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Community Organizations International Association for Landscape Ecology (Chapter Germany)
International Association for Landscape Ecology (Chapter Germany)
International Association for Landscape Ecology (Chapter Germany)
Acronym
IALE-D
Network

Focal point

Prof. Dr. Uta Steinhardt
Phone number
03334 - 657 306

Location

Hochschule für nachhaltige Entwicklung Eberswalde, Fachbereich Landschaftsnutzung und Naturschutz
Friedrich-Ebert-Straße 28
16225
Eberswalde
Germany
Working languages
inglés
alemán

The German Chapter of the International Association of Landscape Ecology (IALE) connects landscape researchers, planners, and other interested persons to support a scientifically and planning-related sound development of human-environment relations. IALE-D supports scientific principles of landscape science and sustainable landscape management, their application in practice, as well as the communication of landscape ecological questions.


The International Association for Landscape Ecology was founded in 1982 in the Slovakian town Piestany, to promote transdisciplinary research and exchange of experience in the field of landscape ecology as a scientific basis for landscape planning and environmental management. It strives for close contact between natural and social sciences, as well as for a connection between science and practice. On this basis, theories, models, and empirical data can be combined and merged so that a better understanding of landscape and sustainable landscape management becomes possible.


The foundation of our chapter “IALE-D“ took place at May 5, 1999 in Basel (Switzerland). Like other regional chapters, IALE-D builds on the expertise of its members, their ideas, and new ways of cooperation.

Members:

Resources

Displaying 41 - 45 of 53

Evaluating Anthropogenic Risk of Grassland and Forest Habitat Degradation using Land-Cover Data

Peer-reviewed publication
Agosto, 2009
Estados Unidos de América

The effects of landscape context on habitat quality are receiving increased attention in conservation biology. The objective of this research is to demonstrate a landscape-level approach to mapping and evaluating the anthropogenic risks of grassland and forest habitat degradation by examining habitat context as defined by intensive anthropogenic land uses at multiple spatial scales.

Reasons for an outstanding plant diversity in the tropical Andes of Southern Ecuador

Peer-reviewed publication
Junio, 2009
Ecuador

Long-term field studies in the scope of a multidisciplinary project in southern Ecuador revealed extraordinary high species
numbers of many organismic groups. This article discusses reasons for the outstanding vascular plant diversity using a
hierarchical scale-oriented top-down approach (Grüninger 2005), from the global scale to the local microscale. The global
scale explains general (paleo-) ecological factors valid for most parts of the humid tropics, addressing various hypotheses

Contribution of landscape metrics to the assessment of scenic quality – the example of the landscape structure plan Havelland/Germany

Peer-reviewed publication
Marzo, 2009
Alemania

The scenic quality of a landscape is a natural resource that is to be preserved according to German and international law. One important indicator for the evaluation of this value is the structural diversity of the landscape. Although Landscape Metrics (LM) represent a well-known instrument for the quantification of landscape patterns, they are hardly used in applied landscape and environmental planning. This study shows possibilities for the integration of LM into a commonly used method to assess scenic quality by the example of a Landscape Structure Plan.

Plant species richness and composition in the arable land of Kosovo

Peer-reviewed publication
Marzo, 2009

This study investigates today’s plant species richness and composition in cultivated and recently abandoned
arable land of Kosovo. Relationships between these aspects of vegetation and both environmental features
and agricultural management measures are studied at the regional and plot scale. In 2006, 432 vegetation relevés
with a standard plot size of 25 m² were recorded in cultivated fields. In 2007, data collection focussed on 41 plots
in arable fields that had been abandoned the year before. With respect to the environment, data analysis accounts

Demographic changes and the demands on agricultural landscapes: Refl ections on a new research topic

Peer-reviewed publication
Diciembre, 2008

Demographic change suggests substantial effects on future societal demands on agricultural landscape use and thus on rural areas. Demographic change is thereby defined as both the decrease of the population and the shift in the age distribution („aging“) and in the spatial distribution („rural flight“ particularly of young people).