56 results
Anti-collision systems in practice
The project "AKS-Praxis" examines the applicability of anti-collision systems under the new regulatory requirements of the Federal Nature Conservation Act (BNatSchG). In addition to technical…
MoreAssessment of the impact of new generation wind turbines on birds and bats
The technical development in the wind power industry is constantly advancing with an increasing number of new turbine types. Therefore, the conflict potential for nature conservation must also be…
MoreAvailability of areas for wind energy
Analysis of land availability for onshore wind energy post-2030
MoreBats and wind energy in woodland I
The project's objective is to collate and evaluate existing data to identify and limit the effects of WT on bats in woodland and to remedy any relevant gaps in knowledge by examining case studies.…
MoreBats and wind energy in woodland II
The object of this research project is to establish whether and to what extent wind turbines at forest sites have a negative effect on bats, disturb them or even threaten them to a significant…
MoreBats and wind energy in woodland III
The continued environmentally compatible expansion of renewable energies is progressing. Sites in woodland, for example, are being increasingly developed for wind energy. There is still a need for…
MoreBird populations and the energy transition
The project investigates changes in the breeding populations of bird species, especially those which are considered as conservation indicators of species diversity and landscape quality. In…
MoreBIRDMOVE – Bird migration and offshore wind
The aim of the project is to study the potential effects of offshore wind turbines on migratory birds and passage migrants.
MoreBirdRecorder
With BirdRecorder, a powerful detection system for bird species sensitive to wind power was developed and tested. The system is initially designed for the detection of red and black kites. As an…
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