The concept of anthropogenic #drought accounts for natural and human contributions to drought and can help people better understand, plan for, and respond to risks.
Research by @AmirAghaKouchak and colleagues.
https://t.co/jseGbDY45A
~26% relative to that of non-heatwaves. The terrestrial feedback to the carbon cycle, thus, may be largely underestimated! More info Nature @SciReports : https://t.co/yP5StOqA5K Many thanks to: @AmirAghaKouchak@LaurieHuning@AshrafSamaneh@Ata_Akbari @HamedMoftakhari
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I succesfully defended my dissertation! Thanks to the many people who supported & helped me along the way. It’s been a wonderful & exhilarating journey. I'd especially like to thank my advisor, Prof. @AmirAghaKouchak, for giving me the opportunity to be part of his research group
Look how small the world is! Coincidentally, met today at #AGU2019 Luis Samaniego (@lese66) who taught me statistics back in 2006 at the @Uni_Stuttgart.
How does the terrestrial biosphere respond to 1.5 to 2 *C of warming? Interested?! ~> Visit me at #theAGU on Monday between 2 to 5 PM at my poster board „2605“ and I will give you the answer...
@eosense@PNNLab We have built COSORE, an #openscience database of continuously-measured soil respiration datasets to support next-generation science work on the terrestrial C cycle. Currently has 24 datasets, 1 million observations 2001-2019 globally. #GHGSymp19
This visualization shows data collected by NASA GMAOs Meteorological Observing System, which consists of: EUMETSAT, NOAA, NASA and GPS satellites, surface reporting stations, radiosondes & aircraft measurements.
#dataviz#datavisualization#dataisbeautiful#map#maps#GIS#geo