Talk Turtle to Me: How Algae Could Drive Sea Turtle Populations to Extinction

Rising ocean temperatures have been increasing the size of algal blooms, with Sargassum being one of the most prominent algae species affecting coastlines in the Caribbean. When beached, Sargassum can only be removed from shores through human intervention, which is both costly and time-consuming. These algal outbreaks are ending up on beaches where sea turtles are known to nest, affecting their biology and survivability. Will beached Sargassum on Caribbean shores affect sea turtle populations irreversibly, or will we find a more effective way of dealing with the changing algal populations?

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The red eared invaders spread across Bulgaria

Red-eared sliders are freshwater turtles that are recognized as one of the world’s most invasive species. Millions of turtles were introduced globally via the pet market in the 1990s. Because of that, many turtles have established populations outside of their native ranges in the United States. Check out this ebite to learn more about the turtles first arrival and continuing spread in Bulgaria.

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Turtle Hatch Rates Skyrocket after Incubation

Sea turtles are often seen as a “poster-child” animal for conservation efforts in coastal areas. Beaches are covered with signs, and local groups search every night for mothers’ nests so they can put up protective barriers and increase the hatching success. However, for other species of turtles, like the freshwater spiny softshell turtles (Apalone spinifera), simple protection of the nests are not currently an effective way to increase hatching success. Instead, researchers have found incubating the eggs of spiny softshell turtles more than doubled the hatching success rate, which may help save this endangered population in Québec, Canada.

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What can sea turtles tell us about the plastics in our oceans?

Some of our best insight into the types of plastic litter in the ocean comes from examining what is ingested by sea turtles. Recent research looks at how the composition of plastic waste changes with ocean depth, as informed by the eating patterns of sea turtles.

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