Rhine-Main-Observatory - Germany

Basic Information
Site Name
Rhine-Main-Observatory
Short name
DE-12-RMO
Country
Germany
Site Manager
Keywords
climate change
freshwater
Land use
long term monitoring
Tea bag
Site Description
The Rhine-Main-Observatory (RMO) covers the drainage basin of the Kinzig River in Hesse, Germany (~1060km²). Situated at the fringe of the Rhine-Main area, the second largest metropolitan area in Germany, the Kinzig River divides three lower mountain ranges (Rhön, Vogelsberg, Spessart). Therefore, the Rhine-Main-Observatory includes both densely populated areas on the outskirts of the Rhine-Main metropolitan region as well as natural landscapes with little anthropogenic disturbance. This creates a highly diverse mosaic of land uses along a wide gradient of exploitation activities, from vibrant city centers to dense industrial areas; and from intensively and extensively used agricultural land, to heavily managed forests and natural reserves. The RMO was started officially in 2007, however many of the data series started much earlier. The scientific focus of the work in the RMO lies in understanding the role of land use and (micro-) climate in shaping meta-community structures in a fragmented river-floodplain ecosystem. The monitoring comprises a broad variety of permanent biotic and abiotic monitoring sites, as well as additional context-dependent monitoring schemes.
Last modified
2020-06-29 10:06:57
General Characteristics, Purpose, History
Site Status
Operational
Year Established
2007
Purpose
Research within the RMO aims at investigating biodiversity patterns and ecological processes in complex, fragmented landscapes. Research focusses on different habitats in streams and their floodplains, along a gradient of land use intensity, including areas with natural vegetation, agricultural and settlement areas. It is through this comprehensive long-term and large-scale approach that far-reaching conclusions about the causes of changes in biodiversity can be drawn. This in turn, allows the prediction of the effects of future land-use or climate-induced changes on biodiversity as well as to infer recommendations for the protection of endangered species and habitats
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Geographic
Size
10580.00ha
Elevation (average)
110.00msl
Elevation (min)
100.00msl
Elevation (max)
200.00msl
Affiliation and Network Specific Information
Affiliation
ILTERThis site is a verified "ILTER" member.
LTER EuropeThis site is a verified "LTER Europe" member.
LTER-D (Germany) (LTER_EU_DE_012)This site is a verified "LTER-D (Germany)" member.
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