Skip to main content
Log in
Register
Main Menu
About
About Tethys
About OES-Environmental
About WREN
About SEER
Contribute to Tethys
Content
Knowledge Base
Map Viewer
Events Calendar
Marine Energy Metadata
Offshore Wind Metadata
MRE Tools
Risk Retirement
Data Discoverability Matrix
Educational Resources
Management Measures Tool
Regulatory Frameworks
Socioeconomics Toolkit
Wind Tools
Wind Technologies Tool
Educational Resources
Pacific Offshore Wind Research Finder
US Wind Research Recommendations
Wind Underwater Noise Regulations
Connections
Organizations
Databases
Broadcasts
Tethys Blasts
Environmental Webinars
Conferences and Workshops
MRE Expert Forums
Tethys Stories
Help
Frequently Asked Questions
Glossary
Tips for Tethys
Contact Us
Breadcrumb
Home
Connections
Arlettaz, R.
Arlettaz, R.
Marine and Wind Energy Environmental Documents Related to Arlettaz, R.
Total results: 4
Type of Content:
- Any -
Journal Article
Report
Technology:
- Any -
Wind Energy
-Land-Based Wind
-Fixed Offshore Wind
Stressor:
- Any -
Collision
Displacement
Receptor:
- Any -
Bats
Birds
-Raptors
Search:
Title
Author
Date
Content Type
Technology
Stressor
Receptor
Large soaring raptors vs wind turbines development in the Swiss Alps
Vignali, S.
,
Braunisch, V.
,
Arlettaz, R.
January 2023
Report
Wind Energy
,
Land-Based Wind
Collision
,
Displacement
Birds
,
Raptors
A Predictive Flight-Altitude Model for Avoiding Future Conflicts Between an Emblematic Raptor and Wind Energy Development in the Swiss Alps
Vignali, S.
,
Lörcher, F.
,
Hegglin, D.
February 2022
Journal Article
Wind Energy
,
Land-Based Wind
Collision
Birds
,
Raptors
Modelling the habitat selection of the bearded vulture to predict areas of potential conflict with wind energy development in the Swiss Alps
Vignali, S.
,
Lörcher, F.
,
Hegglin, D.
January 2021
Journal Article
Wind Energy
,
Fixed Offshore Wind
Birds
,
Raptors
Mitigating the negative impacts of tall wind turbines on bats: Vertical activity profiles and relationships to wind speed
Wellig, S.
,
Nussle, S.
,
Miltner, D.
March 2018
Journal Article
Wind Energy
,
Land-Based Wind
Collision
Bats