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2011-06-02_APPLICATION CORRESPONDENCE - C2010089 (21)
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2011-06-02_APPLICATION CORRESPONDENCE - C2010089 (21)
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Last modified
8/24/2016 4:34:06 PM
Creation date
9/8/2011 11:15:49 AM
Metadata
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Template:
DRMS Permit Index
Permit No
C2010089
IBM Index Class Name
Application Correspondence
Doc Date
6/2/2011
Doc Name
Mariah Report Wildlife Baseline
Section_Exhibit Name
Section 2.04.11 Appenidx 2.04.11-1
Email Name
MLT
Media Type
D
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No
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L <br />,3 <br />intensity from different vegetation types. Indices of relative abundance for data <br />on predators obtained from the scent station visitation technique'are provided by <br />a formula developed by the Denver Wildlife Research Center (Linhart and <br />Knowlton 1973) : <br />Total number of visits by species <br />Index - X 1000 <br />Total number of operable station nights <br />Species Diversity Index. An index to species diversity is provided for certain <br />habitat types for certain groups of animals. This index is based on the <br />Shannon- Weiner function from the field of information theory (Margalef 1967; <br />MacArthur and MacArthur 1971; Lloyd and Ghelardi 1964; Pielou 1966). As a <br />diversity Index for community analysis, the function describes the average <br />degree of uncertainty of predicting the species of a given individual packed at <br />random from.the community. This uncertainty aed the index increase both as the <br />number of species increases and as the individuals are distributed more and more <br />equitably among species already present. The general formula for this index is <br />as follows: <br />H = Ep i loge Pi <br />where p -= decimal fraction of total individuals belonging to the i_ species. <br />This index varies from values of 0 for habitats containing a single species to <br />values of 4 or 5 for communities containing many species, each with a small <br />number of individuals. The SharmonWeiner species diversity index may be used to <br />compare community composition data from a variety of sources. Difference in <br />diversity may be expected'for communities at different stages of succession, . <br />in different habitats or at different times of the year. <br />Habitat Affinities. Most animal species depend upon their immediate surroundings <br />to provide basic requirements for food, shelter and water. Demotion of <br />habitat affinities within the normal range of a species may indicate its <br />particular needs for survival and continued growth and reproduction. In general, <br />an animal's habitat may be characterized by the predominant vegetation. Evaluation <br />of distribution abundance patterns of different animal species within and between <br />vegetation types provides a Treasure of habitat affinity. <br />If all animal species in an area were randomly distributed with respect to <br />-14- <br />JU4 1 t t -80 <br />
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