"57 per cent of the Earth’s seasonal surface water storage variability occurs in human-managed reservoirs. Human-managed variability is greatest in the Middle East, southern Africa and the western USA." https://t.co/8DtgClBPvE
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @BoixRichter: Los humanos hemos alterado la dinámica del 57% de los reservorios de agua superficiales (lagos, charcas) afectando así al…
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @BoixRichter: Los humanos hemos alterado la dinámica del 57% de los reservorios de agua superficiales (lagos, charcas) afectando así al…
RT @GWFWater: New publication: Human alteration of global surface water storage variability https://t.co/mkxIUlPx2N
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @GWFWater: New publication: Human alteration of global surface water storage variability https://t.co/mkxIUlPx2N
RT @GWFWater: New publication: Human alteration of global surface water storage variability https://t.co/mkxIUlPx2N
New publication: Human alteration of global surface water storage variability https://t.co/mkxIUlPx2N
RT @BoixRichter: Los humanos hemos alterado la dinámica del 57% de los reservorios de agua superficiales (lagos, charcas) afectando así al…
RT @BoixRichter: Los humanos hemos alterado la dinámica del 57% de los reservorios de agua superficiales (lagos, charcas) afectando así al…
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @BoixRichter: Los humanos hemos alterado la dinámica del 57% de los reservorios de agua superficiales (lagos, charcas) afectando así al…
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @NatureAsia: Environment: Reservoirs account for more than half of water storage variability | Nature https://t.co/e2tRwjckBy #Environme…
RT @IanHall_CU: Amazing study showing human-managed reservoirs account for 57% of the total seasonal surface water storage changes globally…
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @BoixRichter: Los humanos hemos alterado la dinámica del 57% de los reservorios de agua superficiales (lagos, charcas) afectando así al…
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @david_tickner: @jjopperman @MicheleThieme @scantonelli This could be useful. https://t.co/rwAJIm2F8G
RT @BoixRichter: Los humanos hemos alterado la dinámica del 57% de los reservorios de agua superficiales (lagos, charcas) afectando así al…
RT @BoixRichter: Los humanos hemos alterado la dinámica del 57% de los reservorios de agua superficiales (lagos, charcas) afectando así al…
RT @BoixRichter: Los humanos hemos alterado la dinámica del 57% de los reservorios de agua superficiales (lagos, charcas) afectando así al…
RT @BoixRichter: Los humanos hemos alterado la dinámica del 57% de los reservorios de agua superficiales (lagos, charcas) afectando así al…
RT @BoixRichter: Los humanos hemos alterado la dinámica del 57% de los reservorios de agua superficiales (lagos, charcas) afectando así al…
RT @BoixRichter: Los humanos hemos alterado la dinámica del 57% de los reservorios de agua superficiales (lagos, charcas) afectando así al…
RT @BoixRichter: Los humanos hemos alterado la dinámica del 57% de los reservorios de agua superficiales (lagos, charcas) afectando así al…
@MargaPFlorencio @palocorlo
RT @IanHall_CU: Amazing study showing human-managed reservoirs account for 57% of the total seasonal surface water storage changes globally…
Environment: Reservoirs account for more than half of water storage variability | Nature https://t.co/e2tRwjckBy #Environment #Reservoir
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @BoixRichter: Los humanos hemos alterado la dinámica del 57% de los reservorios de agua superficiales (lagos, charcas) afectando así al…
RT @BoixRichter: Los humanos hemos alterado la dinámica del 57% de los reservorios de agua superficiales (lagos, charcas) afectando así al…
¿Qué hemos hecho? #PuntoDelNoRetorno
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @BoixRichter: Los humanos hemos alterado la dinámica del 57% de los reservorios de agua superficiales (lagos, charcas) afectando así al…
RT @BoixRichter: Los humanos hemos alterado la dinámica del 57% de los reservorios de agua superficiales (lagos, charcas) afectando así al…
RT @NatureJapan: 環境:陸域での貯水量変動の半分以上は貯水池で起こっている | Nature https://t.co/cTpEIdDDcj #環境 #貯水池
RT @BoixRichter: Los humanos hemos alterado la dinámica del 57% de los reservorios de agua superficiales (lagos, charcas) afectando así al…
RT @BoixRichter: Los humanos hemos alterado la dinámica del 57% de los reservorios de agua superficiales (lagos, charcas) afectando así al…
RT @BoixRichter: Los humanos hemos alterado la dinámica del 57% de los reservorios de agua superficiales (lagos, charcas) afectando así al…
RT @BoixRichter: Los humanos hemos alterado la dinámica del 57% de los reservorios de agua superficiales (lagos, charcas) afectando así al…
RT @BoixRichter: Los humanos hemos alterado la dinámica del 57% de los reservorios de agua superficiales (lagos, charcas) afectando así al…
RT @BoixRichter: Los humanos hemos alterado la dinámica del 57% de los reservorios de agua superficiales (lagos, charcas) afectando así al…
Los humanos hemos alterado la dinámica del 57% de los reservorios de agua superficiales (lagos, charcas) afectando así al ciclo del agua. https://t.co/B3GYZx2qYf https://t.co/l4rmbX5Mou
RT @IanHall_CU: Amazing study showing human-managed reservoirs account for 57% of the total seasonal surface water storage changes globally…
Amazing study showing human-managed reservoirs account for 57% of the total seasonal surface water storage changes globally, with strong regional patterns - 67% of variability south of 45 degs north and nearly 100 per cent in certain arid/semi-arid regions
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
@jjopperman @MicheleThieme @scantonelli This could be useful.
Another paper on humans in the hydrologic cycle! Hot off the press by @sarahwcooley and others (2021). https://t.co/ugCmGPJGEr
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @scientists_tr: NASA’nın ICESat-2 uydu görüntüleriyle yapılmış, küresel yüzey suyu depolama değişkenliğinin araştırıldığı @nature çalışm…
RT @scientists_tr: NASA’nın ICESat-2 uydu görüntüleriyle yapılmış, küresel yüzey suyu depolama değişkenliğinin araştırıldığı @nature çalışm…
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
네이처 하이라이트:인간이 변경한 전세계 지표수 저장 변동성2月号 https://t.co/3e2yutZNnr
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
環境:陸域での貯水量変動の半分以上は貯水池で起こっている | Nature https://t.co/cTpEIdDDcj #環境 #貯水池
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
Whoa
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @WaterTrends: WATER LEVEL DATA GAP: Human alteration of global surface #WaterStorage variability | Knowing the extent of human influence…
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @WaterTrends: WATER LEVEL DATA GAP: Human alteration of global surface #WaterStorage variability | Knowing the extent of human influence…
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @WaterTrends: WATER LEVEL DATA GAP: Human alteration of global surface #WaterStorage variability | Knowing the extent of human influence…
WATER LEVEL DATA GAP: Human alteration of global surface #WaterStorage variability | Knowing the extent of human influence on the global #HydrologicalCycle is essential for the sustainability of #Freshwater resources on Earth | #SDG6 #WaterMonitoring https
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
What an awesome paper 🙌🙌🙌
RT @scientists_tr: NASA’nın ICESat-2 uydu görüntüleriyle yapılmış, küresel yüzey suyu depolama değişkenliğinin araştırıldığı @nature çalışm…
RT @scientists_tr: NASA’nın ICESat-2 uydu görüntüleriyle yapılmış, küresel yüzey suyu depolama değişkenliğinin araştırıldığı @nature çalışm…
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
NASA’nın ICESat-2 uydu görüntüleriyle yapılmış, küresel yüzey suyu depolama değişkenliğinin araştırıldığı @nature çalışmasından Ekim 2018-Nisan 2020 arası hidrolojik havzalarda su seviyesindeki mevsimsel değişkenlik https://t.co/ZtwelRWtkT https://t.co/
New work from @sarahwcooley and @johnny_ryan_ examining how human activities affect water storage in reservoirs!
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…
RT @sarahwcooley: Out today in @nature: We use @NASA_ICESat2 data to quantify global variability in surface water storage and find that hum…