Metal Accumulation in Sharks of the Caribbean

Pollution threatens marine life worldwide. Some of this pollution includes metals that build up in the tissues of marine life, including sharks. People around the world consume shark meat as a part of their diets. Caribbean reef sharks are commonly consumed by people throughout the Caribbean and South America, but a study on metal levels in their tissues had never been done. A team of researchers undertook this study to assess the danger to people and to better identify sources of pollution so that marine pollution can be better managed.

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The “Heartbreaking” Effect of Algal Blooms – Heart disease and the Southern Sea Otter

Our favorite hand-holding marine mammals, sea otters, are threatened by environmental toxins. Chemicals produced by algae blooms move up the food chain and cause a multitude of diseases in top predators. A new study documented how algae blooms cause heart disease in sea otters, what this means for our own seafood consumption, and proposes solutions to our pollution.

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Cat-agorizing Cat Owners to Reduce Environmental Harm caused by Domestic House Cats

According to conservationists, domestic cats belong indoors for their safety and the safety of other animals. But, some cat owners disagree, causing rifts between pro-outdoor and pro-indoor cat parents. In a new study, researchers interviewed cat owners across the United Kingdom and cat-agorized cat owners into six distinct groups. Depending on the cat owner’s views , conservationists may have a larger impact if they target their message towards the emotional connection owners have with their feline friends.

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Measuring who our carbon footprint landing on

Who is impacted most by climate change? While most environmental carbon originates in the developed world, most of the immediate effects are being felt by those in developing or least developed countries. Could describing climate change in a human frame be the key to mobilizing mitigation action? Researchers use new data sets to assess the flood risk of a previously unexplored population of vulnerable communities living in river deltas around the world.

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Identifying the Urban Populations in Africa at Risk for Malaria from a New Vector

Malaria continues to ravage many parts of the world, particularly in rural sub-Saharan Africa. A recently detected outbreak of malaria in urban areas has now been traced to an invasive species of mosquito from Asia. This species, A. stephensi, thrives in urban settings and its presence in Africa considerably increases the populations that are now at risk of contracting malaria.

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