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3. Plantfna�nrotocol <br /> Balled and burlap plants were planted by first digging an appropriately sized hole, <br /> breaking up the surrounding compacted soil, severing the biodegradable packaging <br /> and placing the plant in the hole. Any shallow spots were packed in with topsoil. <br /> • Plants over four feet tall were staked against the prevailing wind direction. <br /> , <br /> Containerized plants were removed from the containers, the root mass was loosened <br /> and the plant inserted into the prepared hole. <br /> Bare root plants were planted by inserting the roots into a slit made with a planting <br /> spade and then tamped back in. <br /> Emergent plants were planted by digging a small hole and placing the roots of the <br /> division into the hole. <br /> B. Permanent samplinp Iocetions <br /> For sampiing vegetation, an attempt was made to generate random locations within <br /> each emergent, shrub and forested community. Due to the smali size of eacl� <br /> community and the blended nature of the vegetation, random plots within eac'� <br /> community were not meaningful to this study. Therefore, the ten sample plot <br /> locations were chosen at random by first dividing the work site into four quadrs!nts <br /> (the ones in the original plan view drawirgs) and choosing two randomly generat«d <br /> locations within each quadrant. 8oth the constructed wetland and the buffers were <br /> included in the quadrants and thus generated random points within both wetland �nd <br /> b�rifst. In this manner, true random plot locations were obtained while still broadly <br /> covering the intended area. This produced two sample plots in the eastern buffer and <br /> six spread throughout the constructed wetland. Two .3dditional sample plots were <br /> randomly located in the southern buffer sections. SomE initial locations were rejected <br /> if, for instance, they fell in the middle of the interprative sl�e�ter, the boardwzlk, or <br /> other non-vegetated area. <br /> Each sample plot consists of a 50-foot (15.25m) diameter circle plot with the <br /> randomly generated point at the center. Vegetation was mapped within plots by <br /> measuring the distance from the center to the plant being mapped and then orienting <br /> the plant with respect to its compass bearing. At the time of observation, the water <br /> in the pools was turbid and some emergent plantings may have baen overlooked. <br /> These will be indicated during first year compliance monitoring. <br /> The ten vegetation plot maps are presented on the following pages. Vegetation <br /> sample plot location� are shown on the sample point location map (Exhibit 1, included ;� <br /> in the Map Section a, the back of this report) and are marked in the field by six-foot <br /> 15 <br />