Effects of litter exclusion and wood removal on phosphorus and nitrogen retention in a forest stream. Webster, J., McTammany, M., Tank, J., Wallace, J. B., Meyer, J., Eggert, S., Ehrman, T., Ward, B., Bennett, B., & Wagner, P. Verh, 2000.
Paper abstract bibtex Many studies in the past have shown indirect evidence of the importance of terrestrial detritus in woodland streams, but recently Wallace et al. (1997b) eliminated leaf and wood inputs to a small stream and directly demonstrated the importance of this material to stream food webs. Additionally this whole-stream experiment has shown that terrestrial detritus is more than just food for invertebrates. Tank & Webster (1998) found accelerated wood biofilm development and wood decomposition in the litter exclusion stream, and Meyer et al. (1998) used the litter exclusion experiment to estimate that leaves contribute approximately 30% of dissolved organic carbon exports. Previous studies have also suggested that leaf litter in streams is important to nutrient retention (Mulholland et al. 1985, Elwood et. Al 1988.) The purpose of the current study was to examine the effects of liter exclusion and wood removal on retention of dissolved nutrients.
@article{webster_effects_2000,
title = {Effects of litter exclusion and wood removal on phosphorus and nitrogen retention in a forest stream},
volume = {27},
url = {http://cwt33.ecology.uga.edu/publications/1382.pdf},
abstract = {Many studies in the past have shown indirect evidence of the importance of terrestrial detritus in woodland streams, but recently Wallace et al. (1997b) eliminated leaf and wood inputs to a small stream and directly demonstrated the importance of this material to stream food webs. Additionally this whole-stream experiment has shown that terrestrial detritus is more than just food for invertebrates. Tank \& Webster (1998) found accelerated wood biofilm development and wood decomposition in the litter exclusion stream, and Meyer et al. (1998) used the litter exclusion experiment to estimate that leaves contribute approximately 30\% of dissolved organic carbon exports. Previous studies have also suggested that leaf litter in streams is important to nutrient retention (Mulholland et al. 1985, Elwood et. Al 1988.) The purpose of the current study was to examine the effects of liter exclusion and wood removal on retention of dissolved nutrients.},
journal = {Verh},
author = {Webster, J.R. and McTammany, M.E. and Tank, J.L. and Wallace, J. B. and Meyer, J.L. and Eggert, S.L. and Ehrman, T.P. and Ward, B.R. and Bennett, B.L. and Wagner, P.F.},
year = {2000},
keywords = {CWT}
}
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