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By Jim Shelton May 13, 2021 Share this with FacebookShare this with TwitterShare this with LinkedInShare this with EmailPrint this (© stock.adobe.com) The rise and fall of marine mollusks during ancient “hothouse” periods may offer a jarring glimpse of the fate of marine life over the next few centuries, a new study says. Writing in the journal Current Biology, researchers at Yale, Stanford, and the University of Nebraska-Lincoln say mollusks such as clams, sea snails, and cephalopods will...

Study indicates global warming could reduce biodiversity in tropics New research by the University of Nebraska-Lincoln suggests that temperature can largely explain why the greatest variety of aquatic life resides in the tropics but also why it has not always and, amid record-fast global warming, soon may not again.ANI | Washington DC | Updated: 07-05-2021 10:13 IST | Created: 07-05-2021 10:13 IST Representative Image. Image Credit: ANI New research by the University of Nebraska-Lincoln sugge...

Representative Image | Pixabay New research by the University of Nebraska-Lincoln suggests that temperature can largely explain why the greatest variety of aquatic life resides in the tropics but also why it has not always and, amid record-fast global warming, soon may not again. The bulging, equator-belted midsection of Earth currently teems with a greater diversity of life than anywhere else - a biodiversity that generally wanes when moving from the tropics to the mid-latitudes and the mid-la...

Source: Highlights That data allowed the team to derive the temperature-diversity relationship across 10 geologic intervals that covered most of the elapsed time from the Cretaceous period through the modern day. Marine biodiversity tends to increase until the average surface temperature of the ocean reaches about 65 degrees Fahrenheit, beyond which that diversity slowly declines. Washington: New research by the University of Nebraska-Lincoln suggests that temperature can largely explain why th...

 E-Mail IMAGE: A map illustrating the occurrence of mollusks in marine shelf environments between 1700 and 2020, with darker hexagons indicating fewer and lighter indicating more. By compiling and analyzing mollusk fossil... view more  Credit: Adapted from figure in Current Biology / Cell Press The bulging, equator-belted midsection of Earth currently teems with a greater diversity of life than anywhere else -- a biodiversity that generally wanes when moving from the tropics to the mi...