- Aquascope and drones in action for science – tv reportOur team together with the team of Mirko Kovac had the pleasure to show the technology we currently use … Continue reading Aquascope and drones in action for science – tv report
- Aquascope team in RSIAlberto Sili from Radiotelevision Svizzera went with us to our weekly monitoring at Greifensee, where Francesco Pomati shared some … Continue reading Aquascope team in RSI
- Ocean Sciences Meeting 2020Meet our team at the ASLO Ocean Sciences Meeting 2020 in San Diego, from 16-21 February 2020.For more information … Continue reading Ocean Sciences Meeting 2020
- 03. November 2019 -AQUASCOPE at Treffpunkt Science CityMeet our team at Treffpunkt Science City on Sunday, 03. November 2019, 11.00 bis 16.00 Uhr. We will present … Continue reading 03. November 2019 -AQUASCOPE at Treffpunkt Science City
- Aquascope in Swiss TVSRF visited us last week to talk about algal blooms in Swiss lakes and our monitoring project at Greifensee. … Continue reading Aquascope in Swiss TV
“Ecology requires us to look and look again at nature with the eyes of a child”
Ramon Margalef (1919–2004)
We study plankton communities in their natural environment, with the idea of not interfering with species interactions and dynamics. Our objectives are to study bottom-up (e.g. water physics and chemistry changes like climate warming and eutrophication) and top-down (natural enemies like parasites and grazers) controls of plankton community change. We want to understand interactions and mechanisms that regulate community composition and relative abundances of species, and predict community dynamics across scales of space and time, including the forecasting of cyanobacterial blooms.
We collect in situ readouts of simultaneous physical, chemical, and biological observations at high frequency and spatial resolutions, including morphological traits of individual organisms (size, shape, and pigments). We count and phenotypically characterise interacting plankton species by combining automated scanning flow-cytometry (organismal size range 1 um – 1 mm) with underwater high resolution imaging. Data are gathered over spring and summer in three Swiss lakes of different trophic state and across relevant temporal and spatial ecological gradients.
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