AQUACOSM offers Transnational Access to at least 37 different sites or installations at 18 selected leading and highly complementary European mesocosm facilities. Ranging from the Sub-Arctic to the Mediterranean, from mountains to lowlands, estuarine to fully marine systems, and spanning from ultra-oligotrophic to hyper-eutrophic conditions, they represent a cross section of typical European aquatic ecosystems.
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EU network of mesocosms facilities for research on marine and freshwater ecosystems open for global collaboration.
AQUACOSM
Mesocosms facilities for research on marine and freshwater ecosystems. A network of leading European aquatic mesocosm facilities connecting mountains to oceans from the artic to the Mediterranean.
Kick-off meeting in Berlin
The Kick-off meeting of AQUACOSM project was held between 16th and 19th January 2017 in Zeuthen, Germany.
Objective: to strengthen EU network of mesocosm facilities and promote joint research initiatives, capacity building and standardisation.
Extensive Transnational Access to at least 37 different sites or installations at 18 selected leading and highly complementary European mesocosm facilities
Geographic range from the Arctic to the Mediterranean. Unique infrastructures in catchments from mountains to lowlands; rivers, ponds, lakes, estuaries and the sea.
Transnational Access
Nitrogen Cycling in Climate-impacted Lake Mesocosms (NCyCLMe)
Mark J. McCarthy, Shannon M. Collin, Erik Jeppesen, and Silvia E. Newell Wright State University, Department of Earth and Environmental Sciences Dayton, OH USA Cyanobacterial…
SYKE Marine Research Centre opens Indoor Mesocosm Facility…
SYKE Marine Research Centre will open our brand new Indoor Mesocosm Facility for international access during 2019 through the Transnational Access procedure of the H2020…
TA access at the Artificial Pond and stream…
Project title: Metformin Transformation in a Large Scale Artificial River System Project acronym: TransMet Project duration: May to August 2018 Metformin is one of the…
Phytoplankton in the mesocosms
Are some species of phytoplankton favoured by turbulent water? For two weeks, an international research team has utilized the mesocosm facility at Umeå Marine Sciences Center (UMF) to study how the movement of the water affects different species of phytoplankton.…
Impact of Microplastics on food web structure and…
Approximately 311 million metric ton of plastics were produced in 2014 alone, and production is steadily increasing each year. Up to 10 % of the plastic produced each year worldwide ends up in the aquatic environment, where it persists and…
AQUACOSM TA – Effect of Warming on the…
A mesocosm experiment at MEDIMEER, Sète, France, April 2018 An in situ mesocosm experiment is currently running (April 2018) as a part of the PHOTOPHYTO project funded by the French National Research Agency (ANR). This experiment focuses on the effects…
Tracking the effects of reduced nitrogen loading
A mesocosm experiment at LMWE Silkeborg Denmark 2018 Whilst we know for certain that eutrophication in fresh waters is caused by increased nutrient levels, the relative influence of the two most important nutrients, phosphorus and nitrogen, is the subject of…
Special Mesocosm-focussed session announcement to be held as part of ASLO 2019 in Puerto Rico. Maria Stockenreiter, Ludwig-Maximilians-University (LMU) Munich (stockenreiter@bio.lmu.de) Patrick Fink, University of Cologne (patrick.fink@uni-koeln.de) Jens Christian Nejstgaard, Leibniz-Institute of Freshwater Ecology and Inland (nejstgaard@igb-berlin.de) Well controlled and highly [...]
SEFS11 will take place in Zagreb, Croatia, from June 30 to July 5, 2019. The venue will be the Westin Hotel. Leaning on a 20-year tradition of the Symposium for European Freshwater Sciences, the goal is yet again to bring [...]
The 3rd AQUACOSM General Assembly (GA) will be held 25-29 March 2019
Training
AQUACOSM aims at training young scientists in rigorous aquatic experimental ecosystem research at relevant scales and to provide a critical link between long-term observational data (i.e. low and high frequency monitoring data from classical and novel observatories) and ecosystem model development and validation.
AQUACOSM is funded by the European Commission EU H2020-INFRAIA-project No 731065. The information and views of this website lie entirely with the authors. The European Commission is not responsible for any use that may be made of the information it contains.
