Images of empty beaches around the globe may seem strange to us, but to nesting sea turtles, the view has never looked better.
Read MoreWith humans under lockdown, nature has taken over the earth as skies have begun to clear, wild animals are reclaiming their turf. Empty roads and beaches are being taken over by wild animals.
Read MoreThe 210,000-square-kilometre (81,000-square-mile) zone — an area equivalent to nearly half of the Black Sea – is intended to protect both the sea and the archipelago’s economy.
Read MoreMarine life could recover by 2050 with the right policies, study finds
Despite centuries of rampant overfishing and pollution, marine life in the world’s oceans could be fully restored in as little as 30 years with aggressive conservation policies.
Read MoreOcean species are shifting toward the Poles
Concentrations of marine animal populations have been shifting away from the equator and toward the poles during the course of the past century, according to one of the most comprehensive analyses of marine species distributions to date.
Read MoreSimple framework helps future ocean studies
A range of information is collated through a simple framework that will help marine scientists to design more accurate experiments that will better help them understand the projected impact of global warming on marine life.
Read MoreBeyond your doorstep: What you buy and where you live shapes land-use footprint
In recent years, the attention of scientists and environmentalists has turned toward how population growth and urban expansion are driving habitat loss and an associated decline in ecosystem productivity and biodiversity. But the space people directly occupy is only one part of the land-use puzzle, according to new research.
Read MoreSea level rise impacts to Canaveral sea turtle nests will be substantial
Sea level rise and hurricanes are a threat to sea turtle nesting habitat along national seashores in the Southeast, but a new study predicts the greatest impact to turtles will be at Canaveral National Seashore.
Read MoreNOAA research reserve scientists and partners recently published a study that examines the secret to marsh happiness. The team learned that “happy” marshes shared similar characteristics, whereas “unhappy” marshes deteriorate in diverse ways. By understanding how marshes can deteriorate so differently, coastal managers can make wiser conservation decisions.
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