Mondsee / Kiel / Zu¨rich / Kilchberg / Valencia / Du¨bendorf / Zurich / London / Lake Stechlin / /
Company
Hubbell / Raftery AE / Cambridge University Press / Kraft / YSI Inc. / bbe-Moldaenke GmbH / phycocyanin / Chla / Princeton University Press / Pearson / Creative Commons / Plankton Ecology Group / /
Country
Switzerland / Germany / Netherlands / Italy / Austria / United States / / /
Event
FDA Phase / /
Facility
Swiss Federal Institute of Aquatic Science / College Park / University of Zu¨rich / Limnological Station / Institute of Plant Biology / University of Maryland / Institute of Integrative Biology / /
Department of Aquatic Ecology / Cambridge University / Institute of Plant Biology / American Statistical Association / Foundation for Statistical Computing / University of Zu¨rich / Department of Biology / Princeton University / University of Maryland / College Park / Swiss Federal Institute of Aquatic Science and Technology / TP BE / Department of Environmental Systems Science / Institute of Integrative Biology / Swiss National Science Foundation / Royal Society / American Water Works Association/American Public Works Association/Water Environment Federation / International Society for Analytical Cytology / Institut F.-A. Forel / /
Philosophical transactions of the Royal Society / The Quarterly review / Journal of Environmental Monitoring / PLoS ONE / Proceedings of The Royal Society / Annual Review of Ecology / Evolution / and Systematics / Journal of the American Statistical Association / /
Individual Cell Based Traits Obtained by Scanning FlowCytometry Show Selection by Biotic and Abiotic Environmental Factors during a Phytoplankton Spring Bloom Francesco Pomati1,2*, Nathan J. B. Kraft3, Thomas Posch4, Bet