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Want to understand Texas’ water crisis? Start with the guide to water terms.

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Thursday, March 13, 2025

Subscribe to The Y’all — a weekly dispatch about the people, places and policies defining Texas, produced by Texas Tribune journalists living in communities across the state. This article is part of Running Out, an occasional series about Texas’ water crisis. Read more stories about the threats facing Texas’ water supply here. Texas legislative leaders have prioritized securing the state’s long-term water supply this year. The state is losing billions of gallons of water annually to poor infrastructure. Warmer weather is depleting the state’s reservoirs and rivers. And the state’s rapid growth — and increased energy demands — is adding considerable pressure. While the debate over solutions is just getting started at the Legislature, the most likely outcome will include asking voters to approve more money for water projects. That means you’ll hear a lot about water between now and the November election. Water is complicated, and so is its language. To better understand Texas’ water landscape, the Texas Tribune created the glossary below. Water sources Swallows fly over the Little Wichita River on Monday, May 6, 2024 in Henrietta, Texas. The proposed Lake Ringgold dam will be built on the river if a permit to construct Lake Ringgold, a reservoir the City of Wichita Falls says will help with future water needs, is approved. Residents and ranchers of Clay County say they will lose acres of their property and claim the project is unnecessary. Credit: Desiree Rios for The Texas Tribune Groundwater — Water that exists underground in soil, sand and rock. Groundwater is created by precipitation, including rain and melting snow and ice that seeps into the ground. Aquifers — A body of rock or sediment underground that holds groundwater. Aquifers can be formed through many types of sediments, including gravel, sandstone, and fractured limestone. In Texas, there are nine major aquifers and 22 minor aquifers that store groundwater. Private landowners and cities access this water using wells. Recharge — An increase in the amount of water that enters an aquifer. This can occur naturally, through precipitation that seeps into the soil and moves down where water is stored. Or it can come from human-controlled methods, like redirecting water across the surface through basins or ponds, or injecting water directly through injection wells. Surface water — Any source of water that is found above ground, on the Earth’s surface. This includes saltwater in the ocean, and freshwater in rivers, streams and lakes. Surface water supplies in Texas come from 15 major river basins, eight coastal basins and more than 180 reservoirs. Water table — An underground boundary that separates the soil surface and the area where groundwater is being stored. Water management Recycled water outfall at the Steven M. Clouse Water Recycling Center in San Antonio in 2024. Credit: Chris Stokes for The Texas Tribune Reservoirs — Man-made lakes that serve as big pools to hold drinking water. Most reservoirs are created by constructing dams across rivers or lakes to control water levels. The dam and gates control the amount of water that flows out of the reservoir. Reservoirs are built to hold back a certain amount of water because water levels in a river can vary over time. There are different types of reservoirs; the most common are for flood control and water conservation. Texas has 188 reservoirs that supply water to people. Dam — A barrier that stops or controls the flow of surface water. Modern-day dams are often made of concrete, though they can also be made of steel or PVC. Drought — An extended period with less than average rain, snow or ice, which impacts water levels at aquifers and reservoirs. A lack of water leads local officials to place restrictions on people’s water usage and limits agricultural production. Texas water planners use the 1950 drought as a benchmark for statewide water planning. Acre-foot — An acre-foot of water is enough to cover approximately the size of a football field to a depth of one foot. One acre-foot of water is equal to almost 326,000 gallons — enough water to last six Texans for one year. Cubic feet per second (cfs) — The rate at which water passes a specific point over a period of time. It's often used to report the flow of streams. One cfs is equal to about 450 gallons per minute. Irrigation — The application of water to crops through pipes, canals, sprinklers or drip streams. Water reuse — The process of reclaiming water from a variety of sources to treat and recycle for other purposes. Water infrastructure — Man-made systems for meeting water and wastewater needs, such as dams, wells, conveyance systems, water pipes and water treatment plants. Governance From left, Sarah Schlessinger, Texas Water Foundation, Sarah Kirkle, Texas Water Association, Heather Harward, Texas Water Supply Partners, Lara Zent, Texas Rural Water Association, Vanessa Puig-Williams, Environmental Defense Fund, and Jeremy Mazu, Texas 2036, sit on a panel during Texas Water Day at the Texas Capitol on March 3. Credit: Lorianne Willett/The Texas Tribune Water utility — A public or private entity that provides water directly to residents and businesses. For the majority of the utilities, an acronym is listed after the name describing the type of utility. Examples: Municipal Water Authority, Municipal Utility District, Water District and Water System. Rule of capture — The law that essentially means the first person to extract groundwater is the rightful owner of that source of water. Landowners own the water beneath them and reserve the right to pump as much water as they need. Texas governs groundwater by this rule. Groundwater conservation districts — A local or regional governing body tasked with developing and implementing management plans to conserve and protect groundwater resources. Districts try to maintain a balance between protecting property rights and protecting the water resource. Texas Water Development Board — The state agency created after an intense drought in 1950. It serves as a bank that funds water projects across the state to fix leaking pipes, flood mitigation projects and water research. Texas Water Caucus — A bipartisan group of lawmakers that focuses on prioritizing the state’s water resources at the Capitol. The caucus was established during the 2023 legislative session. It includes 74 members from the House of Representatives and one Senate member. Texas Commission on Environmental Quality — A state agency that regulates air, water and waste management. This agency issues permits to businesses and people for surface water. Boil-water notice — An alert that indicates when water in a distribution system may be unsafe for consumption. The Texas Commission on Environmental Quality, the state’s environmental agency, requires that residents of the affected area boil water to help destroy harmful bacteria when they want to use it for drinking and cooking. TCEQ is also the agency that must lift the notice. Texas Water Fund — A one-time investment of $1 billion created in the 2023 legislative session using surplus state funds that funded water infrastructure projects. Texas water plan — A guide the state uses to manage the long-term demand for the state’s water resources. The plan accounts for the water needs for municipal, irrigation, and livestock, among other uses. It also addresses each region in Texas and proposes water supply solutions to meet demand. It is written by the Texas Water Development Board, and the final plan is submitted to the Texas Legislature, governor and lieutenant governor. Other types of water and treatments Groundwater, picked up by wells near Rancho Viejo, goes through microfiltration at the SRWA Brackish Groundwater Treatment Facility in Brownsville on July 15, 2024. Credit: Eddie Gaspar/The Texas Tribune Desalination — The process of removing salt from seawater or salty groundwater so it can be used for drinking water, irrigation and industrial uses. Researchers say desalination could be a solution to water shortages. Produced water — Water that comes out of the ground as wastewater during the extraction of oil and gas production. Brackish water — Salty groundwater with salinity levels higher than fresh water, but lower than sea water. Brackish groundwater forms when fresh and sea water mix or rainfall seeps into the ground and mixes with minerals within the subsurface. Water runoff — When there is more water than the land can absorb, causing erosion, flooding, and water pollution. Sources: We can’t wait to welcome you to the 15th annual Texas Tribune Festival, Texas’ breakout ideas and politics event happening Nov. 13–15 in downtown Austin. Step inside the conversations shaping the future of education, the economy, health care, energy, technology, public safety, culture, the arts and so much more. Hear from our CEO, Sonal Shah, on TribFest 2025. TribFest 2025 is presented by JPMorganChase.

Water is complex. So are the terms used to describe it. Get to know the language as Texas debates how to save its water supply.

Subscribe to The Y’all — a weekly dispatch about the people, places and policies defining Texas, produced by Texas Tribune journalists living in communities across the state.


This article is part of Running Out, an occasional series about Texas’ water crisis. Read more stories about the threats facing Texas’ water supply here.

Texas legislative leaders have prioritized securing the state’s long-term water supply this year.

The state is losing billions of gallons of water annually to poor infrastructure. Warmer weather is depleting the state’s reservoirs and rivers. And the state’s rapid growth — and increased energy demands — is adding considerable pressure.

While the debate over solutions is just getting started at the Legislature, the most likely outcome will include asking voters to approve more money for water projects. That means you’ll hear a lot about water between now and the November election.

Water is complicated, and so is its language. To better understand Texas’ water landscape, the Texas Tribune created the glossary below.

Water sources

Swallows fly over the Little Wichita River on Monday, May 6, 2024 in Henrietta, Texas. The proposed Lake Ringgold dam will be built on the river if a permit to construct Lake Ringgold, a reservoir the City of Wichita Falls says will help with future water needs, is approved. Residents and ranchers of Clay County say they will lose acres of their property and claim the project is unnecessary. Credit: Desiree Rios for The Texas Tribune

Groundwater — Water that exists underground in soil, sand and rock. Groundwater is created by precipitation, including rain and melting snow and ice that seeps into the ground.

Aquifers — A body of rock or sediment underground that holds groundwater. Aquifers can be formed through many types of sediments, including gravel, sandstone, and fractured limestone. In Texas, there are nine major aquifers and 22 minor aquifers that store groundwater. Private landowners and cities access this water using wells.

Recharge — An increase in the amount of water that enters an aquifer. This can occur naturally, through precipitation that seeps into the soil and moves down where water is stored. Or it can come from human-controlled methods, like redirecting water across the surface through basins or ponds, or injecting water directly through injection wells.

Surface water — Any source of water that is found above ground, on the Earth’s surface. This includes saltwater in the ocean, and freshwater in rivers, streams and lakes. Surface water supplies in Texas come from 15 major river basins, eight coastal basins and more than 180 reservoirs.

Water table — An underground boundary that separates the soil surface and the area where groundwater is being stored.

Water management

Recycled water outfall at the Steven M. Clouse Water Recycling Center in San Antonio in 2024. Credit: Chris Stokes for The Texas Tribune

Reservoirs — Man-made lakes that serve as big pools to hold drinking water. Most reservoirs are created by constructing dams across rivers or lakes to control water levels. The dam and gates control the amount of water that flows out of the reservoir. Reservoirs are built to hold back a certain amount of water because water levels in a river can vary over time. There are different types of reservoirs; the most common are for flood control and water conservation. Texas has 188 reservoirs that supply water to people.

Dam — A barrier that stops or controls the flow of surface water. Modern-day dams are often made of concrete, though they can also be made of steel or PVC.

Drought — An extended period with less than average rain, snow or ice, which impacts water levels at aquifers and reservoirs. A lack of water leads local officials to place restrictions on people’s water usage and limits agricultural production. Texas water planners use the 1950 drought as a benchmark for statewide water planning.

Acre-foot — An acre-foot of water is enough to cover approximately the size of a football field to a depth of one foot. One acre-foot of water is equal to almost 326,000 gallons — enough water to last six Texans for one year.

Cubic feet per second (cfs) — The rate at which water passes a specific point over a period of time. It's often used to report the flow of streams. One cfs is equal to about 450 gallons per minute.

Irrigation — The application of water to crops through pipes, canals, sprinklers or drip streams.

Water reuse — The process of reclaiming water from a variety of sources to treat and recycle for other purposes.

Water infrastructure — Man-made systems for meeting water and wastewater needs, such as dams, wells, conveyance systems, water pipes and water treatment plants.

Governance

From left, Sarah Schlessinger, Texas Water Foundation, Sarah Kirkle, Texas Water Association, Heather Harward, Texas Water Supply Partners, Lara Zent, Texas Rural Water Association, Vanessa Puig-Williams, Environmental Defense Fund, and Jeremy Mazu, Texas 2036, sit on a panel during Texas Water Day at the Texas Capitol on March 3. Credit: Lorianne Willett/The Texas Tribune

Water utility — A public or private entity that provides water directly to residents and businesses. For the majority of the utilities, an acronym is listed after the name describing the type of utility. Examples: Municipal Water Authority, Municipal Utility District, Water District and Water System.

Rule of capture — The law that essentially means the first person to extract groundwater is the rightful owner of that source of water. Landowners own the water beneath them and reserve the right to pump as much water as they need. Texas governs groundwater by this rule.

Groundwater conservation districts — A local or regional governing body tasked with developing and implementing management plans to conserve and protect groundwater resources. Districts try to maintain a balance between protecting property rights and protecting the water resource.

Texas Water Development Board — The state agency created after an intense drought in 1950. It serves as a bank that funds water projects across the state to fix leaking pipes, flood mitigation projects and water research.

Texas Water Caucus — A bipartisan group of lawmakers that focuses on prioritizing the state’s water resources at the Capitol. The caucus was established during the 2023 legislative session. It includes 74 members from the House of Representatives and one Senate member.

Texas Commission on Environmental Quality — A state agency that regulates air, water and waste management. This agency issues permits to businesses and people for surface water.

Boil-water notice — An alert that indicates when water in a distribution system may be unsafe for consumption. The Texas Commission on Environmental Quality, the state’s environmental agency, requires that residents of the affected area boil water to help destroy harmful bacteria when they want to use it for drinking and cooking. TCEQ is also the agency that must lift the notice.

Texas Water Fund — A one-time investment of $1 billion created in the 2023 legislative session using surplus state funds that funded water infrastructure projects.

Texas water plan — A guide the state uses to manage the long-term demand for the state’s water resources. The plan accounts for the water needs for municipal, irrigation, and livestock, among other uses. It also addresses each region in Texas and proposes water supply solutions to meet demand. It is written by the Texas Water Development Board, and the final plan is submitted to the Texas Legislature, governor and lieutenant governor.

Other types of water and treatments

Groundwater, picked up by wells near Rancho Viejo, goes through microfiltration at the SRWA Brackish Groundwater Treatment Facility in Brownsville on July 15, 2024. Credit: Eddie Gaspar/The Texas Tribune

Desalination — The process of removing salt from seawater or salty groundwater so it can be used for drinking water, irrigation and industrial uses. Researchers say desalination could be a solution to water shortages.

Produced water — Water that comes out of the ground as wastewater during the extraction of oil and gas production.

Brackish water — Salty groundwater with salinity levels higher than fresh water, but lower than sea water. Brackish groundwater forms when fresh and sea water mix or rainfall seeps into the ground and mixes with minerals within the subsurface.

Water runoff — When there is more water than the land can absorb, causing erosion, flooding, and water pollution.

Sources:


We can’t wait to welcome you to the 15th annual Texas Tribune Festival, Texas’ breakout ideas and politics event happening Nov. 13–15 in downtown Austin. Step inside the conversations shaping the future of education, the economy, health care, energy, technology, public safety, culture, the arts and so much more.

Hear from our CEO, Sonal Shah, on TribFest 2025.

TribFest 2025 is presented by JPMorganChase.

Read the full story here.
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Violent conflict over water hit a record last year

Violence over water is on the rise worldwide. Researchers counted a record 420 incidents of conflict in 2024, many in Ukraine and the Middle East.

In Algeria, water shortages left faucets dry, prompting protesters to riot and set tires ablaze.In Gaza, as people waited for water at a community tap, an Israeli drone fired on them, killing eight. In Ukraine, Russian rockets slammed into the country’s largest dam, unleashing a plume of fire over the hydroelectric plant and causing widespread blackouts.These are some of the 420 water-related conflicts researchers documented for 2024 in the latest update of the Pacific Institute’s Water Conflict Chronology, a global database of water-related violence.The year featured a record number of violent incidents over water around the world, far surpassing the 355 in 2023, continuing a steeply rising trend. The violence more than quadrupled in the last five years. In 2024, there were 420 water-related conflicts globally The majority of incidents were in the Middle East, Sub-Saharan Africa, South Asia and Eastern Europe. Russia and Ukraine 51 conflicts Russia and Ukraine 51 conflicts Pacific Institute Sean Greene LOS ANGELES TIMES The new data from the Oakland-based water think tank show also that drinking water wells, pipes and dams are increasingly coming under attack.“In almost every region of the world, there is more and more violence being reported over water,” said Peter Gleick, the Pacific Institute’s co-founder and senior fellow, and it “underscores the urgent need for international attention.”The researchers collect information from news reports and other sources and accounts. They classify it into three categories: instances in which water was a trigger of violence, water systems were targeted and water was a “casualty” of violence, for example when shell fragments hit a water tank.Not every case involves injuries or deaths but many do.The region with the most violent incidents was the Middle East, with 138 reported. That included 66 in the Israeli-Palestinian conflict, both in Gaza and the West Bank.In the West Bank there were numerous reports of Israeli settlers destroying water pipelines and tanks and attacking Palestinian farmers.In Gaza the Israeli military destroyed more than 30 wells in the southern towns of Rafah and Khan Younis.Gleick noted that when the International Criminal Court issued arrest warrants for Israeli and Hamas leaders last year, accusing them of crimes against humanity, the charges mentioned Israeli military attacks on Gaza water systems.“It is an acknowledgment that these attacks are violations of international law,” he said. “There ought to be more enforcement of international laws protecting water systems from attacks.”Water systems also were targeted frequently in the Russia-Ukraine war, in which the researchers tallied 51 violent incidents. Residents collect water in bottles in Pokrovsk, Ukraine, where repeated Russian shelling has left civilians without functioning infrastructure. (George Ivanchenko / Associated Press) Russian strikes disrupted water service in Ukrainian cities, and oil spilled into a river after Russian forces attacked an oil depot.“These aren’t water wars. These are wars in which water is being used as a weapon or is a casualty of the conflict,” Gleick said.The researchers also found water scarcity and drought are prompting a growing number of violent conflicts. “Climate change is making those problems worse,” Gleick said.Many conflicts were in South Asia and Sub-Saharan Africa.In India, residents angry about water shortages assaulted a city worker. In Jammu, India, a woman carries a container of drinking water filled from leaking water pipes in March. (Channi Anand / Associated Press) In Cameroon, rice farmers clashed with fishers, leaving one dead and three injured.At a refugee camp in Kenya, three people died in a fight over drinking water.There’s an increase in conflicts over irrigation, disputes pitting farmers against cities, and violence arising in places where only some water is safe to drink. A man carries jugs to fetch water from a hole in the sandy riverbed in Makueni County, Kenya in February 2024. (Brian Inganga / Associated Press) Gleick, who has been studying water-related violence for more than three decades, said the purpose of the list is to raise awareness and encourage policymakers to act to reduce fighting, bloodshed and turmoil.The United Nations, in its Sustainable Development Goals, says every person should have access to water and sanitation. “The failure to do that is inexcusable and it contributes to a lot of misery,” Gleick said. “It contributes to ill health, cholera, dysentery, typhoid, water-related diseases, and it contributes to conflicts over water.”In Latin America, there were dozens of violent incidents involving water last year.In the Mexican state of Veracruz, protesters were blocking a road to denounce a pork processing plant, which they accused of using too much water and spewing pollution, when police opened fire, killing two men.In Honduras, environmental activist Juan López, who had spoken up to protect rivers from mining, was gunned down as he left church. He was the fourth member of his group to be murdered. A man fills containers with water because of a shortage caused by high temperatures and drought in Veracruz, Mexico in June 2024. (Felix Marquez / Associated Press) “There needs to be more attention on this issue, especially at the international level, but at the national level as well,” said Morgan Shimabuku, a senior researcher with the Pacific Institute. “It is getting worse, and we need to turn that tide.”For 2024, there were few events in the U.S., but among them were cyberattacks on water utilities in Texas and Indiana.In one, Russian hackers claimed responsibility for tampering with an Indiana wastewater treatment plant. Authorities said the attack caused minimal disruption. In another, a pro-Russian hacktivist group manipulated systems at water facilities in small Texas towns, causing water to overflow.The Pacific Institute’s database now lists more than 2,750 conflicts. Most have occurred since 2000. The researchers are adding incidents from 2025 as well as previous years.During extreme drought in Iran worsened by climate change, farmers were desperate enough to go up against security forces, demanding access to river water. Iran’s water crisis, compounded by decades of excessive groundwater pumping, has grown so severe that the president said Tehran no longer can remain the capital and the government will have to move it to another city.Tensions also have been growing between Iran and Afghanistan over the Helmand River, with Iranian leaders accusing their upstream neighbor of not letting enough water flow into the country.Gleick said if the drought persists and the Iranian government doesn’t improve how it manages water, “I would expect to see more violence.”

Slight improvement in water quality at bathing sites, new figures show

The annual figures from the Environment Agency show 93% of sites met minimum standards, up from 92% last year.

The number of monitored bathing sites in England meeting minimum standards for water quality has risen slightly since last year, according to new figures from the Environment Agency.Out of the 449 sites regularly tested this summer, 93% met minimum standards for levels of bacteria in the water, linked to sewage spills, agricultural pollution and other factors. That is better than the 92% of 2024. Overall, 32 sites were rated "poor" - down from 37 in 2024, which was the worst year since the new measurement system began in 2015. The government said its reforms to bathing water rules will help further, but campaigners said that swimming in England's rivers was still too often risky to health.Water Minister Emma Hardy said: "These changes sit alongside our wider action to clean up our waterways so communities across the country can enjoy the places they care about most."A spokesperson for industry body Water UK said that the quality of England's bathing water remains high and that companies have a plan to reduce sewage spills.Alan Lovell, chair of the Environment Agency (EA), said: "Bathing water quality in England has improved significantly over recent decades, and this year's results show the continued impact of strong regulation, investment and partnership working.""But we know there is more to do, and the new bathing water reforms will strengthen the way these much-loved places are managed," he said.The EA monitors levels of bacteria at bathing water sites in rivers, lakes and the sea across England between May and September each year. Levels of bacteria are affected by pollution from sewage spills, agriculture and other sources - but can also be affected by the weather.The latest figures cover the period from 2022 to 2025, where measurements are available. More bathing sites have been added in recent years, effectively requiring more places to meet the highest standards for people to be able to swim. A large chunk of the sites added in 2024 were rated as poor last year, which can complicate comparisons. But there has been mounting criticism of water quality in rivers in particular, as more data has become available.James Wallace, chief executive of River Action UK, described the results as "deeply concerning"."Despite being our most protected river sites, the government's own data shows that swimming in our inland bathing waters carries significant health risks, underlining the failure of regulators to hold polluters to account," he said.A spokesperson for Water UK said: "These results show that the quality of English bathing water remains high with 87% achieving a 'good' or 'excellent' rating. This is a stark contrast to the 1990s when less than a third of bathing waters would have met today's standards."Water companies have a plan and are investing a record £12 billion over the next five years to end sewage entering our rivers and seas, with a 50% reduction in spills into bathing waters."The latest figures come after the EA gave England's water companies their worst ever combined marks last month for their environmental performance in 2024, amid a spike in serious pollution incidents.And in July a landmark review of the "failing" water sector in England and Wales recommended stronger regulation to hold water companies to account. But it warned that there would be no quick fixes to improve the state of our rivers or bring down bills.

Iran’s Capital Must Relocate Due to Dire Water Situation, President Insists

This story was originally published by Vox and is reproduced here as part of the Climate Desk collaboration. Tehran is running out of water. Rationing has begun in Iran’s capital city, with some of the approximately 10 million residents experiencing “nightly pressure cuts” between midnight and 5 am. The entire country is in an unprecedented drought, facing its driest—and hottest—autumn in nearly […]

This story was originally published by Vox and is reproduced here as part of the Climate Desk collaboration. Tehran is running out of water. Rationing has begun in Iran’s capital city, with some of the approximately 10 million residents experiencing “nightly pressure cuts” between midnight and 5 am. The entire country is in an unprecedented drought, facing its driest—and hottest—autumn in nearly 60 years. Tehran has received no rain at all since the start of September, and no rainfall is expected for the foreseeable future. The city depends on five major reservoirs for its water supply. One has dried up completely, with another below 8 percent capacity. The managing director of the Tehran Regional Water Authority told state media last week that the Karaj Dam has only two weeks of drinking water left. The drought extends beyond the city, too. The water reserves of Mashhad, the second largest city in the country, have dropped below 3 percent capacity, putting 4 million people at imminent risk. But if nothing changes, Tehran may soon face Day Zero—or when a municipality can no longer supply drinking water to its residents and taps run dry. In October, President Masoud Pezeshkian claimed that Tehran could no longer serve as the country’s capital, citing the water crisis as a major factor. ”If it doesn’t rain in Tehran by late November, we’ll have to [formally] ration water,” Pezeshkian told Iranian state media on Thursday. “And if it still doesn’t rain, we’ll have to evacuate Tehran.” (Update: On Thursday, Pezeshkian president again said the capital will need be moved.) While it’s unlikely evacuation will happen any time soon, Tehran’s water crisis is not made equal. When the taps run dry, more affluent Tehranis purchase mineral water or rely on water tankers, a prohibitively expensive option for many. The rest must rely on charity, or they will die of thirst. Water use in Tehran is quite high, even for cities. But Iran’s water problems go deeper than this record-breaking drought. The country is uniquely isolated and subject to numerous sanctions, crippling the economy and making it very difficult for Iran to obtain state-of-the-art water technologies. It’s an enemy state to many of its neighbors, as well as regional leaders in desalination technology—Israel, Saudi Arabia, and the United Arab Emirates. But desalination is largely irrelevant in an Iranian context, often coming at a high environmental cost. According to water issues analyst Nik Kowser, Iranians are under the thumb of a “water mafia”—a shadowy and well-connected network driving these megaprojects for their own gain. “Iran faces water bankruptcy, with demand far outstripping supply,” Kowsar wrote in Time. “The collapse of water security in Iran has been decades in the making and is rooted in a mania for megaprojects—dam building, deep wells, and water transfer schemes—that ignored the fundamentals of hydrology and ecological balance.” Trying to relocate 10 million people would be an incredible logistical challenge. Iran is also particularly vulnerable to the effects of climate change: Over 82 percent of the country is arid or semi-arid, and Iran is sixth on the list of countries most prone to natural disasters. The country grows thirsty crops, and its quest for food security and self-sufficiency is a tremendous driver of its water bankruptcy. The agricultural sector comprises up to 90 percent of the country’s total water withdrawals. But Iran’s environmental crisis does strain existing geopolitical tensions both inside and outside of the country. Water is sometimes transported from one region of the country to supply another, driving fears that certain ethnic populations are intentionally being deprived at the expense of others. Yale University historian and Iran expert Arash Azizi, who is also a contributing writer for The Atlantic, told me that despite the tremendous humanitarian cost of continued sanctions, they are very unlikely to be removed in response to the water crisis. Tehran joins many, many other cities that have approached Day Zero, and it certainly will not be the last. São Paulo in Brazil and Cape Town, South Africa, had similar crises that ended with rainfall. Tehran might not be so lucky in terms of its weather forecast, though. So, let’s loop back to the idea of evacuating Tehran. It is, of course, incredibly unpopular. Iranians balked at the idea when the president mentioned the possibility. Former Tehran Mayor Gholamhossein Karbaschi said this was “a joke…Evacuating Tehran makes no sense at all.”Azizi thinks it’s unlikely that Iran will end up moving its capital anytime soon. The majority of jobs are in Tehran. And evacuating a city of upward of 10 million people would be an incredible logistical challenge. More importantly, relocation won’t fix the immediate issue of water access. But the current strategy of trucking in supplies, rationing water, and praying for rain is woefully inadequate to meet the moment. And water rationing is a stopgap measure. “Actually cutting off the supply to households or to individual neighborhoods de facto reduces their consumption,” said David Michel, senior fellow for water security at the Center for Strategic and International Studies. “But the underlying demand is still there.” However, there are other kinds of strategies cities like Tehran could employ. Michel argued that cities have to prioritize business models that provide the resources and revenues needed for water systems to operate, maintain, and expand to serve new customers. “That challenge has put many city water systems around the world into this very challenging spiral where lots of municipal water systems’ revenues don’t cover the costs of operations and maintenance, much less expanding supply,” Michel said. Economic incentives like volumetric tariffs, where the cost of water is proportional to the amount consumed, could be beneficial. The more you use, the higher price you pay, essentially, with the hope of reducing pressure on the poorest consumers. Relief can’t come to Tehran soon enough. American cities in California and the southwest, with similarly arid climates and dwindling water supplies, should take heed. And everyone should pay attention when the president of Iran says the residents of its capital city may have to evacuate in a few months’ time. “You can imagine the psychological effect,” Azizi said. And that could be “the future of everywhere in the world.” This story was updated to reflect the Iranian president’s latest announcement.

Dramatic Surge in Water Demand Predicted by 2040 Puts Ohio Farmers and Industry on Collision Course

A report on the future of water in central Ohio warns that industrial demands for water will skyrocket at the same time experts expect farmers will need to regularly irrigate their fields

Deep inside a report on the future of water in central Ohio is this warning: Industrial demands for water will skyrocket at the same time experts expect farmers will need to regularly irrigate their fields during the critical growing period of July through September.The competing demands of agriculture and industry – particularly the 130 data centers in central Ohio already consuming millions of gallons of water a day to cool computer equipment – would require billions of gallons of water daily, according to a 15-county Central Ohio Regional Water Study released this year by the Ohio Environmental Protection Agency.Industrial demand alone is estimated to increase across the 15-county region by approximately 120% between 2021 to 2050 – to 250 million gallons a day by 2050. Agricultural demands could reach an estimated 110 million gallons a day across the region by 2040 during the growing season.Some of the additional billions of gallons needed in the coming decades would come from surface sources such as rivers and lakes.But the study says virtually all of the water needed for agricultural irrigation would be pumped from groundwater sources – an additional 9.15 billion gallons a year across the 15-county region. That’s enough water to fill nearly 14,000 Olympic swimming pools. And all of that groundwater would come from the same aquifers depended upon by municipalities and rural owners of private wells for drinking water.Of growing concern for some who pay close attention to water demands in Ohio – especially as it continues to invite water-guzzling data centers to the “Silicon Heartland” – is that there are few regulations to manage the extraction of one of the state’s most valuable resources.“Water regulation is kind of the ‘Wild West’ in Ohio,” said Jim Roberts, executive director of the Licking Regional Water District, which is expanding to meet demands for water and sewer service in fast-growing western Licking County. “Sewage treatment is a lot more regulated.”And Glenn Marzluf, general manager and CEO of Del-Co Water Company in Delaware County – a nonprofit cooperative currently looking for a water source in northern Licking County – put it this way:“Ohio water laws are pretty simple: You own the land, you own the water,” Marzluf said after a town hall meeting in Utica, where he bluntly told folks that if his company decides to develop a “utility-scale” well field there that could draw up to 6 million gallons of water a day, area residents “would have little say in the matter.”Most Ohio farmers have never found it necessary to water their crops and pastures. In fact, across most of Ohio, farmers have done the opposite for more than two centuries since white settlers moved in and started digging ditches and burying field tile to drain wetlands to plow and plant in them.“We’re one of only three states in the U.S. that has dryland farming, which means we farm without irrigation,” said Bryn Bird, a Licking County resident and president of Ohio Farmers Union, which represents more than 2,500 family farms.“We can grow with what God gave us,” said Bird, who is also a produce farmer and Granville Township trustee in Licking County, where the growing number of data centers already are driving up demand for water. “It’s a massive benefit to us and to crop yields. Even if you irrigate, you don’t have the same yields.”But the report released earlier this summer by the Ohio EPA, the Ohio Department of Natural Resources and the Ohio Water Development Authority, with assistance from the Mid-Ohio Regional Planning Commission and the Hazen and Sawyer consulting firm of New York, says that the changing climate in Ohio will drive an unprecedented demand by central Ohio farmers for surface and groundwater. Licking County farmers, for example, will need an estimated equivalent of 5 inches of rainwater a year for irrigation during the growing season, says the Central Ohio Regional Water Study. That’s more than a month’s worth of rain, based on the average monthly rainfall of about 3 inches.The state’s study was released in June – just before Ohio experienced its third drought in three years – and the last two were severe, including the driest August on record in Ohio in 2025.At the same time the agricultural needs are expected to spike, the industrial demand for water – especially by data centers, computer-chip makers and other tech companies – is expected to skyrocket from an insignificant amount in 2020 to more than 40 million gallons a day by 2030 – then up to about 70 million gallons a day by 2040 and as much as 90 million gallons a day by 2050.For context, the City of Columbus delivers more than 140 million gallons of water a day from its three water treatment plants to 1.25 million people and its industrial customers. A fourth treatment plant is under construction now at a cost of $1.6 billion to meet anticipated future demands.So in a state where there are few regulations to manage water resources, especially extraction from underground sources, those who need water and see what’s coming are rushing to stake their claims.That includes Del-Co and Licking Regional Water District in Licking County.While Del-Co is looking for water to the north near Utica, the Licking Regional Water District is looking for a well site near Hebron in southern Licking County. Roberts has said that the utility serving western and southern Licking County also has plans for a water treatment facility in St. Albans Township, south of Alexandria and west of Granville.He said the utility doesn’t plan to drill for water on the nearly 100 acres it owns near Rt. 161/37 and Outville Road, but it would be interested in a partnership with the City of New Albany and the New Albany Company, which owns 106 acres nearby. The City of New Albany and Village of Granville are currently conducting tests on that land to determine how much water could be pumped from wells there – and how any future pumping might affect Granville’s wells, which draw from the same aquifer.Bird grew up in arid Colorado singing songs as a child about turning off the water while washing her hands. With that perspective, Ohio’s willingness to turn over fertile farmland to industry – combined with its lack of both regulation of water resources and delineation of water rights to protect those resources – is shocking.“We are literally taking the nation’s breadbasket, where it’s most productive, most advantageous to farm, and turning it over for industrial use,” she said, adding that the protection of water should be a priority issue for the state legislature and the candidates for governor in next year’s election.Bird said the state’s water report does nothing to manage or protect a life-giving resource as important to human existence as oxygen. Bird fears that the water study serves mainly as a divining rod for those who are looking for water. Intentional or not, Bird said, “that report was written to tell all of the companies where to go. The report reads like, ‘This is where the water is, so go get it,’ rather than these are the areas that need to be protected.”She said she has talked about the need to protect Ohio’s water supply with campaign staffers for Democrat Amy Acton and Republican Vivek Ramaswamy, two of the declared candidates for governor in the 2026 election.And Bird said she has told anyone who will listen that Ohio is “just letting our water get sold.” ‘You have no idea what you have’ The Central Ohio Regional Water Study came after state officials promised Intel that if it built its proposed $28 billion computer-chip manufacturing campus in the New Albany International Business Park – in Licking County – state and local agencies would find the 6 million gallons or more a day it would need for its industrial process.So far, the City of Columbus has committed to meeting Intel’s anticipated water needs when the company begins producing computer chips in 2030 or after.The introduction to the study says that its “goal was to assess current and future water resource availability and demands in a 15-county area. This assessment allows the Ohio Department of Natural Resources (ODNR) and Ohio Environmental Protection Agency (Ohio EPA) to understand the need for water supply and infrastructure investments to support public and environmental health under changing conditions.”Bird said she works with farm groups in arid states such as California, the Dakotas and Oklahoma, and they look at Ohioans “like you’re insane – like you have no idea what you have there.”Managing the use of groundwater, she said, is all about the rate at which the underground aquifer recharges. These underground water reservoirs are replenished in part with surface water that percolates a few hundred feet or more down through topsoil, sand and gravel.Pumping water out faster than the aquifer can recharge can draw down the aquifer and dry up neighboring wells.“Oklahoma had one of the largest aquifers in the country at one time, and now they don’t,” Bird said, referring to the Ogallala Aquifer that stretches across several Plains states. “Because they overused it.”Some Ohioans believe we’ll never run out of water, said Kristy Hawthorne, executive director of the Licking County Soil & Water Conservation District. “We have to be able to have a conversation about this,” she said. “We need to bring people to the middle to ask: What if it does happen?”Licking County has been notably water rich, she said, but Ohioans need to talk about “the what-ifs” regarding the rapidly increasing demand for water, and the positive impact of water re-use and environmental restoration.“This discussion about water re-use is helping,” Hawthorne said. “It will help manage that water for potable use and industrial water, re-using that industrial water as much as possible.”And she said the wide-ranging H2Ohio program initiated by Gov. Mike DeWine in 2019 has pumped hundreds of millions of dollars into projects across the state to help improve water quality and access to clean water by promoting best practices by farmers, building wetlands, replacing aging water lines and installing water treatment systems where there were none.Initially funded at $172 million in the 2020-21 state budget, the program grew to $270 million in the 2024-25 budget and was cut by nearly 40% to $165 million in the 2026-27 budget.“It has opened up conversations in the ag community and in working with local governments and soil & water conservation offices,” Hawthorne said. “It has broadened the conversation across all water users.”It will take a sustained conversation – and action – to protect Ohio’s water resources, she said.“Water is not an infinite resource,” Hawthorne said. “There is a finite amount of water, and we need to protect what we have because we can’t make any more.”Ohio has plenty of water, says State Climatologist of Ohio Aaron Wilson, but changing weather patterns mean that more of it is coming in the spring and less in the summer.“This year was a great example – a snapshot of the trend,” he said. “We had our eighth wettest April on record and our driest August on record.”For example, he said that Pickaway County, south of Columbus, saw 32 inches of rain in April, May and June – an average of more than 10 inches per month – and then had the driest August ever. “That’s incredible oscillation,” Wilson said. Historically, rain fell more evenly on Ohio throughout the year, with some months drier than others but without the wild swings from heavy rains just as planting season begins – making it challenging for farmers to get into the fields to plow and plant crops – to extremely dry periods when growing crops need rain most.“With these rapid oscillations,” Wilson said, “if you have irrigation, you can ensure that rain-fed crops will do well in those dry periods.”Irrigating farm fields, in many cases, would mean drilling wells, installing big pumps and investing in giant sprinklers, which roll across fields or slowly pivot around a point to water a big circle of land. Anyone who has flown over or driven by farms in arid states – as close to Ohio as Indiana – has seen the crop circles and the big sprinkler pipes that move on big wheels.But all of that would bring an added expense for Ohio farmers, most of whom have never needed such equipment in the past, said Dean Kreager, educator for agriculture and natural resources at the Ohio State University Agricultural Extension Service Licking County office in Newark.“It’s going to create some changes, for sure,” he said. “Crop prices would have to go up to offset the increase in costs.” And those increased costs might prompt some farmers to rethink what they grow and how they grow it.Jordan Hoewischer, director of water quality and research for the Ohio Farm Bureau, said there has been some farm irrigation in Ohio, “but the quantity of water is becoming more and more a factor.”’With the convergence of increased demand by industry and agriculture, he said, “there has to be some discussion about water re-use: How do we get nonpotable, gray water into the industrial process?”Hoewischer also said that the agriculture community could look at how farmers might use the drainage tiles that remove water from their fields during the wet springs to pump water back into the fields when needed.“We have a system underground already with drainage that potentially could be used to irrigate crops,” he said.Based on current trends, agriculture could become one of the largest users of water in Ohio by mid-century, “because we have millions of acres in agriculture,” said Vinayak Shedekar, an assistant professor of agricultural water management in Ohio State University’s Department of Food, Agricultural and Biological Engineering.Despite the growth of technology companies and other industries on former Ohio farmland, agriculture and food production combined remain the state’s biggest industry.“If every year starts looking like the last two in Ohio, where does that put us?” Shedekar asked. “It’s going to rain too much when we don’t need water – more intense and more of it – and then when the farmer turns his attention to summer and fall, we’re going to be drier and warmer.”He is the Ohio State professor who provided the prediction for the state’s water study that farmers would need to start irrigating fields by mid-century. His calculations indicate that rain in the growing season “is not going to go down to zero, but it’s going to look more like what we saw in 2024 and 2025 – and warmer. And if we have a 4-to-5-degree higher temperature, we’ll have more evaporation.“And that is why I am worried about the sustainability of grain crops in Ohio,” said Shedekar, who serves as the director of Ohio State’s International Program for Water Management in Agriculture and the Overholt Drainage Education and Research Program. “We have been on the borderline for sustainability.”Go to Nebraska or North Carolina, he said, and it would be hard to find corn or soybeans without irrigation. “They have soils that cannot hold a lot of moisture for a long time, and they tend to get really hot,” he said. “Or go to Washington and other western states. You cannot grow crops without irrigation. Well, you can grow crops, but it won’t be profitable.”In Ohio, the majority of crops have been rain-fed, he said, and that’s with a water deficit of 3-4 inches, compared to 9 or so inches in the West.But the predicted rising temperatures and reduced rainfall during the growing season is a bad combination for farmers, he said.“If you have a million acres you want to irrigate to about an inch, it’s a large amount of water because it’s such a large area, and that is the challenge,” Shedekar said. “We’re not saying we’re going to run out of water like the western states, but between June and October, central Ohio might be experiencing seasonal drought and seeing wells go dry because of irrigation demands.“That’s what I’m worried about – that by 2040, in the next two to three decades – that agriculture is going to rise up as a sector that needs water to survive,” he said about the dry growing season. “Because if we want to maintain yields, we will have to rely on irrigation.”The good news, he said, is that more people are starting to talk about the issue. “As a result, we could see more people pushing for more concrete steps toward water management,” he said.At the moment, he said, very little is being done to manage the use of Ohio’s water resources.“What is the state doing to regulate this? Very minimal in terms of surface and groundwater management,” he said.“We have enough water in our community retention ponds to water our lawns in Delaware County, but instead, we use Del-Co’s beautiful water – purified for drinking – on our lawns. Why? We should be using water from those ponds.“There are solutions like that, and some of them will have to be voluntary, because the government isn’t going to ask you to do it,” he said.And some companies moving to Ohio are coming from water-scarce states, “and they are thinking about their water footprint,” he said. “They are strategically investing in projects that retain water in the watershed where they are using water.”That includes projects such as investing in building or restoring wetlands, he said. Building a wetland of 200 to 300 acres, he said, is enough to have an impact.“We are optimistic when it comes to water conservation,” he said. “Any conservation is good conservation. I like that there is some initiative being taken by these companies. Could it be more strategic? Absolutely.”And maybe, he said, state and local government officials could do more to negotiate such things with the companies they recruit to Ohio. “As a state, we could be more strategic,” he said.This story was originally published by The Reporting Project and distributed through a partnership with The Associated Press.Copyright 2025 The Associated Press. All rights reserved. This material may not be published, broadcast, rewritten or redistributed.Photos You Should See – Nov. 2025

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