Springs are autochthonous aquatic ecotones with complex functional properties and heterogeneous eco-morphological structures. Within a small spatial extent, invertebrates are highly diverse and mainly composed of species adapted to the surface–subterranean water interface, the aquatic–terrestrial interface or to the spring habitat itself. In this publication, a first synopsis of limno-ecological case studies of springs from the Lowlands of Schleswig-Holstein, the low mountain ranges of Hesse and Thuringia, the pre-Alps of the Jura Mountains in Switzerland and the Alps in Germany and Switzerland is presented. The field surveys conducted in the different areas focus on an ecological assessment of spring habitats, distribution patterns of the ...
A theoretical approach of a hierarchical spatial framework concept for spring habitats is presented ...
The distribution patterns of Alpine crenic meiofauna were studied using a standardised sampling proc...
Constant water temperature is thought to be a key factor for macroinvertebrates inhabiting springs. ...
Alpine springs are sensitive ecotones which are inhabited by highly adapted organisms. Studies on ho...
Headwater springs in the German Low Mountain Ranges are local ecotone habitats and biogeographical i...
Springs are spatially restricted and insular ecotones. In the Alps, topography enhances this isolati...
Global climatic changes and local disturbances may alter composition and distribution of spring inve...
After extensive exploratory investigations into crenic habitats at the beginning of the 1990s, a num...
The objective of this thesis is to shed light on the previously under-investigated natural alpine sp...
Springs, as unique ecotonal habitats between surface and hypogean areas, are considered endangered a...
Abiotic and biological aspects of spring biotopes in the Paleozoic Rhenish Shield and the Hessian sa...
Abiotic and biological aspects of spring biotopcs in the Paleozoic Rhenish shield und the Hessian sa...
Springs are unique habitats for highly adapted organisms that are endangered by anthropogenic impact...
The distribution patterns of Alpine crenic meiofauna were studied using a standardised sampling proc...
Abiotic and biological aspects of spring biotopes in the Paleozoic Rhenish Shield and the Hessian sa...
A theoretical approach of a hierarchical spatial framework concept for spring habitats is presented ...
The distribution patterns of Alpine crenic meiofauna were studied using a standardised sampling proc...
Constant water temperature is thought to be a key factor for macroinvertebrates inhabiting springs. ...
Alpine springs are sensitive ecotones which are inhabited by highly adapted organisms. Studies on ho...
Headwater springs in the German Low Mountain Ranges are local ecotone habitats and biogeographical i...
Springs are spatially restricted and insular ecotones. In the Alps, topography enhances this isolati...
Global climatic changes and local disturbances may alter composition and distribution of spring inve...
After extensive exploratory investigations into crenic habitats at the beginning of the 1990s, a num...
The objective of this thesis is to shed light on the previously under-investigated natural alpine sp...
Springs, as unique ecotonal habitats between surface and hypogean areas, are considered endangered a...
Abiotic and biological aspects of spring biotopes in the Paleozoic Rhenish Shield and the Hessian sa...
Abiotic and biological aspects of spring biotopcs in the Paleozoic Rhenish shield und the Hessian sa...
Springs are unique habitats for highly adapted organisms that are endangered by anthropogenic impact...
The distribution patterns of Alpine crenic meiofauna were studied using a standardised sampling proc...
Abiotic and biological aspects of spring biotopes in the Paleozoic Rhenish Shield and the Hessian sa...
A theoretical approach of a hierarchical spatial framework concept for spring habitats is presented ...
The distribution patterns of Alpine crenic meiofauna were studied using a standardised sampling proc...
Constant water temperature is thought to be a key factor for macroinvertebrates inhabiting springs. ...