REES - Rhine Eco-Evolutionary System - Germany

Basic Information
Site Name
REES - Rhine Eco-Evolutionary System
Short name
REES
Country
Germany
Site Description
How do freshwater ecosystems react to changing environmental conditions and to what extent can these changes be captured in the dynamics of eco-evolutionary processes? The project REES ('Rhine Eco-Evolutionary System') aims at the long-term assessment of eco-evolutionary interactions in the Rhine as a limnic habitat under consideration of diverse associated water bodies. The study area includes the main flow channel of the Rhine (km 845, North Rhine-Westphalia), as well as Rhine oxbows, Rhine water-fed gravel pit lakes in ecological succession and the surrounding floodplain (Rees, district of Kleve). The Ecological Research Station Rees-Grietherbusch of the Institute of Zoology (University of Cologne) and the Nature Conservation Center District Kleve e.V. form the central infrastructure of the study area. In addition, the Ecological Rhine Station of the University under the direction of Prof. Dr. Arndt is also associated to the project, which enables direct sampling and experimental recording of the main Rhine flow channel. The extensive system of standing and flowing freshwater bodies covered in the REES study site allows the investigation of dynamic variations in biodiversity composition at all levels, from species diversity of communities to genomic diversity at the molecular level of individuals and populations. Along a selected trophic cascade, representative species will be long-term observed and analyzed ecologically and especially also (population-)genomically. The incorporation of ecological genomics is the core aspect of this LTER-D project, which is intended to capture the feedback of evolutionary changes on the ecological system. Population genomic approaches can be used to infer both evolutionary and ecological processes from genomic data. To cope with the dimension of this project, REES is designed as an interdisciplinary collaboration project and currently counts seven project partners with corresponding subordinate projects.
Last modified
2022-05-06 09:05:19

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General Characteristics and Status
Site Status
Operational
Year Established
1990
Observed properties
Photos
Reeser Meer NE, oligotrophic gravel pit lake (c) Sina Brehm

Reeser Meer NE, oligotrophic gravel pit lake (c) Sina Brehm

Bienener Altrhein, Rhine oxbow (c) Alex Schönle

Bienener Altrhein, Rhine oxbow (c) Alex Schönle

Reeser Meer Süd, mesotrophic gravel pit lake (c) Dominik Scepanski

Reeser Meer Süd, mesotrophic gravel pit lake (c) Dominik Scepanski

Geographic
Affiliation and Network Specific Information
Affiliation
LTER-D (Germany)The affiliation of this site with "LTER-D (Germany)" is not verified by the network on DEIMS-SDR.
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