Glacier melting is increasing and the ice loss is now double that of the Antarctic Ice Sheet

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New Zealand; International
Image by 🌼Christel🌼 from Pixabay
Image by 🌼Christel🌼 from Pixabay

Glaciers worldwide are losing ice at a faster rate, with ice loss increasing 36% over the last ten years (2012–2023) compared to the previous decade, according to a huge global effort to track glacier melting. The study found that since 2000, glaciers globally have lost around 5% of their ice, but in some regions, the ice loss is as much as 39%. In NZ, glaciers have lost 29% of glacier mass. The researchers say that this global glacier mass loss is about 18% larger than the loss of ice from the Greenland Ice Sheet and more than twice that from the Antarctic Ice Sheet. They say we are facing continued and possibly accelerated mass loss from glaciers until the end of this century, which underpins the IPCC’s call for urgent and concrete actions to reduce greenhouse gas emissions.

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conference:
Nature
Research:Paper
Organisation/s: University of Zurich, Switzerland
Funder: This study was carried out as a community effort, which was enabled by support from the European Space Agency (ESA) project GlaMBIE (4000138018/22/I-DT), with additional contributions from the International Association for Cryospheric Sciences (IACS) for the GlaMBIE workshops, and from the following projects of participants: A. Bhattacharya: ANRF(CRG/2021/002450), Department of Science and Technology (DST), India; E.B.: TOSCA programme from the French Space Agency (CNES); J.B. and W.C.: PROMICE and GC-Net, Danish Ministry of Climate, Energy and Utilities; T.B.: Kazakhstan Program of Targeted Financing of Scientific Research (BR18574176); C.F.: Land Change Science Program of the US Geological Survey (USGS); A.G. and J.N.: ITS_LIVE Project within NASA MEaSUREs Program; S.A.K. and W.C.: Center for Ice Sheet and Sea Level Predictions, Novo Nordisk Foundation (NNF23OC00807040); C.-Q.K.: National Natural Science Foundation of China (41830105 and 42011530120); O.K.: Natural Environment Research Council (NE/X004031/1); B.M.: Natural Sciences and Engineering Research Council of Canada and Tula Foundation; T. Seehaus: Living Planet Fellowship (4000-130725/20/I-NS) from the European Space Agency (ESA); D.T.: ESA Glaciers_cci+ (4000-127593/I-NB) and Research Council of Norway (MASSIVE, 315971; SNOWDEPTH, 325519); H.Z.: European Research Council (European Union’s Horizon Framework research and innovation programme, 101115565) and Research Foundation – Flanders (FWO; Odysseus Type II; G0DCA23N); M.Z. and S.U.N.: Federal Office of Meteorology and Climatology (MeteoSwiss) within the framework of GCOS Switzerland; W.Z.: National Science and Technology Council of Taiwan (112-2628-M008-006)
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