Climate Science
The ground beneath Antarctica’s most vulnerable glacier has been mapped for the first time, helping scientists to better understand how it is being affected by climate change. Analysis of the … The post Ground beneath Thwaites Glacier mapped for first time appeared first on British Antarctic Survey.
Climate change is an increasingly pervasive threat to global biodiversity. Animal populations in the rapidly changing Arctic are often seen as a litmus test for the response of wildlife to … The post AI for smart conservation appeared first on British Antarctic Survey.
Shelled pteropods, commonly known as sea butterflies, are increasingly exposed to ocean changes, but some species are more vulnerable to this threat. In a new study, published this month (11 … The post Sea butterfly life cycle threatened by climate change appeared first on British Antarctic Survey.
The post Contrasting life cycles of Southern Ocean pteropods alter their vulnerability to climate change appeared first on British Antarctic Survey.
The post The role of the Southern Ocean in the global climate response to carbon emissions appeared first on British Antarctic Survey.
Climate, biodiversity, and societal challenges are intrinsically linked and yet are usually viewed in isolation. A new review study, published in the journal Science this week (21st April 2023), focusses … The post Tackling climate change and biodiversity loss together appeared first on British Antarctic Survey.
The Greenland Ice Sheet is decaying at an accelerating rate in response to climate change. Warm ocean waters moving through the fjords eventually meet the faces of marine-terminating glaciers, increasing … The post KANG-GLAC appeared first on British Antarctic Survey.
The Southern Ocean regulates the global climate by controlling heat and carbon exchanges between the atmosphere and the ocean. Rates of climate change on decadal time scales ultimately depend on … The post SO-CHIC appeared first on British Antarctic Survey.
The post Reply to Yang et al.: Global warming and black carbon simultaneously lead to glacier mass decline over the southeastern Tibetan Plateau [Response] appeared first on British Antarctic Survey.