Cover image
Cover: Many anemone shrimp, such as this Periclimenes yucatanicus, have bodies that are so transparent that they look almost invisible on their background. However, transparency can be temporarily disrupted by environmental or physiological stressors. Anemone shrimp become opaque after only a few tail flips, an escape behavior. Bagge et al. (pp. 4225–4233) describe one mechanism for this disruption in transparency. Exercise-induced increases in blood volume between muscle fibers create regions of low refractive index fluid between high refractive index muscles. Photo credit: Laura E. Bagge.
This issue
Other journals from The Company of Biologists
The Company of Biologists commits to the Transformative Journal approach
The Company of Biologists is the first not-for-profit publisher to commit to this approach. The Company's three hybrid journals - Development, Journal of Cell Science and Journal of Experimental Biology - have chosen the 'transformative' route towards Open Access. Find out more in this interview with Claire Moulton, Publisher at The Company of Biologists and on our dedicated Transformative Journals page.
Handing over the reins
The start of August signals a change for Journal of Experimental Biology as we say a fond farewell to Editor-in-Chief of 25 years Hans Hoppeler and extend a warm welcome to his successor, Craig Franklin.
Minute mecysmaucheniid spider triggers fastest trap-jaws
Research by Hannah Wood shows that Zearchaea spiders use a spring loaded catapult mechanism to slam closed the fastest spider jaws on the planet, at an astonishing speed of 18.2 m s−1.
In the field: an interview with Sandra Binning and Dominique Roche
Together, Sandra Binning and Dominique Roche investigate how animals respond to environmental stress. In an interview, they talk about taking their children into the field and keeping safe while working in marine locations.
Surviving anoxia: the maintenance of energy production and tissue integrity during anoxia and reoxygenation
In their Review, Georgina Cox and Todd Gillis use knowledge gained from studies of anoxia-tolerant species to identify common strategies and novel solutions for the challenges of anoxia exposure.