Estimating Components of Plant Community Diversity on Mined Lands
Document Type
Contribution to Book
Journal/Book Title/Conference
Proceedings. Second Annual Meeting. Bridging the gap between science, regulation, and the surface mining operation.
Location
Denver, CO
Publication Date
10-8-1985
Award Number
NSF DEB81-01827
First Page
102
Last Page
105
Abstract
Techniques suggested to date for estimating plant community diversity on mined lands have focused on intracommunity (alpha) diversity, largely ignoring intercommunity (beta) and landscape (gamma) diversity. These techniques lack any formal procedure for expressing sampling variability in the resulting diversity estimates. Jackknife methods now exist which not only estimate alpha, beta and gamma diversity, but provide confidence intervals for these estimates as well. These methods are dependent upon the identification of plant communities, which poses a potential problem on mined lands where the redeveloping plant communities may be so spatially interspersed as to preclude immediate identification. A method which combines non-hierarchical clustering of quadrat data with the jackknife estimates of diversity is presented as a technique for the evaluation of the three components of plant community diversity on mined lands. The feasibility of the approach is demonstrated with a sampling of native reference vegetation adjacent to a southwestern Wyoming coal strip mine.
Recommended Citation
West, Neil E.; Hatton, Thomas J.; and Durham, Susan L., "Estimating Components of Plant Community Diversity on Mined Lands" (1985). Wildland Resources Faculty Publications. Paper 1687.
https://digitalcommons.usu.edu/wild_facpub/1687
