#precipitation — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #precipitation, aggregated by home.social.
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Precipitation in the Alps in the next 5 days. https://skiweather.eu #precipitation #alpenraum #alps
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Precipitation in the Alps in the next 5 days. https://skiweather.eu #precipitation #alpenraum #alps
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Precipitation in the Alps in the next 5 days. https://skiweather.eu #precipitation #alpenraum #alps
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Precipitation in the Alps in the next 5 days. https://skiweather.eu #precipitation #alpenraum #alps
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Here's today's forecast map and today's high temperature map. Check out the NWS site for more National Forecast Maps www.weather.gov/forecastmaps
#weather #wx #Forecast #precipitation #Temperature #TheOutPost -
Here's today's forecast map and today's high temperature map. Check out the NWS site for more National Forecast Maps www.weather.gov/forecastmaps
#weather #wx #Forecast #precipitation #Temperature #TheOutPost -
Here's today's forecast map and today's high temperature map. Check out the NWS site for more National Forecast Maps www.weather.gov/forecastmaps
#weather #wx #Forecast #precipitation #Temperature #TheOutPost -
Here's today's forecast map and today's high temperature map. Check out the NWS site for more National Forecast Maps www.weather.gov/forecastmaps
#weather #wx #Forecast #precipitation #Temperature #TheOutPost -
Precipitation in the Alps in the next 5 days. https://skiweather.eu #precipitation #alpenraum #alps
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Precipitation in the Alps in the next 5 days. https://skiweather.eu #precipitation #alpenraum #alps
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Precipitation in the Alps in the next 5 days. https://skiweather.eu #precipitation #alpenraum #alps
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Precipitation in the Alps in the next 5 days. https://skiweather.eu #precipitation #alpenraum #alps
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Tropical Storm Edouard makes landfall as it slams Texas and Louisiana
Tropical Storm Edouard made landfall near Johnson Bayou, Louisiana, at 3:20 p.m. EDT. FOX Weather Meteorologist Ian Oliver…
#UnitedStates #US #USA #america #flood #forecast #hurricanes #Louisiana #ocean #precipitation #Stay22 #Texas #Thunderstorms #unitedstatesofamerica #USnews #USAnews #WeatherNews
https://www.europesays.com/3227931/ -
Precipitation over meteorological summer was 25% or less of normal in West Coast areas shaded red. Much of Colorado, New Mexico and part of Texas received 75% or less of normal precip in the areas colored light orange. The Midwest fared better, getting above normal precipitation.
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Precipitation over meteorological summer was 25% or less of normal in West Coast areas shaded red. Much of Colorado, New Mexico and part of Texas received 75% or less of normal precip in the areas colored light orange. The Midwest fared better, getting above normal precipitation.
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Precipitation over meteorological summer was 25% or less of normal in West Coast areas shaded red. Much of Colorado, New Mexico and part of Texas received 75% or less of normal precip in the areas colored light orange. The Midwest fared better, getting above normal precipitation.
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Precipitation over meteorological summer was 25% or less of normal in West Coast areas shaded red. Much of Colorado, New Mexico and part of Texas received 75% or less of normal precip in the areas colored light orange. The Midwest fared better, getting above normal precipitation.
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Precipitation over meteorological summer was 25% or less of normal in West Coast areas shaded red. Much of Colorado, New Mexico and part of Texas received 75% or less of normal precip in the areas colored light orange. The Midwest fared better, getting above normal precipitation.
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Tropical Storm Edouard to ‘significantly strengthen’ before slamming Texas, Louisiana
As Tropical Storm Edouard barrels towards the Texas and Louisiana coasts, it’s forecast to strengthen before making potential…
#NewsBeep #News #Topstories #flood #forecast #Headlines #hurricanes #Louisiana #ocean #precipitation #Stay22 #Texas #Thunderstorms #TopStories #weather-news
https://www.newsbeep.com/714440/ -
Drones modified weather, dropping millions of gallons of precipitation
The drones were used for cloud seeding, part of a long-running scientific project aiming to extract precipitation from certain clouds in areas that need more. The latest development is notable because a private company says it was able to rapidly measure how much precipitation was caused by its efforts to modify the weather using drones.
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Drones modified weather, dropping millions of gallons of precipitation
The drones were used for cloud seeding, part of a long-running scientific project aiming to extract precipitation from certain clouds in areas that need more. The latest development is notable because a private company says it was able to rapidly measure how much precipitation was caused by its efforts to modify the weather using drones.
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Drones modified weather, dropping millions of gallons of precipitation
The drones were used for cloud seeding, part of a long-running scientific project aiming to extract precipitation from certain clouds in areas that need more. The latest development is notable because a private company says it was able to rapidly measure how much precipitation was caused by its efforts to modify the weather using drones.
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Drones modified weather, dropping millions of gallons of precipitation
The drones were used for cloud seeding, part of a long-running scientific project aiming to extract precipitation from certain clouds in areas that need more. The latest development is notable because a private company says it was able to rapidly measure how much precipitation was caused by its efforts to modify the weather using drones.
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Drones modified weather, dropping millions of gallons of precipitation
The drones were used for cloud seeding, part of a long-running scientific project aiming to extract precipitation from certain clouds in areas that need more. The latest development is notable because a private company says it was able to rapidly measure how much precipitation was caused by its efforts to modify the weather using drones.
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Here's today's forecast map and today's high temperature map. Check out the NWS site for more National Forecast Maps www.weather.gov/forecastmaps
#weather #wx #Forecast #precipitation #Temperature #TheOutPost -
Here's today's forecast map and today's high temperature map. Check out the NWS site for more National Forecast Maps www.weather.gov/forecastmaps
#weather #wx #Forecast #precipitation #Temperature #TheOutPost -
Here's today's forecast map and today's high temperature map. Check out the NWS site for more National Forecast Maps www.weather.gov/forecastmaps
#weather #wx #Forecast #precipitation #Temperature #TheOutPost -
Here's today's forecast map and today's high temperature map. Check out the NWS site for more National Forecast Maps www.weather.gov/forecastmaps
#weather #wx #Forecast #precipitation #Temperature #TheOutPost -
Precipitation in the Alps in the next 5 days. https://skiweather.eu #precipitation #alpenraum #alps
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Precipitation in the Alps in the next 5 days. https://skiweather.eu #precipitation #alpenraum #alps
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Precipitation in the Alps in the next 5 days. https://skiweather.eu #precipitation #alpenraum #alps
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Precipitation in the Alps in the next 5 days. https://skiweather.eu #precipitation #alpenraum #alps
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Glacier Mass Balance Response To Extreme Precipitation Events In The Western Himalaya, India
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https://doi.org/10.1016/j.gloplacha.2026.105643 <-- shared paper
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H/T @pramod Kumar
“This work highlight that the large interannual variability in glacier mass balance is largely associated with fluctuations in accumulation and ablation driven by extreme precipitation events across the Himalaya. These events can temporarily offset annual ice losses by enhancing snow accumulation…”
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“HIGHLIGHTS:
• Annual-to-decadal relationships between glacier surface mass balance and extreme precipitation events (EPEs) were identified and analyzed for the western Himalaya.
• Although negative mass balance dominates in the region, extreme precipitation events (0–5/year) are linked to less negative and positive mass balance years through increased snowfall.
• NAO/AO phases increase Western Disturbance frequency/intensity, promoting accumulation; Western Disturbances (60.2%) control EPEs with wintertime snowfall.
ABSTRACT: Extreme precipitation events can drive anomalous snow accumulation on Himalayan glaciers, thereby affecting short-term variations in mass balance. Over the past five decades, an accelerated mass loss of Himalayan glaciers has been observed, making it critical to assess the role of precipitation, particularly extreme events in modulating glacier health. This study compiles 182 in situ glacier-wide mass-balance observations from 26 glaciers in the western Himalaya, India, from 1974 to 2023. Observing an alarming negative cumulative mass balance of around −26 ± 1.67 m w.e., with more frequent years in recent decades showing negative mass balance exceeding −1.5 m w.e. / a, highlights the ongoing severity of glacier mass loss. However, over several years, there have been relative mass-balance gains or reduced losses, often linked to extreme precipitation events (EPEs), with annual fluctuations between 0 and 5 events. Cross-correlation analysis supports this, showing a direct response of glacier mass balance to EPEs variability. The EPEs are mainly fed by moisture supply from Western Disturbances (60.2%), followed by the Indian Summer Monsoon (16.4%), cyclogenesis (6.3%), and WD–cyclogenesis interactions (4.6%), while other synoptic systems account for the remaining ∼12%, together driving strong moisture convergence and severe precipitation episodes. These synoptic drivers determine the frequency and intensity of EPEs and influence the precipitation phase snow versus rain, thus impacting accumulation and melt processes differently. Statistical evidence indicates that EPEs temporarily increase accumulation, counteracting seasonal mass losses in certain years with moderate same-year sensitivity…”
#Glacier #massbalance #extremeweather #precipitation #WesternHimalaya #WesternDisturbances #IndianSummer #Monsoon #cyclogenesis #rainfall #Himalaya #India #interannual #variation #accumulation #ablation #extremeprecipitation #snowfall #snowaccumulation #glacierhealth #cryosphere -
Glacier Mass Balance Response To Extreme Precipitation Events In The Western Himalaya, India
--
https://doi.org/10.1016/j.gloplacha.2026.105643 <-- shared paper
--
H/T @pramod Kumar
“This work highlight that the large interannual variability in glacier mass balance is largely associated with fluctuations in accumulation and ablation driven by extreme precipitation events across the Himalaya. These events can temporarily offset annual ice losses by enhancing snow accumulation…”
--
“HIGHLIGHTS:
• Annual-to-decadal relationships between glacier surface mass balance and extreme precipitation events (EPEs) were identified and analyzed for the western Himalaya.
• Although negative mass balance dominates in the region, extreme precipitation events (0–5/year) are linked to less negative and positive mass balance years through increased snowfall.
• NAO/AO phases increase Western Disturbance frequency/intensity, promoting accumulation; Western Disturbances (60.2%) control EPEs with wintertime snowfall.
ABSTRACT: Extreme precipitation events can drive anomalous snow accumulation on Himalayan glaciers, thereby affecting short-term variations in mass balance. Over the past five decades, an accelerated mass loss of Himalayan glaciers has been observed, making it critical to assess the role of precipitation, particularly extreme events in modulating glacier health. This study compiles 182 in situ glacier-wide mass-balance observations from 26 glaciers in the western Himalaya, India, from 1974 to 2023. Observing an alarming negative cumulative mass balance of around −26 ± 1.67 m w.e., with more frequent years in recent decades showing negative mass balance exceeding −1.5 m w.e. / a, highlights the ongoing severity of glacier mass loss. However, over several years, there have been relative mass-balance gains or reduced losses, often linked to extreme precipitation events (EPEs), with annual fluctuations between 0 and 5 events. Cross-correlation analysis supports this, showing a direct response of glacier mass balance to EPEs variability. The EPEs are mainly fed by moisture supply from Western Disturbances (60.2%), followed by the Indian Summer Monsoon (16.4%), cyclogenesis (6.3%), and WD–cyclogenesis interactions (4.6%), while other synoptic systems account for the remaining ∼12%, together driving strong moisture convergence and severe precipitation episodes. These synoptic drivers determine the frequency and intensity of EPEs and influence the precipitation phase snow versus rain, thus impacting accumulation and melt processes differently. Statistical evidence indicates that EPEs temporarily increase accumulation, counteracting seasonal mass losses in certain years with moderate same-year sensitivity…”
#Glacier #massbalance #extremeweather #precipitation #WesternHimalaya #WesternDisturbances #IndianSummer #Monsoon #cyclogenesis #rainfall #Himalaya #India #interannual #variation #accumulation #ablation #extremeprecipitation #snowfall #snowaccumulation #glacierhealth #cryosphere -
Glacier Mass Balance Response To Extreme Precipitation Events In The Western Himalaya, India
--
https://doi.org/10.1016/j.gloplacha.2026.105643 <-- shared paper
--
H/T @pramod Kumar
“This work highlight that the large interannual variability in glacier mass balance is largely associated with fluctuations in accumulation and ablation driven by extreme precipitation events across the Himalaya. These events can temporarily offset annual ice losses by enhancing snow accumulation…”
--
“HIGHLIGHTS:
• Annual-to-decadal relationships between glacier surface mass balance and extreme precipitation events (EPEs) were identified and analyzed for the western Himalaya.
• Although negative mass balance dominates in the region, extreme precipitation events (0–5/year) are linked to less negative and positive mass balance years through increased snowfall.
• NAO/AO phases increase Western Disturbance frequency/intensity, promoting accumulation; Western Disturbances (60.2%) control EPEs with wintertime snowfall.
ABSTRACT: Extreme precipitation events can drive anomalous snow accumulation on Himalayan glaciers, thereby affecting short-term variations in mass balance. Over the past five decades, an accelerated mass loss of Himalayan glaciers has been observed, making it critical to assess the role of precipitation, particularly extreme events in modulating glacier health. This study compiles 182 in situ glacier-wide mass-balance observations from 26 glaciers in the western Himalaya, India, from 1974 to 2023. Observing an alarming negative cumulative mass balance of around −26 ± 1.67 m w.e., with more frequent years in recent decades showing negative mass balance exceeding −1.5 m w.e. / a, highlights the ongoing severity of glacier mass loss. However, over several years, there have been relative mass-balance gains or reduced losses, often linked to extreme precipitation events (EPEs), with annual fluctuations between 0 and 5 events. Cross-correlation analysis supports this, showing a direct response of glacier mass balance to EPEs variability. The EPEs are mainly fed by moisture supply from Western Disturbances (60.2%), followed by the Indian Summer Monsoon (16.4%), cyclogenesis (6.3%), and WD–cyclogenesis interactions (4.6%), while other synoptic systems account for the remaining ∼12%, together driving strong moisture convergence and severe precipitation episodes. These synoptic drivers determine the frequency and intensity of EPEs and influence the precipitation phase snow versus rain, thus impacting accumulation and melt processes differently. Statistical evidence indicates that EPEs temporarily increase accumulation, counteracting seasonal mass losses in certain years with moderate same-year sensitivity…”
#Glacier #massbalance #extremeweather #precipitation #WesternHimalaya #WesternDisturbances #IndianSummer #Monsoon #cyclogenesis #rainfall #Himalaya #India #interannual #variation #accumulation #ablation #extremeprecipitation #snowfall #snowaccumulation #glacierhealth #cryosphere -
Glacier Mass Balance Response To Extreme Precipitation Events In The Western Himalaya, India
--
https://doi.org/10.1016/j.gloplacha.2026.105643 <-- shared paper
--
H/T @pramod Kumar
“This work highlight that the large interannual variability in glacier mass balance is largely associated with fluctuations in accumulation and ablation driven by extreme precipitation events across the Himalaya. These events can temporarily offset annual ice losses by enhancing snow accumulation…”
--
“HIGHLIGHTS:
• Annual-to-decadal relationships between glacier surface mass balance and extreme precipitation events (EPEs) were identified and analyzed for the western Himalaya.
• Although negative mass balance dominates in the region, extreme precipitation events (0–5/year) are linked to less negative and positive mass balance years through increased snowfall.
• NAO/AO phases increase Western Disturbance frequency/intensity, promoting accumulation; Western Disturbances (60.2%) control EPEs with wintertime snowfall.
ABSTRACT: Extreme precipitation events can drive anomalous snow accumulation on Himalayan glaciers, thereby affecting short-term variations in mass balance. Over the past five decades, an accelerated mass loss of Himalayan glaciers has been observed, making it critical to assess the role of precipitation, particularly extreme events in modulating glacier health. This study compiles 182 in situ glacier-wide mass-balance observations from 26 glaciers in the western Himalaya, India, from 1974 to 2023. Observing an alarming negative cumulative mass balance of around −26 ± 1.67 m w.e., with more frequent years in recent decades showing negative mass balance exceeding −1.5 m w.e. / a, highlights the ongoing severity of glacier mass loss. However, over several years, there have been relative mass-balance gains or reduced losses, often linked to extreme precipitation events (EPEs), with annual fluctuations between 0 and 5 events. Cross-correlation analysis supports this, showing a direct response of glacier mass balance to EPEs variability. The EPEs are mainly fed by moisture supply from Western Disturbances (60.2%), followed by the Indian Summer Monsoon (16.4%), cyclogenesis (6.3%), and WD–cyclogenesis interactions (4.6%), while other synoptic systems account for the remaining ∼12%, together driving strong moisture convergence and severe precipitation episodes. These synoptic drivers determine the frequency and intensity of EPEs and influence the precipitation phase snow versus rain, thus impacting accumulation and melt processes differently. Statistical evidence indicates that EPEs temporarily increase accumulation, counteracting seasonal mass losses in certain years with moderate same-year sensitivity…”
#Glacier #massbalance #extremeweather #precipitation #WesternHimalaya #WesternDisturbances #IndianSummer #Monsoon #cyclogenesis #rainfall #Himalaya #India #interannual #variation #accumulation #ablation #extremeprecipitation #snowfall #snowaccumulation #glacierhealth #cryosphere -
Glacier Mass Balance Response To Extreme Precipitation Events In The Western Himalaya, India
--
https://doi.org/10.1016/j.gloplacha.2026.105643 <-- shared paper
--
H/T @pramod Kumar
“This work highlight that the large interannual variability in glacier mass balance is largely associated with fluctuations in accumulation and ablation driven by extreme precipitation events across the Himalaya. These events can temporarily offset annual ice losses by enhancing snow accumulation…”
--
“HIGHLIGHTS:
• Annual-to-decadal relationships between glacier surface mass balance and extreme precipitation events (EPEs) were identified and analyzed for the western Himalaya.
• Although negative mass balance dominates in the region, extreme precipitation events (0–5/year) are linked to less negative and positive mass balance years through increased snowfall.
• NAO/AO phases increase Western Disturbance frequency/intensity, promoting accumulation; Western Disturbances (60.2%) control EPEs with wintertime snowfall.
ABSTRACT: Extreme precipitation events can drive anomalous snow accumulation on Himalayan glaciers, thereby affecting short-term variations in mass balance. Over the past five decades, an accelerated mass loss of Himalayan glaciers has been observed, making it critical to assess the role of precipitation, particularly extreme events in modulating glacier health. This study compiles 182 in situ glacier-wide mass-balance observations from 26 glaciers in the western Himalaya, India, from 1974 to 2023. Observing an alarming negative cumulative mass balance of around −26 ± 1.67 m w.e., with more frequent years in recent decades showing negative mass balance exceeding −1.5 m w.e. / a, highlights the ongoing severity of glacier mass loss. However, over several years, there have been relative mass-balance gains or reduced losses, often linked to extreme precipitation events (EPEs), with annual fluctuations between 0 and 5 events. Cross-correlation analysis supports this, showing a direct response of glacier mass balance to EPEs variability. The EPEs are mainly fed by moisture supply from Western Disturbances (60.2%), followed by the Indian Summer Monsoon (16.4%), cyclogenesis (6.3%), and WD–cyclogenesis interactions (4.6%), while other synoptic systems account for the remaining ∼12%, together driving strong moisture convergence and severe precipitation episodes. These synoptic drivers determine the frequency and intensity of EPEs and influence the precipitation phase snow versus rain, thus impacting accumulation and melt processes differently. Statistical evidence indicates that EPEs temporarily increase accumulation, counteracting seasonal mass losses in certain years with moderate same-year sensitivity…”
#Glacier #massbalance #extremeweather #precipitation #WesternHimalaya #WesternDisturbances #IndianSummer #Monsoon #cyclogenesis #rainfall #Himalaya #India #interannual #variation #accumulation #ablation #extremeprecipitation #snowfall #snowaccumulation #glacierhealth #cryosphere -
Here's today's forecast map and today's high temperature map. Check out the NWS site for more National Forecast Maps www.weather.gov/forecastmaps
#weather #wx #Forecast #precipitation #Temperature #TheOutPost -
Here's today's forecast map and today's high temperature map. Check out the NWS site for more National Forecast Maps www.weather.gov/forecastmaps
#weather #wx #Forecast #precipitation #Temperature #TheOutPost -
Here's today's forecast map and today's high temperature map. Check out the NWS site for more National Forecast Maps www.weather.gov/forecastmaps
#weather #wx #Forecast #precipitation #Temperature #TheOutPost -
Here's today's forecast map and today's high temperature map. Check out the NWS site for more National Forecast Maps www.weather.gov/forecastmaps
#weather #wx #Forecast #precipitation #Temperature #TheOutPost -
Invest 97L could strengthen into tropical depression as storms target the Gulf
A cluster of thunderstorms that developed over the northern Gulf has evolved into Invest 97L, which is bringing…
#NewsBeep #News #Topstories #Climate #Headlines #hurricanes #Louisiana #precipitation #southeast #Stay22 #Texas #Thunderstorms #TopStories #Us
https://www.newsbeep.com/712834/ -
Precipitation in the Alps in the next 5 days. https://skiweather.eu #precipitation #alpenraum #alps
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Precipitation in the Alps in the next 5 days. https://skiweather.eu #precipitation #alpenraum #alps
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Precipitation in the Alps in the next 5 days. https://skiweather.eu #precipitation #alpenraum #alps
-
Precipitation in the Alps in the next 5 days. https://skiweather.eu #precipitation #alpenraum #alps
-
Here's today's forecast map and today's high temperature map. Check out the NWS site for more National Forecast Maps www.weather.gov/forecastmaps
#weather #wx #Forecast #precipitation #Temperature #TheOutPost -
Here's today's forecast map and today's high temperature map. Check out the NWS site for more National Forecast Maps www.weather.gov/forecastmaps
#weather #wx #Forecast #precipitation #Temperature #TheOutPost -
Here's today's forecast map and today's high temperature map. Check out the NWS site for more National Forecast Maps www.weather.gov/forecastmaps
#weather #wx #Forecast #precipitation #Temperature #TheOutPost -
Here's today's forecast map and today's high temperature map. Check out the NWS site for more National Forecast Maps www.weather.gov/forecastmaps
#weather #wx #Forecast #precipitation #Temperature #TheOutPost