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T^Uull^^^CPEMlCd) weUand cheeksite. Dominant^)ocie$«tGreen Aijj <br />(FACW) Reed Canary Grass (FACW+), and Sedge (FAC to OBL). Soils arc Glencoe, a \ <br />wetland soil SurfiKc hydrology is evident, as site is ponded and in a wetland diiinage <br />pattern. <br />This is a non-wetland cheeksite. Dominant species are (jieen Ash (JACW) and ^nmon <br />Buckthorn (FAC-). Soils arc Hamel, a wetland soil. SurfiKe hydrology is not evident, as <br />site is not flooded, ponded, or saturated within one foot of the surfiicc or m a wetland <br />drainage pattern. <br />Thi* is a Tvoc 7 (PFOIB) wetland cheeksite. Dominant species arc Green Ash (FACW), <br />Coiomon Buckthorn (FAC-), Gray Dogwood (FACW-), and Wild Bl^ Currant <br />(FACW). Soils are Glencoe, a wetland soiL Surface hydrology is evident, as site is <br />ponded and in a wetland drainage pattern. <br />T^i^itn^v^and cheeksite. Domirumt species are Green Ash (FACW), Elder <br />(FACW) and Gray Dogwood (FACW-). Soils are Hamel, a wetland soil. Surface <br />hydrology is not evident, as site is not flooded, ponded, or saturated within one foot of <br />the surfiue or in a wetland drainage pattern. <br />TOThfaT^? (PFOl C) wetland cheeksite. Dominant species are Green Ash (FACW), <br />Common Buckthorn (FAC-), Sedge (FAC to OBL), and Moss (FAC to OBL). Soils are <br />Marsh, a wetland soil. Surface hydrology is evident, as site is ponded and m a wetland <br />drainage pattern. <br />(PFOl A) wetland cheeksite. Dominant species arc Green Ash (FACW), <br />Black Ash (FACW+), Common Buckthorn (FAC-), Sedge (FAC to OBL), and Moss <br />(FAC to OBL). Soils are Marsh, a wetland soil. Surface hydrology is evident, as site is <br />ponded and in a wetland drainage pattern. <br />Cheeksite H.D X . <br />This is a non-wetland cheeksite. Dominant species arc Green Ash (FACW) and Common <br />Buckthorn (FAC-). Soils arc Hamel, a wetland soil. Surface hydrology is not evident, as <br />site is not flooded, ponded, or saturated within one foot of the surface or in a weUand <br />drainage pattern.