The Bill Always Comes Due
By Tyler-Christian Daniels
Intended Audience: The general public who assume environmental damage is someone else’s problem
I want to start by telling you what I do for a living, because I think it is going to reframe the next few minutes in a way that feels personal rather than abstract.
I am a land development planner in Polk County, Florida. My job is to sit at the intersection of what people want to build and what the land can actually support. Every single day, the Green Swamp comes up. That is not a figure of speech. The Green Swamp is a 560,000 acre watershed in Central Florida that feeds the Hillsborough, Withlacoochee, Ocklawaha, and Peace Rivers. It is one of the most ecologically critical pieces of land in the state. It recharges the aquifer that a significant portion of Florida drinks from. It filters runoff before it reaches those rivers. It slows floodwaters. It is doing an enormous amount of work that nobody is paying for, and every time someone wants to build a subdivision or a strip mall or a distribution center near it, my job is to make sure that work does not get undone.
I want you to understand something about that job. A big part of it is not evaluating new projects. A big part of it is dealing with the accumulated consequences of old ones. Degraded lakes. Septic systems that were installed decades ago and are now leaching nutrients into waterways and causing algae blooms. Stormwater systems that were designed without any thought for what would happen downstream. Wildlife corridors that got cut in half by a road in 1975 and have never been reconnected. The people who made those decisions are not here to answer for them. The county inherited the damage, and by extension, so did every taxpayer in it.
I am telling you this because I want to challenge the idea that environmental damage is someone else’s problem. It is not. It is your water bill. It is your flood insurance premium. It is the tax levy your county passed to repair the lake your kids used to swim in. It is showing up in your life whether you think about ecology or not. The only question is whether you understand why.
Here is what this week’s material taught me that I did not fully understand before, even working in this field. The damage is not accidental. It was deliberate. It was a plan.
Professor Culhane opens his lecture with something that stopped me cold. From the founding of the United States, the early English settlers, including people we consider visionaries like Benjamin Franklin and Thomas Jefferson, were actively trying to change the climate of the American continent. Not reluctantly. Not as a side effect of something else. Deliberately. They wanted to clear the forests, drain the swamps, and plow the land specifically to make the American continent feel more like England. They believed the native ecology was the problem. They called it improvement. The History Channel documents that settlers and politicians in the late 1800s even operated under the superstition that “rain follows the plow,” the belief that breaking up prairie soil and planting crops would literally change precipitation patterns and make the Great Plains more hospitable to farming. They were wrong, and the Dust Bowl of the 1930s was the consequence. Millions of acres of deep-rooted prairie grasses that had held carbon-rich topsoil in place for thousands of years were ripped up in a generation, and the soil blew away.
What struck me is how directly that history connects to what I see in my own county. The same logic that said clear the forest, drain the swamp, plow the land is the same logic that platted subdivisions through wetlands in the 1960s and ran septic systems up to the edge of lakes and assumed nature would absorb whatever we threw at it. It was never ignorance exactly. It was a choice to prioritize short term extraction over long term stability, and to let someone else deal with the consequences.
Professor Culhane’s graduate professor Susanna Hecht put it in terms I have not been able to shake since I read it. She said, and I am quoting directly here, “we don’t have farms anymore. They are merely open air factories.” She was talking about industrial agriculture and the replacement of living soil with fossil fuel derived fertilizers and pesticides after the extractive model depleted the original topsoil. But the same frame applies to how we have treated land broadly. We are not stewarding it. We are mining it. And like any mine, eventually you hit the bottom.
E.O. Wilson, the legendary biologist who taught at Harvard, told his students something that his professor Culhane shared that has stayed with me. At the time of the Roman Empire, when Antony was courting Cleopatra, you could walk from Carthage in Tunisia to Alexandria in Egypt under the shade of trees. Today we think of North Africa and the Middle East as naturally desert. We assume that is just what those places look like. But that desert is not natural. It is the archaeological record of what extractive civilization does to land over time. Deforest, farm, deplete, move on, and leave desert behind. Professor Culhane’s friend Pedro Cuc, a Maya Quiche development specialist in Guatemala, said it most simply when he held up two handfuls of soil to show the difference between what extraction leaves and what restoration creates. He said: “soil is life.” That is not a metaphor. It is a precise description of what we keep throwing away.
Now here is where I want to bring this back to you specifically, because I know some of you are thinking this is interesting history but it does not have much to do with your daily life.
The U.S. Fish and Wildlife Service released a report in 2024 documenting that wetlands loss rates increased by 50 percent between 2009 and 2019, with the sharpest declines in the Southeast, including Florida, where 670,000 acres of vegetated wetlands disappeared in a single decade. That is an area roughly the size of Rhode Island, gone in ten years (U.S. Fish and Wildlife Service, 2024). Those wetlands were filtering your water, slowing your floods, and sequestering carbon. When they go, those services do not disappear. They get transferred to infrastructure that you pay for. A 2025 research study found that when wetlands are destroyed, local governments face measurably higher borrowing costs on municipal bonds because investors price in the increased flood and pollution risk (Rizzi & Lewis, 2025). That means your county pays more to borrow money to build the stormwater systems that replace what wetlands used to do for free. That cost lands on you whether you ever think about a wetland or not.
I see this in Polk County constantly. The lakes that are struggling right now are not struggling because of something that happened last year. They are struggling because of decisions made forty and fifty years ago by developers who faced minimal regulation, extracted maximum value, and left. The county inherited the cleanup. And the tools we are using to restore those systems, water quality projects, septic-to-sewer conversions, wetland mitigation banks, buffer restoration programs, are expensive, slow, and imperfect. They are far more costly than protecting the system would have been in the first place. That is always how it works with ecological damage. Prevention is cheap. Remediation is not.
So what does a better path look like? Because I do not want to leave you with a list of things that went wrong without pointing to what actually works.
Drawdown solution number 18 is geothermal power, estimated to reduce 16.6 gigatons of CO2 at a net savings of over one trillion dollars. I want to tell you something about this solution that the lecture made clear and that I found genuinely infuriating once I understood it. The technology to harness low-grade geothermal heat has existed since the 1850s. There is a resort in Alaska called Chena Hot Springs that has been generating clean electricity from its hot springs using an organic Rankine cycle engine for years now. The technology requires no extreme temperatures and no deep drilling. The heat is already there. It has always been there. The entire west coast of the United States sits on geothermal resources capable of generating clean power. And yet we drill seven miles into the earth in the Gulf of Mexico for oil that poisons everything it touches when it spills, while the clean heat underneath our feet goes largely untapped. The barrier is not technical. It is political. And behind that political barrier, as always, are economic interests that profit from the current system and have no incentive to change it.
Drawdown solution number 39 is indigenous land management, estimated to sequester 6.19 gigatons of carbon by protecting the forests and ecosystems that indigenous communities have been stewarding for generations. This is not a romantic idea. It is a practical one. The people who have lived on specific land for generations understand it in a way that no outside developer or planner can replicate quickly. The extractive model bypassed that knowledge deliberately because it was inconvenient to the goal of rapid conversion. The cost of that bypass is measured in depleted soils, lost biodiversity, and changed water cycles that we are still trying to reverse.
And then there is the restoration work itself, which does not have a single Drawdown number but runs through almost every solution on the list. Restoring wetlands, replanting forests, rebuilding soil organic matter, reconnecting wildlife corridors. These are not feel-good projects. They are infrastructure. They do the same work as pipes and treatment plants and levees, and in many cases they do it better and more cheaply. The research on restored wetlands consistently shows that they increase surrounding property values, reduce flood damage costs, and improve water quality in ways that engineered systems struggle to match (Mažáková et al., 2013). The problem is that wetlands do not have a lobby and they do not show up on a quarterly earnings report.
Here is what I want you to take away from all of this. The narrative that environmental protection is a luxury, a nice to have for people who can afford to care about it, is backwards. Environmental protection is the foundation of economic stability. The communities that have the worst water quality, the most flood damage, the highest infrastructure costs are almost always the ones that allowed the most environmental degradation in previous decades. The damage is not abstract. It is not happening somewhere else. It is already priced into your taxes, your insurance, and your water bill. You are already paying for it. The only question is whether you understand what you are paying for and whether you demand that the people making land use decisions on your behalf are asking the right questions before they approve the next project.
I ask those questions every day. I look at a piece of land and I think about what it is doing right now, what it connects to, what it filters, what it absorbs, what would have to be built to replace those functions if they were lost, and what that replacement would cost. That is not an environmental argument. That is an accounting argument. And the ledger has been showing the same thing for a long time. We have been treating ecological services as free and infinite, and we have been wrong about both.
Pedro Cuc held up two handfuls of soil and said soil is life. He was right. And every time we choose short term extraction over long term stewardship, we are trading life for a closing cost. The bill always comes due. The only variable is who has to pay it.
References
Culhane, T. H. (n.d.). Module 9 lecture: Green and pleasant land. Patel College of Global Sustainability, University of South Florida.
Hawken, P. (Ed.). (2017). Drawdown: The most comprehensive plan ever proposed to reverse global warming. Penguin Books.
History.com. (n.d.). Dust Bowl. https://www.history.com/topics/great-depression/dust-bowl
Mažáková, J., et al. (2013). The land value impacts of wetland restoration. Journal of Environmental Management, 119, 74-84. https://www.sciencedirect.com/science/article/abs/pii/S0301479713002971
Rizzi, C., & Lewis, R. (2025). The market value of natural capital: Evidence from wetland changes and immobile assets. IESE Insight. https://www.iese.edu/insight/articles/bonds-borrowing-costs-wetland-destruction/
U.S. Fish and Wildlife Service. (2024, March). Continued decline of wetlands documented in new U.S. Fish and Wildlife Service report. https://www.fws.gov/press-release/2024-03/continued-decline-wetlands-documented-new-us-fish-and-wildlife-service-report
This week’s lecture made something I deal with at work every day feel a lot bigger. Professor Culhane describes the core logic of American westward expansion as a locust strategy: buy cheap, extract fast, sell high, and leave. That is not history. That is still the default operating model for real estate development and land speculation in this country, and the ecological bill for it keeps growing while the people who ran up the tab are long gone.
I work as a land development planner in Polk County, Florida. The Green Swamp and surrounding wetland systems come up in my work constantly because every new project has to be evaluated against what the land actually does ecologically before anyone breaks ground. Our county takes that seriously. But a significant part of what we deal with day to day is not new development. It is the inherited damage from older decisions made by developers who faced far fewer restrictions and had no obligation to think past the closing date. Degraded lake systems. Septic tanks leaching nutrients into waterways. Runoff from decades of impervious surface eating away at water quality. Ecosystems that have never recovered from fragmentation. Nobody who made those decisions is paying to fix them. The county is.
That pattern is well documented nationally. Since colonial times, over half of the wetlands in the lower 48 states have been lost to development and agriculture, and the U.S. Fish and Wildlife Service reported in 2024 that loss rates increased by 50 percent between 2009 and 2019, with the sharpest declines in the Southeast including Florida (U.S. Fish and Wildlife Service, 2024). A 2025 study found that when wetlands are destroyed, local governments face higher borrowing costs on municipal bonds because investors price in the increased flood and pollution risk, meaning taxpayers literally pay more to borrow money to fix the damage that developers walked away from (Rizzi & Lewis, 2025). The short term economic logic for a developer is straightforward. Wetlands are cheap to acquire, expensive to build around, and profitable to fill. The long term economic cost lands on everyone else.
The ethical and democratic participation angle here is what I find most frustrating in practice. Real estate and development interests are among the most influential lobbying forces at the local and state level. When the Supreme Court narrowed federal wetland protections in 2023 through the Sackett v. EPA ruling, it stripped protections from an estimated 45 million acres of wetlands nationally, an area roughly the size of Florida, making it significantly easier for developers to fill isolated wetlands without permits (ABC27, 2023). That decision was celebrated by development industry groups as a property rights win. The communities downstream from those wetlands, who depend on them for flood control, water filtration, and habitat, had no equivalent seat at that table. The people who benefit from the extraction and the people who absorb the consequences are rarely the same people.
The Drawdown solution most relevant here is geothermal power, number 18 on the list, estimated to reduce 16.6 gigatons of CO2 at a net savings of over one trillion dollars. The reason I connect it to this stakeholder discussion is that geothermal is fundamentally incompatible with the extractive model. It does not deplete. It does not move on. It does not leave a toxic cleanup bill for the next generation. It requires you to invest in a place and stay. The same logic applies to restored wetlands, healthy soils, and intact forest systems. These are not obstacles to economic value. They are the foundation of it. The problem is that the speculative development model has never had to internalize that reality because the costs have always been successfully externalized onto the public. Until that accounting changes, the locust strategy will keep working for the people running it, and the rest of us will keep inheriting the damage.
References
Culhane, T. H. (n.d.). Module 9 lecture: Green and pleasant land. Patel College of Global Sustainability, University of South Florida.
Hawken, P. (Ed.). (2017). Drawdown: The most comprehensive plan ever proposed to reverse global warming.
Rizzi, C., & Lewis, R. (2025). The market value of natural capital: Evidence from wetland changes and immobile assets. IESE Insight. https://www.iese.edu/insight/articles/bonds-borrowing-costs-wetland-destruction/
U.S. Fish and Wildlife Service. (2024, March). Continued decline of wetlands documented in new U.S. Fish and Wildlife Service report. https://www.fws.gov/press-release/2024-03/continued-decline-wetlands-documented-new-us-fish-and-wildlife-service-report
ABC27. (2023, May 26). Supreme Court limits regulation of some US wetlands, making it easier to develop and destroy them. https://www.abc27.com/news/us-world/ap-supreme-court-limits-regulation-of-some-us-wetlands-making-it-easier-to-develop-and-destroy-them/
IT IS NOT THE COW….. it is the CAGE
By Tyler-Christian Daniels
Intended Audience: Young people making food choices for the first time
I want to ask you something before I get into the data and the science and the solutions. When you last grabbed a burger, a pack of ground beef, a rotisserie chicken from the grocery store, did you think about where it came from? Not in a guilty way, not in a preachy way. I mean did you actually picture the animal, the land, the system that produced it?
Most of us have not. I am a land development planner. My job is to evaluate how land is used and what the downstream consequences of those uses are. I have reviewed agricultural plans, I have looked at the footprint of industrial operations on surrounding ecosystems, I have seen what happens to water quality and land health when the wrong decisions get made at scale. And even with that background, this week’s material pushed me to think about food production in ways I had not fully put together before.
Here is the thing I want you to walk away with today. The climate problem with meat is not the cow. It is the cage.
Let me explain what I mean.
The climate conversation around beef usually goes like this: cows produce methane, methane is a potent greenhouse gas, therefore cows are a climate disaster and you should stop eating meat. That framing is everywhere right now and it is aimed directly at your generation, young people who are making food choices for the first time and who care about the planet. The problem is that framing is incomplete and in some ways it lets the actual culprit off the hook entirely.
Yes, the average cow produces roughly 250 to 500 liters of methane per day through a digestive process called enteric fermentation. And yes, globally livestock account for around 14.5 percent of total annual greenhouse gas emissions according to the United Nations Food and Agriculture Organization. Those numbers are real and they matter. But here is what usually gets left out of that conversation. Methane is a flow gas, not a stock gas. Unlike CO2, which persists in the atmosphere for hundreds of thousands of years and keeps accumulating, methane degrades in roughly ten years. As long as herd sizes stay stable, the methane a cow produces today is essentially offsetting methane that is breaking down from a decade ago. The warming effect is real but it does not keep compounding the way carbon dioxide does. That distinction matters enormously when we are talking about what to actually fix.
And there is something else that almost never makes it into the popular conversation about cows and climate. Methanotrophs. These are microorganisms, bacteria and archaea, that literally eat methane. They live in soils, wetlands, marshes, rice paddies, and as research published in the journal Aerobiologia found, they are even present in air and rain, capable of degrading methane at atmospheric concentrations. In a healthy pasture system, methanotrophs in the soil and air around grazing animals are naturally breaking down a portion of that methane before it even has a chance to reach the upper atmosphere. That natural system does not get modeled in the standard livestock emissions calculations.
So what is actually causing the problem? Concentrated Animal Feeding Operations. CAFOs. Factory farms. The system accounts for 99 percent of farmed animals in the United States (ASPCA, 2024). These are industrial facilities where tens of thousands of animals are confined in extremely crowded conditions, fed grain grown on hundreds of millions of acres of land cleared largely from forest and prairie, dosed with antibiotics to keep them alive in conditions that would otherwise kill them, and producing manure at a scale that the surrounding land cannot absorb. Animals in Iowa’s largest CAFO facilities alone generate 68 billion pounds of manure annually, 68 times the fecal output of Iowa’s entire human population (Environmental Working Group, 2024). That waste sits in lagoons, leaches into waterways, and produces methane in conditions where there are no pasture soils or methanotrophs to break it down naturally. The carbon problem with beef is not coming from the cow standing in a field. It is coming from the system that took the cow out of the field and put it in a building.
I see the downstream effects of this kind of industrial land use in my work. I review agricultural plans and land use proposals, and the footprint of industrial food production is not abstract when you are looking at water quality data from surrounding lakes, nutrient loading from runoff, and the ecological function of wetland buffers that are trying to filter what these operations put into the watershed. The damage concentrates in the communities closest to these facilities, which are almost always lower-income rural communities with less political power to push back. That is not an accident of geography. It is a feature of a system designed to externalize costs onto people who have no choice but to absorb them.
So what does a better path look like? Because I am not here to tell you that you have to stop eating meat. That is not the argument. The argument is that the system producing most of the meat in this country needs to change, and that your choices as a consumer are one of the levers that can move it.
Drawdown solution number nine is Silvopasture, estimated to draw down 31.19 gigatons of carbon at a net savings of $699 billion. Silvopasture is the practice of integrating trees into pasture systems so that livestock can browse in forest-like conditions rather than being confined to bare grassland. The Drawdown book notes that pastures strewn with trees sequester five to ten times more carbon than treeless pastures of the same size, and that ruminants in silvopastoral systems actually emit lower amounts of methane because they are eating a more diverse, nutrient-dense diet that their digestive systems are better designed for. This is not a radical idea. It is closer to what cattle were doing before the feedlot era. The original cows were forest animals called Aurochs. Deer, elk, and moose are their relatives. Ruminants evolved browsing in forests, not standing in dirt pens eating corn.
Drawdown solution number eleven is Regenerative Agriculture, estimated to reduce carbon by 23.15 gigatons at a net savings of $1.93 trillion. Regenerative agriculture brings carbon back into the soil by rebuilding the organic matter that industrial farming has depleted. Professor Rattan Lal estimates that at least 50 percent of the carbon that once lived in the earth’s soils has been released into the atmosphere over the past centuries, roughly 80 billion tons. Regenerative farmers like Joel Salatin of Polyface Farms in Virginia demonstrate that by cycling diverse cover crops through the land and following cattle rotations with chickens and other animals, you can rebuild soil fertility without synthetic fertilizers, reduce methane emissions per animal, and actually increase productivity over time. Salatin calls it salad bar beef, cows eating 25 to 70 varieties of cover crops instead of monoculture grain, and the soil and the animals are both healthier for it.
And then there is Drawdown solution number nineteen, Managed Grazing, estimated to draw down 16.34 gigatons at a net savings of $735 billion. The Drawdown book makes a point that I think is genuinely surprising. It is not just overgrazing that damages land. Undergrazing does too. Grassland ecosystems co-evolved with ruminants. The grasses need to be grazed, trampled, and fertilized to cycle properly. When you remove animals entirely or confine them to feedlots, the grassland degrades in a different but still real way. The solution is not fewer cows. It is cows in the right place, managed in the right way, part of an ecological system rather than extracted from it.
Here is where I want to connect this back to you specifically, because I know this can start to feel like a policy lecture rather than something that has anything to do with your daily life.
You are making food choices right now, probably for the first time in your life without anyone telling you what to eat. That is a meaningful moment. And the most important thing I can tell you is not to feel guilty about eating meat. Guilt is not useful here. What is useful is curiosity. Start asking where your food comes from. Not obsessively, not in a way that makes every meal a moral crisis, but as a habit. The difference between a burger from a CAFO feedlot operation and meat from a regenerative or grass-fed operation is not just ethical. It is ecological. One is part of a system that strips carbon out of the soil, pollutes waterways, and confines animals in conditions that require antibiotics to survive. The other is part of a system that can actually put carbon back into the soil, restore grassland health, and produce meat in a way that functions within an ecological cycle rather than against it.
Germany currently has over 15,000 commercial biodigesters processing food and organic waste into clean fuel and fertilizer. The United States as of 2019 had 248 on livestock farms. That gap is not a technology problem. It is a political and cultural problem, and it is the kind of problem that changes when enough people start asking better questions about the systems they are participating in.
The cow is not the villain in this story. The system that took the cow out of the forest and put it in a cage, cut down the forest to grow grain to feed it, and then told you that the cow was the problem is the villain. And you, as a young person making food choices for the first time, have more power to change that system than you probably realize. Not by going vegan necessarily, though that is a legitimate choice. But by supporting the farms and the systems that are doing it right, by voting for policies that hold industrial agriculture accountable for the costs it currently externalizes onto communities and ecosystems, and by staying curious about the gap between what you are told is true about your food and what is actually happening in the fields and the feedlots where it comes from.
The solutions are right there. Silvopasture. Regenerative agriculture. Managed grazing. Biodigesters turning waste into fuel. Methanotrophs in the soil doing work that no engineering project has to pay for, as long as we give them the conditions to do it. The answers are not waiting on a scientific breakthrough. They are waiting on us to stop letting the wrong system run the conversation.
It is not the cow. It is the cage. And the cage is a choice.
References
ASPCA. (2024). Factory farming environmental impact. https://www.aspca.org/protecting-farm-animals/factory-farming-environment
Culhane, T. H. (n.d.). Module 10 lecture: No more bullcrap. Patel College of Global Sustainability, University of South Florida.
Environmental Working Group. (2024). Animal feeding operations harm the environment, climate and public health. https://www.ewg.org/research/animal-feeding-operations-harm-environment-climate-and-public-health
Hawken, P. (Ed.). (2017). Drawdown: The most comprehensive plan ever proposed to reverse global warming. Penguin Books.
Šantl-Temkiv, T., Finster, K., Hansen, B. M., Pašić, L., & Karlson, U. G. (2013). Viable methanotrophic bacteria enriched from air and rain can oxidize methane at cloud-like conditions. Aerobiologia, 29, 373-384. https://link.springer.com/article/10.1007/s10453-013-9287-1
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