The contribution of snow and ice melt to runoff in the Indus basin was already well studied by RL Armstrong et al., @philipkraai @immerzeel @Miles_of_Ice and others! https://t.co/CkiL7b1mZv https://t.co/K3GThFB6py https://t.co/ZNhBV5GTTw
RT @serbiaireland: But the majority of the water in the river comes from the snowmelt from the Hindu Kush, Tian Shan and Pamirs mountains.…
RT @serbiaireland: But the majority of the water in the river comes from the snowmelt from the Hindu Kush, Tian Shan and Pamirs mountains.…
But the majority of the water in the river comes from the snowmelt from the Hindu Kush, Tian Shan and Pamirs mountains. Total snow melt contribution is between 65 and 72%... https://t.co/eY0TM78LLR https://t.co/lXA2bNXLY4
Read: Runoff from glacier ice and seasonal snow in High Asia: separating melt water sources in river flow - Richard L. Armstrong, Karl Rittger, Mary J. Brodzik, et al Published in Regional Environmental Change journal https://t.co/jKGIO0emIi
RT @uttambabu: @Sakriya @Astronaut_1988 @gbudhathoki त्यहि मान्छेकाे याे लेख पनि छ है । Snow melt contributes approximately 10 to 20 times…
@Sakriya @Astronaut_1988 @gbudhathoki त्यहि मान्छेकाे याे लेख पनि छ है । Snow melt contributes approximately 10 to 20 times more water than glacier ice melt across the entire study region. हिमनदी र हिँउ मा कुरा फरक परेछ । मैले हिमनदी भन्दैछु है । तपाइ सायद
RT @sgascoin: Great study about the relative contribution of rain, snow and ice to river flow in High Asia. https://t.co/TfMjV7WkFD by RL A…
RT @jgcorripio: @EFEverde @icimod La desaparición (cuestionable) de los glaciares del Himalaya no afecta a miles de millones de personas, e…
@bradplumer @bhadrarukum @Kai_Schultz Glacier melt can be important for local communities but this statement is clearly inaccurate "Glaciers in the Hindu Kush Himalayan Region (..) provide water resources to around a quarter of the world’s population." See
@planetremco it's a beautiful article but I find the headline a bit excessive given the current estimation of glacier contribution to river discharge in Asia https://t.co/LFgfH6TqZ1
RT @Chellaney: Three scientific studies in recent years have produced three very different estimates of the contribution of glacier ice mel…
RT @Chellaney: Three scientific studies in recent years have produced three very different estimates of the contribution of glacier ice mel…
RT @Chellaney: Three scientific studies in recent years have produced three very different estimates of the contribution of glacier ice mel…
RT @Chellaney: Three scientific studies in recent years have produced three very different estimates of the contribution of glacier ice mel…
RT @Chellaney: Three scientific studies in recent years have produced three very different estimates of the contribution of glacier ice mel…
RT @Chellaney: Three scientific studies in recent years have produced three very different estimates of the contribution of glacier ice mel…
RT @Chellaney: Three scientific studies in recent years have produced three very different estimates of the contribution of glacier ice mel…
RT @Chellaney: Three scientific studies in recent years have produced three very different estimates of the contribution of glacier ice mel…
RT @Chellaney: Three scientific studies in recent years have produced three very different estimates of the contribution of glacier ice mel…
RT @Chellaney: Three scientific studies in recent years have produced three very different estimates of the contribution of glacier ice mel…
RT @Chellaney: Three scientific studies in recent years have produced three very different estimates of the contribution of glacier ice mel…
RT @Chellaney: Three scientific studies in recent years have produced three very different estimates of the contribution of glacier ice mel…
RT @Chellaney: Three scientific studies in recent years have produced three very different estimates of the contribution of glacier ice mel…
RT @Chellaney: Three scientific studies in recent years have produced three very different estimates of the contribution of glacier ice mel…
RT @Chellaney: Three scientific studies in recent years have produced three very different estimates of the contribution of glacier ice mel…
Three scientific studies in recent years have produced three very different estimates of the contribution of glacier ice melt to summertime flows of the Indus: Immerzeel et al said 40%; Yu et al contended it was 18%; and now Armstrong et al claim just 3%.
RT @GWFWater: What will happen to the Third Pole? NEW article here: Runoff from glacier ice and seasonal snow in High Asia: separating melt…
RT @GWFWater: What will happen to the Third Pole? NEW article here: Runoff from glacier ice and seasonal snow in High Asia: separating melt…
RT @GWFWater: What will happen to the Third Pole? NEW article here: Runoff from glacier ice and seasonal snow in High Asia: separating melt…
RT @GWFWater: What will happen to the Third Pole? NEW article here: Runoff from glacier ice and seasonal snow in High Asia: separating melt…
RT @GWFWater: What will happen to the Third Pole? NEW article here: Runoff from glacier ice and seasonal snow in High Asia: separating melt…
What will happen to the Third Pole? NEW article here: Runoff from glacier ice and seasonal snow in High Asia: separating melt water sources in river flow https://t.co/cHDFVc0pwy https://t.co/0tabSo0fot
Khan: First shoutout to CHARIS program and Armstrong: https://t.co/crop4GoCgd . Drinking water samples from Dudh Kosi. Snow on land dominates here. #AGU18
RT @sgascoin: Great study about the relative contribution of rain, snow and ice to river flow in High Asia. https://t.co/TfMjV7WkFD by RL A…
RT @sgascoin: Great study about the relative contribution of rain, snow and ice to river flow in High Asia. https://t.co/TfMjV7WkFD by RL A…
Great study about the relative contribution of rain, snow and ice to river flow in High Asia. https://t.co/TfMjV7WkFD by RL Armstrong et al.
Runoff from glacier ice and seasonal snow in High Asia: separating melt water sources in river flow (open access) https://t.co/p3mH0lrXgc