10.6084/m9.figshare.3517814.v1 Thomas L. Bott Thomas L. Bott John K. Jackson John K. Jackson Matthew E. McTammany Matthew E. McTammany J. Denis Newbold J. Denis Newbold Steven T. Rier Steven T. Rier Bernard W. Sweeney Bernard W. Sweeney Juliann M. Battle Juliann M. Battle Appendix B. A figure showing alkaline/acid phosphatase (APA) activity relative to leucine-aminopeptidase (LAMP) activity and net nitrogen uptake by periphyton from Stony Brook incubated in Stony Brook water and Stony Creek water receiving prior exposure to substrata from an abandoned mine drainage (AMD)-impacted stream in order to lower the P concentration of Stony Brook water. Wiley 2016 macroinvertebrates enzymes leaf decomposition abandoned coal mine drainage streams metabolism nutrient spiraling Environmental Science Ecology 2016-08-04 14:06:42 Dataset https://wiley.figshare.com/articles/dataset/Appendix_B_A_figure_showing_alkaline_acid_phosphatase_APA_activity_relative_to_leucine-aminopeptidase_LAMP_activity_and_net_nitrogen_uptake_by_periphyton_from_Stony_Brook_incubated_in_Stony_Brook_water_and_Stony_Creek_water_receiving_prior_exposure_to_sub/3517814 A figure showing alkaline/acid phosphatase (APA) activity relative to leucine-aminopeptidase (LAMP) activity and net nitrogen uptake by periphyton from Stony Brook incubated in Stony Brook water and Stony Creek water receiving prior exposure to substrata from an abandoned mine drainage (AMD)-impacted stream in order to lower the P concentration of Stony Brook water.