34 results
ISEAD – Intelligent Sea Animal Detection
The research project aims to use AI to recognise birds and marine mammals (harbour porpoises) 50 times faster on image and video material.
IfAÖ Institute for Applied Ecosystem…
MarinEARS
The BSH's MarinEARS technical information system collects data on pile driving noise during the erection of foundations for offshore wind turbines. It is a scientifically and organisationally…
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Mitigation of offshore pile driving noise
Overview of site-specific and technical-constructive properties of sound generation and transmission of pile-driving sound as well as sound reduction measures
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Model concept for nature-compatible solar parks
Scientific investigations for the development of a model concept for nature-compatible and biodiversity-promoting solar parks.
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Monitoring the operation of WT in woodland – impacts on the avifauna
In the course of the energy transition, forests – habitats for woodpeckers, owls and other species of birds – are increasingly becoming sites for wind farms. Noises, movement or obscuration can have…
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MultiRadar
MultiRadar - close range bird protection zones in the vicinity of wind turbines using multi-radar technology Johann Wolfgang Goethe University Frankfurt am Main - Institute of Physics -…
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NatForWINSENT II
The wind energy research cluster south (WindForS) will be commissioned in 2020 in the Swabian Jura (Germany) as the first wind energy test site in complex terrain in an inland area. The WINSENT test…
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NatForWINSENT II – Phase 2
Nature conservation research at the southern German wind energy test site aims to develop and test avoidance measures for birds and bats at wind turbines. It is thus intended to make an important…
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NatForWINSENT – Nature conservation at the wind test site
The wind energy test site of the wind energy research cluster South (WindForS) planned for the Swabian Jura is intended to serve supporting research for nature conservation. The main aim is to…
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PRIA-WIND
The PRIA-WIND project will design a procedure to independently verify the shutdown algorithms that are legally required for many wind turbines.
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