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#physicalgeography — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #physicalgeography, aggregated by home.social.

  1. Dr Dominic Royé
    @drxeo.eu :
    'Los veranos en #España tampoco son como antes 🥵

    El verano medio de 2021-2025 ya es 2,1°C más cálido que el de 1961-1965 (ref. 1961-1990). Y no solo sube la media: toda la distribución de días de verano se desplaza hacia la derecha, con más extremos y menos días fríos.

    #CambioClimático #DataViz #PhysicalGeography
    #bioclimatology
    #calorextremo #calentamientoglobal

  2. Dr Dominic Royé
    @drxeo.eu :
    'Los veranos en #España tampoco son como antes 🥵

    El verano medio de 2021-2025 ya es 2,1°C más cálido que el de 1961-1965 (ref. 1961-1990). Y no solo sube la media: toda la distribución de días de verano se desplaza hacia la derecha, con más extremos y menos días fríos.

    #CambioClimático #DataViz #PhysicalGeography
    #bioclimatology
    #calorextremo #calentamientoglobal

  3. Urban climatology (Climatology 🌍)

    Urban climatology is the scientific study of the interactions between urban environments and the atmosphere. It examines how cities modify local and regional climate through processes such as the urban heat island effect, altered wind flows, and changes in energy and moisture exchanges. The field is strongly linked to rese...

    en.wikipedia.org/wiki/Urban_cl

    #UrbanClimatology #Climatology #Urbanization #PhysicalGeography #RegionalClimateEffects

  4. Urban climatology (Climatology 🌍)

    Urban climatology is the scientific study of the interactions between urban environments and the atmosphere. It examines how cities modify local and regional climate through processes such as the urban heat island effect, altered wind flows, and changes in energy and moisture exchanges. The field is strongly linked to rese...

    en.wikipedia.org/wiki/Urban_cl

    #UrbanClimatology #Climatology #Urbanization #PhysicalGeography #RegionalClimateEffects

  5. Remote Sensing And The New Global River Science
    --
    doi.org/10.1038/s44221-026-006 <-- shared paper
    --
    “Rivers impact the well-being of humans and the environment. As they increasingly face planetary-scale stressors, it is critically important to monitor and understand rivers at the global scale. As the only synoptic resource for global primary data on rivers, satellite remote sensing has recently begun to provide unprecedented opportunities for the monitoring, understanding, and prediction of global river behaviour. Despite these advances, the role of satellite remote sensing in global river science has still not been fully explored. New satellite systems and algorithms will enable substantial improvements in river measurements, provide new answers to long-standing or newly emerging scientific questions, and eventually update basic knowledge of rivers to advance global river science. In this [paper they] explore how remote sensing has been used to study the world’s rivers, examine challenges and opportunities for further advancing our understanding of rivers using existing and upcoming sensors, and identify possible solutions and future research directions…”
    #GIS #spatial #mapping #water #hydrology #satellite #remotsesensing #earthobservation #hydrography #spatialanalysis #spatiotemporal #physicalgeography #change #river #global #model #modeling #research #hydrogeomorphology #geomorphometry #riverine #humanimpacts #waterquality #waterresources #watermanagement #infrastructure #lake #reservoir #dam #impoundment #canals #avulsion #overbank #flood #flooding #erosion #sedimentation #morphology #network #downstream

  6. Remote Sensing And The New Global River Science
    --
    doi.org/10.1038/s44221-026-006 <-- shared paper
    --
    “Rivers impact the well-being of humans and the environment. As they increasingly face planetary-scale stressors, it is critically important to monitor and understand rivers at the global scale. As the only synoptic resource for global primary data on rivers, satellite remote sensing has recently begun to provide unprecedented opportunities for the monitoring, understanding, and prediction of global river behaviour. Despite these advances, the role of satellite remote sensing in global river science has still not been fully explored. New satellite systems and algorithms will enable substantial improvements in river measurements, provide new answers to long-standing or newly emerging scientific questions, and eventually update basic knowledge of rivers to advance global river science. In this [paper they] explore how remote sensing has been used to study the world’s rivers, examine challenges and opportunities for further advancing our understanding of rivers using existing and upcoming sensors, and identify possible solutions and future research directions…”

  7. Remote Sensing And The New Global River Science
    --
    doi.org/10.1038/s44221-026-006 <-- shared paper
    --
    “Rivers impact the well-being of humans and the environment. As they increasingly face planetary-scale stressors, it is critically important to monitor and understand rivers at the global scale. As the only synoptic resource for global primary data on rivers, satellite remote sensing has recently begun to provide unprecedented opportunities for the monitoring, understanding, and prediction of global river behaviour. Despite these advances, the role of satellite remote sensing in global river science has still not been fully explored. New satellite systems and algorithms will enable substantial improvements in river measurements, provide new answers to long-standing or newly emerging scientific questions, and eventually update basic knowledge of rivers to advance global river science. In this [paper they] explore how remote sensing has been used to study the world’s rivers, examine challenges and opportunities for further advancing our understanding of rivers using existing and upcoming sensors, and identify possible solutions and future research directions…”
    #GIS #spatial #mapping #water #hydrology #satellite #remotsesensing #earthobservation #hydrography #spatialanalysis #spatiotemporal #physicalgeography #change #river #global #model #modeling #research #hydrogeomorphology #geomorphometry #riverine #humanimpacts #waterquality #waterresources #watermanagement #infrastructure #lake #reservoir #dam #impoundment #canals #avulsion #overbank #flood #flooding #erosion #sedimentation #morphology #network #downstream

  8. Remote Sensing And The New Global River Science
    --
    doi.org/10.1038/s44221-026-006 <-- shared paper
    --
    “Rivers impact the well-being of humans and the environment. As they increasingly face planetary-scale stressors, it is critically important to monitor and understand rivers at the global scale. As the only synoptic resource for global primary data on rivers, satellite remote sensing has recently begun to provide unprecedented opportunities for the monitoring, understanding, and prediction of global river behaviour. Despite these advances, the role of satellite remote sensing in global river science has still not been fully explored. New satellite systems and algorithms will enable substantial improvements in river measurements, provide new answers to long-standing or newly emerging scientific questions, and eventually update basic knowledge of rivers to advance global river science. In this [paper they] explore how remote sensing has been used to study the world’s rivers, examine challenges and opportunities for further advancing our understanding of rivers using existing and upcoming sensors, and identify possible solutions and future research directions…”
    #GIS #spatial #mapping #water #hydrology #satellite #remotsesensing #earthobservation #hydrography #spatialanalysis #spatiotemporal #physicalgeography #change #river #global #model #modeling #research #hydrogeomorphology #geomorphometry #riverine #humanimpacts #waterquality #waterresources #watermanagement #infrastructure #lake #reservoir #dam #impoundment #canals #avulsion #overbank #flood #flooding #erosion #sedimentation #morphology #network #downstream

  9. Remote Sensing And The New Global River Science
    --
    doi.org/10.1038/s44221-026-006 <-- shared paper
    --
    “Rivers impact the well-being of humans and the environment. As they increasingly face planetary-scale stressors, it is critically important to monitor and understand rivers at the global scale. As the only synoptic resource for global primary data on rivers, satellite remote sensing has recently begun to provide unprecedented opportunities for the monitoring, understanding, and prediction of global river behaviour. Despite these advances, the role of satellite remote sensing in global river science has still not been fully explored. New satellite systems and algorithms will enable substantial improvements in river measurements, provide new answers to long-standing or newly emerging scientific questions, and eventually update basic knowledge of rivers to advance global river science. In this [paper they] explore how remote sensing has been used to study the world’s rivers, examine challenges and opportunities for further advancing our understanding of rivers using existing and upcoming sensors, and identify possible solutions and future research directions…”
    #GIS #spatial #mapping #water #hydrology #satellite #remotsesensing #earthobservation #hydrography #spatialanalysis #spatiotemporal #physicalgeography #change #river #global #model #modeling #research #hydrogeomorphology #geomorphometry #riverine #humanimpacts #waterquality #waterresources #watermanagement #infrastructure #lake #reservoir #dam #impoundment #canals #avulsion #overbank #flood #flooding #erosion #sedimentation #morphology #network #downstream

  10. 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

  11. 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

  12. 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

  13. 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

  14. 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

  15. Palaeogeography (Paleogeography 🦕)

    Palaeogeography is the study of historical geography, generally physical landscapes. Palaeogeography can also include the study of human or cultural environments. When the focus is specifically on landforms, the term paleogeomorphology is sometimes used instead. Paleomagnetism, paleobiogeography, and tectonic history are among its main tools. Palaeogeography ...

    en.wikipedia.org/wiki/Palaeoge

    #Palaeogeography #Paleogeography #PhysicalGeography

  16. Palaeogeography (Paleogeography 🦕)

    Palaeogeography is the study of historical geography, generally physical landscapes. Palaeogeography can also include the study of human or cultural environments. When the focus is specifically on landforms, the term paleogeomorphology is sometimes used instead. Paleomagnetism, paleobiogeography, and tectonic history are among its main tools. Palaeogeography ...

    en.wikipedia.org/wiki/Palaeoge

    #Palaeogeography #Paleogeography #PhysicalGeography

  17. Palaeogeography (Paleogeography 🦕)

    Palaeogeography is the study of historical geography, generally physical landscapes. Palaeogeography can also include the study of human or cultural environments. When the focus is specifically on landforms, the term paleogeomorphology is sometimes used instead. Paleomagnetism, paleobiogeography, and tectonic history are among its main tools. Palaeogeography ...

    en.wikipedia.org/wiki/Palaeoge

    #Palaeogeography #Paleogeography #PhysicalGeography

  18. Biogeography (Earth sciences 🌍)

    Biogeography is the study of the distribution of species and ecosystems in geographic space and through geological time. Organisms and biological communities often vary in a regular fashion along geographic gradients of latitude, elevation, isolation and habitat area. Phytogeography is the branch of biogeography that stu...

    en.wikipedia.org/wiki/Biogeogr

    #Biogeography #Habitat #EarthSciences #LandscapeEcology #PhysicalGeography #PhysicalOceanography

  19. Palaeogeography (Paleogeography 🦕)

    Palaeogeography is the study of historical geography, generally physical landscapes. Palaeogeography can also include the study of human or cultural environments. When the focus is specifically on landforms, the term paleogeomorphology is sometimes used instead. Paleomagnetism, paleobiogeography, and tectonic history are among its main tools. Palaeogeography ...

    en.wikipedia.org/wiki/Palaeoge

    #Palaeogeography #Paleogeography #PhysicalGeography

  20. Palaeogeography (Paleogeography 🦕)

    Palaeogeography is the study of historical geography, generally physical landscapes. Palaeogeography can also include the study of human or cultural environments. When the focus is specifically on landforms, the term paleogeomorphology is sometimes used instead. Paleomagnetism, paleobiogeography, and tectonic history are among its main tools. Palaeogeography ...

    en.wikipedia.org/wiki/Palaeoge

    #Palaeogeography #Paleogeography #PhysicalGeography

  21. Quaternary (Geological periods 🌍)

    The Quaternary is the current and most recent of the three periods of the Cenozoic Era in the geologic time scale of the International Commission on Stratigraphy, as well as the current and most recent of the twelve periods of the Phanerozoic eon. It follows the Neogene Period and spans from 2.58 million years ago to the present. The Quaternary ...

    en.wikipedia.org/wiki/Quaterna

    #Quaternary #GeologicalPeriods #PhysicalGeography #PhysicalOceanography

  22. Are you in #EarthScience and interested in improving #AcademicPublishing options in your field? I am preparing a proposal for a PCI Eart Sciences, which would be part of peercommunityin.org/ family of journals. The digital infrastructure and brand are there, i have benefited as an author and as an editor from PCI Paleo and I can attest to the high quality and robustness of this platform and process. Being involved doesn’t actually require committing a lot of your time, as it takes years to establish a new journal. At this point it is more about launching it and making it visible, so I am primarily looking for mid-to senior-career collaborators who can help steer publications towards this venue. Especially if you’re in the field of #EnvironmentalScience, #Tectonics, #Petrology, #Mineralogy, #PhysicalGeography, #Hydrogeology, #EarthSystemScience and #Climate you are most welcome as these fields are underrepresented in my network. You can contribute by becoming an editor, pledging a submission, or helping recruit a BigName in your field (maybe that’s you?). Please have a look at peercommunityin.org/ or get in touch. #OpenAccess #OpenScience #geoscience #OpenPeerReview

  23. Are you in #EarthScience and interested in improving #AcademicPublishing options in your field? I am preparing a proposal for a PCI Eart Sciences, which would be part of peercommunityin.org/ family of journals. The digital infrastructure and brand are there, i have benefited as an author and as an editor from PCI Paleo and I can attest to the high quality and robustness of this platform and process. Being involved doesn’t actually require committing a lot of your time, as it takes years to establish a new journal. At this point it is more about launching it and making it visible, so I am primarily looking for mid-to senior-career collaborators who can help steer publications towards this venue. Especially if you’re in the field of #EnvironmentalScience, #Tectonics, #Petrology, #Mineralogy, #PhysicalGeography, #Hydrogeology, #EarthSystemScience and #Climate you are most welcome as these fields are underrepresented in my network. You can contribute by becoming an editor, pledging a submission, or helping recruit a BigName in your field (maybe that’s you?). Please have a look at peercommunityin.org/ or get in touch. #OpenAccess #OpenScience #geoscience #OpenPeerReview

  24. Palaeogeography (Paleogeography 🦕)

    Palaeogeography is the study of historical geography, generally physical landscapes. Palaeogeography can also include the study of human or cultural environments. When the focus is specifically on landforms, the term paleogeomorphology is sometimes used instead. Paleomagnetism, paleobiogeography, and tectonic history are among its main tools. Palaeogeography ...

    en.wikipedia.org/wiki/Palaeoge

    #Palaeogeography #Paleogeography #PhysicalGeography

  25. Pedology (Pedology 🟤)

    Pedology is a discipline within soil science which focuses on understanding and characterizing soil formation, evolution, and the theoretical frameworks for modeling soil bodies, often in the context of the natural environment. Pedology is often seen as one of two main branches of soil inquiry, the other being edaphology which is traditionally more agronomically oriented and focuses on ho...

    en.wikipedia.org/wiki/Pedology

    #Pedology #SoilScience #PhysicalGeography

  26. Pedology (Pedology 🟤)

    Pedology is a discipline within soil science which focuses on understanding and characterizing soil formation, evolution, and the theoretical frameworks for modeling soil bodies, often in the context of the natural environment. Pedology is often seen as one of two main branches of soil inquiry, the other being edaphology which is traditionally more agronomically oriented and focuses on ho...

    en.wikipedia.org/wiki/Pedology

    #Pedology #SoilScience #PhysicalGeography