We’re continuing a series exploring how communities in Kansas Groundwater Management District #1 are working together to address water challenges and protect water for future generations. Throughout the series, you’ll hear from local leaders, producers and scientists who are turning conversations and real-world decisions into long-term solutions.
In the third story, learn what happens when a producer is ready to take action, what options exist, and where playas fit into a broader water-stability effort. Be sure to listen to the companion podcast at the end of the article.
Finding the Right Tools and Programs
In western Kansas, water stability doesn’t come from one decision. It comes from many. Producers tightening irrigation schedules. Retiring low-producing wells. Testing new technology. Talking with neighbors. And increasingly, it includes restoring the natural features on the landscape that help the Ogallala Aquifer recover after rain.
Katie Durham, district manager for Western Kansas Groundwater Management District #1 (GMD1), has described the goal of Q-Stable as a straightforward concept: a water budget, with communities working toward estimates of Q-Stable that reflect conditions at the local level.
“You want to find an equilibrium where you’re not pumping or extracting more than you’re able to maintain or recharge,” Durham said.
Reaching that balance takes more than one strategy. It takes options and people who can help landowners sort through them. That’s where Matt Smith comes in. Smith is the conservation delivery manager for Playa Lakes Joint Venture (PLJV), and his work often starts with a conversation.
“My role is really just to listen to people and listen to producers,” Smith said. “Learn what their needs and objectives are for their property, and then connect them to the best opportunity to meet those needs.”
Sometimes that means a formal conservation program. Sometimes it means technical advice. Sometimes it means helping a landowner decide if a project makes sense at all. But in many cases, it leads to one feature that has shaped the High Plains for thousands of years: playas.
How Playas Contribute
Playas are shallow, round recharge wetlands, the low points in an otherwise flat landscape where water naturally collects after heavy rains. Because playas are a primary source of groundwater recharge, with rates 10 to 1,000 times higher than under other areas, they are an important part of water management. One producer told Smith that playas become even more important as communities move closer to Q-Stable.
“Once we reach this goal of Q-Stable that we’re trying to achieve,” Smith recalled, “that’s when playas really take on even greater importance.”
The logic is simple: as producers reduce irrigation withdrawals to slow aquifer decline, recharge opportunities matter more and playas are one of the most efficient recharge features on the landscape.
“That’s when we’ll see even greater interest in playa conservation,” Smith said.
Not Just a Wet Spot
For people unfamiliar with playas, Smith uses a comparison most Kansans understand immediately.
“We’ve all driven down the road and hit a pothole,” he said. “Basically, that’s what a playa is.”
Playas are low basins lined with clay. When dry, the soil contracts and forms large cracks. Then, when it rains, the first flush of water from the surrounding area flows into the playa and down the cracks — beginning its journey to the underlying aquifer. As that clay gets wet, the cracks close, holding water in the playa.
After a major rainfall, a playa can hold water for weeks, months, or longer and while some of that water evaporates, a significant portion infiltrates into the soil — along plant roots and other channels, as well as along the perimeter of the playa — and can help recharge the aquifer. Playas also provide something else that has become rare in intensively farmed areas: wildlife habitat.
“On a landscape that’s heavily dominated by agriculture, they’re kind of hot spots of biodiversity,” Smith said. “They provide a resting place for migratory birds and even resident wildlife like pheasants and quail.”
Reversing Past Modifications
In many cases, playa restoration isn’t about creating something new. It’s about returning a playa to its original function. Over time, some playas become cut off from runoff due to terraces, roads, or sediment buildup. Others have pits that drain and hold water in a small area. Restoration work often focuses on reconnecting the hydrology so rainfall can reach the entire playa basin again.
“A big part of our restoration work is to try to make sure that water does reach those areas,” Smith said. “That may be removing a terrace, maybe it’s a road that blocks that water.”
Once water can flow back into the playa, protection becomes the next step.
“We want to make sure we prevent further sedimentation,” Smith said, “and that means putting a grass buffer around that playa.”
Buffers can help trap sediment and contaminants before they enter the wetland, improving the quality of the water that eventually moves downward.
Not a Stand-alone Fix
Both Smith and Durham emphasize a key point: no single practice solves aquifer decline.
Durham has said Q-Stable is about balancing long-term use with what the aquifer can sustain. For GMD1, that means meaningful progress requires changes in irrigation use, since irrigation represents the vast majority of groundwater use. That’s why Smith describes playa restoration as one tool within a much larger toolbox.
“It may be a reduction in irrigation use,” he said. “It may be making irrigation more efficient. Maybe there’s low-producing wells that just need to be retired. But all these things coming together are what’s going to make a difference.”
Voluntary “Win-win” Option
Smith says one reason playa restoration resonates with producers is that it is voluntary and positive, and it often produces visible results.
“Our role is to understand producer challenges around water conservation and then provide information on playa restoration so they can make informed decisions for their operations.”
PLJV is just one of many partners working on stabilizing water in Kansas. While each approaches it from a different angle, water is what brings them together: PLJV, GMD1, NRCS, local conservation districts, state agencies, and landowners themselves.
“Water is common to everyone, and so it gets us all at the table,” Smith said.
He also notes that playa conservation isn’t built around regulation.
“It’s not forced. It’s not required. It’s all voluntary,” he said. “It ends up with a product that helps the producer and it’s a society benefit. It’s just a win-win for everybody.”
“Where Do I Sign Up?”
For landowners interested in exploring options, Smith points to a simple first step.
“The best place they can go is a website called PlayasWorkForKansas.com,” he said.
The site includes tools that allow landowners to locate playas on their property, learn about recharge potential and wetland condition, and review available programs. It also helps connect producers to people who can walk them through next steps.
Smith says a common question he hears is about cost. “How expensive is this going to be?” The answer depends on the project. Some efforts are simple, like establishing a grass buffer. Others involve sediment removal or reworking old structures to restore hydrology. But Smith says most programs are designed to cover the majority of costs, and in some cases offer annual payments similar to CRP rental payments.
“As a conservation community and society, we’ve said these wetlands are important,” Smith said. “Producers should be compensated for taking appropriate conservation actions.”
What Success Looks Like
A healthy playa is not a permanent pond. In fact, it is usually dry.
“A lot of people think, well, it’s a wetland, it’s supposed to be wet,” Smith said. “But actually, playas are dry more than they’re wet. For a healthy functioning playa, that’s probably very true.”
When the rain comes, though, those systems can respond quickly and dramatically.
“If you build it, they’ll come,” Smith said. “Waterfowl and other wildlife will show up almost immediately.”
Even species that have waited out years of dry cycles can reappear. Some producers also notice a change closer to home.
“They have larger playas and their house wells are near that playa,” Smith said. “They notice when that playa is full, some of their wells exhibit a notable increase.”
For many, the benefits are practical: reduced headaches from farming wet spots, improved field efficiency, and compensation through financial assistance programs. For others, success is simpler, like watching a restored playa fill after a big rain.
“That’s the exciting time,” Smith said.
And for communities working toward long-term water stability, those visible changes matter, because they are a reminder that progress is possible when the right tools are available and landowners have support to take the next step.
To hear more from Matt Smith, listen to the episode below. In the next story, we explore what it looks like to implement these practices into a farming operation and how it all started with a calculator.