible on the soil surface or eroded into the
sail, low vegetation bent over in the direction of fJow, absence of leaf litter or small woody debris due to
flowing water, and similar evidence that water flowed across the ground surface.
C) indicators that the soil was saturated recently
Indicator C1: Hydrogen sulfide odor
Category; Primary
General Description:A hydrogen sulfide(rotten egg) odor within 12(30 cm) nf the soil surface.
' Indicator C3: Oxidized rhizospheres along living roots
Category: Primary
General Description: Presence of a layer containing 2 percent or more iron-oxide coatings or plaques on
the surfaces of living roots and/or iron-oxide coatings or linings on soil pores immediately surrounding
living roots within 12 in. (30 cm)of the soil surface.
indicator C4: Presence of reduced iron
Category: Primary
General Description: Presence of a layer containing reduced(ferrous) iron in the upper 12 in. (30 cm)of
the soil profile, as indicated by a ferrous iron test or by the presence of a soil that changes color upon
exposure to the air.
Indicator C6: Recent iron reduction in tilled soi(s
Category� Primary
General Description: Presence af a iayer containing 2 percent or more redox concentrations as pore
linings or soft masses in the tilled surface layer of soils cultivated within the last two years. The layer
containing redox concentrations must be within the tilled zone or within 12 in. (30 cm)of the soil surface,
whichever is shallower.
Indicator C7: Thin muck surface
Category: Primary
General Description: This indicator consists of a layer of muck 1 in. (2.5 cm)or less thick on the soil
surface.
indicator C2: Dry-season water table
Category: Secondary
General Description: Visual observation of the water table batween 12 and 24 in. ( 30 and 60 cm)below
the surface during the normal dry season or during a drier-than-normal year_
Indicator C8:Crayfish burrows
Category: Secondary
General Description: Presence of crayfish burrows, as indicated by openings in soft ground up to 2 in. (5
cm) in diameter, often surrounded by chimney-.like mounds of excavated mud.
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lndicator C8: Saturation visible on aerial imagery
Category: Secondary
General Description: One or more recent aerial photographs or satellite images indicate soil saturation.
Saturated soil signatures must correspond to field-verified hydric soils, depressions or drainage patterns,
differential crop management, or ather evidence of a seasonal high water table.
D)vegetation and soil feafures that indicate thai wet conditions are recent and not historical.
IndicaYor D9: Gauge or well data
• Category: Primary
General Description: Stream or lake gauge data, or groundwater well data, indicate that the site is
inundated or has a water table 12 in. (30 cm)or less below the surface for 14 or more consecutive days
during the growing season in most years (at least five years in 10, or 50 percent oF higher probabi{ity),or
meets an alternative wetland hydrology standard astablished for a particular geographic area or wetland
type.
lndicator D1: Stunted or stressed plants
Category: Secondary
General Description: In agricultural or planted vegetation located in a depression, swale, or other
topographically iow area, this indicator is present if individuals of the same species growing in the
potential wetland are clearly of smaller stature, less vigorous, or stressed compared with individuals ,
growing in nearby drier landscape situations. �
Indicator D2: Geomorphic position I
Category: Secondary j
General Description: This indicator is present if the immediate area in question is located in a
depression, drainageway, concave position within a flaodpfain, at the top of a slope, on the!ow-elevation
fringe of a p�nd or other water body, or in an area where groundwater discharges.
Indicator D5: FAGneutra!test
Category: Secondary
General Description: The plant community passes the FAC-neutral test.
With these indicators,only one primary indicator needs to be present, or at ieast two secondary indicators
for the hydrology criterion to be met.
Wetland Classification �
Wetland ciassifications discussed in the fext are set forth in Wetlands and Deepwater Habifats of the I
United States(FWS/OBS Publication 79131. Cowardin et al. 1979)and Weflands of the United States
(USFWS Circular 39, Shaw and Fredine, 1971.)Addifionafly, plant communify types as named by Eggers
and Reed (1998) are given.
Topographic maps, National Wetlands Inventory maps, the Web Soif Survey,Aeriai Photographs, and '
DNR Protected Waters maps were consulted to locate potential wetland habitats.
The Routine On-site Determination Method was used on this site. In this method, the following
procedures were used:
1) The vegetative community was sampled in all present strata to determine
whether 50%of the dominant plant species were hydrophytic using the 50120 method.
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2} Soi!pits were dug using a dutch auger to depths of 18"-40", noting soil profifes and any
hydric soil characteristics.
3) Signs of wetland hydrology were noted and were compared to field criteria such as depth ,
to shalfow water table and depth of soil saturation found in the soil pits.
Wetland edges were marked with orange numbered pin flags. 4-foot wood lath marked with orange
"wetland baundary" flagging tape or flagging tied on vegetation may be used if site conditions warranf. !
Any wetlands were mapped by others using modem survey methods. At least one sample point transect ��
crosses each delineated wetland edge. These transects consist of an upland sample point, and a ;
wet{and sarr�ple point. Other sample points may be located in areas which have one or more of the ;
wetland vegetation, soils, or hydrologic characteristics present, or where questionable conditions exist. �
Sample points are marked with orange pin flags with a pink ribbon tied on them. Sample data sheets a�e
found in Appendix B. ,
t
Results ;
Basin 1
Basin 1 is a PEMC Type 3 shallow marsh comprised of 70% broadleaf cattail, 20%narrowieaf cattail, 5% '
reed canarygrass, 2% lake sedge, and 1%giant goldenrod, along with a few other species. The wetland
boundary was typically a transition from common buckthom to broadleai cattail with a topographic break. '
The soils changed from dry Lester soil to saturated Muskego sail in the wetland. Soi!saturation was
present in the wetland, and hydrology disappeared in the upland. Basin 1 is DNR Public Water#27-
965W.
Basin 3
Basin 3 is a PEMCd Type 3 ditched shallow marsh comprised of 90%narrowleaf cattail, 7% reed
canarygrass,and 1°/o giant goldenrod with a few other species. The wetland boundary was typica(ly a
transition from Kentucky bluegrass to narrowleaf cattail with a topographic break. The soils changed irom
Lester upland soil to Muskega soil in the wetland, Soil saturatian was present in the wetland, and
hydrology disappeared in the upland.
The National Wetland Inventory Map(NWI)(Figure 2) identifies the large Basin 1 wetland flagged on the
subject site.
According to the DNR Protected Waters Map (PWI) {Figure 4)of Hennepin County the site has Basin 1 as
DNR Public Water#27-965W on the site. Figure S shows the wettands present on-site. Figure 6 is a
parcel map of the area.
According to the Web Soil Survey(Figure 3)the following hydric soils existed on the parcel:
Muskego-Blue Earth-Houghfon soils
Phofographs were taken of the site and some are included in Appendix C.
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Confirmation of Jurisdictional Status
We are submitting this report to the client and regulatory agencies to request a wetland boundary and
type determination. We have enclosed an official WCA Approval of Wetland Type and Boundary form in
Appendix D along with a IiSCOE wetiand delineation concurrence request.
Conclusion
7his wetland delineation meets the sfandards and criteria described in the 1987 U.S. Army Corps of '
Engineers Wetland Delineation Manuaf and the August 2010 Regional Supplement to the Corps of
Engineers Wetland belineation: Midwesi Region. 7his was a Routine On Site Determination and the
results reflect the condifions present at the time of the delineation. '
If any wetland impacts are pfanned for this project, permits would be necessary from the LGU
{Minnehaha Creek Watershed District) and oiher agencies. A construction approval form signed by the
LGU needs to be with a contractor impacting any wetfands to avoid a violation as presented in Appendix
E
I certify that I reviewed the field analysis and wrote the report for this wetland delineation. Thank you for
the opportunity to provide wetland services on this important project.
G� �. `�/�/�/Z 'i
�
Wa ne E. Jacob Date ;
Professionaf Soil Scientist#30611
Professional Wetland Scientist#1000
Wetland Delineator, Certified#1�19
Associate�'isheries Scientist#A-171
Jacobson Environmental, PLLC. ;
i
Regulators: Catherine Bach, MCWD ;
Melissa Jenny, USCOE ',
Lynda Peterson, BWSR
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FIGURES
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US�A Natural Resources Web Soil Survey 6/13/2012
r Conservatfon Service National Cooperative Sofl Survey Page 1 of 3
Soil Map-Hennepin County,Minnesota Figuro 3 Soiis Map
Map Unit Legend
� Hemiepin County,Minnesota(MN053) �
Map Unit Symbol Map Unit Name Adres In A01 Percent of AOI
L2C Malardi-Hawick complex,6 to 12 percent s�opes I 0.2 Q.2%
_ __. __
L2D Malardi-Hawick compiex,12 to 19 percent siopes i 2.0 1.7%
_._.._. __ ___
L2E Melardi-Hawick complex,18 to 35 percent slopes I 4.5 A.0°h
_. _ _—. �
L36 Rasset sandy loam,2 to 6 percent slopes i �,4 �.ye�,
___ -_ _ _ _ __
L3C Rasset sandy loam,6 to 12 percent stopes 1.0 0.9%
_-- � -
L4B Crowfork loamy sand,1 to�percent slopes �,g �,�%
__ __ _ _.
L4C Crowfork loamy sand,6 to 12 percent slopes 1,7 �,5�/,
�s' Li6A � Muskego,Eiiue Earth,and Houghton soiis,ponded,0 41.0 36.1%
�`���'r`G to 1 percent slopes
�}5 L22C2 N� Lester loam,morainic,6 to 12 percent slopes,eroded 10.4 9.2%
L22D2 Lester loam,morafnic,12 to 18 percent slopes,eroded 7,2 g q�/n
_ __ _ _ ---_ _
(j� L22E �j,� Lester loam,morainlc,18 to 25 percent slopes 3.1 2.7%
__. _-_ _ _
L23A Cordova loam,0 to 2 percent slopas �,� �.po�
_ - -- --- --
L36A Hamel,overwesh-Hamel complex,1 to 4 percent 0.3 0.3°�6
slopes �
_---
L378 Angus loam,morainic,2 to 5 percent slopes 11.9 10.5°,G
�.S _ _- ..._
L408 N � Angus-Kilkenny complex,2 to 6 percent slapes 5.4 a.8°�
(f 5� L44A �( �� Nessel laam,1 to 3 percent slopes 0.7 0.6°�
L49A Klossner soils,depresslonel,0 to 1 percent slopes 0.1 0.1%
__ ___ _ ___ ___ _
L608 Angus-Moon compiex,2 to 5 percent slopes 2,5 2,p•/,
__.. _. __
L64A Tadkee-Tadkee,depressional,complex,O l0 2 percent 1,7 �,5o/a
slopes
L70D2 Lester-Malardi complex,12 l0 18 percent slopes, 0.8 p,7�/,
eroded
_ --_ -- --
�ryCf' L70E ��� Lester-Malardi complex,1810 35 percent slopes 1.3 1.1%
___ - - --- __. _ _ __ . -- --.
L132A Hamel-Glencoe,depressional,complex,0 to 3 percent 2,1 1,go�
slopes
_....._ __
_ _
�)5 U36 �(�-t Udorthents(cut and fill land),0 to 6 percent slopes 5.5 4.9"/0
U6B Urban land-Udorthents(cut and fiil land)complex,0 l0 1.6 �.q%
6 percent siopes
_ __ __ _ _-- __ ___
W Water _ 4.0 3.6%
- -- _.._.. _ _ _ _ __ _-- _ - -__
Totals for Area of Interest 113.6 100.0%
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Parcei 10-117-23-13-0001 A-T-B: Abstract ! Map Scale:1"p 200 ft. N
ID: �
Print Date:8/19/2012
Owner patricia A Abbott Market
Nar»e: Total: $82�.000
Parcel 1000 Brown Rd S Tax $9,821.10
Address: Orono,MN 55391 Tota�: (Payable:2012)
Property Residential Sale
Type: Price; This map Is a compflaUon of dala from vartous
sources and Is fumished"AS IS"wilh no
Home- Sale i representatlon or warranty expressed or
Homestead
Stead: Date• � implied,including fitness of any paRicular
� I purpose,merchantability,or lhe accuracy and
compieteness of the intormalion shown.
Parcel 11.5 acres Sale
' A�@a: 500,755 sq ft COde: I COPYRIGHTB HENNEPIN COUNTY 2012
r.� Tr::•r Gr�e�ti�
lrttp://gis.co.hcruiepin,nln.us/Property/print/default,aspx?C=454899Ai4799999995,4978595... 8/19/2012
APPENDIX A
Precipitation Data
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Precipitation Documcntation Worksliect Using Gridded Database Page 1 of 2 '
Minnesota Climafiology Working Group -�D
,4 �� State Climatology Office�DNR Division of Ecological and Water Resources University of Minnesota M '
,� . - � � �,� �...._.,�
home�current conditions �journal �pasf data �sutrimaries �agricu(ture �other sites �contact us�search f�
Precipitation Vllorksheet Using Gridded Database
Precipitation data for target wetland location:
county: Hennepin township number: 117N '
township name: Excelsior range number: 23W
nearest community: Crystal Bay section number: 10
Aerial photograph or site visit date:
Thursday, June 14, 2012
Score using 1971-2000 normal period
third prior
first prior second prior month:
(vafues are in inches) month: month: March
May 2012 April 2012 2�12
estimated precipltation total for this location: 10.05 2.86 '1.34
there is a 30%chance this location will have tess 2,59 1.27 12fl
than: �
there is a 30%chance this location will have more
than: � 4.00 2.76 2.12
type of monih: dry normal wet wet wet nOt'mal
monEhlyscore 3 * 3 = 9 2 * 3 = 6 1 * 2 = 2
multi-month score: 17 Wet
6 to 9{dry) 10 to 14 {normal) 15 to 18 (wet) � �
Score using 1981-20'!0 normai period
third prior
first prior second prior month:
{vaiues are in inches) month: month: Mal'Ch
May 2012 April 2012 2��2
estimated precipitation totaf for this location: 10.06 2.$6 1.34
there is a 30%chance this location will have less
than: � 2.44 1.55 1.22
there is a 30%chance this location will have more '
than: � 4.12 3.10 2.07 '
type of month: dry normal wet Wek Ilot'mal nol'mal
monthlyscore 3 * 3 = 9 2 * 2 = 4 1 * 2 = 2
multi-month score: 15 (Wet)
6 to 9(dry} 10 to 14 (normal) 15 to 18 (wet) ',
http://climate.umn.edu/wetl�ndhvorksheet.asp'?passXutm83=454753&passYutm83=49782... 8/19/2012 '
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APPENDIX B '
Sample Data Sheets '
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WETLAND DETERMfNATION DATA FORM -Midwest Region
Project/Site�pOO �,,o�� �� _ City/County: ��„ Sampling Date: 6r�,���L��
Applicanf/Ownet: �Q,����__ /� State: �lq� Sampiing Point: ( -. f UP
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Investigator(s): [„�E�— � Section,Township,Range: �T�7' �
Landform(hillslope,terrace,etc.): y�•,y�s� Local relief(conca v e,co n v e x, n o n e}. G��
Slope{%): �_ Lat: � Long: Daium: !
Soil Map Unit Name VWI Ciassification: '
Are climatic/hydrologic conditfons ot the site typical for this time of the year? _� (ff no,explain in remarks) '
Are vegetation �,soil � ,or hydrology�_ significantly disturbed? Are"normal circumstances"
Are vegelafion _�_,soil �^ ,or hydrology�_ naturally problematic? present9 �/
SUMMARY OF FINDINGS (if needed,explain any answers in remarks.)
Hydrophylic vegetalian presenl7 N i
Hydric soil preseni? T� Is the sampled area within a wetland? N
Indicafors of wetland hydro(ogy present? �� (yes,oplional wetland site ID: '
Remarks:(Explain alternaiive procedures here or(n a separate repori.) ,
`�1�3 W4S dhy�[/bloJ, %c.11/� fw/�c.'t�w�:a+C.
/
VEGETATION -- Use scientific names of plants. �
Absolute bominan lndicator pominance Test Worksheet
Tree Stratum (Plot slze: �j� �r,z�:�} %Cover i 5pecies Staus Number of Dominant Species
� that are OSL,FACW,or FAC: � {A)
2 Total Number of Dominant^ �
3 Species Across all Strata: � (B} '
4 percent of Dominant Species
� that are 08L, FACW,or FAC: �Q {A!8)
0 =Total Cover � �
Sap1i�lShrub stralurr (Plot size: )j`�,,y r;,��) Prevalence Index Worksheet
� 7otal%Cover of;
2 OSL species 0 x'i = 0
3 FACW species 0 x 2= 0
4 FAC species 0 x 3= 0
5 FACU species 0 x 4= 0 �
0 =Tolal Cover UPL species 0 x 5= 0
Herb stratum (P►ot size: q'x C.�� ) Column totals 0 (A) p (B) i
� f�:QY�� h -;-j,y,_(�� _ /o _d� �� Prevalence Index= B/A=
2 �r�Q h s�as.��.�����c�cl �_ _�_ ..��LL �
3 � �_ F�.L Hydrophytic Vegetation Indicators: j
4� .�z �^ � � _Rapid test for hydrophytic vegetation
� l'f..�r,�.�..,. �.r,,,�„�� �_ _�' � _Dominance test is >50%
6 Prevalence index is<_3.0' i
� �Morphogical adaptations'(provide '
8 supporling data in Remarks or on a '
9 separate sheet) ',
�� ^Problematic hydrophytic vegetalion' ',
��=Total Cover (explain) ',
Woodv vine str&tum (Plot size: 3�,�y..y�f:,,y ) •lnaieators of hydric soil and weqand hydroiogy must be
� present,unless dislurbed or problemaUc
2 y rop ytfc '
0 =TotalCover vegetatlon '
present7 N '
Remarks:(Include photo numbers here or an a separate sheet) ,
US Amy Corps of Engineers Midwest Region
SOIL Sampling Polnt: � -- (Vp '
ProflEe Description: (Describe to the depth necded to daaument the indicator o�conflrm the a6sence of indlcators.)
Oepth MaVix [��¢ox Features
Qnches) Color(molst) % Color(moist) % Type* Loc" Textura Remartcs
D�
�
�
'Type:C=Concentration, D=Depletfon, RM=Reduced Matrix,MS=Masked Sand Gralns. "Location:PL=Pore Lining,M a Matrix I
Hyd�ic Soli Indlcators: Indicators for Probiemadc Hydric Solis:
Histieol(Ai) Sahdy Gleyed Matrix(S4) Coast Prairie Redox(A16)(I.RR K,L,R) ,
�Histfc Epfpedon(A2) Sandy Redox(S5) �Dark Surfaca(57)(LRR K,L) '
Bladc HisUc(A3) �Strfpped Matrix(S8) �5 cm Mudcy Peat ar Pest(53)(LRR K,L,R)
Nydrogen Sulfide(A4} Loamy Mucky Mlneral{F1) Iron-Manganese Masses(F12)(LRR K,l,R)
Stratlfied Layers(A5) �Loamy Gleyed Matrix(F2} ^Very Shallow Daric Surfaae(TF12)
�2 an Muck(A10) Depleted Matrix(F3} _Other(explain in remarks)
Depleted Below Dark SurFace(A11} �ftedox Dark Surface(F6)
Thick Dark Surface(Al2) T Depleted Dark Surface(F7) •indlcalors of hydrophytic vegetation and welland
—'Sandy Mucky Minetal(S1) Redox depressions(F8) hydrology muat be present,unless disturbed or
'—' —"' problematic
ResfrieUve Layar(If observed):
7y�: Hydric soil present? _��
Deplh(inches}:
ema s: '
�
HYDROLOGY
Wetland Hydrotogy Indicators: '
Primary lndicators(minimum of o�e is required:check all_that ao�4v1 Secondarv Indicators fminimum of tw�r uired '
Su�tace Water(Ai) Aquatic Fauna(B13) Surface Soil Cracks(B6) '
High Water Table(A2) �True Aquatic Plants(814) �Dralnage PaHems(B10)
SatureUon{A3) Hydn,gen Su�ida Odor(C1) �Dry-Season Water Tab1e(C2)
Water Marks(81) Oxldized Rhizospheres on Llv�ng Roots�Crayflsh Burrows(C8)
Sedimant 1?aposffs(62? (C3} �Saturatian Visible on Aer�ai Imagery(C9) ,,
prift[?eposRs(B3) �Presence of Reduced Iron(C4) �Stunled or Stressed Plants{D1)
AlOal Met or Crusl(84) �Recent Iron Reducllon In Tllled Sofls Geomorphk PosiUon(D2)
Iron Deposita(85) (C8) _FAGNeutrat Test(D5)
Inundation Visible an Aerlal Imagery(B� �Thln Mudc Sur(ace(C�
Sparsely Vegeteted Concave Surtace(68) Gauga or Wetl Data(D9?
Water-Stalned Leaves(89) Other(Expiain in Remarks)
e erva ons: •
SurFace water present? Yes No �_Depth((nches): ---
Water table pr2sent? Yes No 1,�Depth(inchea}: ��,,, i�dtcators of weda�d
5aturetion present? Yes � No x Depth(►nches): TZ�, hydrology present? �^
(InGudes capillary fringe)
Describa recorded dala(stream gauge,monitoRng weli,aerial photos,previous inspecpans),if avallable:
ema s:
tJS Army Corps of Engineers Midwest Region
WETLANp DETERMINATION DATA FORM • Midwest Region ,
Projecf/Site f pp� ��y� �� CitylCounty: �_�� Sampling Date: 6��,�,T�2, ',
ApplicanUOwner. �,���y ��,e� S1ate:��/ Sampling Point: j — ��
lnvesligator(s): („��� 3ection,7ownship, Range: '����
Landfor�m(hillslope,terrace,etc.): �,��,��q _ Local relief(concave,convex,none): �,o,��,`p�
S10 8 /o _.�__.r�.�
A ( )� �� lat: Long: Datum:
Soil Aqap Unit Name ��� �r,� VWI Classificailon:__�-.�G
Are climaiiclhydrofogic conditions of the site typical for this time of the year7 �^ (If no, expfain in remarks)
Are vegetation �_,soil � ,or hydrofogy_�/ significantly disiurbed? Are"normal circumslances"
Are vegetation _ �� ,soil �r ,or hydralogy� naturally problematic7 present7�`
SUMMARY OF FINDINGS (If needed,explain any answers in remarks.)
Hydrophytic vegetation presenl? �
Hydric soil present7 � Is the sampled area within a wetiand? ��� � �
Indicators of we(land hydrology presenl? � f yes,optional wetland si(e ID:
i2emarks:(Explain alternative procedures here or In a separate report.)
�'s Ny5 A LJ�r[wI q�. �+ `Q�. '
J �w//�
VEGETATION --Use scientific names of plants.
Absofute Dominan Indicator pominance Test Worksheei
Tree Straiurn {Plot size: ��,�����L.�,s.� %Cover t Species 5taus Number of Oominant Species
� that are QBL,FACW,or FAC: � (A)
2 Total Number o(Dominant
3 Species Across aU Strata: � (B)
4 Psrcent of bominant Species` �
5 that are oBL,FACW,or FAC:_ j DO (�B� '
0 �Total Cover �
Saplinql5hrub strafurc (Plot size; j��,,,. , � Prevalenoe Index Worksheet �
��1•��
� Total%Cover of:
� OBL species 0 x 1 = 0 �
3 FACW species 0 x 2= 0 �
a FAC species 0 x 3= 0 �
5 FACU species 0 x Q= 0 !
0 =Total Cover UPl species 0 x 5= Q �
Herb sUatum (Plot size: q�q r ) Column totals 0 (A) 0 (8) �
� �1..�.:s �,��(r���� �_ _�� ��qG�} Prevalence Index=B/A= '
z ' .�.. �_ �&�. i
3 �+•-� /.;��L{,�.:s ,_ ,"j,�_ _�,� �� Hydrophytic Vegetatlon Indicators; '
4 Rapid test for hydrophylic vegetation j
� �Dominance test fs>50% 1
6 Prevalence fndex is s3.0'
7 `Morphogicaf adaptations`(provide �
e supporting data In Remarks or on a I
`� separate sheet) �
�� Probfemalic hydrophytic vegelation"
_4� =TotalCover (explain) �
Woodv vine stratum (Plo(size: ��'y , , ) 'indicators of hydr(c soll antl wet�and hydrology musl be
� present,unless disturbed or problematic
2
ydrop�yttc �
0 =7otal Cover vegetation �
present? ` �
Remarks,(Include pholo numbers here or on a separate sheet)
US Amy Corps of Engineers Midwest Region
SOIL Sampling Point: l�t ��'
Profile Descriptlon: {Describe to the depth needed fo document the indlcator or confirm the absence of Indlcators.} ,
Depl� aVix Redox Features
{Inches) Color(molsl) % Cotor(moist} % Type` Loc" Texture Remarks
_ a '
'Type:C=Concentration,D=Depletion,RM=Reduced Matrix,MS=Masked Sand Grafns. "Location:PL=Pore�ining,M=Matrix '
Hydrlc 5oq tndlcators: Indicators for Problematic Nydrlc Solis:
Histlsol(Ai) Sandy Gleyed MaUix(SG) Coast Prairie Redox(A16)(L.RR K,L,R) �
Htstic Epipedon(A2) 5andy Redox(S5) �Dark Sutface{S7}(L.RR K,L}
�'elack Nistic(A3) �Stripped Matrix{S6) �5 cm Mudcy Peat ar Peat(S3)(LRR K,L,R)
'—Hydrogen Sulfide(A4) Loamy Mucky Minerai(F1) iron-Manganese Masses(F12){LRR K,L,R)
SbaGfied Layers(A5) �Loemy Gleyed Matrix(F2) Very Shaliow daAc 5u�tace(TF12)
2 cm Muck(A10) �'Depleted Matnx{F3) _Other(expiain in remartcs) i
�'Depfeted Balow Dar1c Surface(A11) �Redox Dark Surfaea(F6) �
�Thidc Da►k Surface(Al2) Depleted Dark Surface(F7) •lndicators of hydrophytic vegetation end weltand
Sandy Mucky Minerai(S1) ^Redox Depressions tF8) hydrology must be present,unless distutbed or
— — probtematic
Restrictive Leyer(N otraerved):
TY�; Hydric soil present? �,
Depth{inches):
ema s:
HYDROLaGY
WeUand fiydrology Indicators:
Primarv Indieators(minimum of one is required•check all that aoaiv) Secondarv Indicators(minimum of tw re i
5urtace Water(A1) AquaGc Fauna(B13) Surtace SoEi Cracks{B6)
Hfgh Weter Table(A2) �True Aquatic Planis(814) _Dratnage Paftems(B10)
SaturaUon(A3) Hyd�ogen Su�ide Odor(C1) pry-Season WaterTable(C2)
Water Marks(81) Oxldized Rhizospheres on Living Roo1s.�Crayflsh Burrows(C8)
Sadiment Depos'rts(82) (C3) �Saturatlon Visible on Aarial Imagery(C9)
Drift Oepostts(83) Presence of Raduced Iron(C4) �Stunted or Stressed Plants(Oi)
Algal Mat or Crust(64) Recent lron Reductlon in Tilled Soils �Geomorph4c Position(D2)
iron Daposfts(85) (Ce) �FAGNeutrel 7est(D5)
tnundatian Visib{e on Aeriai lmagery(B'� Thin Mudc Surfece(C�
Sparsely Vegetated Concave Surtace(BB) Gauge or Well Data(p9)
Water-Stained Leaves(69) �ther{Explaln in Remarks�
F e bserva ons:
SurFace water present? Yes No T�_Depth(inches): ----
Water table present? Yes No Depth(inches}: �g Indicators of wetland I
Saturetlon present7 Yes �_ No Depth(inches}: g hydrotogy present? +�
(InGudes capillary hinge)
Describe recorded data(aiream gauge,monftoring well,aerial photos,previous inspections),if avallabte:
ema s:
US Army Corps of Engineers Midwest Region
�
WETLAND DETERMINATION pATA FORM-Midwest Region
ProjecUSile f 000 �ro,.u,� �a,.,�C,_„ „ Cily/County: ��a Sampling Date:_ 6�1,�,�2ot2. ,
ApplicanVOwner: �,t�_. /_� _._ Staie: �n/ Sampling Point; j...��
�+cc�tir�^
Investigato�(s): _(��� � � 5ection,Township,Range: p
Landform(hillslope,terrace,etc.): _ �;�� ���` Local relief(concave,convex, none): G N�,,s„
Slope(%): 3 Lat: � Long; Daium:
Soil Map Unil Name__��,{� VWI Ciassification: ;
Are climaticlhydrologic condilions of the site typical for this time of the year? �, (If no,explain in remarks)
Are vegetation _�,soil � ,or hydrology_� significantly disturbed? Are"normal circumstances°
Are vegetalfon �^,soil � ,or hydrology_� naturally problematic? presenl?��
SUMMARY OF FINbINGS (I(needed,explain anyanswersin remarks.)
Hydrophytic vegetaiion presen(? � ;
i
Hydric soii present7 �_ Is the sampled area wlthin a wetland? N
Indicators of welland hydrology present? �. f yes,opllonal wetiand site ID:
Remarks:(Explain allernative procedures here or In a separate reporl.) '
�,:s �� .� hY,c�,/.1;,a,F«Y w�-f -,--:�„i,
VEGETATION --Use scientific names of plants.
Absoiute Dominan Indicator pominance Test Worksheet ;
Tree Stratum (Plof size: j����r�;�;S ) %Cover t Species Staus Number of Dominant Specles
1 that are OBL,FACW,or�AC: Z. (A)
2 Tolal Number of Dominanf
3 Species Across alf Strata: � {6)
4 Percent of Dominant Specles� �
5 that are OBL,FACW,or FAC: (o`F (A/B)
0 =Total Cover � �
Saplinp/Shrub stralurr (Plot size: ` ) Prevalvnco lndex Worksheet
� ✓its�il,$
� ��,,�rr f-,,,�..�,�„}.:� �o� �_ �_ Total%Cover of:
2 OBl species 0 x 1 = 0
3 FACW species 0 x 2= 0
a FAC species a x 3= 0 li
5 FACU species 0 x A= Q I
'j,� =7'otal Cover UPl species 0 x 5= 0 I
Herb sfratum (Plot size: q�xei� ) Column totals 0 (A) 0 (8}
�� �_ ��T F,.�� Prevalencs{ndex= B/A=
2��� �:rt ���.�� ?'� �.� .��1
3 Hydrophytic Vegefation Indicators !
d Rapld fesi for hydrophytic vegetafion
5 �dominance test is>50% ',
6 Prevalence Index is s3.0" '
7 '
8 �fvlorphogical adaptations'(provide ,
supporting data In Remarks or on a
9 separate sheef) ,
�� ProblemaUc hydrophytic vegetation` ',
_9�=Total Cover (explain)
Woodv vine stratum {Plot size: 5e•�,�,�; ,.J ) �Indicalors of hydrlc soit antl weQand hydrology m�sl be
� presenl,unfess dlslurbed or problemaUc '
2 ydrop ytic
0 =Total Cover vegetation
present?
Remarks:(Include photo numbers here or on a separate sheeq
US Amy Carps of Engineers Midwest Region
i
i
SOIL Sampting Polnt: �^ Z V
Protlle Qesc�igtlon; (pescribe to the depth needed to dacument the indicator or confirm the ebsence of indicators.)
DeQth MaVix Redox Features
(Inches) Color(moist) % Color(moist) % Type` Loc" Texture Remartcs
�
'Type:C=Concentration,D=Depletion,RM=Reduced Matrix,MS=Masked Sand Grains. ""L.ocation:Pl.=Pore Lining,M=Matrix
Hyd�ic Soil}ndicators: indicators for ProblemaUc HydHc Sofls:
Histisol(At) Sandy Gleyed Matrix(SQ) Coast Praine Redox(A16}{LRR K,L,R)
�Nist3c Epipedon(A2) �Sandy Redox(S5) Dark SurFace(S7)(Lf2R K,L)
�Biack liisUc(A3) Stripped Mafix(S6) �5 cm Mucky Peat or Peat(S3}(LRR K,L,R)
�Hydrogen 5ulfide(A4) Loamy Mucky Minaral(F1) �Iron-Manganese Masses(F12)(LRR K,L,R)
StraUfled Layars(A5) ��oamy Gleyed Matrix(F2} !Very ShaRow Daric Surface(TF12)
�2 cm Mudc(A10) Depleted Matri�c{F3) �Other(explain In remarks)
Depleted Below Dark Surfaoe(A11) �Redox Dark 5urface(F6)
�Thick Datic Surface(Al2) �Depl�ted Dark Surface(F7) •Indicators of hydrophytic vegetation and we{tand
�Sandy Mudry Mlneral(St) �Redox Depressions(F8) hydrotogy must be present,unless disturbed or
-- — problematic
Restrictive Layor(H observedj:
7y�: Hydric soil present? _�L
Depth(inches):
enta s:
HYDROLOGY
Wetland Hydrology lndfcators:
p,�imarv Indicators Iminimum of one is reauired:check alf th�t apatvl Secondarv Indicators lminimum of tw re uEred
Surface Water(At) Aquatic Faune(Bt3) Surface SoA Cracks�B6)
High Water Table(A2) 7rue Aquatic Planls(81A) TDreinage Pattems(810)
Saturation(A3) Fiydrogen Sutfide Odor(C1) �Dry-Season WaterTahie(C2)
Water Marks(B1) �Oxldtzed Khizospheres on Uving Roots Craydish BuRows(CB)
Sediment Deposits(Bz) (C3) �Saturatlan�s(ble on Aeriai Imagery(C9)
Drift Deposks(B3) Presence ot Reduced iron(C4) lStunted or Siressad Plants(D1)
Algai lulat or Crusl(84) �Recent Iron Reduct(on in Tilled Soils �Geamorph�Posit}on(D2)
Iron Deposits(B5) (C8) _FAGNeutral 7es[(D5)
Inundation Vlsible on Aerlal Imegery{B7) �Thfn Muck Surface(C�
Sparsely Vegatated Concave 5urface{B8) �Gauge or Well Data(D9)
Water-Stained Leaves(B9) ^Qther(Expialn In Remarks)
F e serva ons:
Surface water present? Yes No �_Depth(inches): —�
Water table prEsent? Yes No �_Depth(inchas): u�_ �ndicators of weUand
Saturation present7 Yee No �, _Depth(inches): 7�„ hydrotogy present? �
{fnGudes capillary tringe)
Desaibe recorded data(stream gauge,monitoring wefl,aerial photos,previous inspecCtons),if avallable:
ema s:
US Army Corps of Engineers Mldwest Region
WETLAND DETERMlNATIpN DATA FORM -Midwest Region
ProjectlSite f DDO �✓�o.u,� �_ CiiylCounly: �A�o Sampling Date; 6�j,�2p�2
Applicant/Owner. _ �Q,1,,.,�,� ���. State; �,.�r,/ Sampling Point: �_���• '
Investigator(s); �„��T 5ection,Township,Range: f p� f�-7, ?.�.� ,
Landform(hillslope,tarrace,eic.): � Local relief(concave, convex,none�,4_ ,
Slope(%); �� Lat: Long: Datum:
Soii Map Unit Name ���� �� VWI Classitication;_��� '
Are climaliclhydrologlc condltions of the site typical for this time of the year? j� (if no, explain in remarks) '
Are vegelation ��,,soil _�_ ,pr hydrology �� significantly disturbed7 Are"no�mal circumstances" '
Are vegelation �_,soil �� ,or hydrology�/` naturally problemaUc? present7_�
SUMMARY OF FINDINGS (If needed,explain any answers in remarks.)
Hydrophylic vegetation preseni? _ Y
Hydric soil present7 � Is the sampied area within a weUand7 �_
Indicators of wetland hydrology present? � f yes,oplional wetland sile ID: ',
Remarks:(Expiain allernative procedures here or in a separate repori.) ',
�`S Ww�R Llr�w�s,:�+!// L�� ar7w.L.
VEGETATION--Use scientific narnes of plants. '
Absolute Dominan Indicalor pominance Test Worksheet '
Tree Stratum (Plot size: '�7�.�� �r„ d.�;� %Cover t Species 5taus Number of Dominant Species '
� that are 06L,FACW,or FAC: � (A)
z 7otai Number of Dominant r
3 Specios Across all Strata: z (B)
q Percent of Dominant Species
5 thal are OBL,FACW,or FAC: AJB �
0 =Total Cover ��� -t )
Sapllnq/Shrub stralutr (Plot size; �.� %��� Prevalence Index Worksheet �
� Total%Cover o(: '
Z OBL species 0 x 7 = 0
3 FACW species 0 x 2= 0 I
4 FAC species 0 x 3= 0
5 FAGU species 0 x p= 0
0 =Toial Cover UPL species q x 5= 0 '
Herb siratum (Plot slze: Q�y� e�� ) Co[umn iotals 0 (A) 0 (S) �I
�_��tr.�re �ie.•a�[;,,�,�,�� �_ �� F'�� Prevalence Index=B/A= �,
3 7`..0 � /,�.�'�c.�la:�. –�2_ —�' �L. I
4.�.1.d�,r, r?.�+��,,,� �o . _j�L ���� HYdrophytic Vegetatlon Indicators: �
Rapid test for hydrophytic vegetation
5 �Dominance test is>50% '
6 Prevalence index is s3.0'
7 �
� �Morphogical adaptalions'(provide i
supporting data In Remarks or on a '
9 seperate sheet) '
10 Probiematic hydrophytic vegelation*
9�=Total Cover {explain) '�
Woody vine stratum (Plot sfze: ��i �,�� �� `kndicators of hydrfc soll and v�etland hydrology musl be
�:..
� presenl,unless dislurbed or pwblematic '
2 y rop ytic '
0 =Total Cover vegetation
present7 ^ ✓_ '
Remarks:(Include phot�numbers here or on a separate sheet)
US Amy Corps of Engineers Midwest Region
SOIL Sampiing Point: J.-, x���'
P�oflle bescripdo�: (Describe to the depth needed to document the indicator or confirm the absence of indtcatore.) ',
Depth MatriX Rettox Features '
{Inches) Color(moist) % Color(moist) % Type" Loc" Te�ure itemarks
O ��
G
i
'Type:C=Concentratfon, D=Depletion, RM=Redttced Matri�MS=Masked Sand Gralns. "Location:PL=Pore Lining,M=Matrix
liydric Soil Indicatora: Indlcato►s for Problematic Hydric Solls:
Histisol(A1) 5andy Gleyecf Matrix(S4) Coast Pralrie Redox(A16)(LRR K,L,R)
Histic Epipedan(A2) �Sandy iiedox(S5� �Dark Surface(S7)(LRR K,L)
Biack Fiis6c(A3) �Stripped Matrix(S6) �5 cm Mucky Peat or Peat(S3)(LRR K,L,R)
�Hydrogen Sul�de(A4) Loamy Mucky Minaral(F1) �1ron-Manganese Masses(F12)(LRR K,L,R)
Stralified Layers(A5) �Loamy Gleyed Matrix(F2) rVery Shallow Dartc Suriace(TF12)
2 cm Mudc(A10) Depleted Matrix(F3) _Other(explain in remarfcs)
T Depieted Below Daric Surface(Ai 1) �Redox Dark Surface(F6)
�Thidc Dark Surface(Al2) Depleted Dark Surface(F7) ']ndicetors of hydrophytic vegetation and weitend
`Sandy Mudcy Miner'al(S1) �Redox Reprssslons{F$) hydrolagy muat be present,unfess disiurbed or
^ �" problematic
Restricdve Leyer(if obsorved):
Ty�; Hyd�ic soll present? �
Depth(Inches): �
ema s:
WYDROLOGY
WetTand tiydrology lndfcators:
Primanr Indicators(tninimum of one is required:check all that aoolv) Se nda In icat ' imu f ha uir
Sutface Water(A!) AquaUc Fauna(B13) Surface Soii Cracke(B&)
High Water Tabfe(A2) True AquaUc Piants(BtA) Dralnage Pattems(B10)
Saturation(A3} THydrogen Sutfide Odor(C1} Dry-Season Water Table(C2)
Water Marks(B'1) �Oxidfzed Rhkaspheres on Living Roots Crayflsh Burrows{C8)
Sedimant Depos'ds(B2) (C3) �5aturatlon Vlslble on Aarlai Imagery(C9}
Dr'rft Depoetta(83) �Presence of Reduced Iron(C4j �Stunted or Strassed Plants(D1)
Algal Mat or Crust(84) ReCent Iron Redudlon fn Tllled Solls �Geomorph�F'osltfon(D2)
[ron Deposris(65) (C8) �FAC-Neutral'Cest(05)
lnundetbrt Vtslble on Aeris!Imagery(B� �Thln Mudc Suriece(C7)
Sparsety Vegetated Concave Surfece(BS) �Geuge or Wel4 Dala(D9}
Water-Stalned Leaves(B9) Othar(Explain in Remarksy
Ffe bserva ons:
. Surface water present7 Yes No _�Depth(inche5}: ---
Water table present? Yes ��c _ No Depth(inctties): ��, indicators af weUand �
Saturation present? Yes �_ No Depth(Incltes): !` hydrology present?
(InGudes capillary ftinge)
Describe rewrded data(stream gauge,monitoring well,aerial photos,previous inapeciions),1f available:
ema s:
US Army Corps of Engineers Mldwest Region
WETLAND DETERMINATION DATA FaRM •Midwest Region
Pro}ecUSite Lpp��� �� CitylCounty: ��,� Sampling Date; 6r�,�,�f,p�2,�, ',
ApplicantfOwner; ��„l,�v G�� State: �..��/ Sampling Point: /— 3 UP
Invesligator(s); T—� 3ection,Township,Range: jp� (�?. �� ,
Landform(hillsiope,ierrace,etc.): J�� 1�� Local reliet(concave,convex,none): l��� '
Slope(%}; �^ Lat: � Long: Datum:
Soil Map Unit Name �j,�,� �,�,�,� VWI Ciassificatlon;
Are climaticlhydrologic conditio�s of lhe site typical for this time of the year? _� (If no,explain In remarks)
Are vegetation �,soil �_ ,or hydrology�_ significantly disturbed? Are"narmal circumstances"
Are vegelation __,��__ soil � ,or hydrology� natural(y problematicl present7�
SUMMARY OF FINDINGS (If needed,explain any answers in remarks,)
Hydrophylic vegetafion present7 N
Hydric soli preseni? � Is the sampled area wlthin a wetland? N
Indicators oi welland hydrolagy presenl? � (yes,opUonal wetland sife 10:
Remarks:(Explain a!ternative procedures here or in a separate reporl.)
��s w�s a h�•.C,�o���y��..1/ u�� c.�-_,�,
VEGETATION--Use scientific names of piants. ,
Absoluie Dominan Indicator pominance Test Worksfteet
Tree Stralum (Plot size: 3��r;,�!';��S ) °/a Cover t Species Staus Number o(Dominant Species '
1 that are OBL,FACW,or FAC: � (A}
Z Total Number af Dominant
3 Species Across a11 Strata: 2 (B)
4 Percenl of Dominant Species� �
5 thai are OE3L,FACW,or FAC:�p _(AIB) ;
0 =Total Cover
SaplinplSllrub siraturr (Plot size: �-'�,. . , , ) Prevalencv Index Worksheet
1 Total°/a Cover of:
2 OBL species 0 x 1 = 0
3 FACW species 0 x 2= 0
4 �'AC species D x 3= 0
5 FACU species 0 x A= 0
0 =Total Cover UPl species 0 x 5= 0 ',
Herb sfralum (P1ot slze; q�� e�� ) Column tolals 0 (A} 0 (B} '
� ��ld�,�,��1 �,,(��.�a,�v ,_,�� ,�_ Fr9rU Prevalence Index=B/A=
2 _
3 � � � Hydrophytic Vegetafion Indicators:
Q Rapid lest for hydrophytic vegetation
5 pominance test is>50%
� ~Prevalence index is s3.0"
7
8 �Morphogical adaptations'(provide
supporting data in Remarks or on a
9 separate sheei)
�� Problematic hydrophylic vegetation"
�_=TotalCover �(explain)
Woody vina stratum (Plot size: 3 -•�' f�_��)
�� v��- 'tndicators oi hydric soil and wetland hydrology must be
1 presenl,unless disturbed or problemalic
2 ydrop ytic
0 =TotalCover vegetatlon
present? N
Remarks:(Include photo numbers here or on a separate sheet)
,'
US Amy Corps of Gngineers Midwest Regian
$p��, Sampling Point, 1 -3up..
Profite Desc�ipUon: (Describe to the depth needed to documeat ihe indicator or confirm the aBsence of indicators,)
Depih Matrix Redox Features
(lnches} Gqior(moist} . % Color(moist) % Type" Lac" Texture Remarks
0 � �
2
i
"Type:C=Concentration,D=DepleUon,RM=Reduced Matrix,MS=Masked Sand Grains. "Locatlon:PL=Pore Lining,M=Matrix '
Hydrlc Sotl Indlcators: Indicatora for Problematic Hydric Solis: I
Histieoi(A1) Sandy Gleyed Matrix(S4} Coast Prairie Redox(A76)(LRR K,L,R)
Histic Epipedon(A2} ~Sandy Redox{S5} Dar1c Surface(S7)(LRR K,L)
�Bfack Histic(A3) �5tripped Matrix(56) '�5 cm Mucky Peat or Peat(S3)(LRR K,L,R)
`Hydrogen Sulfide(A4} Loamy Mudcy Mineraf(Fi) `kron-Manganese Masses(F12j(LRR K,L,R)
SUatlfied Layers(A5) Loamy Gleyed Matrix(F2) �Very Shallow Qsrk Surface(TF12►
2 an Muck(A10) Depleted Matrix{F3} �Other(explain in remartcs) .
�Depteted Below Dark Surface(A11} '�"Redox Dark Surface(F6) r ,
�Thick Dar1c Su�face(Al2} �pepleted Dark Surface(F7) `lndicators of hydrophypc vegetalion and weltand
Sandy Mudcy Mlneral(S1) Redox Depressions(F8) hydrology must be present,unless dlsturbed or
— — problematic
Restrlctive i.ayer(ff observed):
Ty�; HydKc soN present? r�
Depth(inches):
ema s:
HYDROLOGY
Wetland Hydrology Indicatora:
p�imarv lndicators(minlmum of one is reaufred;check all ihat eoolvl Secondarv Indicators(mfnimum of tw
Sur(ace Water(A7} Aquatic Fauna(Bf3) Surface Soil Cracks(B6)
High Water Table(A2) �7rUe Aquatic Plants(B14) �Dralnage Paliems(B10)
SaturaUon(A3) �Hydrogen Sulfide Odor(C1) Ory-Season WaterTab�e(C2)
Waler Marks(B1) �OxJd{zed Rhizospheres on L+ving Roots�Crayfish Burrows(C8)
Sodlmant Deposits(82) (C3) Saturation Vislbie on Aerial Imagery(C9)
Dritt DeposHs(B3) Presence of Reducod Iron(C4) Stunted or Stressed Plants(01)
Algai Mat or Cnist(84) ^Recent Iron Redudlon in Tflled Soils �Geomorphk PoslUon(D2)
Eron Deposks(B5) (C8) _FAGNeutral Test(D5)
Inundation Vlsibfe on Aertai Imagery(B7) rThin Muds Surtaca(C7)
Sparsely Vegatated Concave SurfaCe(BB) �Gauge or Well Da1a{p9)
Water-Slained Leaves(B9) "—Other(Explaln in Remarks)
le erva ons:
Surface water present? Yes No _�Depth(inches): --�
Water table present7 Yes No r_�Depth(inches): ^T� Indicators of wetland
5aturation presenl7 Yes No �_C3epth(Inches); y 24 hydrology preaent? �_
(inGudes ceplllary fringej
Describe recorded date(stream gauge,monitoring weli,aerial photos,previous inspections),If available:
ema s:
US Army Corps of Engineers Midwest Region
WETLAND DE7ERMINATION DA7A FQRM - Midwest Region
Pro}ecflSile f DOQ ,�,,�,,, � CilylCounty: ��o Sampling Dale: 6/�,�,����„
Applicant/0wner: �1.�.�v State: /,.1N 5ampling Poinf, /— 3LJ�''7'r '
Investigator(s);_ _���- Section,7ownship,ftange: p '
Landform(hilfislope, terrace,ete.): ��`�s�M l.ocal relief(concave,convex, noney: �,�,_
Slope(°�u): ,_�_ l.at: —�— Long: batum;
5oil Map Unit Narne_ p��, �� VWI Classification, P�f..�G
Are climatic/hydroiogic conditions of the sfte fypicai for lhis time of the year? _� (it no,expia'tn in remarks)
Are vegetation �,,soil _� ,or hydrology_� significantly disturbed7 Are"normal circumstances" :
Are vegetation _�_,soi! _�� ,or hydrolvgy�` nafurally probfematic7 presenl?_�
SUMMARY OF FINDINGS (If needed,explain any answers in remarks,)
Hydrophytic vegetation preseni7 �
_ r
Hydric soil presenl7 � ls the sampled area within a wefland7 �_
Indicators o(wetland hydrology present7 � (yes, oplional welland site ID;
Remarks:(Expiain altemalive procedures here or in a separate report.) j
7'h:s �,•..s .� l,r,r..,.,o�:�,�r w�.f .�.�:_.t.
VEGE7ATION-- Use scientific names of planfs, !
Absolute Dominan Indicator pominance Test Worksheet !
I
Tree Stratum {Plot size: ��-'�:;,r, �ti � %Cover t Species Staus Number of Dominant Species
� that are OBL,FACW,or FAC:_�(A} ,
2 Total Number oi Dominant �
3 Species Across all Strala:_�_(B} �
4 Percent of Dominant Spec(es �
5 that are OBL,FACW,or FAC: ao (A!B) I
0 =Total Cover
Saplinq/Shrub straturr (Plo�size: j,�'f-,Y� �; ) Prevalence Index Worksheet
} To1a{%Cover of:
2 OBL species 0 x 1 = 0
3 FACW species 0 x 2= 0 '
4 FAC species 0 x 3= 0
5 FACU species 0 x 9 = 0
0 =Total Cover UPL species 0 x 5= 0 i
• Herb siratum (Plot size: ���,�,t�� } Column totals 0 (A) 0 (E3)
�- pinRl...��t --1-.. �n,,� � `� �� Prevalence index= B!A= �
2—�'�=�M s��+l�R '
3 `2� � _� Hydrophytic Vegetation Indicators:
4 Rapid tesi For hydrophytic vegetafion
5 �Dominance test is>50%
6 Prevalence index is s3.0'
T
�Morphogical adaptaiions'(provide !
$ supporting data in Remarks or on a '
� separate sheet) �
10 �
�Problematic hydrophytic vegetation' i
�Qfl =Totai Cover (explain)
Woodv vine stratum (Plot size: ?j��y_�,�_``l{) 'indlcalors of hydric soil and wetland hyd�ology musf be '
1 presenl,unless disturbed or problematic
2 y rop yt�c ',
6 =Total Cover vegetation '
�resent7 i Y ,
Ramarks;(Include photo numbers here or on a separate sheei) '
US Amy Coeps of Engineers Midwest Region '
SOIL Sampfing Paini: (—3��
Proflle Qesc�iptlon: {Desc�ibe to the depth needed to dacument the indicator or conflrm the ahsence of trtdicators.}
Oepth atrix Redox Features
(Inches) Cnior(moist) . % Color(moist) % Type' Loc" 'Texture Remarks
:1
'�. C- '
;
'Type:C=Concontration,D=Deptetion,FtM=Reduced Matriu,MS=Masked Sand Gralns. "Location:PL=Pore I,ining,M=Mafrix
Hydric Soli Indlcators: tndlcatora for Problemadc Hydric Solls:
Nistisol(A1) Sandy Gleyed Matrix(S4) Coast Prairis Red�x(Ai6)(LRR K,l.,R)
J HEstic Epipadon(A2) �Sandy Ftedox(S5} �Daric Surface(S7}(LRR K,L)
Biack Histic(A3) �Stripped Matrix(S6) �5 cm Mucky Peat or Peat(S3){LRR K,L,R}
�Hydrogen Suifide(A4) Loamy Mudcy Mineral(F1) Iron-Manganese Masses(F42)(LRR It,l.,R)
�Stratified Layera(A5) �Loamy Gleyed Matrix{F2) �Very Shallow Darit Surfiace(fF12) i
2 cm fuluck(A10) ^'Depleted Matrix{F3) Other(explaln in remarks) �
Depleted Below Dark Surface(A91) �Redox Darfc Su�face(F6) � �
�'fhidc Dark 5urface(Al2) Depleted Dark Surface(F7) •indicators of hydrophytic vegetation and�r+eitend
�Sandy Mudry Mineral{S1) Redox Oepressions(F8) hydrolagy must be present,unless disturt�ed or
— — problematic
RestricHva Leyer(ff obaervedy:
Ty�; Hydric soil present? ^�
Deplh(inches): I
ema s: '
�
HYDROLOGY
Weuand ttydrology Indicators:
Primary Indicators(minimum of one Is reauired�check al1 that apo{vl Se nda Indicators inim m f tw r uired :
Surface Water(A1} Aquatic Fauna(B13} Su�fece Soil Cracks(B6)
High Waler TabSe(A2) �True Aquatic Planls(614) Dralnege Pattems(B10)
Saluralion(A3) Hydrogen Sutfide Odor(Ci) �Dry-Seeson Water Tahie(C2j
Water Marks(Bt) �Oxidized Rhizospheres an Living Roots_Crayflah 8urrows(CB)
Sedlment Deposits(82) (C3) Saturation Visible on Aerial Imagery(G9)
prift Deposlls(83) �Presence of Reduoed iron(C4) �Stunted or Siressed Plants(D1)
Algat Mat or Crust(B4) Recent Iron Reductlon in Tllled Soits �Geomorphk Positlon(D2)
iron Depostts(65) (C8) �FAGNeutral Test(05y
Inundetion Visible on Aerlal Imagery(8� Thln Mudc Surfece(C7)
Sparsely Vegetated Conceve Surface(BB) Gauge or Well Deta(D9)
Water-Stained Leaves{89) Other(Expiain In Remarks)
Fla bservaUons:
Su�face water present? Yes No _�Deplh(incttes):
Walertable present7 Yes T No Depth(inches): � Indlcators ofwedand
Saturation present9 Yes T No Depth(inches): ly hydrology present? �
(in�ludes capi8ary Binga)
Describe recorded data(stream gauge,monEtorfng weli,aeria!photos,previous inspections),if avaflabie:
ema s:
tJ5 Army Corps of Engineers Midwest Reglon
�
WETLAND DETERMlNATION DATA FORM -Midwest Region
ProjecUSite j ODp ��,,� � r( CityfCount :
y _`�� Sampling Date: 6r�,j,�2a12
ApplicantlOwneC: _�_��`��� ?�,�y Stale: MN Sampling Po{nt: /-- s�.(f�
Investigalor(s}: ���– 3ection,Township, Range: )p� (�� �
Landform(hillsiope,terrace,etc.): f,�;��s��� l.ocai relief(concave,convex, none): ���,�A`
Sfope(%}: 3 Lat: Long: Datum:
Soil Map Unit Name J�/�,ssd 1 VWI Classificatlon: '
Are climaliGhydrolagic condilions of the site typical for this lime of ihe year? _� (If no,explain in remarks)
Are vegetation ��,soil �� ,or hydrology� significantly disturbed? Are"normal circumstances" '
Are vegetation �_,snil � , or hydrology^� naturally problematic? �resentl� ,
SUMMARY OF FINDINGS (If needed,explain any answers in remarks.) '
HydrophyUc vegetation present7 N
Hydric soil present? �� Is fhe sampled area withln a wetland? N
Indicators of weliand hydrology present? � (yes, oplional wetland site 1D:
ftemarks:(Exglain altemalive procedures here or In a separate report.)
�i-s was a �i�..l�l.�:�.,I/y wa.}� 4.,,.:,,,C.
VEGETATION--Use scientific names af plants.
Absolute Dominan Indicator pominance Test Worksheet
7ree Stratum {Plo!size: 3�� �,t�{���) %Cover t Species 5taus Number nf Dominant Species '
� �:r.,�� �.3�:r�1� �� �^ ��„� tha4 are QBL, FACW,or FAC:��(A)
2 Total Number of Dominanl
3 Species Across all Strala:_�(B} �
4 Percent of Dominani Species
5 fhat are OBL,FACW,or FAC:�(Alg)
_�_=Total Cover
Saplinq/5hrub straturr (Pfot size: : Arevatence Index Worksheet
` js �`u�'✓s � � �
� ����xr [.rir��.1-�s� Total%Cover ofi ,
2 OBI.species 0 x 1 = 0
3 FACW species 0 x 2 = 0 '
4 FAC species 0 x 3= 0
5 FACU species 0 x Q= 0 '
3p _=Total Cover UPL species 0 x 5= 0
Herb slratum (Plot size: q x!�� } Column totals 0 (Aj 0 (B}
� Pa u.r�-i-...� �t �� __1____ �-� Prevalence Index=B/A=
z�a�---�� ;.,�,..:t _ 30 ,�_ �f�
3 Hydrophytic Vec�etation kndicators:
a Rapid test for hydrophytfc vegetation
� Dominance test is>50%
6 �Prevalence index is s3,0"
7 —
Morphogical adaptations'(provide
e supporting data in Remarks or on a
� separate sheef)
10 `Problemafic hydrophyfic vegelaiion'
�=Total Cover (explain)
WOOdy Vlne slfetUm (PIOt Size:��'�y•��(Y�S•) 'Indicators of hyddc soil and weHand hydrology musl be
� present,unless dislurbed or problemaiic
2
y rop ytic
0 =To1al Cover vegetatlon
present7 N
Remarks; (include photo numbers here or on a separate sheet)
US Amy Corps of Engineers Midwest Region
SO1L Sampling Point: J^¢��
Proflle Descr�ption: (Describe to the depth needect to document tha indicator or conflrm the ebaence of indicatore.)
Depth MaU�' Redox Features
(lnches) Color(moist) % Color(moist) % Type` l.oc" Texture Remarics
�.I
2 G
j
•Type:C=Concentration,D=Depletion,RM=Reduced Matrix,MS=Masked Sand Grains. "Localion:PL=Pore Lining,M=Matrix '
Hyd�ic Soll Indlcators: Indlcators for Problematic Hydric Solis:
Histisol(A1) Sandy Gleyed MaUix(S4) Coast Prafrie Redox(A16)(LRR K,L,R)
�Hiatic Epipodon(A2) �Sandy Redox{S5) !'—'Da�1t Surface(S7)(LRR K,!)
Bladc HisGc(A3) Stripped Matrix(S6) 5 cm Mudcy Peat or Peat(S3)(IRFt K,L,R)
Hydrogen SulHde{A4} ^Loamy Mucky Mineral(F1) �Iron-Manganese Masses(F12)(LRR K,L,R)
�Stratifted I.ayers(A5) �Loamy Gleyed Matrix(f2} �Very Shallow paric Surtace(TF12)
2 cm Muck(A10} �Depleted MaVix(F3) _Oiher(exp(ain in remarks)
�Depleted Below Dark Surface(A11) Reclox Dark Surface(F6)
�Thidc Daric SurFace(Al2) `Depleted Daric Surface(F7) •Indicators of hydrophytic vegeiadon and weltand
�Sandy Mucky Mineral(51) Redox Depressions(F8) hydrology must bs present,unless disiurbed or
— '—" probiemat3c
Resirict[vs Layer{if observed):
TY�; tiydrEc soi)presertf? _�
Depth(inches):
ema s:
HYDROLOGY
WeUand Hydrologytndicatora:
Primarv Indicetors{minimum of one is re4ufred•check aN ihat apolv) Se indicators m'nimum of tw re uired
Suriace Water(At) AquaUc Fauna(B13) Surface 5011 Cracks(66)
h{{gh Watet Tahte(A2) lTrue AquaUc Planis(B14) _Drafnage Pattems(610)
SaturaUon(A3) Hydrogen Sulftde Odor(Ci) _Ory-Season WaterTable(C2)
Water Marks(B1) �Oxldlzed Rhizospheres an Living Roots Cra�sh BuRows(C8)
Sediment Depos'�ts(B2) _(��) �Saluradon Visihie on Aeriai imagery(C9)
Drift Oepos[cs(B3) _Prosence of Reduced Iron{C4) _Stu�ted orStressed Plants(D1)
Algal Mat or Cnist(84) Recent Iron Redudlon in lilled 5oils Geomorphb Position(p2)
Iron Depoaits(B5) (C6) �FAGNeutral Test(D5)
lnundaiton Vlsible on Rerlal Imagery(B7) ~Thin Muck Surfece(C7)
5parsely Vegetated Concave Surface(B8) Gauge or Wefl Daia(D9)
Water-Stalned Leaves(B9) �Other{Explain in Remarics)
Fie bserva ons:
Surface waier presenY! Yes No x Depth(�nches): �-----
Water table preseni7 Yes � No r ( �pth(inchea): ��� Indicators of weUand
Saturation present? Yes No �� _Depth(inches): ���_ hydrotogy present? �_
pnGudes capillary fringe)
Describe recorded data(sUeam gauge,monitoring well,aerial photos,previous Inspeciions),If availahte:
ema s:
US Army Corps of Engineers Midwest Region
r
WETLAND AETERMINATION DATA FORM -Midwest Region '
ProjectlSite f DOd .�ro,,v.� /�m��(. City/County: �„��o Sampling Date; 6f/,�,J�l2 '
_ �
ApplicantlOwner: gj���,,,�v ���_ Sta�e: M�/ SamplingPoint: �—.iJ,��T ^
Invesiigator(s�: wE�- �ection,Township, Range: (p, � ��?��
Landform(hiHslape,terrace,eta): ��s�� Local relief(concave,cvnvex,none):��G�,�,
Slope(%): �_ Lat: Long: Datum;
Soil Map Unit Name_ g[� �� VWI Classi(ication: p�'��
Are climaticlhydrologic condilions of the site typicai for this time of the year? /v (If no,explain in remarksy ,
Are vegetation �,soil � , or hydrology�_ significantly disiurbed7 Are"normai circumstances" '
Are vegetalion �_,soil �. ,or hydrology�_ naluralfy problematic? preseni7�
SUMMARY OF FINDINGS (If needed, explain any answers in remarks,) '
Hydrophytic vegeiaUon presenl? � '
Hydric soil present9 � Is the sampled area within a wetland? ��
Indicators otweiland hydrology presenl7 Y f yes,optional weUand site Iq: '
Remarks: (Explain altemative procedures here or in a separate report.) ',
�t i� LV`�t 3 �C ��.�{�'1r�dy��ql�� �✓de.'� ftr��. '
J
VEGETATION -- Use scientific names of planis. ',
Absolute Uominan irtdicator pominance Test Worksheet '
Tree Siratum (P(ot size; e� ,. ; �� %Cover t Species Staus Number of Dominant Species '
� tha!are OBL,FACW,or FAC: 3 {A) ',
2 Total Number of Dominant '
3 5pecles Across aIl Strata: 3 (6) ',
4 Percent of Dominant Species� '
5 that are OBL,FACW,or FAC:�do_(A18) ',
0 =Total Cover '
Saolinq/Shrub straturr {Plot size: }h�,,,{,J�} Prevalence Index Worksheet ',
� Total%Cover of:
2 QBL specles 0 x 1 = Q
3 FACW species 0 x 2= 0 ;
4 FAC species 0 x 3= 0 ,
5 FACIi species 0 x 4= 0
D =Total Cover UPL species 0 x 5= 0
Herb stralum (Ploi size: c��x e�� ) Column totals 0 (A) 0 (8)
� ' s 1:�• _� __� 08L Prevalence Index= B!A=
Z -i.-f..1:..
3 ZD � � Nydrophytic Vegetatlon lndicafors:
4 Rapid test for hydrophyfic vegetation
5 �Dominance test is>50% '
6 Prevalence Index is s3.0'
7 '`_
8 Morphogicai adaptations`(provide '
supporting data in Remarks or on a
9 separate sheeQ '
}� Problematic hydrophytic vegetation" '
�=7otal Cover (explain) '
WoOdy vine stCaturil (PIOt SizB; �C ' �.�.t�{:�y) 'Indicalors of hydrlc soll and v�etiand hydrology must be
� presenl,unless dislurbed or problemalic
2 ydrop ytic
0 =7ota1 Cover vegetation
present? �
Remarks: (Include photo numbers here or on a separale sheet) ,
US Amy Corps of Engineers Midwest Region ,
SOIL 5ampling Polnt: �¢��"
Proflte Descrl�t3on: (Describe to the depth aeeded to document the Indicator or confirtn tha abaence of indfcato�s.) '
papth a rjg Redox Fsatures ',
(lnches) Color(moist) . % Color(moist) % Type" Loc'* Texture Ftemarks
0-- v 3
•Type:C=Concentration,D=Depletion,RM=Reduced MaUix,MS=Masked Sand Grains. "Locadon,PL=PorE Lining,M=Matrix
Fiydric Soll Indicators: Indicators for ProbiemaUc Hydrlc 5olls:
Histisol(A1) Sandy Gleyecf Malrix(SA) Coast Prairie Redax(A16}(LRft K,L,R)
�Hisllc Epipedon(A2) 5andy Redox(S5} �Daric Surface(S7)(LRR K,L)
Bisdc HisUc(A3) �Stripped tulatrix{S6) �5 cm Mucky Peat or Peat{53)(LRR K,L,R)
Hydrogen Suffide(A4) Loamy Muc}cy Mineral(F1) �Iron-Manganase Masses(F12){L.RR K,L,R)
�Stratified Layers(A5) �Loemy Gleyed Matrix(�2) Very Shallow park Surface(TF42}
2 cm Muck(A10) �eepleted Matrix(F3) �Other(expfaln in remarks)
�Depleied Below Dark Surfaoe(A11} �Redox Daric SurFace(F6)
Thick Dark Surface(Al2) Depleted Dar1c Sur(ace(F7) •]ndicators of hydrophytic vegetetion and weltand ;
Sandy Mucky Mineral(S1) �Redox Depressions(F8) hydrolagy must be present,unless disturbed or '
" — problematic
Restricdve Layer(]f atrserved):
TyPg; Hydric so11 presenf? __�
Depth(inches):
ema s:
HYDROLOGY
Wetlend Hydrology Indlcators:
Prima tndica o mini u f one is re uired•check all t at a 1 Secondarv Indicators minimum of tw re uir
Surface WatBr(A1) AquaUc Fauna(B13) Suriace Soil Cracks(B6)
Hgh Water 7abEe(A2) 7rua AquaUc Pianis(81A) �Dralnage Patlems(810)
Saturation(A3) �Hydrogen Suiflde Odor(Ci) 'Dry-Season Water Tab{e(C2)
Water Marks(B1) �'Oxldized Rhlzospheres on Living Roots�Cfa�sh eurrows(C8)
Sediment�eposi4s(B2) (C3) JSaturation Vlsible on Aerial Imagery(C9)
Drift Depostts(B3) Presence of Reduced Iron(C4) �Stunted oY Stressed Plants(Di)
Atge1 lvlat or Crust(64} �Recent Iron Reductlon in Tllled Soits �Geomorphlc PositEon(D2)
Iron Depoa}ts(65) (C6) �FAGNeutrai Test(D5)
tnundatbn Vlsible on Aerial Imagery(8� ^Thln Mudc Surface(C�
5parseiy Vegetated Concave Surfece(86) Gauge or Well Data(D9)
Water-Stained Eeaves(89) Other(Explain in Remarks)
e serva ons:
Surface water present? Yes No ��_Deplh(incttes):
Water tabla present? Yes �_ No Depth(inches): �� Indlcators of weUand �
Setoration present7 Yes �_ No Depth(Inches}: ��j hydrotogy present?
(inGudes capiilary finga)
Describe recorded data(stream gauge,monitoring well,aerfal photos,previous Enspeciions),if available;
eme s:
US Army Corps of Engineers Midwest Regivn
WETLAN[} pETERMINATION DATA FORM -Midwest Region '
ProjectlSile j pp0 ,,✓..� I��„��_� City(Couniy: �a,,�o Sampiing Datc: 6 � ,
Applican(lOwner: State;� Sampling Point: --V
Invesllgator(s): W�� 5ection,Township,Range; J p, '(-7 �
Landform(hillslope,terrace, efc,); ������ � Local relie((concave, convex,none)T ����„r,�
Slape(%): �� Lal; Long: Datum: '
Soil Map Unii Name _���� �Wl Classiflcation;
Are climatic/hydrologic conditions of the sife typical for this time of the year7 � (It no,explain in remarks}
Are vegeiatlon soil ,or hydrology si ni(icanti disturbed?
—L�--' � � 9 y Are"normal circumstan�es" �
Ara vegeiation �a�. soil - ,� ,or hydrology_� naturally problematic? presenl7
SUMMARY OF FINDINGS (If needed, explain any answers in remarscs.) I
Hydrophytic vegetetion presenl? �/ � '
Hydric soil present? `� Is the sampled area wlfhln a wetfand7 N
Indicalors of welland hydrology preseni? � f yes,oplional wetland site ID:
fiemarks;(Explain altemative procedures here or in a separaie reporl.)
/'�`3 rM�e� R 11 .lrrlo :c..U �- ,a.l. '
VEGETATION--Use scientific names of lants. '
Absoluie Dominan Indicator pominance Test Worksheet
Tree Stratum {Plol size: ��,'r..���. ,�) %Cover t Species Staus Number of Dorninant Species
� that are OBL, FACW,or FAC: � (q)
2 Total Number of Dominant� �
3 Species Across all Strata: Z (8) '
4 Percent of Dominanl Spedes � �I
5 thal are QBL,FACW,or FAC; �CD (�B? '
0 =Total Cover
Saplinq/Shrub straiurr {Plot size: �j�r_��,� �s) Prevalenoa Index Worksheet '
� Total%Cover of: '
2 OBl species Q x 1 = 0 '
3 FACW specles 0 x 2= 0
a FAC specias 0 x 3= 0
5 FACU species 0 x 4= 0
0 =Total Covar UPL species 0 x 5= 0
Herb stratum (Plot size; Gj��,. !_) Column tolals 0 (A) 0 (E3)
� Iw• _�v ,_._`�._ _ �i4G Prevalence lndex= B/A=
2 .-7�.._ �— F.4G
3--���nw—/�•.�••��dfrx� __ ----�_ .._.�._ �A11> Hydrophytic Vegetatlon Indicators:
� Rapid test tor hydrophytic vegetafion
5 �dominance test is>50%
6 Prevalenca index is s3.0'
7 —
Morphogical adaptations'(provide
8 supporling data in Remarks or on a
� separate sheeQ
10 Problematic hydrophytic vegetaiion"
fl =Total Cover (explain)
Woody vine siratum {Plot size: ' "—"
— �---=�.-`—''r'"3� 'Indicators oi hydric soll antl weiland hydrology must be
� presenl,unless dislurbed or problernalic
2
y rop ytic
0 =Tolai Cover vegetation
present? _�
Remarks:(Include pholo numbers here or on a separate sheet)
US Amy Corps of Engineers Midwest Region
SOiL 5ampling Pofnt: �_(jP ',
Proflle Desc�fpt}on: (Describa to the depth needed to document the indEcator or confirm the ebsence of indlcators.) '
Depth Matrix ftedox Features
pnches) Color(moist) % Color(moist) % Type' Loc" Texture Remarks
– 7
i
'Type:C=Concentration, D=Depletion,RM=Reduced Matmc,MS=MaskerJ 5and Grafns. "l.ocatlon:PL=Pore Lining,M=Metrix ;
iiydric So(1 fndlcators: Indicators for Prablematic Hydric Solls: ',
Histisol(A1j Sandy Gleyed MaVix(S4) Coast Pralrie Redox(A16)(LRR K,L,R) '
Hislic Epipedon(A2) Sandy Redox(S5) ^bark Surface(S7}(LRR K,L)
�Bladc Histic(A3) Stripped Matrix(S6} �5 cxn MUcky Peat or Peat{S3)(LRR K,L,R)
Hydrogen Sulflde(A4) Loamy Mucky Mineral(F1) �Iron-Manganese Masses(F12)(LRR K,L,R)
�Siratified Layars(A5) �'Loemy Gleyeci Matrix(F2} �Very Shaltow Dartc Surface(7Fi2)
2 cm Muck(Ai0) Depleted Matrix{F3) �Other(e�lafn fn remarks)
pepleted Below Daric Surface(A71) Redox Daric Surface(F6)
�Thick DadcSurface(Al2) �Depleted Dark Surface(F7) 'Indicators of hydrophytic vegetaUon and weltand
Sandy Mucky Mineral(S1) �"Redox l3epressions{F8) hydrology muat be present, untess disturbed or
— — problemaUc
RestHctive Layer{if observed):
�yp�; Hydric soi!present? _�
Depth{inches):
ema s:
HYDROLOGY
Wetiand Hydrology lndicatora:
Prirnarv Indicators(minimum of one is reauired•check al1 that e�olv) SeCqndarv Indicaiors(minimum of#wo re ir
Surface Waler(Ai) AquaUc Fauna(B13) Surface Soil Cracks(es)
Fiigh WaterTable(A2) �True Aquatic Plants(B14) +Orelnage Pattems(810)
Saturation(A3} �Hydrogsn Sulfide Odar(Ci) ^Dry-Season Water Table(C2)
Water Marks(81) Oxldizad RhEzospheres on Uving Roots Crayfish 6urrows(C8)
Sediment Deposits(82) (C3) �Saturatlon Visible on Aerial lmagery(C9y
Driit DepasKs(B3) �Presenco ot Reduced iron(C4) �Stunted ar Stressad Piants(D1}
Algal Mat or Crvst(Bb} �Recent Ifon Redudlon in Tilled Soils Geomorphlc PosiUan(02)
Iron Depoelts{85) (C8) �FAGNautral 7est(O5)
inundatbn Vlsible on Aerial Imagery(B7) Thfn Mudc Surfaca(Cn
Sparsely Vegetated Concave 5urface(BS) �Gauge or Wel1 Qata(D9)
Watar-Stafned Leaves(B9) �Other(F�cplaln In Remarks)
le bserva ons:
Surface wafer present? Yes No �_Depttt(inChes}:
Wate�table pfESent� YBs IVo __�_Deplh(inches): _� Indicators of wetland
5aturation present? Yea No _�_Depth(Inches}; • 7.� hydrology present? �^
(InGudes capillary fringe)
Oescribe recorded data(stream gauge,monitoring well,aerial phoios,pnevious inspections),If available:
ema s;
U5 Army Corps of Engineers Midwest Region
�
WETI.AND DETERMINATION DATA FORM - Midwest Region ',
ProjecUSite j DOO �v�e..v,.t J�,.�l. Cily/County: _ _��o Sampling Date: 6��,l,�f„p��� '
ApplicantlOwner: Siate: M^/ Sampling Point; 3� �E�— '
Mvesiigator(s): W��-- �eciion,Township, Range: �O, j�T. 23
Landform(hlllsiope,terrace,eta): Local relief(ooncave,convex,none? �7��� �, '
Slope(%): j l.at; Long: Datum:
Soil Map Unit Name gj�_ �A ,_ VWI Classification; PF�G
Are climaticlhydrologic condiiions of#he site typical for this time o(the year? _� (If no,explain in remarks)
Are vegetatlon ,soil , or hydrology sic�nificantly disturbed?
—�-. -,�._ _� Are"norrnal circumstances"
Are vegelalion �_,soil j`f ,or hydroSogy�r naturally problematic7 present7^�
—r�-,
SUMMARY OF FiNpINGS (If needed,explafn any answers in remarks.)
Hydrophytic vegetalion presenf7 R�
Hydric soil presenl7 a� Is the sampled area within a wetfand7 � Y
Indicators of wetland hydrology presenl7 � f yes,optiona!welland slte ID: �
Remarks:(Expiain allemative procedures here or In a separate report.y
�t%3 G✓a� a 1��,{wl•J. :c.,/!y !�f' :arl. ,
VEGETATION -- Use scientific names of pfants. �
Absolute dominan Indicator Daminance 7est Worksheet �
1'ree Slratum (Plot size:��,.,���'JS� %Cover t Species 5taus Number of Dominant Species
� that are OBL, FACW, or FAC:�_{A) '
� Totai Number of Dominanf I
3 Specles Across all Strata:`��(B)
4 Percent ot pominant Specles
5 lhal are OBL,FACW,or FAC: �OO (Al8)
0 =7otal Cover '
Saplinc�/Shrub straturr (Plot size: j��' ti : ,.) Prevaience tndex Worksheet ',
� Total%Cover of:
2 OBL species 0 x 1 = 0
3 FACW species 0 x 2= 0
Q FAC species 0 x 3= 0
5 FACU species 0 x 4= 0
0 =Total Cover UPL species 0 x 5= 0
Herb stratum (Piot size: 9��c.R � ) Column totals 0 (A) 0 (B)
� ��1��_��n.,.��,..a,�ey,� �� �, �'�� Prevalence Index=S/A=
2 ��,o �
3 ��w�i,a•-•r • � ,_LQ�_ � �AG Hydrophytic Vegetation lndicafors, '
a 0 Rapid test for hydrophytic vegetation
5 �Dominance test is>50% ,
6 Prevalence{ndex is s3.0" '
7
�Morphogical adaptalions"(provide '
a supporting data in Remarks or on a '
9 separate sheet) '
10 �Problematic hydrophytic vegetation' '
�=Tola!Cover (explain)
Woody vine siratum (PIOt SI2e; 7�i �,�;� }ti) 'Indlcators of hydric so11 and wellantl hydrology must be '
� present,uniess dlslurbed or probiematic
Z y rop�ytic
0 =Tola!Cover vegetation
present? �
Remarks;(include photo numbers here or on a separate sheet)
US Amy Corps of Engfneers Midwest Region
SOIL SampUng Point: fU E"r'
��.,._
Proiile OescripUon: (Describe to the depth needed to document the Indicator or conflrm the absence of indicators.)
Depth Matrix R ox Features '
(Inches} Color(moist) % Color(moist) % Type` Loc" Texture Remarks
.� 'f�
'Type:C=Concentration,D=Depletion, RM=Reduced Matrix,MS=Niasked Sand Gralns. "Locatlon:PL=Pore Uning,Nk=Matrix ',
Hydric Sofl Indicators• Indicators for Problemadc Hyd�ic Sotls;
Histisoi(A1) . Sandy Gleyed Matrix(S4) Coast Pra{tie Redox{A16)(LRR Kr L,R)
^'Hislic Epipedon(A2) �Sandy Redox{S5) Dark Surface(57)(LRR K,L}
'�'Black HisUc(A3) ^Stripped Matrix(S6) 5 cm Mucky Peat or Peat(S3){LRR K,L,R}
�Hydrogen Sulfide(A4) Loamy Mucky Minerat(F1} �Iron-Manganese Masses(F12)(LRF2 K,L,R}
Stratified Layere{A5) Loamy Gleyed Matrix(F2) �Very Shallow Dark Su�iace(TF12)
�2 cm Muck(A10) �Depleted Matrix(F3) �Qiher(explaln in remarks)
!'Depleted Below Dartc Surface(A11) �Redox Dark Surface(F6) �
Thlck Da�lc Surface(Al2) Depleted Dark Surface(F7) 'lndlcalo[s of hydrophytic vegetaUon and weltand
�Sandy Mucky Mineral(S1} �Redox Depressions(F8) hydrology must be present,unfess disturUed or
— � problematic
RestrEctive Layar(if obaerved): '�
Ty�; Hydric sofl present? �^ ,
Depih(inchea): '
ema s:
HYDROLOGY
Wetland Fiydrotogy Ind[cators:
Primarv Indicatars fminimum of one is reauired:checic ait that aaalvl Secondary Indicators fmin(mum oFtwo reauir
r Surfate Water(A1) Aqualic Fauna(B13) Surface Sofl Cradcs(H&)
Nigh Water Table(A2) True Aquatic Plants(B14) Drainege Pattems(B10)
saturation(A3) Hydrogen Sulfide Odor(Ci) �Dry-Season Water Tabfe(C2}
Waler Marks(81) �OxidEzed Rhlzospheres on Living Roots�Crayflsh Burraws(C8)
Sedlment Dapos'ds(B2} (C3) �Saturatton Vlslble on Ae�ia)Imagery{C9)
Dritt Deposits(93) �Presence of Reduced Iron(C4) �Stunted ar Stressed Plants(Dt)
Alga!Mat or Crust(84) �Ftecent Iron Reduction In Tilled Soils �Geomorphlc Position(D2)
Iron Deposfts(85) (C8) �FAGNeutrat Test(DS)
Inundatbn Visibte on Aeflal Imagery(e� �'ihfn Mudc Surfaca(C7)
Sparsely Vegelated Concave Surtace(88) �Gauge or We11 Date(09)
Water�ta(ned l.eaves(89) �Other(Explain in Remarks)
Fie bserva ons:
Surface water presenl? Yes No ��l)epth(Incties): --,
Water table present7 Yes �__ No Depth(inches): r�_ Indtcators otweuand �
Saturation present? Yea x No Depth(Inches): _�� hydrology present?
(1nGudes capillery finge)
Describe recorded data(stream gauge,monitoring weil,aerial photos,previaus inspections),1(availabte:
ema s:
U5 Army Corps of Engineers Midwest Region
APPENDIX C
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W�etland #1 at 1-�VFET
APPENDIX D
WCA & USC�E Approval Forms �
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• 9. ProjecUSite Information
Project/Site Name: ��oo �r,.�,,,� � ,5'0� Local Government Unit: j�t:.,H��-ti,�,�, ��-�.�K ���D
Location (address andlor T, R, Sec.); 'j' /�•7N� �23W �V��,� o�' 5�,��„� �0
2. Applicant Information
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Applicant Name: �;�(�� /�b�� Address: rOpD �,,.ti„ ��.�,( ��,{y� �
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City, State, Zip: D✓�o f J�-{I�,� ���q�
E-maiL• Phone: (� � �J 7�� - 7� ��
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3. AgentJCansultant Information
Company Name (if applicable): �i��p�s� �r�;,y„H.,.,���ontact Person:(�J'R�, ��s.c�
Address: �$Z) �,r,,.tbof,(,�..�� City, State, Zip: �„k/�,,,� C�}J M,1V �
S5"�-30
E-mail: �q�Se1�t�i►/� �.(SN.GAwJ Phone:�/2— b'02-���
4. Description of Request
Check all that apply, [�$Wetland Boundary (must attach wetland delineation report)
�Wetland Type (Eggers& Reed and/or Circular 39 type}
5. Signature
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By signature below, the applicant requests a determination from the Local Government Unit under i
Minnesota Rules 8420.0225 on the submitted wetland boundary and type information in this application.
The applicant also affirms that they are the owner of the s��bject property or have permission from the ;
landowner to pursue this determination.
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Applica or Aut zed Agent S gnature Date
Important Notes: ',
• The applicant may be required to submit multipfe copies of the report/information to the ',
LGU. The LGU may require the applicant to subrnit copies directly to Technical Evaluation ',
Panel Members. Check with your LGU regarding their submiffa!requirements. '
• The LGU decision must be made in compliance with Minnesota Statutes, section 15.99.
For LGU use only
Date Received:
Page 1 of 1 '
BWSR Weiland Boundary/Type Application Form 11/10I08 '
Print Form
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us,��•����c:��p�
of F.ngiuerrs
SI.Puul Dislricl
Request for Corps of Engineers Wetland Delineation Review
Please enter the iollowing genera! itiforination about the property under review;
n`amc of property o���ner
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G�c l t=�. f�i bbo�-
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Pronerty Address(No, & Street,City,Statc, Zip Code) '
��OC� �'i�e�� .�y(� So�
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Lrt• ° I.on . _ _° dccirnat degreesl _ !
Cou�� �-} I
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Loc�tion: N� 1 4 Scction )p Township 11-r�/R�ngc 2,3(a,J
Size of revie�v area t�,5-' ��cre{s) �
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[3y submission of this wetland delineation report 1 am requesting that the U.S. Army Corps of Fnbineers, ';
St. P�til DisU•ict providc me with tfte following(cl�cck only one box}: '
❑ Wetla»d Delineation Concurrenee. Concurrence with awetland define�tion is � written notitication
ti-om the Corps eoncurring, not concurrin�, Ol'C0111117f:lltlt7b 011 [�1C WCtland boundlrics del ineatcd on a '
properry. Under this requcst, the Corps will not address lhe,jurisdictional status ofthc wetlartds on the
properly, only the boundarics ofthc resow�ces�vithin the review area.
❑ Preliminary Jurisdictional Deter►nination, n �reliininary jurisdictional dctermination is n non- l
binding written indication that there may Ue waters of'tl�e United States, inclttdinb wetlands, �n a parcel I
or indications of tlle approximate iocation{s}of watcrs of the United Slates or wetlands o►i a parcel.
Prcliminlry jurisdictional dctermin�tions are advisory in n�itare�nd may not be appealed.
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�Approved 3urisdictional Dete��mination. A�i approved jurisdictional determination is an ol�lic'r��1 �
Corps determination that jurisdictional waters of the United States or navigable wateE�s of lhe United
States, or both,are eithcr present or abscnt on t(�e property. A�� approved j�n�isdiction�) determination
preciscly identities the limits orthose watcrs on tlie prajecE sitc determined to be jurisdictional under thc
Clean Water Aet or Rivers and Harbors Act. Approved jurisdietional determinations can be relied upem
by the aflected party tor a period o1'tive years. An approvect ju�•isdictional determination may bc
appealc;d tlu•ougli thc Corps' administrativc appeal process.
In order for the Coi•ps to process your request, the wetland delineation must be pi�epared iit accordance
with the 1987 Corps of Engincers Wetland Delineation Manual,ai�y approved Regional Supplements t�
the 1987 M�»ual, and the Guidelines for Submitting Wet[and Delineations in Minnesota and Wisconsin
(http://wwt��.mvp,usace.army.m il/regulatory/).
Requestor %/ Date
. ._ $ ►a 2�=--
Name(tY�ed)._._ t.tl���s��,•1 ---- -.._
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APPENDIX E
WCA Contractor Responsibility Form
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Pursuant to Minnesota Statutes Chaptcr 103G .22t2 an agent or employee of another may not '
drain, excavate or fill a wetland, wholly or partially,unless the agent or employee has obtained a �
signed statement from t11e property owner stating that the wetland replacement plan requii•ed for
tfie work lias been obtained, or that a ceplacement plail is not reqtiired; AND this stateme��t is
zn�iled to the local bovernment �mit (LGU)with j�u�isdiction over the wetlanc�. i
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Wot�lc in viol�tion of thc abovc st�tement�nd Minnesota Statutes § 103G.2212 to § i
103G,237 is a misdemeanor punishable by up to a�700 �ne and 90 days in jail. �
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A replacemelit plan is rec�uired for any wetland drainin6,excavation, or fillinb activity that is not
exemptcd under Minnesoia Rules Cl�apter 8420,0122. i
N�ition�l wetland inve�itoiy maps are avail�ble for review at the County Soi l and Water �
Conservation llistricl (SWCD) ot�fices, Many wetlands may not be identified on tl�e ma�s but
are still restrieted from draining, excavating, or�Ilin�. �
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Contact the LGU or SWCD oifice for assist�nce. You c�n also call the Bo�rd of'W�ter�nd Soil �
Resoiu•ces �t 65l�2)C�-3767 lor LGU or SWCD location informatioti, j
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Property Owner Name �
Address � �
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Worl< Site Location:
(�tddress or�roperly locatio��)
Coilt►•�ctor Name: (by compaiiy and individuaf):
Address: Phone:
l�escriplian ol'Work:
This form is continued on the next page. �
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1311'SIt_Ponn_1��CA__l:ntorccmcnt_5(Conl_Respun) '
(April 2003)) I
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1 certify that, as the owner of the property listed on this form, I have contacted the LGU and
coniact person listed on this form, aild a WCA replacenlent plan:
❑has been ol�tai�ed, o��
❑ is not rcquired,
for the work described and at the location listed on this form, '
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Propez•ty Owner Naiue �
Sig��ature D�te
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Contractor Owner Name i
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Signatiu•e Date �
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L.ocal Government Unit (LGU):
Address: Phonc: �
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LGIJ Person Contacted;
Tliis statement is invalid if any uf the�tbove information is not sup�lied or is inaccuratc.
Worlc in violation of Minncsota Stxtutcs § 103G.2212 to � 103G237 is a misdemeatior
punishaiblc by up to a �700 finc:�nd )0 days in,jail.
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N_OTE: Keep a capy'of tfiis forrn fot..your records, and send �
� : #he o'riginal to the,;Local Gover"nm:�nt Unit. >;,:
Nage 2 ot'2
131��SR_Form_1uCA__Ei2lorcemrnt__5(Cont_Kes��on) (Ap�•il 2003)) ;
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