Chandrakant Singh
@Chandrakant___S
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Researcher @chalmersuniv | Talks about deforestation footprint, resilience, vegetation-climate feedbacks | Alma mater @sthlmresilience @IITISM_Dhanbad.
Göteborg, Sweden
Joined December 2012
Quite happy to contribute to this project. See full report presented at #COP16 here:
wwf.panda.org
Mapping Deforestation: New Report Reveals Sub-Regional Drivers in the Amazon
“Dependemos de la AMAZONIA y la Amazonia depende de nosotros”: la Unidad de Coordinación Amazónica de WWF presenta el informe ‘Descubriendo los motores subregionales de deforestación en la Amazonía’ ➡️ https://t.co/4cbLtn1xoj
@WWF_LAC @WWFnoticias
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Discover how our new dataset can help address deforestation linked to global food production (in the blog below). More information about the DeDuCE methodology (preprint), model and the dataset are available here:
deforestationfootprint.earth
💡Chalmers University of Technology (@chalmersuniv) and Trase reveal 6 lessons to inform the transition to zero-deforestation trade in beef, soy, palm oil and other key commodities under the #EUDR. #deforestation #climatechange Read here: https://t.co/aJaAZrjap4
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📝 4 years of research. 🔎 50+ world experts from social + natural sciences. 🌍 safe and just boundaries to help us create a #SafeAndJust future. Explore #EarthSystemBoundaries with #PIK director @jrockstrom published today in @Nature
https://t.co/hQelYzNNaF
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📢EVENT | 12 June: Enabling a sustainability transition in tropical forests - Why, How and Who? Join us to explore the new #EU #Deforestation law #EUDR & locally driven paths towards sustainable & just transitions 👉 https://t.co/uCSOjKVveD
@cec_lund
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Now hiring 3 PhD students in Sustainability Science to do research on water resilience in the Anthropocene! Deadline: 24 April 2023. Warmly welcome to apply!
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Interested in understanding the impact of #climate and #landuse changes on the adaptation of tropical forest ecosystems and their #resilience to hydroclimatic disturbances. Read my thesis at https://t.co/O7WBMQvnms (Def. on 27th Jan 2023 at @sthlmresilience @Stockholm_Uni )
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The Brazilian Government has made a tourism ad ahead of the coming election and it’s surprisingly honest and informative! 🇧🇷 #Eleicoes2022 ✨ feat guest co-writing & voiceover by Sabrina Fernandes @safbf
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|| NEW RESEARCH || Cerrado deforestation threatens regional climate and water availability for agriculture and ecosystems 📄 https://t.co/phoilMG4IQ
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Natural forest regrowth may capture 1.08 Pg C /yr aboveground and 1.60 Pg C/yr belowground in a 30 years span. Those levels contrast with IPCC report, which estimated the potential C sequestration to be 32% lower. #inspiredTerrerLab
https://t.co/37623oPgYS
nature.com
Nature - A one-kilometre-resolution map of aboveground carbon accumulation rates of forest regrowth shows 100-fold variation across the globe, with rates 32% higher on average than IPCC estimates.
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Exceeding 1.5°C global warming could trigger multiple climate tipping points. First comprehensive analysis of likely temperature thresholds for all known climate tipping elements. Key result from my @ERC_Research project and the @Earthcommission
science.org
Global warming greater than 1.5°C could trigger multiple climate tipping points.
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A planetary boundary for green water Perspective by @lan_wang et al. @sarahlizcornell @pgrevehydroclim @water_undergrnd @watersecurity @xuemeibai_aus @ferjarahydro @jrockstrom @ArieStaal @miinaporkka @sofieannawierik @Chandrakant___S
https://t.co/mPpCEXqsFl
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Most river basins in the world stop following their Budyko curves (relationship of energy and water limitation) under climate change, our new research shows. Led by @ferjaraHydro @Lui_piemontese, with @wberghuijs @PGreveHydroClim & Zhenqian Wang. OA:
agupubs.onlinelibrary.wiley.com
We quantify CMIP6-simulated movements in Budyko space of 405 river basins from 1901 to 2100 Most river basins will not follow their original Budyko-curve trajectories The number of basins that d...
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The Delta #28 (22 June 2022) Soil moisture as a planetary boundary; unconventional water, unsustainable flood-plain water harvesting; 600 years of weather the west US; the World Bank on water infrastructure planning; looking after deltas; & much more. https://t.co/5zABmXrv0I
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On the cover! A planetary boundary for green water 💧🌎 Perspective by @lan_wang et al. - free to read for 2 weeks, download now to read later! >> https://t.co/mPpCEXqsFl
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Another planetary boundary has been transgressed, this time, it's fresh #water Argue @lan_wang et al in this Perspective https://t.co/mPpCEXr0uT Free-to-read: https://t.co/iHIsL4hBVU
@sarahlizcornell @pgrevehydroclim @water_undergrnd @watersecurity @xuemeibai_aus @ferjaraHydro
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Our new study @PIK_Climate @sthlmresilience, @UUCopernicus @UUGeo @BolinCentre, @wrmtudelft @lan_wang Press release here:
pik-potsdam.de
04/26/2022 - A reassessment of the planetary boundary for freshwater indicates that it has now been transgressed, according to an international team of researchers led by the Stockholm Resilience...
Green water (including terrestrial precipitation, evaporation & soil moisture) is being extensively perturbed at large scales. @lan_wang et al propose a green water planetary boundary and estimate its current status. https://t.co/mEPmGNUYTu free: https://t.co/9X7T2l66iO
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Green water (including terrestrial precipitation, evaporation & soil moisture) is being extensively perturbed at large scales. @lan_wang et al propose a green water planetary boundary and estimate its current status. https://t.co/mEPmGNUYTu free: https://t.co/9X7T2l66iO
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The #Freshwater PB appears transgressed, based on our reassessment now out in @NatRevEarthEnv. Widespread increases and decreases in green water (plant-available water in soil) is increasing Earth System risks. Big thanks to all contributors! Read more: https://t.co/BWQ24V7lTu.
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New study by @Chandrakant___S and colleagues in @GlobalChangeBio explains how rainforest trees' ability to store moisture in their roots is critical to the resilience of tropical forests. #remotesensing. #Congo Read more here: https://t.co/Ke7XKB3oMi
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