#watersupply — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #watersupply, aggregated by home.social.
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The Past, Present & Future Of Dams In The Southeastern U.S.
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https://doi.org/10.1007/s00267-026-02579-x <-- shared paper
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H/T @UF Water Institute
“[The authors are] helping build a foundation for better water policy, planning, and resilience. By diving into the into the history, present status, and future of dams in the southeastern region, [they are] filling a research gap of an under-examined area..”
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“Dams and reservoirs have played a central role in the industrialization and economic development of the United States, providing hydropower, flood control, navigation, water supply, and recreation. Yet they have also transformed river systems, displaced communities, and contributed to major ecological change. This paper presents an exploratory review of the history, present status, and future of dams in the Southeastern United States, focusing on U.S. Geological Survey hydrologic regions 3 (South Atlantic-Gulf) and 6 (Tennessee). Using data from the National Inventory of Dams, historical archives, and interdisciplinary literature, the study examines temporal trends in dam construction, societal and ecological impacts, hazard conditions, and emerging trends in dam management. The Southeastern U.S. contains some of the nation’s highest dam densities and storage capacities, with more than 19,000 inventoried dams as of 2026. Many dams were constructed during the mid-twentieth century through the New Deal and postwar infrastructure programs led by the Tennessee Valley Authority and the U.S. Army Corps of Engineers. This aging infrastructure, in combination with inconsistent regulation, and increasing exposure to extreme weather raises growing safety concerns, particularly for the many high-hazard dams in poor or unrated conditions in the region. The paper also explores future trajectories, including hydropower modernization, pumped storage expansion, and dam removal efforts aimed at balancing renewable energy production, ecological restoration, and public safety…”
#dams #dam #usecase #USA #US #SouthEast #reservoir #industry #economics #aging #infrastructure #history #future #hydropower #floodcontrol #navigation #watersupply #recreation #waterresources #water #hydrology #ecology #ecosystems #community #humaninpacts #NHD #WBD #USGS #USACE #TVA #NationalInventoryofDams #literaturereview #SoutheasternUS #inventory #maintenance #pumpedstorage #removal #renewableenergy #publicsafety -
The Past, Present & Future Of Dams In The Southeastern U.S.
--
https://doi.org/10.1007/s00267-026-02579-x <-- shared paper
--
H/T @UF Water Institute
“[The authors are] helping build a foundation for better water policy, planning, and resilience. By diving into the into the history, present status, and future of dams in the southeastern region, [they are] filling a research gap of an under-examined area..”
--
“Dams and reservoirs have played a central role in the industrialization and economic development of the United States, providing hydropower, flood control, navigation, water supply, and recreation. Yet they have also transformed river systems, displaced communities, and contributed to major ecological change. This paper presents an exploratory review of the history, present status, and future of dams in the Southeastern United States, focusing on U.S. Geological Survey hydrologic regions 3 (South Atlantic-Gulf) and 6 (Tennessee). Using data from the National Inventory of Dams, historical archives, and interdisciplinary literature, the study examines temporal trends in dam construction, societal and ecological impacts, hazard conditions, and emerging trends in dam management. The Southeastern U.S. contains some of the nation’s highest dam densities and storage capacities, with more than 19,000 inventoried dams as of 2026. Many dams were constructed during the mid-twentieth century through the New Deal and postwar infrastructure programs led by the Tennessee Valley Authority and the U.S. Army Corps of Engineers. This aging infrastructure, in combination with inconsistent regulation, and increasing exposure to extreme weather raises growing safety concerns, particularly for the many high-hazard dams in poor or unrated conditions in the region. The paper also explores future trajectories, including hydropower modernization, pumped storage expansion, and dam removal efforts aimed at balancing renewable energy production, ecological restoration, and public safety…”
#dams #dam #usecase #USA #US #SouthEast #reservoir #industry #economics #aging #infrastructure #history #future #hydropower #floodcontrol #navigation #watersupply #recreation #waterresources #water #hydrology #ecology #ecosystems #community #humaninpacts #NHD #WBD #USGS #USACE #TVA #NationalInventoryofDams #literaturereview #SoutheasternUS #inventory #maintenance #pumpedstorage #removal #renewableenergy #publicsafety -
The Past, Present & Future Of Dams In The Southeastern U.S.
--
https://doi.org/10.1007/s00267-026-02579-x <-- shared paper
--
H/T @UF Water Institute
“[The authors are] helping build a foundation for better water policy, planning, and resilience. By diving into the into the history, present status, and future of dams in the southeastern region, [they are] filling a research gap of an under-examined area..”
--
“Dams and reservoirs have played a central role in the industrialization and economic development of the United States, providing hydropower, flood control, navigation, water supply, and recreation. Yet they have also transformed river systems, displaced communities, and contributed to major ecological change. This paper presents an exploratory review of the history, present status, and future of dams in the Southeastern United States, focusing on U.S. Geological Survey hydrologic regions 3 (South Atlantic-Gulf) and 6 (Tennessee). Using data from the National Inventory of Dams, historical archives, and interdisciplinary literature, the study examines temporal trends in dam construction, societal and ecological impacts, hazard conditions, and emerging trends in dam management. The Southeastern U.S. contains some of the nation’s highest dam densities and storage capacities, with more than 19,000 inventoried dams as of 2026. Many dams were constructed during the mid-twentieth century through the New Deal and postwar infrastructure programs led by the Tennessee Valley Authority and the U.S. Army Corps of Engineers. This aging infrastructure, in combination with inconsistent regulation, and increasing exposure to extreme weather raises growing safety concerns, particularly for the many high-hazard dams in poor or unrated conditions in the region. The paper also explores future trajectories, including hydropower modernization, pumped storage expansion, and dam removal efforts aimed at balancing renewable energy production, ecological restoration, and public safety…”
#dams #dam #usecase #USA #US #SouthEast #reservoir #industry #economics #aging #infrastructure #history #future #hydropower #floodcontrol #navigation #watersupply #recreation #waterresources #water #hydrology #ecology #ecosystems #community #humaninpacts #NHD #WBD #USGS #USACE #TVA #NationalInventoryofDams #literaturereview #SoutheasternUS #inventory #maintenance #pumpedstorage #removal #renewableenergy #publicsafety -
The Past, Present & Future Of Dams In The Southeastern U.S.
--
https://doi.org/10.1007/s00267-026-02579-x <-- shared paper
--
H/T @UF Water Institute
“[The authors are] helping build a foundation for better water policy, planning, and resilience. By diving into the into the history, present status, and future of dams in the southeastern region, [they are] filling a research gap of an under-examined area..”
--
“Dams and reservoirs have played a central role in the industrialization and economic development of the United States, providing hydropower, flood control, navigation, water supply, and recreation. Yet they have also transformed river systems, displaced communities, and contributed to major ecological change. This paper presents an exploratory review of the history, present status, and future of dams in the Southeastern United States, focusing on U.S. Geological Survey hydrologic regions 3 (South Atlantic-Gulf) and 6 (Tennessee). Using data from the National Inventory of Dams, historical archives, and interdisciplinary literature, the study examines temporal trends in dam construction, societal and ecological impacts, hazard conditions, and emerging trends in dam management. The Southeastern U.S. contains some of the nation’s highest dam densities and storage capacities, with more than 19,000 inventoried dams as of 2026. Many dams were constructed during the mid-twentieth century through the New Deal and postwar infrastructure programs led by the Tennessee Valley Authority and the U.S. Army Corps of Engineers. This aging infrastructure, in combination with inconsistent regulation, and increasing exposure to extreme weather raises growing safety concerns, particularly for the many high-hazard dams in poor or unrated conditions in the region. The paper also explores future trajectories, including hydropower modernization, pumped storage expansion, and dam removal efforts aimed at balancing renewable energy production, ecological restoration, and public safety…”
#dams #dam #usecase #USA #US #SouthEast #reservoir #industry #economics #aging #infrastructure #history #future #hydropower #floodcontrol #navigation #watersupply #recreation #waterresources #water #hydrology #ecology #ecosystems #community #humaninpacts #NHD #WBD #USGS #USACE #TVA #NationalInventoryofDams #literaturereview #SoutheasternUS #inventory #maintenance #pumpedstorage #removal #renewableenergy #publicsafety -
The Past, Present & Future Of Dams In The Southeastern U.S.
--
https://doi.org/10.1007/s00267-026-02579-x <-- shared paper
--
H/T @UF Water Institute
“[The authors are] helping build a foundation for better water policy, planning, and resilience. By diving into the into the history, present status, and future of dams in the southeastern region, [they are] filling a research gap of an under-examined area..”
--
“Dams and reservoirs have played a central role in the industrialization and economic development of the United States, providing hydropower, flood control, navigation, water supply, and recreation. Yet they have also transformed river systems, displaced communities, and contributed to major ecological change. This paper presents an exploratory review of the history, present status, and future of dams in the Southeastern United States, focusing on U.S. Geological Survey hydrologic regions 3 (South Atlantic-Gulf) and 6 (Tennessee). Using data from the National Inventory of Dams, historical archives, and interdisciplinary literature, the study examines temporal trends in dam construction, societal and ecological impacts, hazard conditions, and emerging trends in dam management. The Southeastern U.S. contains some of the nation’s highest dam densities and storage capacities, with more than 19,000 inventoried dams as of 2026. Many dams were constructed during the mid-twentieth century through the New Deal and postwar infrastructure programs led by the Tennessee Valley Authority and the U.S. Army Corps of Engineers. This aging infrastructure, in combination with inconsistent regulation, and increasing exposure to extreme weather raises growing safety concerns, particularly for the many high-hazard dams in poor or unrated conditions in the region. The paper also explores future trajectories, including hydropower modernization, pumped storage expansion, and dam removal efforts aimed at balancing renewable energy production, ecological restoration, and public safety…”
#dams #dam #usecase #USA #US #SouthEast #reservoir #industry #economics #aging #infrastructure #history #future #hydropower #floodcontrol #navigation #watersupply #recreation #waterresources #water #hydrology #ecology #ecosystems #community #humaninpacts #NHD #WBD #USGS #USACE #TVA #NationalInventoryofDams #literaturereview #SoutheasternUS #inventory #maintenance #pumpedstorage #removal #renewableenergy #publicsafety -
#Kansas town is getting an underground #nuclear reactor [whether they like it or not!]
Story by Jessie Williams, July 29, 2026
"A pilot project to bury a #NuclearReactor one mile underneath a town in Kansas has split the opinion of local residents, with some fearing the #EnvironmentalImpacts while others hope it will create economic opportunities.
"The so-called #GravityReactor is being proposed by #DeepFission, a California-based start-up from a father-daughter duo, #LizMuller and #RichardMuller, emeritus professor of physics at University of California, and an inventor.
"It will be the first time a commercial nuclear reactor operates underground.
"The startup has raised around $150 million in the past year, with $40 million of that going to fund the work in #ParsonsKS, a rural town in Kansas with a population of 9,600.
"So far Deep Fission has drilled one test hole with a second due to be completed this year, and a full-scale prototype canister intended to test installation procedures.
"Their plan is to send the canister loaded with nuclear fuel into a third hole to heat water a mile underground and generate electricity on the surface in 2027 or 2028.
"But some people in Parsons are worried about the short time frame by industry standards and the impact on the #environment and their #WaterSupply.
"Each reactor would generate 15 megawatts of electricity from inside a 30-inch borehole, enough to power 12,000 homes. But Muller wants 100 or more reactors, providing more than a gigawatt – which would be enough for a #datacentre.
"The design relies on established pressurised water reactor technology, but with the reactor one mile underground, Deep Fission says it could remove some of the most expensive parts of conventional #NuclearPlants, as rock and water pressure could replace some costly #safety structures, such as #cooling and #containment.
"Nuclear only generates about a fifth of US electricity, but the Trump administration is seeking to kickstart a '#NuclearRenaissance,' aiming to quadruple America’s nuclear-power generation by 2050. It comes amid skyrocketing demand for electricity, mainly driven by data centres for AI."
#NoNukesForAI #AISucks #TrumpSucks #USPol #AIDatacenters #Datacenters #NoNukes #NoNewNukes #WaterIsLife #NuclearPowerPlant #SafetyStandards #EnvironmentalCosts
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#Kansas town is getting an underground #nuclear reactor [whether they like it or not!]
Story by Jessie Williams, July 29, 2026
"A pilot project to bury a #NuclearReactor one mile underneath a town in Kansas has split the opinion of local residents, with some fearing the #EnvironmentalImpacts while others hope it will create economic opportunities.
"The so-called #GravityReactor is being proposed by #DeepFission, a California-based start-up from a father-daughter duo, #LizMuller and #RichardMuller, emeritus professor of physics at University of California, and an inventor.
"It will be the first time a commercial nuclear reactor operates underground.
"The startup has raised around $150 million in the past year, with $40 million of that going to fund the work in #ParsonsKS, a rural town in Kansas with a population of 9,600.
"So far Deep Fission has drilled one test hole with a second due to be completed this year, and a full-scale prototype canister intended to test installation procedures.
"Their plan is to send the canister loaded with nuclear fuel into a third hole to heat water a mile underground and generate electricity on the surface in 2027 or 2028.
"But some people in Parsons are worried about the short time frame by industry standards and the impact on the #environment and their #WaterSupply.
"Each reactor would generate 15 megawatts of electricity from inside a 30-inch borehole, enough to power 12,000 homes. But Muller wants 100 or more reactors, providing more than a gigawatt – which would be enough for a #datacentre.
"The design relies on established pressurised water reactor technology, but with the reactor one mile underground, Deep Fission says it could remove some of the most expensive parts of conventional #NuclearPlants, as rock and water pressure could replace some costly #safety structures, such as #cooling and #containment.
"Nuclear only generates about a fifth of US electricity, but the Trump administration is seeking to kickstart a '#NuclearRenaissance,' aiming to quadruple America’s nuclear-power generation by 2050. It comes amid skyrocketing demand for electricity, mainly driven by data centres for AI."
#NoNukesForAI #AISucks #TrumpSucks #USPol #AIDatacenters #Datacenters #NoNukes #NoNewNukes #WaterIsLife #NuclearPowerPlant #SafetyStandards #EnvironmentalCosts
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#Kansas town is getting an underground #nuclear reactor [whether they like it or not!]
Story by Jessie Williams, July 29, 2026
"A pilot project to bury a #NuclearReactor one mile underneath a town in Kansas has split the opinion of local residents, with some fearing the #EnvironmentalImpacts while others hope it will create economic opportunities.
"The so-called #GravityReactor is being proposed by #DeepFission, a California-based start-up from a father-daughter duo, #LizMuller and #RichardMuller, emeritus professor of physics at University of California, and an inventor.
"It will be the first time a commercial nuclear reactor operates underground.
"The startup has raised around $150 million in the past year, with $40 million of that going to fund the work in #ParsonsKS, a rural town in Kansas with a population of 9,600.
"So far Deep Fission has drilled one test hole with a second due to be completed this year, and a full-scale prototype canister intended to test installation procedures.
"Their plan is to send the canister loaded with nuclear fuel into a third hole to heat water a mile underground and generate electricity on the surface in 2027 or 2028.
"But some people in Parsons are worried about the short time frame by industry standards and the impact on the #environment and their #WaterSupply.
"Each reactor would generate 15 megawatts of electricity from inside a 30-inch borehole, enough to power 12,000 homes. But Muller wants 100 or more reactors, providing more than a gigawatt – which would be enough for a #datacentre.
"The design relies on established pressurised water reactor technology, but with the reactor one mile underground, Deep Fission says it could remove some of the most expensive parts of conventional #NuclearPlants, as rock and water pressure could replace some costly #safety structures, such as #cooling and #containment.
"Nuclear only generates about a fifth of US electricity, but the Trump administration is seeking to kickstart a '#NuclearRenaissance,' aiming to quadruple America’s nuclear-power generation by 2050. It comes amid skyrocketing demand for electricity, mainly driven by data centres for AI."
#NoNukesForAI #AISucks #TrumpSucks #USPol #AIDatacenters #Datacenters #NoNukes #NoNewNukes #WaterIsLife #NuclearPowerPlant #SafetyStandards #EnvironmentalCosts
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#Kansas town is getting an underground #nuclear reactor [whether they like it or not!]
Story by Jessie Williams, July 29, 2026
"A pilot project to bury a #NuclearReactor one mile underneath a town in Kansas has split the opinion of local residents, with some fearing the #EnvironmentalImpacts while others hope it will create economic opportunities.
"The so-called #GravityReactor is being proposed by #DeepFission, a California-based start-up from a father-daughter duo, #LizMuller and #RichardMuller, emeritus professor of physics at University of California, and an inventor.
"It will be the first time a commercial nuclear reactor operates underground.
"The startup has raised around $150 million in the past year, with $40 million of that going to fund the work in #ParsonsKS, a rural town in Kansas with a population of 9,600.
"So far Deep Fission has drilled one test hole with a second due to be completed this year, and a full-scale prototype canister intended to test installation procedures.
"Their plan is to send the canister loaded with nuclear fuel into a third hole to heat water a mile underground and generate electricity on the surface in 2027 or 2028.
"But some people in Parsons are worried about the short time frame by industry standards and the impact on the #environment and their #WaterSupply.
"Each reactor would generate 15 megawatts of electricity from inside a 30-inch borehole, enough to power 12,000 homes. But Muller wants 100 or more reactors, providing more than a gigawatt – which would be enough for a #datacentre.
"The design relies on established pressurised water reactor technology, but with the reactor one mile underground, Deep Fission says it could remove some of the most expensive parts of conventional #NuclearPlants, as rock and water pressure could replace some costly #safety structures, such as #cooling and #containment.
"Nuclear only generates about a fifth of US electricity, but the Trump administration is seeking to kickstart a '#NuclearRenaissance,' aiming to quadruple America’s nuclear-power generation by 2050. It comes amid skyrocketing demand for electricity, mainly driven by data centres for AI."
#NoNukesForAI #AISucks #TrumpSucks #USPol #AIDatacenters #Datacenters #NoNukes #NoNewNukes #WaterIsLife #NuclearPowerPlant #SafetyStandards #EnvironmentalCosts
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#Kansas town is getting an underground #nuclear reactor [whether they like it or not!]
Story by Jessie Williams, July 29, 2026
"A pilot project to bury a #NuclearReactor one mile underneath a town in Kansas has split the opinion of local residents, with some fearing the #EnvironmentalImpacts while others hope it will create economic opportunities.
"The so-called #GravityReactor is being proposed by #DeepFission, a California-based start-up from a father-daughter duo, #LizMuller and #RichardMuller, emeritus professor of physics at University of California, and an inventor.
"It will be the first time a commercial nuclear reactor operates underground.
"The startup has raised around $150 million in the past year, with $40 million of that going to fund the work in #ParsonsKS, a rural town in Kansas with a population of 9,600.
"So far Deep Fission has drilled one test hole with a second due to be completed this year, and a full-scale prototype canister intended to test installation procedures.
"Their plan is to send the canister loaded with nuclear fuel into a third hole to heat water a mile underground and generate electricity on the surface in 2027 or 2028.
"But some people in Parsons are worried about the short time frame by industry standards and the impact on the #environment and their #WaterSupply.
"Each reactor would generate 15 megawatts of electricity from inside a 30-inch borehole, enough to power 12,000 homes. But Muller wants 100 or more reactors, providing more than a gigawatt – which would be enough for a #datacentre.
"The design relies on established pressurised water reactor technology, but with the reactor one mile underground, Deep Fission says it could remove some of the most expensive parts of conventional #NuclearPlants, as rock and water pressure could replace some costly #safety structures, such as #cooling and #containment.
"Nuclear only generates about a fifth of US electricity, but the Trump administration is seeking to kickstart a '#NuclearRenaissance,' aiming to quadruple America’s nuclear-power generation by 2050. It comes amid skyrocketing demand for electricity, mainly driven by data centres for AI."
#NoNukesForAI #AISucks #TrumpSucks #USPol #AIDatacenters #Datacenters #NoNukes #NoNewNukes #WaterIsLife #NuclearPowerPlant #SafetyStandards #EnvironmentalCosts
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River Water Quality Shaped By Land–River Connectivity In A Changing Climate
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https://doi.org/10.1038/s41558-023-01923-x <-- shared paper
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#GIS #spatial #mapping #waterquality #river #spatialanalysis #model #modeling #climatechange #climaterisk #spatiotemporal #waterresources #watersecurity #ecosystems #watersupply #extremeweather #biogeochemical #connectedsystems #landforms #runoff #infiltration #surfacewater #groundwater #recharge #metrics #wildfire #fire #drought #management #planning #storms #flood #flooding -
River Water Quality Shaped By Land–River Connectivity In A Changing Climate
--
https://doi.org/10.1038/s41558-023-01923-x <-- shared paper
--
#GIS #spatial #mapping #waterquality #river #spatialanalysis #model #modeling #climatechange #climaterisk #spatiotemporal #waterresources #watersecurity #ecosystems #watersupply #extremeweather #biogeochemical #connectedsystems #landforms #runoff #infiltration #surfacewater #groundwater #recharge #metrics #wildfire #fire #drought #management #planning #storms #flood #flooding -
River Water Quality Shaped By Land–River Connectivity In A Changing Climate
--
https://doi.org/10.1038/s41558-023-01923-x <-- shared paper
--
#GIS #spatial #mapping #waterquality #river #spatialanalysis #model #modeling #climatechange #climaterisk #spatiotemporal #waterresources #watersecurity #ecosystems #watersupply #extremeweather #biogeochemical #connectedsystems #landforms #runoff #infiltration #surfacewater #groundwater #recharge #metrics #wildfire #fire #drought #management #planning #storms #flood #flooding -
River Water Quality Shaped By Land–River Connectivity In A Changing Climate
--
https://doi.org/10.1038/s41558-023-01923-x <-- shared paper
--
#GIS #spatial #mapping #waterquality #river #spatialanalysis #model #modeling #climatechange #climaterisk #spatiotemporal #waterresources #watersecurity #ecosystems #watersupply #extremeweather #biogeochemical #connectedsystems #landforms #runoff #infiltration #surfacewater #groundwater #recharge #metrics #wildfire #fire #drought #management #planning #storms #flood #flooding -
River Water Quality Shaped By Land–River Connectivity In A Changing Climate
--
https://doi.org/10.1038/s41558-023-01923-x <-- shared paper
--
#GIS #spatial #mapping #waterquality #river #spatialanalysis #model #modeling #climatechange #climaterisk #spatiotemporal #waterresources #watersecurity #ecosystems #watersupply #extremeweather #biogeochemical #connectedsystems #landforms #runoff #infiltration #surfacewater #groundwater #recharge #metrics #wildfire #fire #drought #management #planning #storms #flood #flooding