Journal of Applied Ecology’s March Editor’s Choice tests the efficacy of an automated curtailment system in reducing counts of fatalities of eagles. Associate Editor, Kulbhushansingh Suryawanshi, introduces the selected article by Chris J W McClure, which shows that this method substantially reduced eagle fatalities, offering potential opportunities to lessen the conflict between wind energy and raptor conservation. We need greener renewable energy to fight climate … Continue reading Editor’s Choice 58:3 Eagle fatalities are reduced by automated curtailment of wind turbines
Julia Gómez-Catasús explains the need for a 4.5km threshold between wind farms and small-sized birds, based on the recently published article, Wind farms affect the occurrence, abundance and population trends of small passerine birds: The case of the Dupont’s lark. Wind energy has experienced significant developments in recent decades, with China, United States, Germany, India and Spain being the main wind energy producers in the world. … Continue reading Wind farms affect small birds too
In the first post of its kind for The Applied Ecologist’s blog, Dr Lucy Wright, RSPB Principal Conservation Scientist, discusses five articles published in the latest issue of Journal of Applied Ecology, which have been grouped into a special profile on wildlife and renewable energy. All five papers are currently free to read online. Renewable energy is widely accepted to be a vital part of … Continue reading Spotlight: How do renewable energy installations affect wildlife?
In this post Viola Ross-Smith discusses her recent paper ‘Modelling flight heights of lesser black-backed gulls and great skuas from GPS: A Bayesian approach‘. Although the need for renewable energy and its benefits are now widely recognised, this technology does not come without implications for biodiversity and the environment. For this reason, it’s important to assess and quantify the potential risks of renewables to wildlife … Continue reading The birds and the Bayes – new statistical approaches to modelling seabird flight heights
In this post, Miguel Ferrer and Des Thompson discuss the recently published paper by Sergio Cabrera-Cruz and Rafael Villegas-Patraca ‘Response of migrating raptors to an increasing number of wind farms’ This study has for the first time used radar trajectories of more than 3.7 million migrant raptors, over six years, to measure responses to a wind farm. Essentially, in an experimental situation of pre- and … Continue reading Radar technology may help design raptor-proof wind farms in the future
In this post Debbie Russell discusses her paper ‘Avoidance of windfarms by harbour seals is limited to pile driving activities‘ published today in Journal of Applied Ecology. Marine renewables in the fight against climate change To fight climate change we have to cut our carbon emissions. One of the main sources of carbon emissions results from burning coal to make electricity. Thus a key weapon … Continue reading Seals find a quiet place to phone home
In today’s post Chris Elphick (@ssts) discusses the recent review paper by Torre Hovick et al. and the importance of evidence-based syntheses for making informed decisions. This autumn, I saw my first Cape May warbler in the state where I live. Unfortunately, the sighting occurred when a colleague walked into my lab and handed me the corpse. Every year during migration, the ground around our … Continue reading Energy production and wildlife: using syntheses for evidence-based decisions