High-Resolution, Integrated Hydrological Modeling Of Climate Change Impacts On A Semi-Arid Urban Watershed In Niamey, Niger
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https://doi.org/10.3390/w12020364 <-- shared paper
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#GIS #spatial #mapping #climatechange #hydrologicalmodeling #semiarid #impacts # #water #hydrology #environmental #africa #Niger #Niamey #model #modeling #urban #watershed #city #watersecurity #watermanagement #waterresources #westafrica #HydroGeoSphere #climatemodel #RCM #rainfall #precipitation #environment #waterconservation #groundwater #groundwatermodeling #gischat
#gis #spatial #mapping #climatechange #hydrologicalmodeling #semiarid #impacts #water #hydrology #environmental #africa #niger #niamey #model #modeling #urban #Watershed #city #watersecurity #watermanagement #waterresources #westafrica #hydrogeosphere #climatemodel #rcm #rainfall #precipitation #Environment #waterconservation #groundwater #groundwatermodeling #gischat
The Most At-Risk Regions In The World For High-Impact Heatwaves
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https://phys.org/news/2023-04-global-reveals-countries-record-breaking.html <-- shared article
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https://www.nature.com/articles/s41467-023-37554-1 <-- shared paper
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#GIS #spatial #mapping #modeling #model #gischat #climatechange #statistics #geostatistics #climatemodel #extremeweather #heatwaves #heatwave #global #publicsafety #publichealth #excessdeaths #communityimpact #regional #temperature #extremevaluetheory #EVT #wildfires #naturalhazard #policy #policymaking #policymakers
#gis #spatial #mapping #modeling #model #gischat #climatechange #statistics #geostatistics #climatemodel #extremeweather #heatwaves #heatwave #global #publicsafety #publichealth #excessdeaths #communityimpact #regional #temperature #extremevaluetheory #evt #wildfires #naturalhazard #policy #policymaking #policymakers
The Last 12,000 Years Show A More Complex Climate History Than Previously Thought
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https://phys-org.cdn.ampproject.org/c/s/phys.org/news/2022-10-years-complex-climate-history-previously.amp <-- shared article
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https://doi.org/10.1038/s41467-022-33362-1 <-- shared paper
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#GIS #spatial #mapping #environmental #marine #climatechange #climate #future #model #modeling #Holocene #spatialanalysis #spatiotemporal #temperatures #history #surfacetemperature #dating #interglacial #epoch #climatemodel #globalmeantemperature #global #HoloceneTemperatureConundrum #ecosystems #regional #local
#gis #spatial #mapping #environmental #marine #climatechange #climate #future #model #modeling #Holocene #spatialanalysis #spatiotemporal #temperatures #history #surfacetemperature #dating #interglacial #epoch #climatemodel #globalmeantemperature #global #holocenetemperatureconundrum #ecosystems #regional #local
This is #ICON-Sapphire: a version of ICON developed at MPI-M with the support of #DKRZ to run at (sub)kilometer resolutions. At theses scales, we can get rid of parameterisations of convection, resolve mesoscale ocean eddies, and see interactions of small and large scales governing our climate.
In this flagship paper bit.ly/3IcNxnV we showcase our highest-resolution-ever fully-coupled Earth System Model. Find out why we've done it, how we've done it, and what we've achieved. #ClimateModel #ICON
This is #ICON-Sapphire: a version of ICON developed at MPI-M with the support of #DKRZ to run at (sub)kilometer resolutions. At theses scales, we can get rid of parameterisations of convection, resolve mesoscale ocean eddies, and see interactions of small and large scales governing our climate. In this flagship paper bit.ly/3IcNxnV we showcase our highest-resolution-ever fully-coupled Earth System Model. Find out why we've done it, how we've done it, and what we've achieved. #ClimateModel #ICON
#PaperOfTheWeek wk1, early bc tomorrow is a day off.
Before a climate model produces meaningful results, it has to "spin-up" (run freely) for hundreds of model years. That's obviously a waste of time/money, so modellers try to minimise it.
Ridley et al. (2022) shows that for their model, the spin up was too short (only 700 years) -> no TOA radiative flux balance yet -> ocean heat accumulates -> Southern Ocean deep convection starts -> boom.
https://agupubs.onlinelibrary.wiley.com/doi/10.1029/2021GL097171
#oceanography #climatemodel #paperoftheweek
Regions Of Intensification Of Extreme Snowfall Under Future Warming
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https://doi.org/10.1038/s41598-021-95979-4 <-- shared paper
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#GIS #spatial #mapping #climatechange #snow #snowflall #model #modeling #change #spatiotemporal #precipitation #humidity #global #climatemodel #data #future #events
#gis #spatial #mapping #climatechange #snow #snowflall #model #modeling #change #spatiotemporal #precipitation #humidity #global #climatemodel #data #future #events