Deforestation is the permanent removal of forest cover and its conversion to another land use such as agriculture, mining, or urban development. Between 2015 and 2025, the world lost approximately 10.9 million hectares of forest every year — an area roughly the size of Iceland — according to the UN Food and Agriculture Organization's Global Forest Resources Assessment 2025. Whilst this represents a decline from the 17.6 million hectares lost annually during the 1990s, tropical primary forests — the planet's most biodiverse and carbon-rich ecosystems — reached record-breaking destruction levels in 2024.
Deforestation differs from forest degradation, which reduces a forest's quality without removing cover entirely. Think of deforestation as demolishing a house and building a car park, whilst degradation is more like a house suffering from years of neglected maintenance — the structure remains but its functionality declines. This distinction matters because degraded forests retain some ecological function and may recover through restoration, whereas permanently converted land loses its forest characteristics for decades or centuries.
Key Takeaway
Tropical primary forests disappeared at 6.7 million hectares in 2024 — nearly double the 2023 rate. Fires drove approximately 50% of this loss. The UK contributes through its imported deforestation footprint of over 39,300 hectares via beef, soy, and palm oil supply chains.
The scale of contemporary forest loss is staggering. According to Global Forest Watch's 2024 Forest Pulse analysis, tropical primary forest area decreased by 6.7 million hectares in 2024 — equivalent to roughly 18 football pitches cleared every minute. This released an estimated 3.1 gigatonnes of greenhouse gas emissions, comparable to India's total annual fossil fuel emissions. Since 1990, cumulative forest loss amounts to approximately 489 million hectares, with 88% concentrated in tropical regions.
Globally, forests once covered roughly 6 billion hectares — 57% of all habitable land. Today, only 4.14 billion hectares remain, meaning the world has lost one-third of its forests. Whilst overall deforestation rates have declined from historical peaks, current losses leave the world dangerously off-track to meet the Glasgow Leaders' Declaration commitment to halt deforestation by 2030.
6.7M ha
Tropical Forest Lost 2024
Record-breaking annual loss
3.1 Gt
CO₂ Emissions Released
Equal to India's annual output
42%
Brazil's Share of Loss
Largest tropical contributor
39,300 ha
UK Imported Footprint
Larger than the New Forest
Sources: Global Forest Watch Forest Pulse 2024, FAO Global Forest Resources Assessment 2025, WWF UK 2025
Agricultural expansion is the overwhelming dominant driver of deforestation globally, accounting for up to 90% of tropical deforestation and approximately 95% of all permanent tree cover loss from 2001 to 2024. Three commodity groups — cattle ranching, soybean cultivation, and palm oil production — account for the vast majority of agriculture-driven forest loss. Cattle ranching drives deforestation predominantly in South America, where Brazil contains an estimated 234 million head of cattle grazing on converted forest land.
Beyond commodity agriculture, logging (both legal and illegal) facilitates subsequent agricultural expansion through infrastructure development and land tenure disruption. Mining accounts for less than 1% of global tree cover loss but devastates specific regions — in parts of Peru, gold mining comprises 28% of all tree cover loss. Climate feedback loops increasingly intensify the crisis: in 2024, fires became the primary driver of tropical primary forest loss for the first time, accounting for approximately 50% of all losses as intentional clearing burns spiralled out of control in drought-stressed forests.
| Country | 2024 Primary Forest Loss | Primary Driver | Key Trend |
|---|---|---|---|
| Brazil | 42% of all tropical loss | Cattle ranching, fire (60% of loss) | 110% increase over 2023 |
| DRC | 590,000 ha (record) | Subsistence farming, charcoal | Record for 3rd consecutive year |
| Bolivia | 200% increase over 2023 | Cattle ranching (57%), soy, fire | Government subsidised expansion |
| Indonesia | Decreased from 2023 | Palm oil, timber | Fire prevention policies effective |
| Colombia | ~50% increase over 2023 | Cattle, oil palm, illegal mining | Peace process breakdown |
Sources: Global Forest Watch Forest Pulse 2024, World Resources Institute 2025
Deforestation triggers cascading environmental consequences that extend far beyond the loss of trees. Approximately 80% of the world's land-based wildlife and plants inhabit forests, making deforestation the primary driver of terrestrial habitat loss. Forest-dependent raptors listed as Critically Endangered by the IUCN have experienced the most severe forest loss and now retain the least forest cover within their ranges. A comprehensive international study reveals that forests are increasingly dominated by fast-growing species whilst slow-growing specialists face extinction, reducing long-term carbon storage capacity and ecosystem resilience.
Forests store approximately 861 gigatonnes of carbon, and deforestation accounts for roughly 11% of global CO₂ emissions. The Amazon rainforest generates approximately 20% of the world's oxygen and drives precipitation patterns affecting agriculture across South America. Scientists warn that if forest loss exceeds 20–25% of the Amazon biome, it may reach a tipping point and degrade irreversibly into savanna-like grassland. Deforested areas from 2001 to 2023 hold the potential to capture up to 49 gigatonnes of CO₂ through restoration — equivalent to roughly 54% of the remaining carbon budget needed to limit warming to 1.5°C.
Deforestation also disrupts hydrological cycles, accelerates soil erosion, and creates interfaces between human and wildlife populations that elevate zoonotic disease spillover risk. The EU's agricultural sector already loses approximately €28 billion annually from extreme weather worsened by climate change — a figure projected to escalate dramatically as forests continue to diminish as carbon sinks.
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Browse All GuidesDespite covering only 13.5% of land area with woodland, the United Kingdom carries a substantial imported deforestation footprint. Since the Environment Act 2021 became law, the UK's total imported deforestation footprint has exceeded 39,300 hectares — an area larger than the New Forest — through supply chains for beef, soy, palm oil, cocoa, and coffee, according to WWF UK. UK consumers purchasing beef indirectly drive Amazonian deforestation, as Brazil contains more cattle than people — an estimated 234 million head.
The soy supply chain is particularly revealing. Over three-quarters of global soy production becomes animal feed, and the UK imports substantial quantities to feed domestically reared pigs, chickens, and farmed salmon. WWF UK's 2025 soy scorecard found that whilst Sainsbury's and Waitrose lead on deforestation-free feed sourcing, Asda and Iceland score substantially lower, indicating persistent market failures in supply chain accountability.
Domestically, the UK has accumulated a deficit of 36,429 hectares of unplanted woodland over five years against its annual targets, with only 15,700 hectares planted in 2024–25 against a 30,000-hectare goal. Scotland experienced the sharpest decline, planting just 8,470 hectares after a 41% cut to forestry grants. Ancient woodland faces ongoing threats from development, including the HS2 rail project. The Woodland Trust's State of UK Woods and Trees 2025 report also reveals that woodland butterfly populations have declined by 47% since 1990 and woodland bird populations by 37% since 1970.
Common Misconception
"Deforestation only affects tropical countries." In reality, the UK imports deforestation through its consumption of beef, soy, and palm oil. Every kilogram of Brazilian beef or soy-fed chicken purchased in the UK has a hidden forest footprint.
What this means: Addressing deforestation requires both protecting tropical forests and transforming UK supply chains through legislation like Schedule 17 of the Environment Act 2021, which remains unimplemented as of 2026.
Several international frameworks target deforestation, though implementation remains inconsistent. The Glasgow Leaders' Declaration on Forests (COP26, 2021) committed 146 world leaders to halt and reverse deforestation by 2030, yet 17 of the 20 countries with the largest primary forest areas currently experience higher loss than when the declaration was signed. The Kunming-Montreal Global Biodiversity Framework (2022) established deforestation prevention as central to its 23 targets for 2030.
The most ambitious regulatory approach is the EU Deforestation Regulation (EUDR), which prohibits companies from placing seven primary commodities (cattle, cocoa, coffee, palm oil, rubber, soya, and wood) on the EU market unless they can prove these products are deforestation-free. Originally due in December 2025, implementation was delayed to December 2026 for large enterprises and June 2027 for small businesses following industry pushback. REDD+ (Reducing Emissions from Deforestation and forest Degradation) provides a complementary approach through financial incentives for forest protection in developing countries, and forest certification schemes like the Forest Stewardship Council (FSC) raise management standards across certified supply chains.
The UK's own approach remains incomplete. Schedule 17 of the Environment Act 2021 provides powers for forest-risk commodity due diligence requirements, but the secondary legislation needed to activate this regime has not been enacted as of April 2026. The government's Environmental Improvement Plan 2025 acknowledges the urgency but provides no implementation timeline, leaving UK companies without a clear legal duty to verify their supply chains avoid illegally deforested lands.
Addressing deforestation requires action at every scale — from international agreements to individual consumer choices. Research consistently shows that indigenous land rights produce superior conservation outcomes: indigenous peoples comprise 5% of the global population yet steward approximately 28% of global land area containing 80% of the world's remaining biodiversity. An Environmental Defence Fund analysis found that protecting 63.4 million hectares of Brazilian Amazon as indigenous or protected land could substantially curb deforestation from land grabs.
Agroforestry — growing crops alongside trees and shrubs — reduced deforestation across Southeast Asia by an estimated 250,319 hectares annually between 2015 and 2023, preventing 43–74 million tonnes of greenhouse gas emissions yearly. Forest restoration through the Bonn Challenge targets 350 million hectares globally. Research from lowland Ecuador shows tropical forests can recover much biological richness within 30 years, though full species composition recovery takes considerably longer.
Choose Deforestation-Free Products
Look for FSC-certified wood and paper, RSPO-certified palm oil, and sustainably sourced soy. Reducing meat consumption — even by 50% — can cut your land-use footprint by up to 18%.
Support Indigenous Land Rights
Indigenous-managed territories maintain substantially higher forest cover than government-managed protected areas. Support organisations campaigning for legal recognition of indigenous territories.
Advocate for UK Policy Implementation
Schedule 17 of the Environment Act 2021 remains unactivated. Contact your MP to advocate for due diligence legislation on forest-risk commodities. Over 70% of Britons support this action.
Plant and Protect Trees Locally
Support UK woodland creation through the Woodland Carbon Code and England Woodland Creation Offer (up to £10,200/ha plus annual maintenance). Protect existing ancient woodland from development threats.
Invest in Restoration and Agroforestry
Support agroforestry initiatives that reduce farmer pressure on forests. Fund restoration projects through the Bonn Challenge and UN Decade on Ecosystem Restoration.
Forest restoration offers extraordinary potential. Deforested areas from 2001 to 2023 could capture up to 49 gigatonnes of CO₂ through restoration — equivalent to roughly 54% of the remaining carbon budget needed to limit global warming to 1.5°C. Research from lowland Ecuador published in 2026 shows that many organism groups return to near old-growth forest levels within 30 years, with mobile pollinators like bees, birds, and bats showing particularly rapid recovery. However, full species composition recovery takes considerably longer, reaching only approximately 75% of old-growth similarity within three decades.
Within the UK, the England Woodland Creation Offer provides up to £10,200 per hectare for capital costs plus £400 per hectare annual maintenance for 15 years, with additional contributions for nature recovery, water quality, and public access. The government's statutory target to increase England's tree canopy to 16.5% by 2050 requires an additional 167,000 hectares beyond the 2030 interim target. Twelve landscape-scale Nature Recovery Projects covering over 319,480 hectares have received £7.4 million investment, and a £60 million Species Recovery Programme announced in 2026 more than doubles previous funding for threatened species.
However, restoration cannot substitute for protecting existing primary forests. Tree planting is often presented as a simple solution, but primary tropical forests are irreplaceable on any meaningful human timescale — they contain biodiversity, carbon stores, and ecological interactions that secondary forests take centuries to rebuild. The priority must remain protecting what exists whilst simultaneously restoring what has been lost.
How many trees are cut down every year?
Between 2015 and 2025, approximately 10.9 million hectares of forest were lost annually worldwide. In 2024, tropical primary forests alone lost 6.7 million hectares — equivalent to roughly 18 football pitches cleared every minute. This represents a decline from 17.6 million hectares lost per year in the 1990s, but remains dangerously above the rate needed to halt deforestation by 2030.
Does the UK contribute to deforestation?
Yes. Whilst UK woodland has increased slightly to 13.5% of land area, the UK's imported deforestation footprint exceeds 39,300 hectares — larger than the New Forest. This comes through supply chains for beef, soy (used as animal feed), palm oil, cocoa, and coffee. Schedule 17 of the Environment Act 2021 was designed to address this but remains unimplemented.
Can forests grow back after deforestation?
Secondary tropical forests can recover significant biological richness within 30 years, particularly regarding species abundance and diversity. However, full species composition recovery takes much longer, reaching only 75% of old-growth similarity within three decades. Recovery speed depends on prior land use and proximity to intact forest fragments. Primary forests remain irreplaceable on meaningful timescales.
Is palm oil always bad for forests?
Not necessarily. RSPO-certified sustainable palm oil demonstrates 20% lower biodiversity impact from land-use changes compared to non-certified alternatives. Boycotting palm oil entirely can backfire, as alternative oils like soy and rapeseed often require more land to produce equivalent yields. The priority should be demanding certified sustainable sourcing rather than blanket boycotts.
What is the Amazon tipping point?
Scientists warn that if Amazon forest loss exceeds approximately 20–25% of the biome's area, it may lose its capacity to regenerate and degrade permanently into savanna-like grassland. The southern Amazon has already become hotter and drier, with lowered water tables and elevated tree mortality suggesting movement toward this threshold. Deforestation has accounted for roughly 74% of the dry-season rainfall decline observed over the past 35 years.
What is the EU Deforestation Regulation?
The EUDR is landmark legislation requiring companies to prove that seven key commodities — cattle, cocoa, coffee, palm oil, rubber, soya, and wood — entering the EU market were not produced on land deforested after 31 December 2020. It requires geolocation data and deforestation analysis for all supply chain plots. Implementation begins December 2026 for large enterprises.
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Clwyd Probert
Founder of Pixcellence, a conservation and biodiversity resource celebrating wildlife through photography and education. Passionate about making environmental science accessible to everyone.
Sources: FAO Global Forest Resources Assessment 2025, Global Forest Watch Forest Pulse 2024, Woodland Trust State of UK Woods and Trees 2025, WWF UK 2025, UK Government Tree Canopy Target 2025, World Resources Institute EUDR Explainer 2025, Our World in Data, Carbon Brief UK Tree Planting 2025