Stressful childhoods can affect an individual’s adult years and influence future generations. Scientists at the University of California, Davis, found a similar pattern holds true for red abalone exposed as babies, and again as adults, to the stress of ocean acidification.
White abalone shells are magnificent structures. Translucent during the marine snail’s juvenile days, the extremely durable shell increases in opacity as the organism ages, gaining its paint-splatter-esque red, brown and white coloring from the algae it eats.
Beds of eelgrass (Zostera marina) form an important habitat in coastal regions throughout the northern hemisphere, crucial to many fish and other species and storing vast amounts of carbon. A new study published July 20 in Nature Plants shows that eelgrass spread around the world much more recently than previously thought, just under a quarter-million years ago. The results have implications for how eelgrass could be affected by a changing climate.
While the wettest storm season in California’s recorded history crushed roofs and swelled snowbanks in the Sierra Nevada, the state’s coastal communities suffered plenty of their own losses. The casualties included waterside businesses swamped by storm surges, fishing piers smashed by rising seas, and coastal roads collapsed by debris flows.
UC Davis Chancellor Gary S. May sits down with assistant professor Rachael Bay to talk about the evolutionary adaptations of marine species in response to climate change in this episode of Face to Face with Chancellor May.
Rising temperatures, including heat waves, have the potential to profoundly influence coastal, marine, and estuarine systems. What unique considerations must be evaluated to understand these effects from both ecological and human perspectives?
People often say things like Phoenix has always been dry; Seattle has always been wet; and San Francisco has always been foggy. But “always” is a strong word.
