Coleman Sheehy's guest appearances

Coleman Sheehy

British Ecological Society Journals

Eric Lind

Natalie Clay

David Wilkinson

Christophe Simon

Lisa Donovan

Ken Wilson

Heather Williams

David Gibson

Jennifer Williams

Scott Collins

Julia Cooke

Joe Bailey

Alison Bennett

Jane Hill

Peter Kareiva

OwlTail

Duncan Irschick

Duncan Irschick talks to Coleman M. Sheehy III about how arboreality and the associated gravitational stress on blood circulation have influenced the evolution of tail length in snakes. Since their evolutionary origins about 100 million years ago, snakes have diversified into a wide variety of aquatic, burrowing, terrestrial, and arboreal habitats where they experience various levels of gravitational stress on blood circulation. At the extremes, these stresses range from low to none in fully aquatic species living in essentially “weightless” environments, to relatively high in climbing species, especially arboreal forms specialized for climbing trees. As a result, arboreal snakes exhibit many adaptations for countering the effects of gravity on blood circulation, including relatively tight tissue compartments in the tail. However, patterns of tail length in relation to arboreal habitats and gravity have not been previously studied.You can read the paper, "The evolution of tail length in snakes associated with different gravitational environments" here: http://onlinelibrary.wiley.com/doi/10.1111/1365-2435.12472/abstract

Duncan Irschick talks to Coleman M. Sheehy III about how arboreality and the associated gravitational stress on blood circulation have influenced the evolution of tail length in snakes. Since their evolutionary origins about 100 million years ago, snakes have diversified into a wide variety of aquatic, burrowing, terrestrial, and arboreal habitats where they experience various levels of gravitational stress on blood circulation. At the extremes, these stresses range from low to none in fully aquatic species living in essentially “weightless” environments, to relatively high in climbing species, especially arboreal forms specialized for climbing trees. As a result, arboreal snakes exhibit many adaptations for countering the effects of gravity on blood circulation, including relatively tight tissue compartments in the tail. However, patterns of tail length in relation to arboreal habitats and gravity have not been previously studied.<br><br>You can read the paper, "The evolution of tail length in snakes associated with different gravitational environments" here: <br><br><a href="http://onlinelibrary.wiley.com/doi/10.1111/1365-2435.12472/abstract" rel="nofollow" target="_blank">http://onlinelibrary.wiley.com/doi/10.1111/1365-2435.12472/abstract</a>

FE: Duncan Irschick talks to Coleman Sheehy on arboreality, gravitational stress & snake tail length