Part of the Life Sciences Commons

Works by Ashley A. Coble in Life Sciences

2020

Climate, snowmelt dynamics and atmospheric deposition interact to control dissolved organic carbon export from a northern forest stream over 26 years, Karl M. Meingast, Evan Kane, Ashley A. Coble, Amy Marcarelli, David Toczydlowski
Michigan Tech Publications

PDF

2016

Uptake of ammonium and soluble reactive phosphorus in forested streams: influence of dissolved organic matter composition, Ashley A. Coble, Amy Marcarelli, Evan S. Kane, Casey J. Huckins
Department of Biological Sciences Publications

Temporal patterns of dissolved organic matter biodegradability are similar across three rivers of varying size, Ashley A. Coble, Amy Marcarelli, Evan S. Kane, David Toczydlowski, Robert Stottlemyer
Department of Biological Sciences Publications

2015

Ammonium and glucose amendments stimulate dissolved organic matter mineralization in a Lake Superior tributary, Ashley A. Coble, Amy Marcarelli, Evan S. Kane
Department of Biological Sciences Publications

Stream ecosystem process responses to stamp sand stabilization in tributaries of Lake Superior, Amy Marcarelli, Casey J. Huckins, Ashley A. Coble, James C. Olson, G. Nicolas, R. Aho
Department of Biological Sciences Publications

Strontium source and depth of uptake shifts with substrate age in semiarid ecosystems, Ashley A. Coble, Stephen C. Hart, Michael E. Ketterer, Gregory S. Newman, Andrew L. Kowler
Michigan Tech Publications

2014

Spatial and temporal measurements of N, P, and C uptake in small Lake Superior tributaries, Ashley A. Coble, Amy Marcarelli, Evan S. Kane, Casey J. Huckins
Department of Biological Sciences Publications

2013

Nitrogen and phosphorus, but not carbon, are quickly taken up in streams: assessing variability in nutrient uptake across six Lake Superior tributaries, Ashley A. Coble, Amy Marcarelli, Casey J. Huckins
Department of Biological Sciences Publications

2012

Seasonal variation in nutrient uptake in a 1st-order tributary of Lake Superior and implications for climate change, Ashley A. Coble, Amy Marcarelli
Department of Biological Sciences Publications