@DrBioGC Pitch for @SimonDStewart_N: top-down control of large lake N BGC: food web and trophic levels matter. I was struck that it fits w/ #notwitterGordonBonan calling at #AGU for putting ecology & demography back in BGC/system models. https://t.co/h
RT @ChelskiLittle: #365papers The role of mobile consumers in lake nutrient cycles: a brief review, Stewart et al https://t.co/viF7nydqUz
#365papers The role of mobile consumers in lake nutrient cycles: a brief review, Stewart et al https://t.co/viF7nydqUz
The role of mobile consumers in lake nutrient cycles: a brief review https://t.co/mPHKVTLdcg https://t.co/TZlrTn36D9
https://t.co/2KAUp1Z3qI The role of mobile consumers in lake nutrient cycles: a brief review Abstract We summarise current understanding of consumer recycling in lake nutrient cycles and expand on it by integrating emerging knowledge from food web ecolog
RT @SimonDStewart_N: Interested in how fish pee contributes to #lake #nutrient cycles? Our latest review with @TroyBaisden, @profhamatham &…
RT @SimonDStewart_N: Interested in how fish pee contributes to #lake #nutrient cycles? Our latest review with @TroyBaisden, @profhamatham &…
RT @SimonDStewart_N: Interested in how fish pee contributes to #lake #nutrient cycles? Our latest review with @TroyBaisden, @profhamatham &…
RT @SimonDStewart_N: Interested in how fish pee contributes to #lake #nutrient cycles? Our latest review with @TroyBaisden, @profhamatham &…
RT @SimonDStewart_N: Interested in how fish pee contributes to #lake #nutrient cycles? Our latest review with @TroyBaisden, @profhamatham &…
RT @SimonDStewart_N: Interested in how fish pee contributes to #lake #nutrient cycles? Our latest review with @TroyBaisden, @profhamatham &…
Interested in how fish pee contributes to #lake #nutrient cycles? Our latest review with @TroyBaisden, @profhamatham & @icdugg in @HYDR_Springer is a good starting point. Like a large fish's pee, please share widely: https://t.co/VpAW1zkXUK