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Minimizing bycatch by maximizing incentives
What’s the best way for fishermen to avoid catching the wrong type of animal in their nets? According to this paper, there’s the way we’re doing it now, and there’s a way that allows for more flexibility and more compliance. Read on to find out more about preventing bycatch through incentives!
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What’s the best way for fishermen to avoid catching the wrong type of animal in their nets? According to this paper, there’s the way we’re doing it now, and there’s a way that allows for more flexibility and more compliance. Read on to find out more about preventing bycatch through incentives!
Translated by Sandra Schleier, Original post BY REBECCA FLYNN Artículo: Pereira, J.M., V.H. Paiva, and J.C. Xavier. 2017. Seabirds mapping the distribution of elusive pelagic cephalopod species. Marine Ecology Progress Series 567: 257-262. DOI: 10.3354/meps12020. ¡Este mes celebramos el día del océano! Y Aprendimos sobre las siguientes áreas de las ciencias marinas: restauración de manglares, bioremediación […]
A sneak peak of more awesome epaulette shark research currently being conducted at the New England Aquarium. We know how these sharks fair with ocean acidification, but what about ocean warming?
Our generation is facing environmental challenges not only from commonly-known contaminants, but also emerging ones, which have been lurking in the shadows until recently. Check this week’s post to know more about these (sometimes surprising) pollutants, and their effects!
Life in the ocean depends on a variety of nutrients, an important one being nitrogen. Phytoplankton, at the bottom of the oceanic food chain, require it to photosynthesize. Burning fossil fuels releases nitrogen into the atmosphere, and a portion of it is known to settle into the ocean. Has the ocean started to show signs of change as a result?
A newly collected sediment core from the Labrador Current gave Dr. Harunur Rashid a glimpse of the ancient ocean. What he saw might help inform our predictions of the future climate.
Article: White, T. D., Carlisle, A. B., Kroodsma, D. A., Block, B. A., Casagrandi, R., De Leo, G. A., … & McCauley, D. J. (2017). Assessing the effectiveness of a large marine protected area for reef shark conservation. Biological Conservation, 207, 64-71. What is an MPA? What do you think about when you hear the word MPA? […]
Global sea level is expected to rise 0.8 to 1 meter by 2100 and may release arsenic trapped in soil. Researchers investigated how this arsenic release would impact the biogeochemical cycling of coastal water systems as they are inundated with water due to sea level rise.
The bioaccumulation of bioactive metals in top predators plays a key role in the recycling of nutrients in HNLC zones of the Southern Ocean. Furthermore, the concentration of bioactive metals can be used as a ‘fingerprint’ to identify the appropriate trophic level of a species.
A research team used a state-of-the-art model to map how four remote Marine Protected Areas are connected to the surrounding oceans, and how human activities are impacting them from afar.
Orcas are natural predators of narwhals, but they are seasonally kept at bay by Arctic sea ice. As the Arctic becomes increasingly ice-free, killer whales are arriving earlier and hanging out longer in narwhal habitat. How do narwhals fare? Read more to find out!
How do scientists track fast swimming squid in the remote and vast open waters of the Southern Ocean? Probably not in any way you’d expect. They use squid predators, specifically a seabird—the wandering albatross—to find the squid for them. These albatrosses are outfitted with some very cool technology to bring the researchers information on their squid prey. Find out more in today’s oceanbites.
Happy World Oceans Day! A day to celebrate and appreciate the fantastic oceans, while also raising awareness of the importance of minding and minimizing our impacts.
In celebration of World Ocean’s Week, let’s take a moment to think about how far we have come in discovering the history of the oceans.
Oil spills are not great for the environment, but some bacteria thrive on eating oil. Scientists have been researching ways to use these natural oil degrading bacteria to clean up oil contaminated areas. A group in Italy adapted graphite rods to encourage marine mud bacteria to degrade oil more quickly. They call this the “Oil Spill Snorkel”. Read on to find out more about how and why this works, and some of the other ways we can naturally clean up the earth!
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