#weatherscience — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #weatherscience, aggregated by home.social.
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Release 0.2.0 of my #Clojure humidity library is now producing apparently reliable results, and capable of validating data. I think it is now substantially ready for other people to use. It is released in the hope that it may be useful, but I am not an expert and you should cross check your results against some other framework before relying on them.
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Release 0.2.0 of my #Clojure humidity library is now producing apparently reliable results, and capable of validating data. I think it is now substantially ready for other people to use. It is released in the hope that it may be useful, but I am not an expert and you should cross check your results against some other framework before relying on them.
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Release 0.2.0 of my #Clojure humidity library is now producing apparently reliable results, and capable of validating data. I think it is now substantially ready for other people to use. It is released in the hope that it may be useful, but I am not an expert and you should cross check your results against some other framework before relying on them.
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Release 0.2.0 of my #Clojure humidity library is now producing apparently reliable results, and capable of validating data. I think it is now substantially ready for other people to use. It is released in the hope that it may be useful, but I am not an expert and you should cross check your results against some other framework before relying on them.
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Release 0.2.0 of my #Clojure humidity library is now producing apparently reliable results, and capable of validating data. I think it is now substantially ready for other people to use. It is released in the hope that it may be useful, but I am not an expert and you should cross check your results against some other framework before relying on them.
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#WeatherScience people, can someone identify where this image is sourced from, and tell me how I can find similar relative humidity charts for other dates/times?
It looks like #MetOffice data, but I cannot find it on `digital.nmla.metoffice.gov.uk`
https://www.weatherdiary.uk/wp-content/uploads/2026/06/image-185-2048x1754.png
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#WeatherScience people, can someone identify where this image is sourced from, and tell me how I can find similar relative humidity charts for other dates/times?
It looks like #MetOffice data, but I cannot find it on `digital.nmla.metoffice.gov.uk`
https://www.weatherdiary.uk/wp-content/uploads/2026/06/image-185-2048x1754.png
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#WeatherScience people, can someone identify where this image is sourced from, and tell me how I can find similar relative humidity charts for other dates/times?
It looks like #MetOffice data, but I cannot find it on `digital.nmla.metoffice.gov.uk`
https://www.weatherdiary.uk/wp-content/uploads/2026/06/image-185-2048x1754.png
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#WeatherScience people, can someone identify where this image is sourced from, and tell me how I can find similar relative humidity charts for other dates/times?
It looks like #MetOffice data, but I cannot find it on `digital.nmla.metoffice.gov.uk`
https://www.weatherdiary.uk/wp-content/uploads/2026/06/image-185-2048x1754.png
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#WeatherScience people, can someone identify where this image is sourced from, and tell me how I can find similar relative humidity charts for other dates/times?
It looks like #MetOffice data, but I cannot find it on `digital.nmla.metoffice.gov.uk`
https://www.weatherdiary.uk/wp-content/uploads/2026/06/image-185-2048x1754.png
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Right, my #Clojure humidity library now computes all the values that I think it should. The code could do with a bit of tidying up, there is no data validation, I have no reliable test data for the actual-vapour-pressure function, and I can't yet do the time-shifting computations I want; but nevertheless I think this is now usable and useful.
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Right, my #Clojure humidity library now computes all the values that I think it should. The code could do with a bit of tidying up, there is no data validation, I have no reliable test data for the actual-vapour-pressure function, and I can't yet do the time-shifting computations I want; but nevertheless I think this is now usable and useful.
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Right, my #Clojure humidity library now computes all the values that I think it should. The code could do with a bit of tidying up, there is no data validation, I have no reliable test data for the actual-vapour-pressure function, and I can't yet do the time-shifting computations I want; but nevertheless I think this is now usable and useful.
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Right, my #Clojure humidity library now computes all the values that I think it should. The code could do with a bit of tidying up, there is no data validation, I have no reliable test data for the actual-vapour-pressure function, and I can't yet do the time-shifting computations I want; but nevertheless I think this is now usable and useful.
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Right, my #Clojure humidity library now computes all the values that I think it should. The code could do with a bit of tidying up, there is no data validation, I have no reliable test data for the actual-vapour-pressure function, and I can't yet do the time-shifting computations I want; but nevertheless I think this is now usable and useful.
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OK, in all humility, I offer to you my humidity functions library in #Clojure. They're designed to be used to investigate weather data. I've bashed these out over the weekend; they're not at all polished, and criticism and suggestions are welcomed.
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OK, in all humility, I offer to you my humidity functions library in #Clojure. They're designed to be used to investigate weather data. I've bashed these out over the weekend; they're not at all polished, and criticism and suggestions are welcomed.
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OK, in all humility, I offer to you my humidity functions library in #Clojure. They're designed to be used to investigate weather data. I've bashed these out over the weekend; they're not at all polished, and criticism and suggestions are welcomed.
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OK, in all humility, I offer to you my humidity functions library in #Clojure. They're designed to be used to investigate weather data. I've bashed these out over the weekend; they're not at all polished, and criticism and suggestions are welcomed.
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OK, in all humility, I offer to you my humidity functions library in #Clojure. They're designed to be used to investigate weather data. I've bashed these out over the weekend; they're not at all polished, and criticism and suggestions are welcomed.
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My algebra is letting me down. I have a formula for deriving absolute humidity given relative humidity and temperature, which I should be able to reverse into one for deriving relative humidity given absolute humidity and temperature, but I'm totally failing.
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My algebra is letting me down. I have a formula for deriving absolute humidity given relative humidity and temperature, which I should be able to reverse into one for deriving relative humidity given absolute humidity and temperature, but I'm totally failing.
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My algebra is letting me down. I have a formula for deriving absolute humidity given relative humidity and temperature, which I should be able to reverse into one for deriving relative humidity given absolute humidity and temperature, but I'm totally failing.
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My algebra is letting me down. I have a formula for deriving absolute humidity given relative humidity and temperature, which I should be able to reverse into one for deriving relative humidity given absolute humidity and temperature, but I'm totally failing.
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My algebra is letting me down. I have a formula for deriving absolute humidity given relative humidity and temperature, which I should be able to reverse into one for deriving relative humidity given absolute humidity and temperature, but I'm totally failing.
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Hi @katzenberger, I'm still struggling with getting atmospheric #humidity functions going in #Clojure. `wet-bulb-temp` now works, but I don't have working absolute humidity or vapour pressure functions.
Can you recommend a working library in any language I could crib from?
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Hi @katzenberger, I'm still struggling with getting atmospheric #humidity functions going in #Clojure. `wet-bulb-temp` now works, but I don't have working absolute humidity or vapour pressure functions.
Can you recommend a working library in any language I could crib from?
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Hi @katzenberger, I'm still struggling with getting atmospheric #humidity functions going in #Clojure. `wet-bulb-temp` now works, but I don't have working absolute humidity or vapour pressure functions.
Can you recommend a working library in any language I could crib from?
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Hi @katzenberger, I'm still struggling with getting atmospheric #humidity functions going in #Clojure. `wet-bulb-temp` now works, but I don't have working absolute humidity or vapour pressure functions.
Can you recommend a working library in any language I could crib from?
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Hi @katzenberger, I'm still struggling with getting atmospheric #humidity functions going in #Clojure. `wet-bulb-temp` now works, but I don't have working absolute humidity or vapour pressure functions.
Can you recommend a working library in any language I could crib from?
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Sparse rainfall and heatwaves have put Switzerland on drought alert https://www.byteseu.com/2238956/ #Article #BeatClimateAdaptation #drought #GlobalChange #multi #ProductionTypeAdaptation #Switzerland #UserNeedExplainItToMe #WaterPollution #WeatherScience
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Sparse rainfall and heatwaves have put Switzerland on drought alert
Two people observe the effects of the drought on the Untersee, the smaller of the two lakes that…
#Switzerland #CH #Europe #Europa #EU #article #beat-Climateadaptation #drought #globalchange #Multi #Nachrichten #Nouvelles #production-type-Adaptation #schweiz #Suisse #switzerland #Userneed-Explainittome #waterpollution #weatherscience
https://www.europesays.com/3161990/ -
https://www.europesays.com/ch/108949/ Sparse rainfall and heatwaves have put Switzerland on drought alert #Article #BeatClimateAdaptation #drought #GlobalChange #Multi #ProductionTypeAdaptation #Switzerland #UserNeedExplainItToMe #WaterPollution #WeatherScience
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https://www.europesays.com/ch-fr/229974/ Sécheresse: une été avec moin d’eau en Suisse cette été? #Article #BeatClimateAdaptation #drought #GlobalChange #Multi #ProductionTypeAdaptation #Suisse #UserNeedExplainItToMe #WaterPollution #WeatherScience
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How can #MachineLearning improve weather forecasting and be of help for agriculture or energy systems? Jakob Schlör, an alumnus of the Cluster of Excellence "Machine Learning", shares his journey from PhD research to international #WeatherScience here: 👉 https://www.machinelearningforscience.de/en/alumni-spotlight-jakob-schloer-weather-forecasting/
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How can #MachineLearning improve weather forecasting and be of help for agriculture or energy systems? Jakob Schlör, an alumnus of the Cluster of Excellence "Machine Learning", shares his journey from PhD research to international #WeatherScience here: 👉 https://www.machinelearningforscience.de/en/alumni-spotlight-jakob-schloer-weather-forecasting/
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How can #MachineLearning improve weather forecasting and be of help for agriculture or energy systems? Jakob Schlör, an alumnus of the Cluster of Excellence "Machine Learning", shares his journey from PhD research to international #WeatherScience here: 👉 https://www.machinelearningforscience.de/en/alumni-spotlight-jakob-schloer-weather-forecasting/
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How can #MachineLearning improve weather forecasting and be of help for agriculture or energy systems? Jakob Schlör, an alumnus of the Cluster of Excellence "Machine Learning", shares his journey from PhD research to international #WeatherScience here: 👉 https://www.machinelearningforscience.de/en/alumni-spotlight-jakob-schloer-weather-forecasting/
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How can #MachineLearning improve weather forecasting and be of help for agriculture or energy systems? Jakob Schlör, an alumnus of the Cluster of Excellence "Machine Learning", shares his journey from PhD research to international #WeatherScience here: 👉 https://www.machinelearningforscience.de/en/alumni-spotlight-jakob-schloer-weather-forecasting/
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Why cloud seeding and artificial rain are not a solution to drought
The technique of cloud seeding to produce artificial rain is only effective when there are clouds that are…
#NewsBeep #News #Environment #Article #beat-Climateadaptation #drought #environment #meteorologicaldisaster #production-type-Adaptation #Science #technology(general) #UK #UnitedKingdom #Userneed-Explainittome #WaterPollution #weatherscience
https://www.newsbeep.com/uk/665256/ -
https://www.europesays.com/ch/92627/ Swiss glaciers have already used up their winter reserves #Alps #Article #BeatBestOfSRGContent #BeatGlaciers&Permafrost #GlobalChange #KpiSrgCurationScience #ProductionTypeDeepLAutotranslation #research #Swiss #Switzerland #UserNeedUpdateMe #WaterPollution #WeatherScience
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https://www.europesays.com/ch-fr/192782/ Les glaciers ont déjà épuisé leurs réserves hivernales #Alps #Article #BeatBestOfSRGContent #BeatGlaciers&Permafrost #GlobalChange #KpiSrgCurationScience #ProductionTypeDeepLAutotranslation #research #Science #ScienceAndTechnology #Sciences #SciencesEtTechnologies #Suisse #Technologies #Technology #UserNeedUpdateMe #WaterPollution #WeatherScience
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https://www.europesays.com/ch/91238/ Authorities raise heatwave danger level in southern Switzerland #Article #BeatClimateAdaptation #GlobalWarming #LatestNews #ProductionTypeDeepLAutotranslation #Switzerland #UserNeedUpdateMe #weather #WeatherNews #WeatherScience
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https://www.europesays.com/ch/91030/ Swiss study: five easy ways to stay cool in hot weather #Article #BeatClimateAdaptation #ProductionTypeCuration #research #Science #Swiss #Switzerland #UserNeedGiveMePerspective #WeatherScience
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Coriolis Effect ✍️
It explains why objects moving across a rotating world seem to curve from their straight path, even when no visible force pushes them sideways. Imagine throwing a ball straight across a spinning merry-go-round. To someone standing still outside, the ball travels in a straight line. But to someone riding the spinning platform, the ball appears to bend away from its path.
The same thing happens on Earth because our planet is constantly rotating beneath everything that moves. Air currents, ocean flows, and even long-range projectiles travel over a surface that is turning while they move. This creates the illusion of a sideways force, known as the Coriolis effect.
In the Northern Hemisphere, moving objects appear to bend to the right, while in the Southern Hemisphere they bend to the left. The effect grows stronger over larger distances and faster motions, but becomes almost unnoticeable in small, everyday movements.
Scientists use this effect to understand the spinning of hurricanes, the paths of trade winds, and the circulation of oceans. It reveals that motion is not always as simple as it seems when the ground beneath us is constantly in motion itself.
#CoriolisEffect #EarthScience #Physics #ScienceFacts #Geography #Meteorology #ClimateScience #Atmosphere #OceanCurrents #WeatherScience #Hurricanes #TradeWinds #PlanetEarth #EarthRotation #ScienceEducation #STEM #LearnScience #ScientificKnowledge #ScienceExplained #NatureOfScience #PhysicalGeography #FluidDynamics #EarthSystems #ScienceLovers #DidYouKnow #EducationalContent #KnowledgeSharing #CuriousMinds #ScienceCommunication #ExploreScience
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Coriolis Effect ✍️
It explains why objects moving across a rotating world seem to curve from their straight path, even when no visible force pushes them sideways. Imagine throwing a ball straight across a spinning merry-go-round. To someone standing still outside, the ball travels in a straight line. But to someone riding the spinning platform, the ball appears to bend away from its path.
The same thing happens on Earth because our planet is constantly rotating beneath everything that moves. Air currents, ocean flows, and even long-range projectiles travel over a surface that is turning while they move. This creates the illusion of a sideways force, known as the Coriolis effect.
In the Northern Hemisphere, moving objects appear to bend to the right, while in the Southern Hemisphere they bend to the left. The effect grows stronger over larger distances and faster motions, but becomes almost unnoticeable in small, everyday movements.
Scientists use this effect to understand the spinning of hurricanes, the paths of trade winds, and the circulation of oceans. It reveals that motion is not always as simple as it seems when the ground beneath us is constantly in motion itself.
#CoriolisEffect #EarthScience #Physics #ScienceFacts #Geography #Meteorology #ClimateScience #Atmosphere #OceanCurrents #WeatherScience #Hurricanes #TradeWinds #PlanetEarth #EarthRotation #ScienceEducation #STEM #LearnScience #ScientificKnowledge #ScienceExplained #NatureOfScience #PhysicalGeography #FluidDynamics #EarthSystems #ScienceLovers #DidYouKnow #EducationalContent #KnowledgeSharing #CuriousMinds #ScienceCommunication #ExploreScience
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Coriolis Effect ✍️
It explains why objects moving across a rotating world seem to curve from their straight path, even when no visible force pushes them sideways. Imagine throwing a ball straight across a spinning merry-go-round. To someone standing still outside, the ball travels in a straight line. But to someone riding the spinning platform, the ball appears to bend away from its path.
The same thing happens on Earth because our planet is constantly rotating beneath everything that moves. Air currents, ocean flows, and even long-range projectiles travel over a surface that is turning while they move. This creates the illusion of a sideways force, known as the Coriolis effect.
In the Northern Hemisphere, moving objects appear to bend to the right, while in the Southern Hemisphere they bend to the left. The effect grows stronger over larger distances and faster motions, but becomes almost unnoticeable in small, everyday movements.
Scientists use this effect to understand the spinning of hurricanes, the paths of trade winds, and the circulation of oceans. It reveals that motion is not always as simple as it seems when the ground beneath us is constantly in motion itself.
#CoriolisEffect #EarthScience #Physics #ScienceFacts #Geography #Meteorology #ClimateScience #Atmosphere #OceanCurrents #WeatherScience #Hurricanes #TradeWinds #PlanetEarth #EarthRotation #ScienceEducation #STEM #LearnScience #ScientificKnowledge #ScienceExplained #NatureOfScience #PhysicalGeography #FluidDynamics #EarthSystems #ScienceLovers #DidYouKnow #EducationalContent #KnowledgeSharing #CuriousMinds #ScienceCommunication #ExploreScience
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Coriolis Effect ✍️
It explains why objects moving across a rotating world seem to curve from their straight path, even when no visible force pushes them sideways. Imagine throwing a ball straight across a spinning merry-go-round. To someone standing still outside, the ball travels in a straight line. But to someone riding the spinning platform, the ball appears to bend away from its path.
The same thing happens on Earth because our planet is constantly rotating beneath everything that moves. Air currents, ocean flows, and even long-range projectiles travel over a surface that is turning while they move. This creates the illusion of a sideways force, known as the Coriolis effect.
In the Northern Hemisphere, moving objects appear to bend to the right, while in the Southern Hemisphere they bend to the left. The effect grows stronger over larger distances and faster motions, but becomes almost unnoticeable in small, everyday movements.
Scientists use this effect to understand the spinning of hurricanes, the paths of trade winds, and the circulation of oceans. It reveals that motion is not always as simple as it seems when the ground beneath us is constantly in motion itself.
#CoriolisEffect #EarthScience #Physics #ScienceFacts #Geography #Meteorology #ClimateScience #Atmosphere #OceanCurrents #WeatherScience #Hurricanes #TradeWinds #PlanetEarth #EarthRotation #ScienceEducation #STEM #LearnScience #ScientificKnowledge #ScienceExplained #NatureOfScience #PhysicalGeography #FluidDynamics #EarthSystems #ScienceLovers #DidYouKnow #EducationalContent #KnowledgeSharing #CuriousMinds #ScienceCommunication #ExploreScience
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Coriolis Effect ✍️
It explains why objects moving across a rotating world seem to curve from their straight path, even when no visible force pushes them sideways. Imagine throwing a ball straight across a spinning merry-go-round. To someone standing still outside, the ball travels in a straight line. But to someone riding the spinning platform, the ball appears to bend away from its path.
The same thing happens on Earth because our planet is constantly rotating beneath everything that moves. Air currents, ocean flows, and even long-range projectiles travel over a surface that is turning while they move. This creates the illusion of a sideways force, known as the Coriolis effect.
In the Northern Hemisphere, moving objects appear to bend to the right, while in the Southern Hemisphere they bend to the left. The effect grows stronger over larger distances and faster motions, but becomes almost unnoticeable in small, everyday movements.
Scientists use this effect to understand the spinning of hurricanes, the paths of trade winds, and the circulation of oceans. It reveals that motion is not always as simple as it seems when the ground beneath us is constantly in motion itself.
#CoriolisEffect #EarthScience #Physics #ScienceFacts #Geography #Meteorology #ClimateScience #Atmosphere #OceanCurrents #WeatherScience #Hurricanes #TradeWinds #PlanetEarth #EarthRotation #ScienceEducation #STEM #LearnScience #ScientificKnowledge #ScienceExplained #NatureOfScience #PhysicalGeography #FluidDynamics #EarthSystems #ScienceLovers #DidYouKnow #EducationalContent #KnowledgeSharing #CuriousMinds #ScienceCommunication #ExploreScience
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https://www.europesays.com/ch/78218/ Switzerland will not join EU Copernicus scheme in coming years #Article #BeatClimateAdaptation #BeatEmissionsReduction #BeatSwissPolitics #Environment #GlobalWarming #LatestNews #Politics(general) #ProductionTypeDeepLAutotranslation #Switzerland #UserNeedUpdateMe #WeatherScience