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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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Western US states fail to agree on plan to manage Colorado River before federal deadline

Stakeholders have spent months ironing out disagreements over how to distribute water from the sprawling basinState negotiators embroiled in an impasse over how to manage the imperiled Colorado River were unable to agree on a plan before a federally set deadline on Tuesday, thrusting deliberations deeper into uncertain territory.Stakeholders have spent months working to iron out contentious disagreements over how to distribute water from this sprawling basin – which supplies roughly 40 million people in seven states, 5.5m acres of farmland, dozens of tribes and parts of Mexico – as the resources grow increasingly scarce. Continue reading...

State negotiators embroiled in an impasse over how to manage the imperiled Colorado River were unable to agree on a plan before a federally set deadline on Tuesday, thrusting deliberations deeper into uncertain territory.Stakeholders have spent months working to iron out contentious disagreements over how to distribute water from this sprawling basin – which supplies roughly 40 million people in seven states, 5.5m acres of farmland, dozens of tribes and parts of Mexico – as the resources grow increasingly scarce.Long-term overuse and the rising toll from the climate crisis have served as a one-two punch that’s left the system in crisis.Enough progress was made to warrant an extension, according to a joint statement issued by federal officials and representatives from the seven western states. But the discussions – and the deadline set for them – were set to an urgent timeline; current guidelines are expiring and a new finalized agreement must be put in place by October 2026, the start of the 2027 water year.Time is running short to schedule several steps required to implement a plan, including public engagement and environmental analysis. Final details are due by February 2026.“There are external factors that make this deadline real,” said Anne Castle, a water policy expert and a former chair of the Upper Colorado River Commission. “It’s unfortunate for all the water users in the Colorado River Basin that the states have been unable to come to an agreement on the next set of operating guidelines for the river.”It’s unclear whether a new deadline has been set or how discussions will proceed. If negotiators are unable to create a plan, it’s still possible the federal government will step in, an outcome experts say could lead to litigation and more delays.“The urgency for the seven Colorado River Basin states to reach a consensus agreement has never been clearer,” said Scott Cameron, the Department of the Interior’s acting assistant secretary for water and science, in a statement issued in August, along with a 24-month federal study that highlighted the dire impacts left by unprecedented drought in the basin.“The health of the Colorado River system and the livelihoods that depend on it are relying on our ability to collaborate effectively and craft forward-thinking solutions that prioritize conservation, efficiency, and resilience,” he added.But since they were tasked by federal officials in June to come up with a broad plan by 11 November, the closed-door discussions have been wrought with tension. Key questions, including specifics on the terms of a new agreement, how to measure shortages and conservation efforts, and who would bear the brunt of the badly needed cuts, have stymied consensus. Upper basin states – Colorado, Utah, Wyoming, and New Mexico, were pinned against the lower basin – California, Arizona, and Nevada.“They had to reach an agreement that almost by definition is going to result in hardship to some of those water users,” said Castle. “That was the crux of the problem.”Water from the mighty 1,450-mile river that snakes through the western US has been used to raise thriving cities like Los Angeles, Phoenix and Las Vegas and turn arid desert landscapes into lush breadbaskets. Its flows grow thirsty crops, like alfalfa and hay, used as feed for livestock. Roughly 80% of the supply goes to agriculture.Overuse has totalled roughly 3.5m acre-ft a year – an amount equal to more than a quarter of the river’s annual average flow. One acre-foot, a unit of measurement denoting the amount that can cover a football field in one foot depth and is used for large quantities of water, equals roughly 326,000 gallons – enough to supply roughly three families for a year.The ecosystems on the banks of the river have paid a heavy price. Fourteen native fish species are endangered or threatened. The once-lush wetlands in Mexico’s river delta have been dry for decades. California’s Salton Sea, a saline lake fed by the river, has turned toxic by the drought.Meanwhile, spiking temperatures have baked moisture out of the basin. Shrinking mountain snowpacks offer less melt year after year as increased evaporation takes a greater share. The river has lost more than 10tn gallons of water in the last two decades alone. The two largest reservoirs are projected to reach historic lows in the next two years.“There’s not enough water to supply all the uses we have been making of it.” Castle said. She added that even without an agreement, users will still be forced to take cuts. “We know water use has to be reduced – and reduced substantially. The issue is how.”If it comes down to letting the Bureau of Reclamation decide – or worse, a judge, should the issues be litigated – Castle said the outcome will be worse for everybody. A compromise – one that comes quickly – is paramount.“They all have to hold hands to jump in the pool together.”

Strong Winds Can Bring Gale Warnings to Communities Near Water. Here's What That Means

The strong storms and declining temperatures that come with winter can cause significant winds

Winter weather in the U.S. frequently includes storms and steeply declining temperatures. Those drastic weather changes can come with high winds, sometimes strong enough to capsize a boat, or send a rogue tree branch flying. Such conditions can translate into safety risks for people who go outside and hazardous situations that make it more dangerous to operate a boat or a car. A gale warning alert means there are high sustained winds or frequent gusts over a body of water, so they're reserved for communities near oceans, sounds or lakes.More specifically, meteorologist Patrick Saunders with the National Weather Service said the U.S. agency typically issues gale warnings whenever wind speeds are faster than 35 knots, or about 40 mph (64 km/h).Jason Furtado, associate professor of meteorology at the University of Oklahoma, said the recipe for a gale warning can also bring windy conditions miles from water, too.“Over land, the National Weather Service typically translates that to high wind warnings,” he said.Since a gale warning is a maritime alert, Saunders said the main recommendation from the National Weather Service is for most people to stay away from the water.“Strong winds cause larger waves, which have the potential to capsize or damage vessels, especially smaller boats,” he said.Gale warnings can lead to hazardous conditions ashore, too.“It can affect trees, tree branches. Particularly in some areas, if the winds get really strong, that can affect roofs, power lines,” Furtado said. “You might see stories about trampolines going flying out of people’s backyards.”It also makes driving more dangerous because large trucks are more likely to tip over and sudden gusts can add to the challenge of navigating storm hazards such as slippery or icy roads. If there is snow on the ground, high winds can kick it up and make it more difficult to see. Wind makes the cold colder Low temperatures plus high winds translate into wind chill.“It tends to feel colder because your body creates heat, and then as the wind blows, it blows that heat away,” said Saunders.That extra chill can become dangerous to human health. Furtado said once windchill temperatures drop into negative numbers, frostbite becomes a risk.Gale warnings and high wind warnings are also dangerous because people are less likely to take them seriously than they do other types of weather. “Some people may not react as they would with a winter storm warning or a blizzard warning,” he said. “People need to pay attention to high wind warnings, and take appropriate action.”He recommends dressing warmly, securing outside decorations or plants and taking extra precautions if you have to drive.The Associated Press’ climate and environmental coverage receives financial support from multiple private foundations. AP is solely responsible for all content. Find AP’s standards for working with philanthropies, a list of supporters and funded coverage areas at AP.org.Copyright 2025 The Associated Press. All rights reserved. This material may not be published, broadcast, rewritten or redistributed.Photos You Should See – Oct. 2025

Cane toads are hopping towards the Pilbara, but a water-free containment zone could stop them

Cane toads will reach Broome in the next couple of years. Creating a waterless “containment zone” is the only way to stop them pillaging the Pilbara.

It is early evening in Australia’s top end, and a hunter stalks its prey. Keenly alert, the northern quoll follows the sound of rustling in the leaf litter. It must be some kind of frog, the small carnivorous marsupial decides, and pounces. But the quoll is seized by an immediate pain in the mouth, and drops its prey. It’s already too late. The rustling was not a frog, but a poisonous cane toad. The toad’s toxin has sprayed into the quoll’s mouth and within seconds the quoll is vomiting. Within minutes it is incapacitated and spasming as its heart fails. And 20 minutes later the quoll is dead. This scene has played out countless times in the 90 years since invasive cane toads were released on the Queensland coast and hopped west to Australia’s tropical north. They were originally native to South America, and brought to Australia to control beetle pests in sugarcane. And they kill not only quolls and their kin, but other predators such as freshwater crocodiles, goannas, and snakes. What do we have to lose? The cane toad is one of Australia’s worst feral animal invaders. They have nearly completed their conquest of northern Australia and in the next couple of years they are expected to reach Broome on the west coast, and head south. Our work shows that without intervention, the destruction will continue, as toads invade Australia’s unique Pilbara region in the north of western Australia. The Pilbara is an ancient rocky landscape, with some of the oldest geology in the world. Many species are found here and nowhere else. With abundant waterholes and rivers in stunning rocky gorges, the Pilbara would be perfect habitat for cane toads. Our research outlines what will happen if toads arrive in this unique landscape. It finds that with no intervention, cane toads will likely invade a further 27 million hectares, including almost all of the Pilbara, and spread further south towards Shark Bay. A blow to animals and culture Cane toads arriving in the Pilbara would cause populations of about 25 species of reptiles and mammals to crash in numbers. These include ten species of goanna, nine small marsupial predators like the Kaluta and northern quoll, three snakes, two blue-tongue skinks and one bat. For endangered northern quolls and vulnerable ghost bats, the Pilbara is the last toad-free stronghold. Several endemic goannas, blue tongue skinks and marsupial predators will likely join the threatened species list. Many of these species are culturally important to the Traditional Owners of Country for stories, songlines and bush tucker. Toad invasion of the Northern Territory, for example, led to lost bush tucker such as goanna, crocodile, blue-tongue skink. It also meant increased reliance on store-bought food, and a loss of skills and knowledge around hunting activities where Elders spent time with younger generations. Overall, it’s a bleak prospect if toads spread into the Pilbara. The good news is that there is an opportunity to avoid this future. A wicked problem Many people have attempted to solve the cane toad problem, via cracking its genetic code, teaching native animals not to eat toads and even putting the creautres on the menu. None of these methods have stopped the toad invasion across the tropical north of Australia. There has simply been too much permanent water in the landscape that toads use as habitat. But the situation is not the same in Western Australia. South of Broome, toads will hit a natural “bottleneck” where the Great Sandy Desert meets the ocean, on Karajarri and Nyangumarta country. This narrow stretch of naturally dry country represents a once-in-a-lifetime opportunity to halt the toads’ progress further down the west coast. Plumbing, not rocket science Water is the toads’ Achilles heel. In the dry season, toads must sit in water every two to four days to stay alive. In the bottleneck between the Kimberley and the Pilbara, almost all permanent water sources are human made. And these create a connected watery tendril for invasion. Making these water sources inaccessible to toads by creating a “Toad Containment Zone” means toads cannot use these as stepping stones through this dry part of the country. A collective of scientists, pastoralists and Traditional Owners has proposed to create this zone by toad-proofing cattle water sources (by upgrading ground-level water sources to tanks and troughs) in a 150 kilometre long by 50 kilometre wide stretch of country. This solution would create a “toad fire-break”. The containment zone covers three times the distance that toads travel each year, so every wet season toads will infiltrate the north of the zone but as the water dries up, they will perish in the dry season. Bang for buck Effective containment would prevent toads from accessing the water-abundant Pilbara and beyond, protecting 27 million hectares of Western Australia. This is not a new idea – it’s been subject to 15 years of scientific rigour that shows preventing toads accessing water is the most effective way to stop them. It’s also one of the cheapest solutions: managing pest species after they have established is expensive and ineffective, and we are much better off preventing their spread. Judy Dunlop receives funding from Rio Tinto, BHP, Western Australia's Department of Water and Environmental Regulation, and the Skip Foundation.Ben Phillips receives funding from the Skip Foundation, the Australian Research Council, the WA Department of Energy and Economic Diversification, BHP Social Investments. Tim Dempster receives funding from the WA Department of Energy and Economic Diversification, The Hermon Slade Foundation, and the Skip Foundation.

‘Environmental catastrophe’ fears as millions of plastic beads wash up on Camber Sands

Southern Water is being investigated amid concerns the spill could have dire impact on rare sea lifeSouthern Water is investigating after millions of contaminated plastic beads washed up on Camber Sands beach, risking an “environmental catastrophe”.The biobeads could have a dire impact on marine life, the local MP has said, with fears rare sea life, including seabirds, porpoises and seals, could ingest them and die. Continue reading...

Southern Water is investigating after millions of contaminated plastic beads washed up on Camber Sands beach, risking an “environmental catastrophe”.The biobeads could have a dire impact on marine life, the local MP has said, with fears rare sea life, including seabirds, porpoises and seals, could ingest them and die.Helena Dollimore, the MP for Hastings and Rye, suspects the beads may have been spilled by a local water treatment centre and has written to the Southern Water chief executive, Lawrence Gosden, demanding an explanation.Camber Sands, in East Sussex, is one of England’s most beloved beaches, with rare dune habitat and vast stretches of golden sand.Volunteers have been racing against time to clear the beads, filling dozens of bags with the plastic waste, but the scale of the pollution spill is vast and it is unlikely they will be able to remove all of them.Andy Dinsdale, from the plastic pollution campaign group Strandliners, said on Saturday: “This is the worst pollution event I have ever seen. It is contaminated plastic. Marine animals will ingest small plastic items once they are in the sea, they will attract algae, they will smell like food, effectively.“Once they’ve eaten it, that’s it: they can’t get it out. They will float on the surface. It will create a slick which attracts plunging seabirds.”He said the clean-up efforts have been exhausting. “Yesterday I was out there cleaning it up. We are trying to really piece together the timeline and the story for this horrendous event. It’s terrible.Camber residents joined the giant hoovering machine, Rother district council, Rother coastal officers and Strandliners for the cleanup effort. Photograph: Strandliners“They are so small that from a very long way off, the beach looks normal. But as soon as you get close up you see there are millions of black pellets, nestled under seaweed. It’s an impossible task – volunteers have been raking for days, and they will continue to rake, but we won’t be able to get rid of them all. It is the worst I have ever seen of a polluted beach.”Dollimore, the Labour and Co-operative MP who joined the clean-up efforts, said: “The huge number of plastic beads that have washed up here risks an environmental catastrophe. These biobeads are deadly to marine life and wildlife, and we are already seeing more dead seals, fish and porpoises on the beach.“Local residents are working tirelessly to remove as many beads as possible, but it’s a race against time. Southern Water must urgently establish if their local wastewater plants could be the source of these biobeads, and I’ve asked them to dedicate all available resources to supporting the clean-up operation in the meantime.”The beads are also dangerous to dogs as they contain a high number of polycyclic aromatic hydrocarbons, which are known to have carcinogenic properties, and they often contain toxins including lead, antimony and bromine.A Southern Water spokesperson said: “We are working closely with the Environment Agency and Rother district council to investigate the source of plastic beads which have washed up on Camber Beach. This investigation work is ongoing.“Rother district council is leading the clean-up of the beach, using specialists with a vehicle with suction equipment to remove the beads. We are also supporting with the clean-up.“We’ve conducted water-quality sampling on the beach, which has shown no impact to environmental water quality. This data has been shared with Rother district council and the Environment Agency.”The Environment Agency has been contacted for comment.

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