Wind and weather effects on seabird foraging, movement and energetics
This Theme Section welcomes studies that bring together recent developments in biologging, atmospheric modelling, and statistical or theoretical ecology, to better understand the effects of wind and other aspects of the weather on seabirds.
Weather, and particularly wind, shapes the movement, energetics, foraging behaviour and life history of seabirds. Wind impacts both individual decisions and population processes in seabirds through direct effects on flight costs (energetics) across a range of spatiotemporal scales, from individual wing beats to ocean-basin-scale migration strategies. Global wind and weather patterns are strongly impacted by climate change, but their effects on seabird populations are not well understood. Understanding the links between wind and other weather variables (e.g. temperature, precipitation), and seabird morphology, movement, energetics and life-history characteristics is critical to predicting how seabird populations will respond to future environmental changes. Advances in tagging technology in recent years have allowed animal location, environmental factors and physiological parameters to be measured simultaneously, providing a means of assessing these links directly.
If you wish to contribute your work to this Theme Section, please select the “WIND” Section when you submit your manuscript online and mention in your cover letter that you are interested to have your work included in this Theme Section.
For questions, contact Christine Paetzold (Managing Editor) .
Organizers: Richard Phillips, Lesley H. Thorne, Thomas A. Clay
Editors: Thomas A. Clay, Richard Phillips, Lesley H. Thorne, Rory P. Wilson
Status: open for submissions. Submission deadline: 1 July 2022
Individual Theme Section articles are published 'Advance View' as soon as they are ready. Once the Theme Section is completed, they will be fully published in a regular volume of MEPS and given a volume number and page range. Theme Section literature cites within the articles will also be updated at that time.
Wind and weather effects on seabird foraging, movement and energetics
This Theme Section welcomes studies that bring together recent developments in biologging, atmospheric modelling, and statistical or theoretical ecology, to better understand the effects of wind and other aspects of the weather on seabirds.
Weather, and particularly wind, shapes the movement, energetics, foraging behaviour and life history of seabirds. Wind impacts both individual decisions and population processes in seabirds through direct effects on flight costs (energetics) across a range of spatiotemporal scales, from individual wing beats to ocean-basin-scale migration strategies. Global wind and weather patterns are strongly impacted by climate change, but their effects on seabird populations are not well understood. Understanding the links between wind and other weather variables (e.g. temperature, precipitation), and seabird morphology, movement, energetics and life-history characteristics is critical to predicting how seabird populations will respond to future environmental changes. Advances in tagging technology in recent years have allowed animal location, environmental factors and physiological parameters to be measured simultaneously, providing a means of assessing these links directly.
If you wish to contribute your work to this Theme Section, please select the “WIND” Section when you submit your manuscript online and mention in your cover letter that you are interested to have your work included in this Theme Section.
For questions, contact Christine Paetzold (Managing Editor) .
Organizers: Richard Phillips, Lesley H. Thorne, Thomas A. Clay
Editors: Thomas A. Clay, Richard Phillips, Lesley H. Thorne, Rory P. Wilson
Status: open for submissions. Submission deadline: 1 July 2022
Individual Theme Section articles are published 'Advance View' as soon as they are ready. Once the Theme Section is completed, they will be fully published in a regular volume of MEPS and given a volume number and page range. Theme Section literature cites within the articles will also be updated at that time.