Lazar Research Laboratories / Timber Press / Princeton Univ Press / Bio-Rad Laboratories / HP / /
Continent
North America / /
Country
United States / / /
Event
Environmental Issue / /
Facility
University of Vermont / Harvard Forest greenhouse / Meadowview Biological Station / North Dakota State University / University of Wisconsin / library of R / Harvard University / /
IndustryTerm
biological systems / animal food web / ve-trophic level food web / food / energy / ecological systems / detritus-based food web / food web / food-web structure / food addition rate / food webs / /
MusicAlbum
B.B. / /
MusicGroup
M.E. / /
Organization
University of Vermont / Harvard University / National Science Foundation / Department of Biological Sciences / North Dakota State University / US Federal Reserve / University of Wisconsin / Madison / /
Person
Nicholas J. Gotellic / Aaron M. Ellisonb / Jennie Sirotaa / Michael Lavine / Benjamin Baiserb / Sarracenia / Stephen R. Carpenter / Appendix / Mark Van Scoy / /
Organic-matter loading determines regime shifts and alternative states in an aquatic ecosystem Jennie Sirotaa, Benjamin Baiserb, Nicholas J. Gotellic, and Aaron M. Ellisonb,1 a Department of Biological Sciences, North D