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#appliedscience — Public Fediverse posts

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

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  1. The Importance Of Trusted [spatial] Data In The Real World - And How Geovation Is Evolving
    --
    ordnancesurvey.co.uk/blog/how- <-- shared technical/overview article
    --
    geovation.uk/ <-- shared Geovation home page
    --
    H/T @gareth Sumner | Head of Geovation, Leading innovation, connecting innovators with real world problems and championing design thinking
    “… How can technology 👨‍💻 create meaningful impact in the real world? 🌍
    Today that question feels more relevant than ever.
    While much of the conversation around AI focuses on digital tools and experiences, what I really care about is its potential to improve outcomes in the physical world.
    That's where trusted, foundational data becomes critical – and it has become our north star as Geovation continues to evolve…”
    --
    “Geovation is Ordnance Survey (OS)'s innovation programme, pioneered more than 15 years ago to foster a geospatial ecosystem for startups to solve real world challenges. Now its head, Gareth Sumner, considers the importance of trusted data and AI in today's world and how Geovation is evolving into a national data innovation and impact lab: a place where government data, entrepreneurial talent and real-world challenges come together…”
    #Geovation #AI #machinelearning #innovation #usecase #appliedscience #AI #GeoAI #geospatialecosystem #startups #industrysupport #data #realworld #UK #LocationTech #SpatialInnovation #MappingTheFuture #TechStartups #InnovationHub #Entrepreneurship #FoundersUK #GIS #spatial #mapping #BritainMapped #MadeInUK
    @OrdnanceSurvey | @Geovation

  2. The Importance Of Trusted [spatial] Data In The Real World - And How Geovation Is Evolving
    --
    ordnancesurvey.co.uk/blog/how- <-- shared technical/overview article
    --
    geovation.uk/ <-- shared Geovation home page
    --
    H/T @gareth Sumner | Head of Geovation, Leading innovation, connecting innovators with real world problems and championing design thinking
    “… How can technology 👨‍💻 create meaningful impact in the real world? 🌍
    Today that question feels more relevant than ever.
    While much of the conversation around AI focuses on digital tools and experiences, what I really care about is its potential to improve outcomes in the physical world.
    That's where trusted, foundational data becomes critical – and it has become our north star as Geovation continues to evolve…”
    --
    “Geovation is Ordnance Survey (OS)'s innovation programme, pioneered more than 15 years ago to foster a geospatial ecosystem for startups to solve real world challenges. Now its head, Gareth Sumner, considers the importance of trusted data and AI in today's world and how Geovation is evolving into a national data innovation and impact lab: a place where government data, entrepreneurial talent and real-world challenges come together…”
    #Geovation #AI #machinelearning #innovation #usecase #appliedscience #AI #GeoAI #geospatialecosystem #startups #industrysupport #data #realworld #UK #LocationTech #SpatialInnovation #MappingTheFuture #TechStartups #InnovationHub #Entrepreneurship #FoundersUK #GIS #spatial #mapping #BritainMapped #MadeInUK
    @OrdnanceSurvey | @Geovation

  3. The Importance Of Trusted [spatial] Data In The Real World - And How Geovation Is Evolving
    --
    ordnancesurvey.co.uk/blog/how- <-- shared technical/overview article
    --
    geovation.uk/ <-- shared Geovation home page
    --
    H/T @gareth Sumner | Head of Geovation, Leading innovation, connecting innovators with real world problems and championing design thinking
    “… How can technology 👨‍💻 create meaningful impact in the real world? 🌍
    Today that question feels more relevant than ever.
    While much of the conversation around AI focuses on digital tools and experiences, what I really care about is its potential to improve outcomes in the physical world.
    That's where trusted, foundational data becomes critical – and it has become our north star as Geovation continues to evolve…”
    --
    “Geovation is Ordnance Survey (OS)'s innovation programme, pioneered more than 15 years ago to foster a geospatial ecosystem for startups to solve real world challenges. Now its head, Gareth Sumner, considers the importance of trusted data and AI in today's world and how Geovation is evolving into a national data innovation and impact lab: a place where government data, entrepreneurial talent and real-world challenges come together…”
    #Geovation #AI #machinelearning #innovation #usecase #appliedscience #AI #GeoAI #geospatialecosystem #startups #industrysupport #data #realworld #UK #LocationTech #SpatialInnovation #MappingTheFuture #TechStartups #InnovationHub #Entrepreneurship #FoundersUK #GIS #spatial #mapping #BritainMapped #MadeInUK
    @OrdnanceSurvey | @Geovation

  4. The Importance Of Trusted [spatial] Data In The Real World - And How Geovation Is Evolving
    --
    ordnancesurvey.co.uk/blog/how- <-- shared technical/overview article
    --
    geovation.uk/ <-- shared Geovation home page
    --
    H/T @gareth Sumner | Head of Geovation, Leading innovation, connecting innovators with real world problems and championing design thinking
    “… How can technology 👨‍💻 create meaningful impact in the real world? 🌍
    Today that question feels more relevant than ever.
    While much of the conversation around AI focuses on digital tools and experiences, what I really care about is its potential to improve outcomes in the physical world.
    That's where trusted, foundational data becomes critical – and it has become our north star as Geovation continues to evolve…”
    --
    “Geovation is Ordnance Survey (OS)'s innovation programme, pioneered more than 15 years ago to foster a geospatial ecosystem for startups to solve real world challenges. Now its head, Gareth Sumner, considers the importance of trusted data and AI in today's world and how Geovation is evolving into a national data innovation and impact lab: a place where government data, entrepreneurial talent and real-world challenges come together…”
    #Geovation #AI #machinelearning #innovation #usecase #appliedscience #AI #GeoAI #geospatialecosystem #startups #industrysupport #data #realworld #UK #LocationTech #SpatialInnovation #MappingTheFuture #TechStartups #InnovationHub #Entrepreneurship #FoundersUK #GIS #spatial #mapping #BritainMapped #MadeInUK
    @OrdnanceSurvey | @Geovation

  5. The Importance Of Trusted [spatial] Data In The Real World - And How Geovation Is Evolving
    --
    ordnancesurvey.co.uk/blog/how- <-- shared technical/overview article
    --
    geovation.uk/ <-- shared Geovation home page
    --
    H/T @gareth Sumner | Head of Geovation, Leading innovation, connecting innovators with real world problems and championing design thinking
    “… How can technology 👨‍💻 create meaningful impact in the real world? 🌍
    Today that question feels more relevant than ever.
    While much of the conversation around AI focuses on digital tools and experiences, what I really care about is its potential to improve outcomes in the physical world.
    That's where trusted, foundational data becomes critical – and it has become our north star as Geovation continues to evolve…”
    --
    “Geovation is Ordnance Survey (OS)'s innovation programme, pioneered more than 15 years ago to foster a geospatial ecosystem for startups to solve real world challenges. Now its head, Gareth Sumner, considers the importance of trusted data and AI in today's world and how Geovation is evolving into a national data innovation and impact lab: a place where government data, entrepreneurial talent and real-world challenges come together…”

    @OrdnanceSurvey | @Geovation

  6. Building bridges: Hessen Wisconsin partnership brings UW-River Falls and German university THM together

    RIVER FALLS — A longstanding partnership between Wisconsin and the German state of Hessen will help provide rich academic and…
    #Germany #DE #Europe #EU #Europa #appliedscience #Gießen #HessenTechnischeHochschuleMittelhsessen #UW-RiverFalls
    europesays.com/germany/67454/

  7. @tlohde We have a EcoTank ET-M1170 in the lab with special ink for printing on transparencies from filmdirectonline.com (UV blocking).

    See youtube.com/watch?v=bR9EN3kUlfg #AppliedScience for reference.

  8. @tlohde We have a EcoTank ET-M1170 in the lab with special ink for printing on transparencies from filmdirectonline.com (UV blocking).

    See youtube.com/watch?v=bR9EN3kUlfg #AppliedScience for reference.

  9. @tlohde We have a EcoTank ET-M1170 in the lab with special ink for printing on transparencies from filmdirectonline.com (UV blocking).

    See youtube.com/watch?v=bR9EN3kUlfg #AppliedScience for reference.

  10. @tlohde We have a EcoTank ET-M1170 in the lab with special ink for printing on transparencies from filmdirectonline.com (UV blocking).

    See youtube.com/watch?v=bR9EN3kUlfg #AppliedScience for reference.

  11. @tlohde We have a EcoTank ET-M1170 in the lab with special ink for printing on transparencies from filmdirectonline.com (UV blocking).

    See youtube.com/watch?v=bR9EN3kUlfg #AppliedScience for reference.

  12. Allied and applied sciences help bridge the gap between theoretical knowledge and practical learning. Modern education increasingly focuses on scientific understanding, experimentation, research, and real-world problem-solving skills.

    This article explores why allied and applied sciences are becoming increasingly important in modern education: medium.com/@patanjaliwebsites/

    #AppliedScience #HigherEducation #ScientificLearning #UniversityEducation #Research

  13. Allied and applied sciences help bridge the gap between theoretical knowledge and practical learning. Modern education increasingly focuses on scientific understanding, experimentation, research, and real-world problem-solving skills.

    This article explores why allied and applied sciences are becoming increasingly important in modern education: medium.com/@patanjaliwebsites/

    #AppliedScience #HigherEducation #ScientificLearning #UniversityEducation #Research

  14. Allied and applied sciences help bridge the gap between theoretical knowledge and practical learning. Modern education increasingly focuses on scientific understanding, experimentation, research, and real-world problem-solving skills.

    This article explores why allied and applied sciences are becoming increasingly important in modern education: medium.com/@patanjaliwebsites/

    #AppliedScience #HigherEducation #ScientificLearning #UniversityEducation #Research

  15. Allied and applied sciences help bridge the gap between theoretical knowledge and practical learning. Modern education increasingly focuses on scientific understanding, experimentation, research, and real-world problem-solving skills.

    This article explores why allied and applied sciences are becoming increasingly important in modern education: medium.com/@patanjaliwebsites/

    #AppliedScience #HigherEducation #ScientificLearning #UniversityEducation #Research

  16. Allied and applied sciences help bridge the gap between theoretical knowledge and practical learning. Modern education increasingly focuses on scientific understanding, experimentation, research, and real-world problem-solving skills.

    This article explores why allied and applied sciences are becoming increasingly important in modern education: medium.com/@patanjaliwebsites/

    #AppliedScience #HigherEducation #ScientificLearning #UniversityEducation #Research

  17. @ScienceScholar So #UK has decided to move money away from #BlueSky research and into #AppliedScience research. That makes sense. #UK economy has to grow and the money is limited. Some priorities have to be set and some funding has to be cut.

    The concern is that if #BlueSky research is cut how will new scientific breakthroughs happen, which will then flow into new #AppliedScience research.

  18. @ScienceScholar So #UK has decided to move money away from #BlueSky research and into #AppliedScience research. That makes sense. #UK economy has to grow and the money is limited. Some priorities have to be set and some funding has to be cut.

    The concern is that if #BlueSky research is cut how will new scientific breakthroughs happen, which will then flow into new #AppliedScience research.

  19. @ScienceScholar So #UK has decided to move money away from #BlueSky research and into #AppliedScience research. That makes sense. #UK economy has to grow and the money is limited. Some priorities have to be set and some funding has to be cut.

    The concern is that if #BlueSky research is cut how will new scientific breakthroughs happen, which will then flow into new #AppliedScience research.

  20. @ScienceScholar So #UK has decided to move money away from #BlueSky research and into #AppliedScience research. That makes sense. #UK economy has to grow and the money is limited. Some priorities have to be set and some funding has to be cut.

    The concern is that if #BlueSky research is cut how will new scientific breakthroughs happen, which will then flow into new #AppliedScience research.

  21. @ScienceScholar So #UK has decided to move money away from #BlueSky research and into #AppliedScience research. That makes sense. #UK economy has to grow and the money is limited. Some priorities have to be set and some funding has to be cut.

    The concern is that if #BlueSky research is cut how will new scientific breakthroughs happen, which will then flow into new #AppliedScience research.

  22. A ‘Waylaid' Teaching Diorama – USGS “Geology For Land Use”
    --
    For about 3 years, this gorgeous diorama has ‘just’ been sitting in a corner of a (common) hallway.
    I can’t help but wonder its history:
    • What prompted its creation?
    • Who was the artisan (truly!) that created it and used those components and focus?
    • When was it created? (late 1960s as an educated guess????)
    • Why was it seen as useful / in what setting? (as I am sure it was)
    • How was it funded?
    (never mind that I want to claim it for my office, space notwithstanding…)
    #geology #landuse #trainingaid #education #diorama #oldschool #fedscience #fedservice #education #technical #professional #spatial #landform #geomorphology #usecase #appliedscience #geoscience #USGS
    @USGS

  23. A ‘Waylaid' Teaching Diorama – USGS “Geology For Land Use”
    --
    For about 3 years, this gorgeous diorama has ‘just’ been sitting in a corner of a (common) hallway.
    I can’t help but wonder its history:
    • What prompted its creation?
    • Who was the artisan (truly!) that created it and used those components and focus?
    • When was it created? (late 1960s as an educated guess????)
    • Why was it seen as useful / in what setting? (as I am sure it was)
    • How was it funded?
    (never mind that I want to claim it for my office, space notwithstanding…)
    #geology #landuse #trainingaid #education #diorama #oldschool #fedscience #fedservice #education #technical #professional #spatial #landform #geomorphology #usecase #appliedscience #geoscience #USGS
    @USGS

  24. A ‘Waylaid' Teaching Diorama – USGS “Geology For Land Use”
    --
    For about 3 years, this gorgeous diorama has ‘just’ been sitting in a corner of a (common) hallway.
    I can’t help but wonder its history:
    • What prompted its creation?
    • Who was the artisan (truly!) that created it and used those components and focus?
    • When was it created? (late 1960s as an educated guess????)
    • Why was it seen as useful / in what setting? (as I am sure it was)
    • How was it funded?
    (never mind that I want to claim it for my office, space notwithstanding…)
    #geology #landuse #trainingaid #education #diorama #oldschool #fedscience #fedservice #education #technical #professional #spatial #landform #geomorphology #usecase #appliedscience #geoscience #USGS
    @USGS

  25. A ‘Waylaid' Teaching Diorama – USGS “Geology For Land Use”
    --
    For about 3 years, this gorgeous diorama has ‘just’ been sitting in a corner of a (common) hallway.
    I can’t help but wonder its history:
    • What prompted its creation?
    • Who was the artisan (truly!) that created it and used those components and focus?
    • When was it created? (late 1960s as an educated guess????)
    • Why was it seen as useful / in what setting? (as I am sure it was)
    • How was it funded?
    (never mind that I want to claim it for my office, space notwithstanding…)
    #geology #landuse #trainingaid #education #diorama #oldschool #fedscience #fedservice #education #technical #professional #spatial #landform #geomorphology #usecase #appliedscience #geoscience #USGS
    @USGS

  26. A ‘Waylaid' Teaching Diorama – USGS “Geology For Land Use”
    --
    For about 3 years, this gorgeous diorama has ‘just’ been sitting in a corner of a (common) hallway.
    I can’t help but wonder its history:
    • What prompted its creation?
    • Who was the artisan (truly!) that created it and used those components and focus?
    • When was it created? (late 1960s as an educated guess????)
    • Why was it seen as useful / in what setting? (as I am sure it was)
    • How was it funded?
    (never mind that I want to claim it for my office, space notwithstanding…)

    @USGS

  27. A Five-Year Milestone - Reflections On Advances And Limitations In GeoAI Research
    --
    acsu.buffalo.edu/~yhu42/papers <-- shared 2024 paper
    --
    doi.org/10.1016/j.jag.2025.104 <-- shared 2025 paper
    --
    [GeoAI has changed markedly since this 1st paper was written, but there is still much value in what it states]

    @AAG

  28. The Myth And Reality Of ‘Physics-Based’ Models In Geosciences
    --
    geoaiunpacked.substack.com/p/t <-- shared technical article
    --
    “Across hydrology, fire, weather, and climate science, models are often described as physics-based—a phrase that evokes rigor, transparency, and trust. Yet, beneath the surface, much of what drives these models are empirical relationships and parameterizations rather than direct solutions of physical laws. These assumptions are necessary to make the equations computable, but they also introduce biases, tuning artifacts, and uncertainties that can propagate through every layer of simulation.
    This doesn’t mean physics-based models are flawed or obsolete; rather, it highlights the complexity of modeling natural systems…”
    #GeoAI #datadriven #physicsbased #model #modeling #usecase #appliedscience #accuracy #appropriateness #simulation #naturalsystems #hybrid #physicalrealism #hydrology #fire #weather #climate

  29. The Myth And Reality Of ‘Physics-Based’ Models In Geosciences
    --
    geoaiunpacked.substack.com/p/t <-- shared technical article
    --
    “Across hydrology, fire, weather, and climate science, models are often described as physics-based—a phrase that evokes rigor, transparency, and trust. Yet, beneath the surface, much of what drives these models are empirical relationships and parameterizations rather than direct solutions of physical laws. These assumptions are necessary to make the equations computable, but they also introduce biases, tuning artifacts, and uncertainties that can propagate through every layer of simulation.
    This doesn’t mean physics-based models are flawed or obsolete; rather, it highlights the complexity of modeling natural systems…”
    #GeoAI #datadriven #physicsbased #model #modeling #usecase #appliedscience #accuracy #appropriateness #simulation #naturalsystems #hybrid #physicalrealism #hydrology #fire #weather #climate

  30. The Myth And Reality Of ‘Physics-Based’ Models In Geosciences
    --
    geoaiunpacked.substack.com/p/t <-- shared technical article
    --
    “Across hydrology, fire, weather, and climate science, models are often described as physics-based—a phrase that evokes rigor, transparency, and trust. Yet, beneath the surface, much of what drives these models are empirical relationships and parameterizations rather than direct solutions of physical laws. These assumptions are necessary to make the equations computable, but they also introduce biases, tuning artifacts, and uncertainties that can propagate through every layer of simulation.
    This doesn’t mean physics-based models are flawed or obsolete; rather, it highlights the complexity of modeling natural systems…”
    #GeoAI #datadriven #physicsbased #model #modeling #usecase #appliedscience #accuracy #appropriateness #simulation #naturalsystems #hybrid #physicalrealism #hydrology #fire #weather #climate

  31. The Myth And Reality Of ‘Physics-Based’ Models In Geosciences
    --
    geoaiunpacked.substack.com/p/t <-- shared technical article
    --
    “Across hydrology, fire, weather, and climate science, models are often described as physics-based—a phrase that evokes rigor, transparency, and trust. Yet, beneath the surface, much of what drives these models are empirical relationships and parameterizations rather than direct solutions of physical laws. These assumptions are necessary to make the equations computable, but they also introduce biases, tuning artifacts, and uncertainties that can propagate through every layer of simulation.
    This doesn’t mean physics-based models are flawed or obsolete; rather, it highlights the complexity of modeling natural systems…”
    #GeoAI #datadriven #physicsbased #model #modeling #usecase #appliedscience #accuracy #appropriateness #simulation #naturalsystems #hybrid #physicalrealism #hydrology #fire #weather #climate

  32. The Myth And Reality Of ‘Physics-Based’ Models In Geosciences
    --
    geoaiunpacked.substack.com/p/t <-- shared technical article
    --
    “Across hydrology, fire, weather, and climate science, models are often described as physics-based—a phrase that evokes rigor, transparency, and trust. Yet, beneath the surface, much of what drives these models are empirical relationships and parameterizations rather than direct solutions of physical laws. These assumptions are necessary to make the equations computable, but they also introduce biases, tuning artifacts, and uncertainties that can propagate through every layer of simulation.
    This doesn’t mean physics-based models are flawed or obsolete; rather, it highlights the complexity of modeling natural systems…”