#tibetanplateau — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #tibetanplateau, aggregated by home.social.
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Winds Above Tibet: A Quiet Resupply for Asia's Thirsty Billions
New research shows winds help Asia's Water Towers supply water to nearly 2 billion people. Climate change is making this harder.
#AsiaWater, #ClimateChange, #TibetanPlateau, #WaterSupply, #Winds
https://newsletter.tf/winds-help-asia-water-towers-supply-2-billion/
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Winds Above Tibet: A Quiet Resupply for Asia's Thirsty Billions
New research shows winds help Asia's Water Towers supply water to nearly 2 billion people. Climate change is making this harder.
#AsiaWater, #ClimateChange, #TibetanPlateau, #WaterSupply, #Winds
https://newsletter.tf/winds-help-asia-water-towers-supply-2-billion/
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Winds Above Tibet: A Quiet Resupply for Asia's Thirsty Billions
New research shows winds help Asia's Water Towers supply water to nearly 2 billion people. Climate change is making this harder.
#AsiaWater, #ClimateChange, #TibetanPlateau, #WaterSupply, #Winds
https://newsletter.tf/winds-help-asia-water-towers-supply-2-billion/
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Winds Above Tibet: A Quiet Resupply for Asia's Thirsty Billions
New research shows winds help Asia's Water Towers supply water to nearly 2 billion people. Climate change is making this harder.
#AsiaWater, #ClimateChange, #TibetanPlateau, #WaterSupply, #Winds
https://newsletter.tf/winds-help-asia-water-towers-supply-2-billion/
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Winds Above Tibet: A Quiet Resupply for Asia's Thirsty Billions
New research shows winds help Asia's Water Towers supply water to nearly 2 billion people. Climate change is making this harder.
#AsiaWater, #ClimateChange, #TibetanPlateau, #WaterSupply, #Winds
https://newsletter.tf/winds-help-asia-water-towers-supply-2-billion/
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Winds are a bigger water source for Asia's Water Towers than people thought. This is important as climate change affects water for 2 billion people.
#AsiaWater, #ClimateChange, #TibetanPlateau, #WaterSupply, #Winds
https://newsletter.tf/winds-help-asia-water-towers-supply-2-billion/ -
Winds are a bigger water source for Asia's Water Towers than people thought. This is important as climate change affects water for 2 billion people.
#AsiaWater, #ClimateChange, #TibetanPlateau, #WaterSupply, #Winds
https://newsletter.tf/winds-help-asia-water-towers-supply-2-billion/ -
Winds are a bigger water source for Asia's Water Towers than people thought. This is important as climate change affects water for 2 billion people.
#AsiaWater, #ClimateChange, #TibetanPlateau, #WaterSupply, #Winds
https://newsletter.tf/winds-help-asia-water-towers-supply-2-billion/ -
Winds are a bigger water source for Asia's Water Towers than people thought. This is important as climate change affects water for 2 billion people.
#AsiaWater, #ClimateChange, #TibetanPlateau, #WaterSupply, #Winds
https://newsletter.tf/winds-help-asia-water-towers-supply-2-billion/ -
Winds are a bigger water source for Asia's Water Towers than people thought. This is important as climate change affects water for 2 billion people.
#AsiaWater, #ClimateChange, #TibetanPlateau, #WaterSupply, #Winds
https://newsletter.tf/winds-help-asia-water-towers-supply-2-billion/ -
【🎉Latest accepted article】
Contrasting hydrothermal regimes shape #Carbon_waterCoupling and #WaterUseEfficiency in #AlpineSwampMeadows -
【🎉Latest accepted article】
Contrasting effects of daytime and nighttime warming on ecosystem carbon uptake in an alpine #Grassland#AsymmetricWarming | #CarbonFluxes | #PlantPhenology | #TibetanPlateau
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【🎉Latest accepted article】
Contrasting effects of daytime and nighttime warming on ecosystem carbon uptake in an alpine #Grassland#AsymmetricWarming | #CarbonFluxes | #PlantPhenology | #TibetanPlateau
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【🎉Latest accepted article】
Contrasting effects of daytime and nighttime warming on ecosystem carbon uptake in an alpine #Grassland#AsymmetricWarming | #CarbonFluxes | #PlantPhenology | #TibetanPlateau
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【🎉Latest accepted article】
Contrasting effects of daytime and nighttime warming on ecosystem carbon uptake in an alpine #Grassland#AsymmetricWarming | #CarbonFluxes | #PlantPhenology | #TibetanPlateau
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【🎉Latest accepted article】
Contrasting effects of daytime and nighttime warming on ecosystem carbon uptake in an alpine #Grassland#AsymmetricWarming | #CarbonFluxes | #PlantPhenology | #TibetanPlateau
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#Nitrogen enrichment can have a negative impact on #CommunityResistance, but can accelerate the recovery process. This is mainly achieved by affecting the #AsynchronyOfSpecies rather than the resistance or resilience of plant diversity.
#AlpineMeadow | #DiversityResistance | #Drought | #FunctionStability | #TibetanPlateau
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【🎉Latest accepted article】
Asymmetric impacts of daytime and nighttime warming on #VegetationCoverage in #MarshWetlands of the #TibetanPlateau -
【🎉Latest accepted article】
Asymmetric impacts of daytime and nighttime warming on #VegetationCoverage in #MarshWetlands of the #TibetanPlateau -
【🎉Latest accepted article】
Asymmetric impacts of daytime and nighttime warming on #VegetationCoverage in #MarshWetlands of the #TibetanPlateau -
【🎉Latest accepted article】
Asymmetric impacts of daytime and nighttime warming on #VegetationCoverage in #MarshWetlands of the #TibetanPlateau -
【🎉Latest accepted article】
Asymmetric impacts of daytime and nighttime warming on #VegetationCoverage in #MarshWetlands of the #TibetanPlateau -
Xiaomi 17 Ultra Review: A Camera That Happens to Also be a Phone https://petapixel.com/2026/02/28/xiaomi-17-ultra-review-a-camera-that-happens-to-also-be-a-phone/ #smartphonephotography #landscapephotography #streetphotography #travelphotography #chongqingchengdu #smartphonereview #smartphonegrip #tibetanplateau #androiddevice #xiaomi17ultra #chinatravel #Reviews #Mobile #mobile #review #xiaomi
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Xiaomi 17 Ultra Review: A Camera That Happens to Also be a Phone https://petapixel.com/2026/02/28/xiaomi-17-ultra-review-a-camera-that-happens-to-also-be-a-phone/ #smartphonephotography #landscapephotography #streetphotography #travelphotography #chongqingchengdu #smartphonereview #smartphonegrip #tibetanplateau #androiddevice #xiaomi17ultra #chinatravel #Reviews #Mobile #mobile #review #xiaomi
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Xiaomi 17 Ultra Review: A Camera That Happens to Also be a Phone https://petapixel.com/2026/02/28/xiaomi-17-ultra-review-a-camera-that-happens-to-also-be-a-phone/ #smartphonephotography #landscapephotography #streetphotography #travelphotography #chongqingchengdu #smartphonereview #smartphonegrip #tibetanplateau #androiddevice #xiaomi17ultra #chinatravel #Reviews #Mobile #mobile #review #xiaomi
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Xiaomi 17 Ultra Review: A Camera That Happens to Also be a Phone https://petapixel.com/2026/02/28/xiaomi-17-ultra-review-a-camera-that-happens-to-also-be-a-phone/ #smartphonephotography #landscapephotography #streetphotography #travelphotography #chongqingchengdu #smartphonereview #smartphonegrip #tibetanplateau #androiddevice #xiaomi17ultra #chinatravel #Reviews #Mobile #mobile #review #xiaomi
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Xiaomi 17 Ultra Review: A Camera That Happens to Also be a Phone https://petapixel.com/2026/02/28/xiaomi-17-ultra-review-a-camera-that-happens-to-also-be-a-phone/ #smartphonephotography #landscapephotography #streetphotography #travelphotography #chongqingchengdu #smartphonereview #smartphonegrip #tibetanplateau #androiddevice #xiaomi17ultra #chinatravel #Reviews #Mobile #mobile #review #xiaomi
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【Perspective】
Human-accelerated Holocene vegetation change is greater than expected on the Tibetan Plateau.Peng-Chao Zhang et al. analyzed 61 records of filtered fossil pollen sequences from sediment cores across the #TibetanPlateau to assess changes in #FloristicDiversity.
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Jianguo Liu et al. explored allocation strategy of mobile carbohydrates of #QinghaiSpruce in the #AlpineTreelineEcotone of the northeastern #TibetanPlateau
#NonstructuralCarbohydrates | #ExtremeDroughtAndColdEnvironments
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💡 Allocation strategy of mobile carbohydrates of #QinghaiSpruce in the #AlpineTreelineEcotone of the northeastern #TibetanPlateau⛰️
Objects:
1️⃣ Soluble sugar
2️⃣ Starch
3️⃣ #NonstructuralCarbohydrates -
【🎉Latest accepted article】
#Nitrogen addition regulates community biomass resistance and recovery to #Drought by altering #SpeciesAsynchrony rather than the diversity response#AlpineMeadow | #DiversityResistance | #FunctionStability | #TibetanPlateau
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【🎉Latest accepted article】
#Nitrogen addition regulates community biomass resistance and recovery to #Drought by altering #SpeciesAsynchrony rather than the diversity response#AlpineMeadow | #DiversityResistance | #FunctionStability | #TibetanPlateau
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【🎉Latest accepted article】
#Nitrogen addition regulates community biomass resistance and recovery to #Drought by altering #SpeciesAsynchrony rather than the diversity response#AlpineMeadow | #DiversityResistance | #FunctionStability | #TibetanPlateau
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【🎉Latest accepted article】
#Nitrogen addition regulates community biomass resistance and recovery to #Drought by altering #SpeciesAsynchrony rather than the diversity response#AlpineMeadow | #DiversityResistance | #FunctionStability | #TibetanPlateau
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🔎 Growing season length ♾️【Trade-off】♾️ herbaceous growth
Reason:
Growing season length⬆️, photosynthetic efficiency⬇️#LeafEconomicSpectrum | #PlantFunctionalTraits | #Phenology | #CommonGarden | #TibetanPlateau
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【🎉Latest accepted article】
Allocation strategy of mobile carbohydrates of #QinghaiSpruce in the #AlpineTreelineEcotone of the northeastern #TibetanPlateau#Non_structuralCarbohydrates | #ExtremeDroughtAndColdEnvironments
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【EDITOR'S CHOICE】
Additive effects of #WarmingandGrazing on fine-root decomposition and #LossofNutrients in an #AlpineMeadow -
【EDITOR'S CHOICE】
#Invasiveness and impact of invasive species on the #TibetanPlateau are inconsistent#BiologicalInvasion | #Biogeography | #EcologicalImpact | #ManagingInvasions | #PerCapitaEffect
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It is impossible to know the full extent of China’s destruction of the Tibetan Plateau, not least because the area is off limits to international observers. https://www.japantimes.co.jp/commentary/2025/06/10/world/catastrophe-roof-world/?utm_medium=Social&utm_source=mastodon #commentary #worldnews #tibetanplateau #china #tibet #india #climatechange
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It is impossible to know the full extent of China’s destruction of the Tibetan Plateau, not least because the area is off limits to international observers. https://www.japantimes.co.jp/commentary/2025/06/10/world/catastrophe-roof-world/?utm_medium=Social&utm_source=mastodon #commentary #worldnews #tibetanplateau #china #tibet #india #climatechange
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It is impossible to know the full extent of China’s destruction of the Tibetan Plateau, not least because the area is off limits to international observers. https://www.japantimes.co.jp/commentary/2025/06/10/world/catastrophe-roof-world/?utm_medium=Social&utm_source=mastodon #commentary #worldnews #tibetanplateau #china #tibet #india #climatechange
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It is impossible to know the full extent of China’s destruction of the Tibetan Plateau, not least because the area is off limits to international observers. https://www.japantimes.co.jp/commentary/2025/06/10/world/catastrophe-roof-world/?utm_medium=Social&utm_source=mastodon #commentary #worldnews #tibetanplateau #china #tibet #india #climatechange
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【EDITOR'S CHOICE】
Estimates of net primary productivity and actual evapotranspiration over the #TibetanPlateau from the #CommunityLandModelVersion4.5 with four #AtmosphericForcingDatasets#LandSurfaceModel | #CarbonCycle | #WaterCycle | #HighAltitude
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(3/4) 🌍 We found that most publications came from Central Europe (mainly the #EuropeanAlps) and Central Asia (#TibetanPlateau).
The research focus on each global mountain region differed: a research hub on alpine soil fauna is found in Central Europe, for #biocrusts also in Northern Europe, and for microbiota in Central Asia.
Most other mountain regions are still underrepresented, and more research should be conducted there to fill crucial knowledge gaps. 🏔️
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(3/4) 🌍 We found that most publications came from Central Europe (mainly the #EuropeanAlps) and Central Asia (#TibetanPlateau).
The research focus on each global mountain region differed: a research hub on alpine soil fauna is found in Central Europe, for #biocrusts also in Northern Europe, and for microbiota in Central Asia.
Most other mountain regions are still underrepresented, and more research should be conducted there to fill crucial knowledge gaps. 🏔️
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(3/4) 🌍 We found that most publications came from Central Europe (mainly the #EuropeanAlps) and Central Asia (#TibetanPlateau).
The research focus on each global mountain region differed: a research hub on alpine soil fauna is found in Central Europe, for #biocrusts also in Northern Europe, and for microbiota in Central Asia.
Most other mountain regions are still underrepresented, and more research should be conducted there to fill crucial knowledge gaps. 🏔️
-
(3/4) 🌍 We found that most publications came from Central Europe (mainly the #EuropeanAlps) and Central Asia (#TibetanPlateau).
The research focus on each global mountain region differed: a research hub on alpine soil fauna is found in Central Europe, for #biocrusts also in Northern Europe, and for microbiota in Central Asia.
Most other mountain regions are still underrepresented, and more research should be conducted there to fill crucial knowledge gaps. 🏔️
-
(3/4) 🌍 We found that most publications came from Central Europe (mainly the #EuropeanAlps) and Central Asia (#TibetanPlateau).
The research focus on each global mountain region differed: a research hub on alpine soil fauna is found in Central Europe, for #biocrusts also in Northern Europe, and for microbiota in Central Asia.
Most other mountain regions are still underrepresented, and more research should be conducted there to fill crucial knowledge gaps. 🏔️
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Shuping Guan et al. investigated the relative contributions of #PlantTraits to the potential #EcologicalImpacts of #InvasivePlantSpecies. But the results showed that there was no correlation between invasiveness and impacts of invasive species on the #TibetanPlateau.
https://doi.org/10.1093/jpe/rtad039 -
Le Sun et al. pointed that the trade-off pattern of #Biomass of #AlpineGrasslands is not only determined by plant community traits and functions on the #TibetanPlateau, but also regulated by #Precipitation regimes.
https://doi.org/10.1093/jpe/rtad009