New Mexico
Searching for solutions: In New Mexico, researchers seek to make brackish water a viable supply – NM Political Report
Heading through eastern New Mexico, dairy cattle can be seen in farms beside the highway while flashing lights illuminate the wind farms at night. Large sprinklers irrigate the crop circles where, in the spring, the endangered lesser prairie chickens may venture out of the brush onto the fields to dance while keeping a close eye on the sky for the hawks that hunt overhead.
Farther south, oil wells become more common than windmills.
Beneath all of this lies a giant underground lake that gives life to the region and has allowed it to become one of the top crop producing areas of the state and the fifth leading cheese producing region in the country. But that aquifer—the Ogallala—is quickly being depleted.
Faced with their depleting wells, farmers in eastern New Mexico are increasingly turning to dryland farming methods.
“Farming with limited irrigation is a challenge, and it is a greater challenge to produce crops in a
strict dryland situation,” John D’Antonio said. “However, half of the eastern New Mexico farms have already been turned into dryland production.”
D’Antonio is a former New Mexico state engineer and now runs the company American West Water Advisors, which has a contract with the Lea County Soil and Water Conservation District to investigate the use of brackish – or salty – water to supplement dwindling supplies in the Ogallala Aquifer, which underlies six New Mexico counties as well as portions of seven other states including Colorado, South Dakota, Kansas and Wyoming.
“The Ogallala Aquifer in New Mexico is the most economically important groundwater source in
eastern New Mexico and is the primary driver for crop production in the High Plains region,” he told NM Political Report.
D’Antonio’s team has repurposed abandoned oil and gas wells in the heavily drilled Permian Basin to access naturally-occuring brackish water aquifers. Those aquifers tend to be deeper than the freshwater sources. To reach the brackish supplies, D’Antonio is using repurposed oil wells that can reach far deeper than even the deepest irrigation water wells.
D’Antonio said the six New Mexico counties overlying the Ogallala Aquifer provide a third of all the agricultural cash receipts in the state, including more than a quarter of the crop cash receipts. That makes it a valuable part of the state’s economy that could be jeopardized by the declining availability of water.
“The Ogallala Aquifer is heavily pumped for irrigation of various agricultural crops that support
farming and livestock industries, which, in turn, sustain the many small- to medium-sized cities
dotted throughout eastern New Mexico,” D’Antonio said.
Some of the crops grown there include corn, sorghum, wheat, triticale and alfalfa.
But, for decades, water levels in the New Mexico portion of the Ogallala have experienced what D’Antonio described as “long-term, serious decline.”
According to an Ogallala Summit white paper from March 2024, researchers sampled 121 wells in New Mexico’s Curry and Roosevelt counties from 2004 to 2007 and then again from 2010 to 2015. The samples indicated an estimated loss of about 2 million acre-feet of water in the aquifer and the average loss was about 277,586 acre-feet per year. About 75% of those 121 wells in the two counties experienced declining water levels.
“Well capacities are increasingly becoming less capable of supplying enough water to grow high water demand crops such as corn,” the white paper states.
To make matters more complicated, there are very few sources of surface water in eastern New Mexico to supplement the dwindling groundwater.
And it isn’t just the Ogallala Aquifer that is in decline. As water supplies become more strained—not just in the eastern part of the state, but throughout New Mexico—supplies that were previously considered unusable are getting increasing attention from government officials desperate to fulfill current demands, and spur future economic development.
D’Antonio’s team is not the only group studying the use of brackish water in New Mexico. Pilot projects have been in the works since at least 2007 when the Brackish Groundwater National Desalination Research Facility was established in Alamogordo to provide a place for research. But now that work has a new sense of urgency.
With water being one of the major limiting factors to future economic growth, New Mexico officials are looking to the vast, but largely untapped and unstudied, brackish aquifers.
This is part of what is known as the strategic water supply, a proposal that Gov. Michelle Lujan Grisham announced in November 2023.
The strategic water supply
Sydney Lienemann, Deputy Secretary of Administration for New Mexico’s Environment Department, said that one of the pillars of the 50-year water plan that Lujan Grisham unveiled in January is providing approximately 150,000 acre-feet of new water to New Mexico per year.
To do so, New Mexico is looking at treated brackish water as well as treated produced water, a byproduct of oil and gas production.
Lienemann said one policy lever New Mexico has to accomplish the goal is by using what she described as commitments from industries seeking to buy water to incentivize development of previously unused water sources, such as brackish water. Essentially, the state will have contracts with companies that need water and that will provide a guaranteed customer for the companies treating the water.
“The administration’s proposal for (the strategic water supply) is not to fund the infrastructure itself or to finance the construction of these produced water or brackish water treatment plants, but rather to provide a guaranteed purchaser of the water at the end of treatment as a way to de-risk the upfront capital investment that treatment companies would need to take on,” she said.
Lienemann compared this arrangement to governments promising to purchase vaccines if companies will do the research and build the companies to manufacture the vaccines.
State funds will only be available to purchase the treated water if it meets predefined water quality standards that will be determined based on the end use.
Lienemann said New Mexico does not want to “stay in the business of owning that water.” Instead, the state plans to sell the treated water to identified end users who are currently unknown, similar to how a water wholesaler would act. She said having access to the treated water will allow New Mexico to recruit the end users. Under the current proposal, those end users would likely be hydrogen power generators or manufacturers of renewable energy technology.
“We want to reduce the pressure on our potable water, and this is one way to do it, while supporting the administration’s priorities to help with the clean energy transition,” Lienemann said. “So that is, are there ways that we can desalinate brackish water to do manufacturing of solar cells? Are there ways that we can treat produced water in a closed loop manner to generate hydrogen for energy storage?”
But the use of state funds for the strategic water supply requires legislative approval, which the governor has not yet secured. Lujan Grisham proposed using $500 million to fund the strategic water supply.

Funding and the state legislature
Rep. Nathan Small, D-Las Cruces, is the chairman of the House Appropriations and Finance Committee and the vice chair of the interim Legislative Finance Committee. Small is one of the legislators who supports using brackish water to augment the dwindling freshwater supplies.
He emphasized the importance of work to “enhance protections” for the existing supplies of freshwater.
“We have to be ready to use our budget to safeguard what we have,” he said.
New Mexico’s rivers were recently ranked as the most endangered in the country due to a recent U.S. Supreme Court decision that stripped Clean Water Act protections from ephemeral streams.
Small said the state budget should be used to maximize the efficiency of existing sources of freshwater. Some of the ways that New Mexico has worked to maximize efficiency include lining ditches with concrete to reduce water loss and removing invasive plants from banks.
“But, as we look to diversify and grow our economy, particularly when it comes to zero-carbon solutions…we’re going to need water,” he said.
In part due to federal incentives, New Mexico has seen increased interest in clean energy manufacturing including solar cells and wind turbines.
Small said companies that might be interested in locating in New Mexico to manufacture batteries or electric vehicles or other products needed for the energy transition will need water and, in some cases, those industries have high demands for water.
“I know that it’s very challenging for New Mexico to consider sort of slicing the freshwater pie even further. And so that’s a place where I think that treated brackish water fits for purpose… that’s where I think that brackish water really fundamentally is central to the state,” he said.
He said some industries may need lower salinity than others and that the treatment processes can be tailored for the end use.
At the same time, Small said New Mexico needs to follow and invest in science and implement safeguards. While the governor proposed $500 million for the strategic water supply, investing in science will require additional state funds for projects like aquifer mapping.
He said he would like more details about a timeline for developing the strategic water supply if a bill is brought to the legislature in the future.
In the interim, he said that he is beginning to see early engagement with stakeholders that is “essentially putting all the questions out there” and providing an open forum for discussion around the proposed strategic water supply. And, Small said, there is positive and innovative research occurring across New Mexico, including at universities like New Mexico State University and New Mexico Institute of Mining and Technology.
He said it is important to take an “all of the above” approach toward water and that focusing on treating brackish water should not come at the expense of watershed restoration.
Small also said it is important to fund efforts to study the aquifers, including aquifer mapping.
Aquifer mapping
One of the biggest unknowns with the treatment of brackish water is how much is available and what its composition is.
D’Antonio said there needs to be more aquifer mapping done.
Former State Engineer Mike Hamman, said that if a well is deeper than 2,500 feet and is drilled into an aquifer that is considered to be in an undeclared basin for non-potable water sources, the Office of the State Engineer requires companies to file a notice of intent to drill a well.
“Then there will be requirements, once the well is completed, to meter and monitor the volume of water that’s pulled out of that,” Hamman said. “And we would do that to protect any surrounding freshwater aquifers and also to assure that there would be no residual impacts to river flows or anything along that line.”
Hamman said he is aware of three pilot wells for brackish water that have been drilled. Those include two in Sandoval County and one in the Santa Teresa area of southern New Mexico.
Staci Timmons, the Associate Director of the New Mexico Bureau of Geology and Mineral Resources, said that in 2016 her agency worked to compile existing water quality data to try to characterize the brackish water aquifers in New Mexico.
She said statewide questions still exist about aquifer depth, water quality, recharge time and long-term usability.
“There’s certainly, we think, a good amount of brackish water because many of our rocks are salt bearing formations, and as you go deeper, we would expect that as the water is moving through lots of deep layers and longer flow paths, it’ll pick up greater mineral content and get saltier,” Timmons said. “But we generally don’t have a crystal clear view of exactly what the brackish water looks like.”
There are places in the state where the brackish water aquifers are a bit better understood.
For example, Timmons said, in the Estancia Basin east of Albuquerque, there is brackish water close to the surface.
“We’ve never really invested in the basic characterization that needs to happen for us to just jump ahead into brackish water yet,” Timmons said.
She said there’s still a lot of work to do on aquifer characterization, including mapping and determining how deep the brackish water supplies are. That will require a significant investment from the state. In 2023, Timmons told state lawmakers that the New Mexico Bureau of Geology and Mineral Resources would need $1.25 million annually to hire eight employees to build and maintain an aquifer mapping and monitoring program. On top of that, it would need between $4 million and $10 million a year for ten years to install exploratory and monitoring wells.
One reason this is important is because brackish water supplies could interact with freshwater sources such as rivers or other aquifers. That could compromise the very freshwater sources that the strategic water supply hopes to protect.
Timmons gave the example of a hypothetical brackish water aquifer that interacts with the Pecos River. Developing the hypothetical brackish water aquifer could have downstream implications and even threaten compact compliance, she said. This could occur if there is a connection between the brackish aquifer and the freshwater aquifers. Flows in the Pecos River are in part influenced by the underground aquifer.
In some areas of the state, Timmons said, the brackish aquifers are not connected to any other source of water. In those places, the water is a nonrenewable resource.
She said if someone plans to invest millions of dollars on a desalination facility, they need to make sure that there is enough brackish water to last more than ten years.
“There has to be substantial research in any given location (where) we want to explore desal,” she said.
But just knowing where the brackish supplies are and how much water is in the aquifers is not enough. Timmons said it’s also important to know what chemical constituents are in the brackish water.
“It’s not just your plain old you know, sodium chloride, seawater,” she said. “You also have things like silicate minerals that are going to have to be filtered out you’re going to have different types of salts, not just sodium and chloride, you might have calcium and sulfate instead. So those molecules are going to require different treatment technologies.”

It’s also important for people to know how drawing the brackish water out from beneath the surface will impact the ground.
In the Deming area, pumping of groundwater—even freshwater supplies—has led to what is known as subsidence where the ground sinks.
“We still need to fully map our aquifers in New Mexico and develop groundwater and surface water models to better manage this resource,” D’Antonio said. “That will require measuring and metering our water use along with monitoring our groundwater elevations.”
Metropolitan areas
As New Mexico looks to grow despite the arid environment and decreasing supplies, a couple of cities have looked toward the brackish water supplies as a possible solution.
For more than two decades, the City of Alamogordo has been studying the possibility of using desalination to treat brackish water. In 2000, Alamogordo filed an application with the Office of the State Engineer to use about 10,000 acre-feet of brackish groundwater from a series of wells in the Snake Tank field. Alamogordo’s brackish water reverse osmosis treatment plant took about two decades to complete.
Farther north, Sandoval County began looking at treated brackish water for industrial purposes about two decades ago and contracted with a company based out of Scottsdale, Arizona, known as New Mexico Water, LLC. This company provided information to the New Mexico Environment Department this spring about their effort.
The company is hoping to develop a desalination and mineral recovery plant with an estimated price tag of $800 million at a location near Placitas. This effort is known as the Rio West Water Project and, while it has been in the works for years, it has been slow to materialize.
“Future development in the properties West of Albuquerque and Rio Rancho depends on making additional water sources available for industrial development including support of future data centers, green hydrogen facilities and others,” the company states in the information provided to the state.
New Mexico Water would take brackish supplies from the San Andreas/Glorieta unit, which is a confined aquifer about 3,500 feet below the surface in the southeastern San Juan Basin.
“Significant process engineering, hydro-geologic investigations and piloting have taken place on this endeavor over the last decade and a half to develop a sound and achievable project.” Gary Lee, the project engineer, said in a document submitted to NMED.
Protecting agricultural producers
While D’Antonio supports the strategic water supply, he said there is a potential that the industrial use of brackish water could compete with agricultural uses.
“Depending on what projects or uses are prioritized, the industrial use of treated brackish water could compete for the same water that the agricultural users would attempt to use,” he said.
D’Antonio said it could also open the door for increased opportunities to expand the use of treated brackish water into other regulated uses that could support economic development and even provide drought mitigation.
Some of the examples he gave are growing grass on fallow lands to promote natural carbon sequestration and using the treated water from green hydrogen production, which is something the governor also highlighted when announcing the proposed strategic water supply.
Already, some agricultural producers rely on saline water supplies either for irrigation purposes or to provide water for livestock.

Rebecca Roose, the governor’s infrastructure advisor, said there will be safeguards in any future strategic water supply legislation to ensure those agricultural supplies are not impacted.
“We’re talking about different water than the water that farmers have allocated and are relying upon,” she said.
Legislation that was introduced late in this year’s legislative session and failed to pass included a definition of brackish water that required it to be sourced from aquifers at least 2,500 feet below the surface and with total dissolved solid levels of at least 1,000 milligrams per liter.
“The depth of the well is one safeguard that we’ve identified to hardwire into the program so that it’s clear to everybody, including anybody who’s implementing the program from state agency level that we’re talking about these brackish wells, and those are unallocated sources of water,” Roose said.
Malynda Capelle manages the Brackish Groundwater National Desalination Research Facility in Alamogordo where researchers including universities and businesses are experimenting on ways to increase the efficiency of desalination.
There are ten different pads at the facility that can support individual projects and there are three storage tanks for brackish water.
“The future water supplies will require some level of water treatment, possibly desalination,” she said.
This facility is unique. Capelle said she is not aware of anyone else who is doing the level of research on brackish water that is occurring at the facility in Alamogordo. However, there is a research facility that is looking at desalination of seawater in California and the U.S. Bureau of Reclamation also has a facility in Yuma, Arizona, that does small scale, internal research on desalination.
“States like New Mexico and others, we need to get creative with figuring out different ways to fill up the bucket…we’re all going to be competing over the same freshwater sources. So I think we do need to get creative,” she said.
Capelle said that one of the main critiques she hears about desalination is that it is expensive and uses a lot of energy. She acknowledges that desalination is more expensive and energy intensive than freshwater treatment.
“Those were the easy sources. That’s why we use them first,” she said.
At the same time, Capelle said other options are to pipe water hundreds of miles, which can be challenging, expensive and energy intensive.
D’Antonio also identified the cost of building a desalination facility and the energy required as some of the biggest challenges, along with finding the best option for disposing of the concentrate.
But, as a former state engineer and a member of the New Mexico Desalination Association, he sees opportunities for brackish water and the strategic water supply.
“Many western states are using desalination plants to augment their freshwater supplies,” D’Antonio said. “The Strategic Water Supply would greatly benefit New Mexico to aggressively jump into the desalination business by funding a few pilot projects around the state. This should be done in conjunction with ensuring the protection of public health and the environment of the treated brackish water reuse.”
This story was produced in partnership with The Water Desk, an independent initiative of the University of Colorado Boulder’s Center for Environmental Journalism.
New Mexico
Think New Mexico Hosts Four 2026 Summer Leadership Interns To Assist In Researching And Developing Policy Proposals – Los Alamos Daily Post
Gathered for a luncheon Tuesday at La Plazuela at La Fonda Tuesday in Santa Fe, front row from left, Think New Mexico 2026 Summer Leadership Intern Viviana Ornelas, Board President Roberta Ramo and Intern Marly Fisher. Back row from left, Think New Mexico Field Director Noah Apodaca, Intern Ian Hernandez, Think New Mexico Board Secretary Liddie Martinez, Intern Awlen Salazar and Healthcare Reform Director Lauren Leland. Courtesy/TNM
Gathered Tuesday at La Plazuela at La Fonda in Santa Fe, front row from left, Think New Mexico 2026 Summer Leadership Intern Viviana Ornelas, Board President Roberta Ramo and Intern Marly Fisher. Back row from left, Think New Mexico Intern Ian Hernandez, Think New Mexico Board Secretary Liddie Martinez and Intern Awlen Salazar. Courtesy/TNM
Think New Mexico News:
Each summer Think New Mexico offers four paid Leadership Internship positions to college or graduate students. Interns have the opportunity to meet with Think New Mexico board members and leaders in state government, as well as to assist Think New Mexico’s staff in researching and developing policy proposals.
The 2026 Summer Leadership Interns include:
Marly Fisher grew up in Albuquerque and graduated from Albuquerque Academy in 2023. As a senior in high school, she and three peers spearheaded a successful effort to pass a bill implementing period products in New Mexico’s public schools. She has since interned for Representatives Melanie Stansbury and Gabe Vasquez. Fisher is a senior in the dual degree program between Sciences Po Paris and Columbia, majoring in Political Philosophy and History, and serving as Senior Editor of the Columbia Political Review. She is passionate about improving education in New Mexico.
Ian Hernandez was born and raised in Santa Fe and graduated in the top 1% of his class from the MASTERS Program Early College Charter School. He was a 2023 recipient of the Davis New Mexico Scholarship, which allowed him to attend and graduate from the University of Denver this past June. Hernandez earned his B.A. in Socio-Legal Studies and History and hopes to begin law school in the fall of 2027. As an undergraduate, He interned with U.S. Sen. Michael Bennet (D-CO). He also worked as a teen journalist for the Santa Fe New Mexican, and as a teacher and tutor for Breakthrough Santa Fe. Hernandez hopes to use his education and life experiences to improve the lives of as many people living in New Mexico and the American Southwest as possible.
Viviana Ornelas is a Santa Fe native who graduated as Valedictorian of her Capital High School class. She received Davis and LANL scholarships to study at the University of Chicago, where she is earning a B.A. in Psychology and Public Policy with a minor in Education and Society. In high school, Viviana led a chapter of the New Mexico Dream Team. As an undergraduate student, she has worked as a research assistant in Dr. Levine’s Cognitive Development Lab where she helped conduct studies to understand the relationship between solving math word problems and spatial skills. Ornelas has also worked as a tutor for the Neighborhood Schools Program in Chicago and a teacher for Breakthrough Santa Fe. She hopes to return to New Mexico to pursue a career in education policy.
Awlen Salazar is a graduate of New Mexico State University (NMSU), where he earned a B.A. in Political Science with minors in Public Administration & Policy and Public Law. He is pursuing a Master of Public Policy at the University of New Mexico. Throughout his time at NMSU, Salazar was a part of the Associated Students of NMSU, where he held roles in the legislative and executive branches as public relations officer and as one of three standing committee chairs for the Senate. At the start of his senior year, Salazar re-chartered the NMSU College Democrats after the club’s two-year hiatus, and he served as President of the club until his graduation in May 2026. Since then, he continues to be involved in the Young Democrats of New Mexico, where he now serves as National Committee Representative. Off campus, Salazar worked closely with nonprofit sector leaders throughout Doña Ana County. In the summer of 2025, he interned for the Doña Ana County Resilience Leaders, where he helped advocate for policies to mitigate adverse childhood experiences (ACE’s) and expand access to affordable housing. Salazar also worked with NM Comunidades en Accion y De Fé (NM CAFé) as Social Media Associate.
Think New Mexico is New Mexico’s think tank – a results-oriented think tank whose mission is to improve the lives of all New Mexicans, especially those who lack a strong voice in the political process. It fulfills this mission by educating the public, the media, and policymakers about some of the most serious challenges facing New Mexico and by developing and advocating for enduring, effective, evidence-based solutions.
Its approach is to perform and publish sound, nonpartisan, independent research. Unlike many think tanks, Think New Mexico does not subscribe to any particular ideology. Instead, because New Mexico is at or near the bottom of so many national rankings, its focus is on promoting workable solutions that will lift all New Mexicans up.
Consistent with its nonpartisan approach, Think New Mexico’s board is composed of Democrats, Independents, and Republicans. They are statesmen and stateswomen, who have no agenda other than to see New Mexico succeed. They are also the brain trust of this think tank.
Think New Mexico began its operations Jan. 1, 1999. It is a tax-exempt organization under section 501(c)(3) of the Internal Revenue Code. In order to maintain its independence, Think New Mexico does not accept state government funding. However, contributions from individuals, businesses, and foundations are encouraged, appreciated, and tax-deductible.
As an independent, statewide, results-oriented think tank, Think New Mexico measures its success based on changes in law or policy that it helps to achieve.
Think New Mexico’s results include:
- Making full-day kindergarten accessible to every child in New Mexico;
- Repealing the state’s regressive tax on food and successfully defeating efforts to reimpose it;
- Creating a Strategic Water Reserve to protect and restore New Mexico’s rivers;
- Establishing New Mexico’s first state-supported Individual Development Accounts to alleviate the state’s persistent poverty;
- Redirecting millions of dollars a year out of the state lottery’s excessive operating costs and into college scholarships
- Reforming title insurance to reduce closing costs for homebuyers and homeowners who refinance their mortgages
- Winning passage of three constitutional amendments to professionalize and streamline New Mexico’s Public Regulation Commission
- Modernizing the state’s regulation of taxis, limos, shuttles, and moving companies
- Creating a one-stop online portal to facilitate business fees and filings
- Establishing a user-friendly health care transparency website where New Mexicans can find the cost and quality of common medical procedures at any hospital in the state
- Enacting the New Mexico Work and Save Act to make voluntary state-sponsored Individual Retirement Accounts accessible to New Mexicans who lack access to retirement savings through their jobs;
- Making the state’s infrastructure spending transparent by revealing the legislative sponsors of every capital project;
- Ending predatory lending by reducing the maximum annual interest rate on small loans from 175% to 36%;
- Repealing the tax on Social Security for middle and lower-income New Mexicans with incomes under $100,000 as individuals or $150,000 as married couples;
- Enhancing the training and transparency of local school boards;
- Leading a campaign to make financial literacy a high school graduation requirement, now in place in 46 districts reaching nearly 48% of New Mexico students; and
- Establishing a $2 billion permanent trust fund for Medicaid.
Think New Mexico is headquarters in the historic Greer House at 505 Don Gaspar in Santa Fe, at the corner of Paseo de Peralta and Don Gaspar, directly across the street from the state Capitol. To learn more, visit thinknewmexico.org.
New Mexico
The Chinese immigrants trafficked on New Mexico’s weed farms – High Country News
New Mexico
McCauley Springs Fire Reaches 100% Containment
The McCauley Springs Fire in the Jemez Ranger District, east of Battleship Rock, is 100% contained at 712 acres.
The fire was reported on Wednesday, June 24, 2026. The Northern New Mexico Zone Type 3 Incident Management Team (IMT), led by Incident Commander Luke McLarty, initially managed the fire before the Southwest Area Incident Management Team 3, under Incident Commander Matt Rau, took over. From June 26 to July 4, this team handled operations, after which command returned to the Jemez Ranger District. Under a Type 4 organization, firefighters worked to cool remaining hot spots and secure firelines, reaching full containment on July 13.
Although the fire is fully contained, visitors should remain aware that burned areas can present hazards. When visiting fire-affected areas, watch for changing conditions, hazard trees, unstable terrain, and other post-fire hazards. Suppression repair work may continue in some locations, and the public is asked to use caution around personnel and equipment and provide crews with plenty of space to work.
A temporary closure order for the burned area remains in place through August 11, 2026. The full order and map can be found on the Santa Fe National Forest website under Alerts. Battleship Rock, Jemez Falls Campground and Group Area, the Jemez Falls Trailhead, San Diego Overlook, and the East Fork Trail from Battleship Rock to Highway 4 will remain closed until further notice for public safety.
A multi-disciplinary Burned Area Emergency Response (BAER) team evaluated the burned area to identify risks to human life, property, and critical resources. Over 80% of the fire was mapped as low soil burn severity, meaning most tree canopies and ground cover remain intact, reducing the risk of erosion and runoff. About 12% of the area showed moderate burn severity, with patchy ground cover loss and some water-repellent soils. Less than 1% was classified as high burn severity, where vegetation and soil were heavily impacted. The full summary can be found on the Santa Fe National Forest website.
For Santa Fe National Forest news and updates visit our website and social media pages (Facebook and X).
About the Forest Service: The Forest Service has brought people and communities together to answer the call of conservation for more than 100 years. Grounded in world-class science and technology — and rooted in communities — the Forest Service connects people to nature and recreation opportunities. The agency manages 193 million acres of public land, supports the nation’s forest industry and energy needs, and operates the largest and most respected wildland fire and forestry research organizations in the world. By providing assistance to state and private landowners and working with tribes and other partners, the Forest Service also helps steward an additional 900 million forested acres within the U.S.
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