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PERMFILE129854
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PERMFILE129854
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Last modified
8/24/2016 10:30:50 PM
Creation date
11/25/2007 8:17:30 PM
Metadata
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Template:
DRMS Permit Index
Permit No
C1994082
IBM Index Class Name
Permit File
Doc Date
12/11/2001
Doc Name
for Seneca II
Section_Exhibit Name
TAB 10 BASELINE VEGETATION STUDIES
Media Type
D
Archive
No
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laboratory Techniques. The current year's grocuth was separated fran all <br />shrub, sub-shrub and cushion plant species in the laboratory. Shrub <br />A samples were dried at ambient air temperature for approximately 30 days <br />prior to separation of new growth. This process greatly facilitated the <br />~_ separation procedure and ensured a oonplete sampling of all leaves since <br />these would generally drop off the plant when dries. New twig growth <br />rema?ned easily distinguishable from old growth (by its lighter color) <br />after 30 days of air drying. Thus, accurate separation of both leaf <br />and twig material was facilitated by this pre~3rying technique. All <br />samples were dried for 24 hours in a gravity drying oven at a constant <br />temperature of 105° C. All samples dried in this manner were weighed <br />to the nearest 0.1 gm (as specified in i4yoming DE4 Gtiideline #2, March, <br />1979) on an Ohaus triple beam balance. Production data were reoorded <br />acoording to major species (i.e., species frost concronly encountered <br />along shrub transacts in cover quadrats) and/or life form for each <br />sample site on standard data forms. <br />TREE DENSITY AND BASAL AREA DATA <br />The point-quarter technique was used to collect tree density and basal <br />area data (basal area is the area of a plane passed through the stem of <br />a tree at right angles to its longitudinal axis and at breast heicht) <br />within aspen stands on the study area. The technique utilized 10 paced <br />points located randomly (number of paces between points was determined <br />by a random nirnbers table) along a randomly located transact (Wyoming <br />DDQ, Guideline #2, March, 1979). At each sample point, an imaginary <br />grid line nP,-~nr~icular to the transact route was used to divide the <br />area into four Muar+ers. The tree nearest to the point in each c~srter <br />was recorded by species, circiuaference at breast height (inches) and <br />distance from the point (feet) on a standard field data form. A total <br />of 30 transacts (300 points) were surveyed on the study area (Map 1, <br />Appendix A). The number of transacts surveyed cuas determined according <br />to techniques specified under "Data Collection" above. <br />~• <br />-12- <br />
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