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 this second story, we’re talking about how information sparks conversations and turns into real-world action on the ground. Be sure to listen to the companion podcast at the end of the article.
Awareness and Conversations
Groundwater is hard to talk about until it stops being abstract.
For many landowners in western Kansas, the first “spark” doesn’t come from a report or a headline. It comes from something closer to home: a well that doesn’t recover as quickly, pumping that gets more expensive, or a nagging sense that the resource underneath them isn’t as reliable as it used to be.
That’s where Brownie Wilson often enters the picture.
Wilson manages the Applications and Services Unit for the Geohydrology and Geohealth Division at the Kansas Geological Survey (KGS), a state agency housed at the University of Kansas that serves as a science-based resource for communities and decision-makers across the state.
“We process information and collect the data, and then we turn around and help support the scientific research,” Wilson said. “We do everything from water quality to water levels, and we provide that support to the research that goes on here at the Kansas Geological Survey.”
A Science-based View of a Very Local Problem
KGS works across a wide range of Kansas geology, but groundwater is one of its most visible roles, especially in the west, where the High Plains Aquifer system underpins irrigation and rural life.
In Kansas, Wilson said, the western third of the state is largely considered the Ogallala portion of the High Plains Aquifer.
“Typically the Ogallala is in a state of decline,” he said. “It just kind of depends on how fast that decline is, and what drives that really is the pumping.”
What surprises some people, Wilson said, is what doesn’t drive the trend.
“It’s not so much recharge and rainfall,” he said. “Whether there’s rain or not, determines if the aquifer is pumped more or less.”
In other words: wet years can reduce demand. Dry years can intensify it. And the aquifer reflects those choices.
A Record Measured Well by Well
Kansas has been tracking groundwater levels across the High Plains for decades. The annual measurement network began under the U.S. Geological Survey, and in 1996 the Kansas Geological Survey took over administration of the program.
Today, KGS cooperates with the Kansas Department of Agriculture’s Division of Water Resources through what they call the Cooperative Water Level Network.
Starting each winter, teams head out across the region to measure water levels in about 1,400 wells.
“We try to go to the same wells year after year after year,” Wilson said, “so that we get an idea of: is it going up, or down, or staying the same.”
The work is logistically intense and sometimes weather-dependent.
““Cooperative weather makes the work easier, but it can get more challenging when conditions like snow or mud are on the ground.” Wilson said.
Even when everything goes smoothly, he said, the measurements themselves are quick.
“If it all goes well, it takes 15 minutes to measure the well,” Wilson said. “Million-dollar decisions are being made off those results.”
Some Declines Hit Harder than Others
When Wilson looks at the data over time, the most important lesson isn’t just that the Ogallala is declining. It’s that the impact isn’t uniform.
“You might have some areas where you say, ‘Ooh, the water levels are really dropping there,’ but they might have a fair amount of water in supply,” he said.
Meanwhile, other areas may show smaller year-to-year drops, but face bigger consequences.
“The groundwater isn’t dropping that much,” he said, “but if that aquifer is already pretty thin, those little declines might be having a much bigger impact on the overall resource.”
That’s one reason early awareness matters. Landowners can’t assume conditions in one township match the next.
Making the Underground Visible
Because groundwater is out of sight, Wilson said the challenge isn’t just measuring change, it’s communicating it.
A single number rarely lands the way people expect.
“If you say, ‘your water levels dropped by X number of feet this year,’ that may or may not resonate,” he said.
But when the same data is mapped and shown over time, it becomes easier to grasp.
“With GIS, you can actually see things in space,” Wilson said. “Everybody likes to look in their backyard, but then you can compare it to what your neighbors look like in the surrounding counties.”
The real power comes when water-level trends are tied to something landowners can immediately relate to: time.
“If declines happen continuously,” he said, “this is how many years we think you have until that aquifer starts to drop off and that becomes more impactful.”
Especially when the timeline overlaps with something very practical.
“That might be within you and I’s lifespan,” he said, “or more importantly, within the lifetime of a farm loan.”
The First Questions People Ask
When producers see water data, especially when it’s shown for their area, Wilson says the same questions often come up first.
“They ask: what are the other states doing?” he said. “Or who’s up the hill? Is it Colorado, or is it the other county up the road?”
There’s often an assumption that groundwater behaves like surface water.
It does, but only at a much slower pace..
“Groundwater moves so slowly,” Wilson said. “We’re talking a foot per day, or every four days, years and sometimes decades just to go a mile.”
For landowners, that can be an important shift: the biggest influence isn’t what’s happening far away. It’s what’s happening nearby.
“The biggest impact we have on the aquifer is what happens right here in our own state, our own neighborhood, our own county,” he said.
The “Aha” Moment
That’s where Q-Stable conversations — a locally led approach to groundwater management focused on balancing water use with recharge over time — can help shift the tone.
Wilson said one of the clearest “aha” moments comes when water-level change and water use are shown together in a straightforward budget.
“We can show those relationships in a budget form,” Wilson said. “This is your aquifer budget for the next decade or two.”
When producers see that relationship, he said, it becomes less theoretical.
“When you use this much water, you can see this is what the water levels do,” he said. “And if you conserve or save that water, you can see how that improves the declines.”
Then, over time, the effect becomes visible even though the aquifer is underground.
“The next year or two,” he said, “they can see: I have been saving water and you can show me, with the data, that conservation is making a positive impact on my water levels.”
Neutral Information Builds Trust
Katie Durham, district manager for Western Kansas Groundwater Management District #1, says those early moments matter because they start a different kind of conversation, one rooted in understanding, not fear.
Durham has emphasized that Q-Stable works best when communities can see their local data and talk openly about what it means, noting the values are localized estimations. She said those conversations help build understanding, strengthen local ownership, and ultimately create buy-in.
Wilson sees KGS’s role as especially valuable in that space because it isn’t regulatory.
“We’re not a regulatory agency,” he said. “We don’t have any hammers. We’re just answering to the numbers.”
That neutrality, he said, helps build trust.
“We don’t have an agenda other than striving for good-quality science and informing decision makers,” Wilson said. “I like to think people appreciate that.”
Awareness Is Where Change Starts
Wilson said people often underestimate how much difference an individual operation can make, until they see how change can spread.
He compared it to voting.
“You’ve got all these people that have to vote to make a difference,” he said. “That’s kind of the same with the aquifer.”
One person may feel small. A neighborhood doesn’t.
“If you have a few more, you and your neighbors, you absolutely can make a change in your neighborhood,” he said. “And maybe that grows a little bit bigger.”
For Durham, the journey begins before any formal program or plan.
It begins when someone sees the numbers, asks the first questions, and decides it’s time to talk about what comes next.
To hear more from Brownie Wilson, listen to the episode below. In the next story, we explore what happens when a producer is ready to take action and how playas fit into water conservation efforts.