Document Type

Article

Department/Program

Virginia Institute of Marine Science

Publication Date

1965

Journal

Southeastern Geology

Volume

6

Issue

4

First Page

177

Last Page

187

Abstract

The following relationship was investigated for a total of 44 stations, using sequential (linear) multiregression analysis: A = f (D, S a , S i., C, M z, S o , W) 1 z o where A = the frequency of an infaual invertebrate species, D : water depth at the station, Sa = per cent sand, Si =percent silt, C = per cent clay, Mz = mean grain size, S o = sediment Sorting Coefficient, and W = water content. Three animals were chosen for the dependent variable: Ensis directus, Nephtys incisa, and Retusa canaliculata. Results of the least-squares search procedure indicate that if the water content is carefully determined this variable always appears as one of the most important, when the independent variables are considered in combinations of two or three at a time. The implication is that water content, a mass property of the sediment that reflects the interrelationships of mean grain size, sorting, grain packing, and mineralogy, is a highly useful environmental variable that should be measured in studies that attempt to establish animal-sediment relationships

Publication Statement

Contribution (Virginia Institute of Marine Science) no. 186.

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