Climate change is acidifying and warming our oceans, at an unprecedented rate posing a
challenge for marine invertebrates vital across the globe for ecological services and food …

Temperature is one of the key environmental factors affecting the eco-physiological
responses of living organisms and is considered one of the utmost crucial factors in shaping …

Shell-boring polychaetes are responsible for economic losses on oyster farms around the
world, including in Washington State, where these pests were officially reported for the first …

Purpose of Review RNA-sequencing has provided a new way to study transcriptomic
population differences of non-model organisms such as marine invertebrates. Importantly …

Abstract The Western Antarctic Peninsula (WAP) has experienced rapid atmospheric and
ocean warming over the past few decades and many marine-terminating glaciers have …

Across the globe, restoration efforts are stemming the loss of native oyster reefs and the
ecosystem services they provide, but these efforts will need to consider climate change in …

The acid-base status and balance of molluscs are considered to be susceptible to
environmental changes, especially in the context of ocean acidification (OA). Here, we …

Phenotypic plasticity can improve an organism's fitness when exposed to novel
environmental conditions or stress associated with climate change. Our study analyzed …

Estuarine sediments make an important contribution to the global carbon cycle, but we do
not know how this will change under a future climate, which is expected to have lower pH …

Understanding links between the abiotic environment and organism fitness and function is a
central challenge of biology, and an issue of growing relevance due to anthropogenic …