Chemistry is important for a lot of things, but can it change the behavior of animals? Read on to find out how changes in water chemistry alter the behavior of a venomous cone snail!
No, a Sharkcano is not a volcano that erupts sharks. IT IS WAY COOLER THAN THAT! It is a submarine volcano that hosts a diverse macro community in water that is much warmer and more acidic that the surrounding seawater. Read more to find out about this alien-esc ecosystem in the South Pacific Ocean.
Scientists (myself included!) have been doing a lot of work on how marine animals respond to rising carbon dioxide (CO2) levels, but CO2 alone isn’t the only problem. This study looks at how having a parasite affects survival in marine snails exposed to high CO2 – do they survive longer in those conditions with or without a bunch of parasites? Read on for a surprising answer!
Coastal areas could fall silent in the next century as ocean acidification alters and affects the natural soundscapes of the oceans. Intrigued? Click here to read more!
Most studies that look at how animals respond to climate change look at species we like – oysters, corals, and whales are just a few examples. The authors of this review looked at something else – how are the species we hate going to respond to climate change, specifically ocean acidification? Read on to find out!
Rapid acidification of the Southern Ocean could occur in the next 30 years with potentially huge impacts to local ecosystems.
Takeaways and notes from Sacramento and a jam-packed Western Society of Naturalists meeting!
In the battle against climate change, ecosystems need to get down with diversity.
Researchers from California used a unique ex situ experiment to monitor two near identical reef communities in different concentrations of dissolved carbon dioxide to observe the unique responses of community members and their roles in the whole community response.
The vastness of the ocean can be deceptive–you’d think that only big things would have an impact on something the size of an ocean. That’s not always the case, though. Sometimes the smallest organisms can influence huge, global processes. But one such small organism is faced with harsher conditions these days and isn’t faring too well. Read more to find out!
What happens to a shrimp’s shell when exposed to more acidic conditions? Read more to find out!
Most of today’s research into the effects of climate change and ocean acidification is all doom and gloom: this animal and that ecosystem are developmentally challenged as a result of warming temperatures and lowered pH. This new study out of Australia is a rare bit of good news in the field, finding that giant clams (important economically for food and tourism) might escape the worst effects of ocean acidification thanks to their symbiotic bacteria.
Today, we see a rapid release of CO2 to the atmosphere associated with climate change. The same was true 55 million years ago during the PETM, a time when – sediment records show – there was pervasive carbonate dissolution along the sea floor. But it was not the same pattern everywhere. Scientists attempt to model these spatial varieties and explain what occurred.
Gloom and doom has been the dominant message associated with climate change. However, it is important to remember that when faced with change, not all species and ecosystems are created equal. Recently, researchers have found that several species of cold-water corals are quite resilient to ocean acidification.
The ability of sea urchins to withstand ocean acidification comes at a hidden cost.
Ever wanted to know what it’s like to go to a scientific conference? Here’s a summary of what conferences are all about, plus the four most interesting talks I saw at this year’s National Shellfisheries Association meeting.
Coral reefs populations are declining. Is it possible that we could help restore coral reefs by speeding up their evolutionary processes? Researchers propose new management strategies for aiding reef restoration by accelerating the natural processes of evolution.
Can marine life adapt to ocean acidification? Well, first we need to understand if these favourable characteristics (survival under elevated CO2 conditions) are genetically determined and can be passed on to the offspring!
Today macrobioerosion is a good thing that provides cement for the foundation of reef systems. So more macrobioerosion could mean more reefs, right? No! Perhaps too much of a good thing could have dire consequences for the future of the calcium carbonate budget.
Fish are rebelling. What’s the cause?