sToichNutNet - Linking ecological stoichiometry with environment‐diversity‐productivity relationships in grasslands
1st working group meeting
11.-14.01.2016
PIs: Elizabeth Borer; Anne Ebeling
Predicting the consequences of anthropogenic nutrient enrichment and biodiversity changes requires understanding relationships among many complex and often locally‐varying ecosystem responses. Ecological stoichiometry, the balance of multiple chemical elements, is a promising mechanistic approach for developing a predictive understanding of community and ecosystem consequences of global changes. This workshop will develop a stronger understanding of the links between ecological stoichiometry and environment‐diversity‐productivity relationships using previously unanalysed data from a unique, globally distributed experiment in grasslands, the Nutrient Network (NutNet).
Participants
Elizabeth Borer; Anne Ebeling; Todd Michael Anderson; Jennifer Firn; Stan Harpole; Helmut Hillebrand; Dorothee Hodapp; Eric Lind; Vanessa Minden; Harry olde Venterink; Christiane Roscher; Alexey Ryabov; Mahesh Sankaran; Lauren Sullivan
2nd working group meeting
09.-12.01.2017
PIs: Elizabeth Borer; Anne Ebeling
Participants
Elizabeth Borer; Anne Ebeling; Todd Michael Anderson; Dana Blumethal; Jennifer Firn; Stan Harpole; Helmut Hillebrand; Eric Lind; Vanessa Minden; Harry olde Venterink; Christiane Roscher; Lauren Sullivan
3rd working group meeting - writing retreat
19.-22.06.2017
PIs: Elizabeth Borer; Anne Ebeling
Participants
Dana Blumenthal; Elizabeth Borer; Anne Ebeling; Jennifer Firn; Stan Harpole; Harry olde Venterink; Christiane Roscher; Eric Seabloom
Publications:
Anderson T.M., Griffith D.M. et al. (2018) Herbivory and eutrophication mediate grassland plant nutrient responses across a global climatic gradient. Ecology, Volume 99, Issue 4. See here
