From the air, the Cerrado tells a story of transformation. Vast geometric patterns of soy, corn, and cotton stretch to the horizon, punctuated by the deep green of remnant vegetation and the circular signatures of massive pivot irrigation systems. This is Brazil’s agricultural heartland—a landscape that feeds millions and fuels a global economy. But beneath this productive veneer lies an ecological crisis of staggering proportions.
Often called Brazil’s “inverted forest,” the Cerrado is the second largest ecodomain in South America after the Amazon, covering nearly a quarter of the country’s territory . Unlike the towering canopy of its more famous neighbor, the Cerrado’s biomass is concentrated underground—roots that plunge up to 15 meters deep, storing carbon, filtering water, and sustaining one of the planet’s most biodiverse ecosystems . Yet over half of this native vegetation has already vanished, an area exceeding one million square kilometers, larger than France and Germany combined . The driver of this transformation is agribusiness, and its impacts extend far beyond habitat loss, threatening water security, climate stability, and the livelihoods of traditional communities.
The Engine of Destruction: Agribusiness Expansion
The numbers are sobering. Since satellite monitoring began in 2001, more than 326,000 square kilometers of the Cerrado have been cleared—at a rate sometimes exceeding even the Amazon . According to MapBiomas data cited in a recent Minas Gerais legislative report, the Cerrado accounted for 52% of all deforestation in Brazil in 2024, making it the nation’s most threatened biome .
The primary culprit is industrial agriculture, driven by insatiable global demand for commodities. Soy plantations and cattle ranches now dominate landscapes that once supported extraordinary biodiversity . The MATOPIBA region—spanning Maranhão, Tocantins, Piauí, and Bahia—has emerged as the focal point of recent expansion, with the agricultural frontier pushing relentlessly into remaining native vegetation .
Unlike the Amazon, where deforestation often makes international headlines, the Cerrado’s destruction operates under a different legal reality. As Cássio Cardoso Pereira, a researcher at the Federal University of Minas Gerais and lead author of a comprehensive Nature Conservation review, explains: “Unlike the Amazon, most deforestation in the Cerrado is still legally permitted, which protects corporations and supply chains from oversight” . This legal permissibility creates a “blind spot” in global conservation efforts, allowing vast ecological damage to proceed with minimal accountability.
The “Inverted Forest” and Its Underground Carbon
The Cerrado’s most remarkable feature lies hidden beneath the surface. While tropical rainforests store most of their carbon in above-ground biomass, approximately 90% of the Cerrado’s carbon resides underground, locked in roots that can reach depths of 15 meters or more . This “inverted forest” helps plants endure the region’s long dry seasons while quietly replenishing aquifers that feed eight of Brazil’s twelve major river basins .
When native vegetation is cleared, this long-stored carbon is released. Landscapes that once absorbed emissions are transformed into sources of greenhouse gases, intensifying the climate pressures already bearing down on the region . The loss is compounded by misguided restoration efforts: “Efforts that focus exclusively on planting exotic trees in naturally open areas can aggravate this problem,” Pereira warns, emphasizing the need for strategies that prioritize ecological functionality over simple afforestation .
Water Crisis in the “Water Tank”
The Cerrado has long been known as Brazil’s “water tank”—the source of eight major river basins and the guardian of the Guarani and Urucuia aquifers, among the world’s largest freshwater reserves . But this hydrological engine is sputtering.
Research reveals that the region has experienced a 12 percent decrease in rainfall since 1980 . The rainy season now arrives about a month later than it once did, overall rainfall has dropped, and daytime temperatures have climbed roughly 1.5 degrees Celsius . These changes are directly linked to deforestation and agricultural expansion.
Compounding the problem, industrial agriculture increasingly relies on irrigation to adapt to climate change. Massive pivot systems pump water from rivers and aquifers, distributing it across fields in the green “crop circles” visible from space . Gustavo Oliveira, a geography professor at Clark University who studies these systems, describes a dangerous feedback loop: “There’s a vicious cycle where we consume water twice—to make the energy and then to plant the soybeans and the cotton” .
Large-scale water extraction, combined with widespread agrochemical use, is contaminating soils and waterways while draining underground reserves . Rivers are shrinking, ecosystems are destabilizing, and biodiversity is declining as water systems lose their resilience.
Biodiversity Loss and Invisible Species
The Cerrado supports around 13,000 plant species, more than 3,200 vertebrates, and tens of thousands of invertebrates . Roughly a third of its plant life is found nowhere else on Earth. Yet ecosystems with lower tree cover—such as grasslands—continue to be undervalued in conservation policy despite their immense ecological importance .
The mosaic of landscapes that constitutes the Cerrado includes campos rupestres (rocky fields), savannas, forests, wetlands, and veredas (palm-studded marshes). Each harbors unique species and faces distinct pressures. Campos rupestres, for instance, occupy limited areas and concentrate endemic species, yet they suffer from mining, invasive species, and altered fire regimes .
Fire, though a natural element in some Cerrado ecosystems, has become a tool of degradation. Natural fires sparked by lightning are rare; an estimated 99 percent of fires in Brazil are human-caused, linked to land clearing and agricultural expansion . Between 1985 and 2022, around 40 percent of the Cerrado burned at least once. Nearly two-thirds of that area burned repeatedly, killing fire-sensitive species and encouraging invasive grasses that trap landscapes in cycles of degradation .
Communities on the Front Lines
The Cerrado is not empty. Around 80 Indigenous peoples live on more than 200 recognized territories across the biome . Traditional communities including geraizeiros, vazanteiros, catadores de sempre-vivas, and quilombolas depend on the land for their livelihoods and cultural survival . For generations, these communities have cared for the land, guiding rivers, protecting wildlife, and keeping landscapes resilient.
But their territories face mounting pressures. Many remain only partially recognized under the law, leaving both people and ecosystems exposed . The 2025 Temporal Framework Law (Marco Temporal) has made the recognition of new Indigenous lands in the Cerrado nearly impossible, according to ecologist Rodolfo Salm, by restricting legal recognition to areas occupied at the time of the 1988 Constitution . “This is a severe blow to biodiversity, because Indigenous territories are among the most effective and reliable areas for ecosystem protection,” Salm told The Ecologist .
Compounding these pressures, research in western Bahia has revealed that environmental compensation mechanisms often displace conservation obligations eastward, where they overlap with traditional community grazing lands. This generates conflict and constitutes what scholars term “green grabbing”—the appropriation of land and resources in the name of environmental protection .
The Legal Loophole: Environmental Compensation as a Strategy
A groundbreaking study published in Cybergeo in 2026 reveals how Brazil’s Rural Environmental Registry (CAR)—a digital platform designed to monitor environmental compliance—has been co-opted by agribusiness interests. Analyzing data from western Bahia, researchers found that compensation of Legal Reserves (RLs) is extensively used by large-scale farmers, often involving long-distance transfers that displace conservation obligations eastward .
The findings are troubling: approximately 35% of compensations likely violate the Forest Code by regularizing properties not legally authorized to use this mechanism . Compensated RLs frequently overlap with traditional community lands, generating conflict, and the mechanism demonstrates remarkable instability—with compensated areas regularly declassified to accommodate agricultural expansion.
The researchers argue that the CAR system embodies “biased transparency”—offering unprecedented visibility of agribusiness environmental behavior while obscuring crucial compensation linkages . This selective transparency enables large-scale farmers to use compensation strategically, facilitating legalized deforestation while projecting an image of environmental compliance to international markets.
Industry Response and Market Pressures
Brazil’s agricultural sector is acutely aware of its reputation. In early 2026, Aprosoja-MT, the soy and corn producers’ association for Mato Grosso, hosted international journalists to showcase sustainability efforts. Farmers point to strict limits under the Forest Code: those in the Amazon biome can farm only 20% of their land, preserving 80% as native forest, while those in the Cerrado must preserve between 20% and 35% . No-till farming, preservation corridors, and legal compliance are cited as evidence of the sector’s commitment.
“There’s a mismatch between international perceptions and reality on the ground,” argues Daniel Vargas, an economics professor at Fundação Getulio Vargas . Brazilian soybeans have an average carbon footprint more than five times larger than U.S. beans according to some methodologies, but this is largely driven by assumptions about historical land use change. When deforestation is excluded from calculations, Brazilian beans become competitive—or even cleaner—than their competitors .
Yet analysts warn that progress is fragile. The soy moratorium, a voluntary agreement that since 2006 had seen major traders avoid purchasing from deforested areas, was dealt a significant blow in January 2026 when the Brazilian Association of Vegetable Oil Industries (ABIOVE) withdrew following Mato Grosso’s decision to end a tax incentive for participants . A preliminary study from the Amazon Environmental Research Institute estimates this could lead to a 30% increase in deforestation by 2045 .
Lisa Rausch, lead scientist at the University of Wisconsin’s GLUE lab, warns that individual company commitments “won’t have the same effect that the moratorium did,” sending a “messier signal” to the sector .
Policy Responses and Legislative Action
At the state level, policymakers are grappling with how to balance agricultural development and conservation. In Minas Gerais, the Legislative Assembly advanced a bill in March 2026 to create a State Policy for Cerrado Protection and Sustainable Development . The proposal mandates that alternative land use in the biome be conditioned on technical projects preserving at least 2% of native vegetation, with compensation through ecological corridors.
While environmentalists note that this falls short of original goals—which included zero illegal deforestation within a decade—the bill represents a rare legislative attempt to address Cerrado conservation . The proposal emphasizes the protection of traditional populations and recognizes the biome’s role in water security and climate stability.
At the federal level, President Lula has pledged to end Amazon deforestation by 2030, but the Cerrado lacks comparable visibility . International initiatives offer some hope: the Responsible Commodities Facility, with support from Rabobank and British supermarkets, provides favorable loans to Cerrado soy farmers who commit to preserving more native vegetation than legally required . For the 2025/2026 growing season, the program has €60 million available, supporting approximately 280 farming businesses and preserving around 90,000 hectares .
Similarly, the Cerrado das Águas Consortium has brought together companies including Nescafé, Nespresso, Lavazza, and most recently Fondazione Ernesto Illy to promote water resilience and regenerative agriculture in the Cerrado Mineiro . Their “Regenerative Landscape” project aims to transition 20,000 hectares by 2030, creating ecological corridors that connect conservation and agriculture .
The Global Connection: Britain’s Ghost Footprint
For consumers far from Brazil, the Cerrado’s fate may seem distant. Yet it connects directly to dinner plates across the globe. The UK imports millions of tonnes of soy annually, with around 90 percent going to livestock feed for poultry and pigs . Investigations by Mighty Earth show that major global traders supplying UK and European markets continue to source from areas linked to Cerrado destruction, despite repeated sustainability commitments .
Philip Fearnside, a research professor at Brazil’s National Institute for Amazonia Research, explains why voluntary pledges have fallen short: “Most soy expansion in the Amazon and the Cerrado occurs not through direct forest clearing, but by converting existing cattle pastures into soy plantations… ranchers often use the proceeds to purchase much larger, cheaper tracts of rainforest deeper in the Amazon, indirectly driving further deforestation” . These indirect impacts have largely escaped monitoring and certification schemes.
The British Forest Risk Commodity Regulation, designed to address such issues, has yet to come into force. And because it only targets illegal clearing, vast areas of legally converted—yet ecologically devastating—land remain unprotected . The soy required for animal feed creates a “ghost footprint,” invisible in labels but devastating in reality.
Pathways Forward
The Nature Conservation review outlines urgent pathways to address the Cerrado crisis: increasing Conservation Units and Indigenous lands, valuing regenerative economies, expanding protected areas, and strengthening territorial and climate governance . It calls for repositioning the Cerrado at the center of conservation, climate, and sustainable development discussions.
For international consumers and companies, the path forward requires recognizing that forests alone are not enough. Grasslands and savannas—the “invisible” ecosystems—demand equal protection. The EU’s forthcoming regulations against deforestation-linked imports must expand their scope to encompass all native vegetation, not just trees.
As Fearnside warns, “Current practices are pushing the global climate toward tipping points that, if crossed, would be devastating not only for Brazil, but for the world. Avoiding this outcome requires more than protecting forests alone: it means ending the clearing of the Cerrado and the Amazon and rapidly ending the use of fossil fuels” .
The Cerrado’s fate is not sealed. With strengthened enforcement, expanded protected areas, recognition of Indigenous territories, and supply chain transparency, the “inverted forest” can survive. But it requires seeing value in landscapes that don’t conform to romantic notions of wilderness—in the tangled roots, the open grasslands, and the communities that have stewarded them for generations.
For Britain, for Europe, for the world, the choice is simple. The Cerrado isn’t a distant problem. Its fate connects directly to our imports, our diets, and our daily choices. Climate responsibility starts long before the shoreline, in our kitchens, on our plates, and through the choices we make every day .