Environmental crime stretches across supply chains all over the world. However, some sectors and commodities are at particularly high risk of exposure to crimes such as deforestation and land conversion, illegal mining, and the illegal wildlife trade. One of the most prominent ways financial institutions can be exposed to environmental crimes is through financing commodity production. Consequently, this page outlines the specific source commodities that drive environmental crimes and their associated end-use products to help financial institutions identify high-risk sectors. This list is indicative and not exhaustive.

Deforestation and Land Conversion Risk

In 2024, the world lost 6.7 million hectares of primary rainforest in the tropics. While wildfires have driven the recent accelerations in forest loss, agriculture remains the second largest driver, with the spatial demands for soy and cattle farming leading to ongoing land conversion from forest to agricultural land.

Alongside cattle and soy, a range of global commodities – palm, timber, coffee, cocoa, rubber, and minerals – also contribute extensively to land conversion and deforestation. While the relative risk profile of each commodity differs across regions, particularly at the extraction stage, these commodities are used to make diverse products, flowing into sectors which financial institutions are exposed to across the breadth of the world. This page provides further detail on each of these commodities and their associated end-use products and sectors.

For the specific risk intersection of countries and commodities, and how these apply to particular financial crimes along the value chain, see also the Risk Assessment.

Key Commodities

Cattle

Cattle – in high demand globally as a source of beef and leather – is a primary driver of land conversion, particularly in Brazil (where it accounts for 72% of the country’s forest loss). Brazil accounted for 48% of this, followed by Paraguay (9%) and Colombia (5%). Globally, around 40% of deforestation can be attributed to livestock grazing (and this figure does not consider the additional land converted to soy plantations driven by demand for soy-based livestock feed).  

High-risk products and sectors
Sector
Product(s)
Food consumption and processing
Beef (fresh, frozen, and processed)
Automotive
Raw and finished leather
Fashion
Raw and finished leather
Furniture
Raw and finished leather
Palm Oil

Oil palm is a popular crop owing to its 25-30-year economic lifespan, relatively low labour requirements, and comparatively high income-generating abilities compared to subsistence food crops. While the oil palm is an efficient crop which can produce high quantities of oil over small areas of land, the sheer scale of demand for palm oil – found in nearly 50% of all packaged products in supermarkets – means that it presents a significant deforestation risk. In Southeast Asia in particular, land is cleared to make way for plantations that include both oil palm crops and processing mills, and some studies indicate that half of new palm oil plantations in Indonesia and Malaysia replace forests. Furthermore, this deforestation is very much market-driven, with annual peaks in forest loss due to the establishment of palm oil plantations corresponding with palm oil price peaks.

High-risk products and sectors
Sector
Product(s)
Food consumption and processing
Palm oil
Energy and electricity
Palm oil, palm kernel meal
Cosmetics and detergent
Palm kernel oil
Industrial manufacturing
Palm kernel oil
Animal agriculture
Palm kernel meal
Soy

Soy-based products – from beans to oil to lecithin – are used widely across the world. While most commonly associated with foods such as tofu and soy sauce, soy beans are also used extensively for agricultural production, particularly in South America. Indeed, almost all (approximately 97%) land converted for soy production is in this region (predominantly across Brazil, Argentina, Bolivia, and Paraguay). Today, global production is over 13 times higher than in the early 1960s and has doubled since the year 2000, currently standing at around 350 million tonnes per year.

Around 77% of this is used as livestock feed, for poultry, pigs and aquaculture. Research also suggests that as soy production expands into former pastureland, it displaces livestock grazing into forested areas, contributing to further deforestation. As a result, some forest areas converted to cattle pasture may not reflect direct demand for beef or dairy, but rather indirect displacement caused by soy cultivation. At the same time, soy expansion is itself driven by the demand for livestock feed, highlighting a cyclical relationship between the two.

High-risk products and sectors
Sector
Product(s)
Food consumption and processing
Soy sauce, soy lecithin*, tempeh, tofu, soy flour, soy milk, textured vegetable protein, edamame
Animal agriculture
Soy meal (for poultry, eggs, dairy, beef, pork)
Cosmetics
Soy oil, soy lecithin
Textiles, paints, and industrial
Soy lecithin
Biofuels
Soy oil
Cocoa

Cocoa bean production has risen steadily over the last century, particularly as global incomes have risen, increasing widespread access to cocoa-based goods such as chocolate. In 1961, the world produced around 1.2 million tonnes of cocoa beans; by 2023, this had increased nearly five-fold to 5.6 million tonnes.

Although cocoa is produced in 62 countries across the world, the majority (65%) is from Africa. followed by Indonesia (17%). Research suggests that cocoa cultivation is an underlying driver of over 37% of forest loss in protected areas in Côte d’Ivoire and up to 40% in Ghana. Cocoa-driven deforestation in West Africa is exacerbated because the associated agricultural activity damages the soil, so farmers may expand to new areas, freshly converting land in the hope of greater productivity and yields.

High-risk products and sectors
Sector
Product(s)
Food consumption and processing
Cocoa liquor or paste, cocoa butter, cocoa powder, cocoa pulp
Beverages
Cocoa pulp
Animal agriculture
Cocoa pod husks and bean shells
Rubber

Rubber is an elastic, resilient material that can be used in various contexts. Natural rubber (rather than synthetically produced from petroleum byproducts) is derived from the rubber tree, which is now predominantly grown in Southeast Asia, which accounts for over 90% of global production (although native to Brazil and the Guianas, South American rubber trees often suffer from a fungal leaf blight). The remainder comes from South and Central America and Central Africa.

High-risk products and sectors
Sector
Product(s)
Medical and healthcare
Latex gloves
Consumer good
Rubber balls, balloons, boots
Automotive and transport
Tyres
Industrial and engineering
Seals, hoses, belts, machinery
Coffee

Traditionally, coffee beans were grown in the shades of taller trees. However, the huge increase in demand for coffee has transformed more and more production from shade to sun grown coffee, meaning trees are cut down to make way for coffee plantations. With the world consuming over 10 million tonnes of coffee a year, the coffee industry is contributing significantly to deforestation.

Forest loss and land conversion from coffee production occurs predominantly in Indonesia, Brazil, Madagascar, Peru, Colombia, and Vietnam. Coffee plants become less productive as they age, producing fewer berries (the seeds of which are the ‘beans’), which further incentivises farmers to convert more land for the purpose of planting new, more productive trees.

Timber

The timber sector covers trees harvested to produce, among other things, sawn-wood, plywood, particleboard, furniture, fuelwood, pulp, and paper. Existing forest can be cleared to make way for monoculture plantations, or trees can be felled and sold for timber and associated products (like wood pellets, derived from forests in West Africa and used to heat low-carbon boilers in homes across Europe). Globally, there has been a shift in the sector over the past couple of decades away from wood being felled from natural forests towards land clearing for the purpose of cultivating monoculture plantations. Although paper consumption in North America and Europe has decreased since the early 1990s, given the rise in digital communication, demand across Asian market continues to rise.   

High-risk products and sectors
Sector
Product(s)
Construction and building
Solid wood, laminate, parquet blocks, window frames, doors, skirting, decking, garden buildings, telegraph poles, fencing, boat building, railway sleepers, tool handles
Furniture
Flat-pack furniture (softwood, plywood, laminate), luxury hardwood furniture, high-end items from valuable species (e.g. mahogany, rosewood)
Energy and fuel
Wood pellets, timber
Paper and packaging
Paper products (magazines, books, stationery, office paper, packaging, tissues, labels, wet wipes)
Handicrafts and decorative arts
Ornaments, artisanal goods, luxury crafts
Minerals

Mining is currently considered to be the fourth largest driver of deforestation worldwide, and an accelerating contributor: more than 35% of all mining-related deforestation in tropical forests from the past two decades has occurred in the last five years. In some areas, like Suriname and Guyana, hard commodities like minerals have overtaken soft commodities like cattle and agriculture as the leading cause of deforestation.

While demand for minerals essential to green technologies – such as electric vehicles and renewable energy infrastructure – is rising, 71% of global direct mining-related deforestation can still be traced to just two mineral commodities: coal and gold. Other key commodities linked to forest loss include aluminium (from bauxite ore), iron, copper, cobalt, nickel, and the rare earth metals. For instance, copper extraction has led to forest loss in countries including Indonesia, Papua New Guinea and Subsaharan Africa. In the Democratic Republic of the Congo, cobalt mining – often occurring alongside other extractive activities – has contributed to significant deforestation across the Congo Basin. Rare earth mining, notably in Myanmar, has rapidly expanded into forested areas, with thousands of new sites developed in recent years. Meanwhile, nickel mining in Indonesia, especially on the island of Sulawesi, has resulted in the clearance of vast forest areas to access shallow but widespread deposits – a trend expected to accelerate with rising global demand.

High-risk products and sectors
Sector
Product(s)
Electronics and consumer tech
Gold – connectors in computers, tablets, TVs, printers, gaming consoles, modems, smartphones
Rare earths – magnets, TVs
Cobalt – magnets
Nickel – EV batteries
Jewellery
Gold
Energy
Coal – fuel
Copper – for power generation (solar, wind, hydro)
Rare earths – wind turbines
Nickel – EV batteries
Construction and infrastructure
Copper – wiring, roofing, plumbing; Iron ore – steel for construction
Bauxite – cement, aluminium
Nickel – stainless steel
Transport and automotive
Iron ore – for steel in cars, trains, ships, etc.
Copper – car wiring & parts
Cobalt – batteries, airbags
Nickel – batteries, stainless steel
Appliance and machinery
Iron ore – ovens, fridges, washing machines
Copper – electrical wiring, industrial machinery
Bauxite – abrasives, chemicals

Nickel – stainless steel
Agriculture
Iron ore – fertilisers, animal feed
Bauxite – chemicals
Medical
Rare earths – X-rays
Cobalt – airbags, medical magnets

Illegal Mining

According to INTERPOL, illegal mining alone generates up to $48 billion USD a year in criminal proceeds. When accounting for associated crimes such as tax evasion and money laundering, the actual losses from illegal mining are likely to be much higher – and this is even before the costs of loss of livelihoods, ecosystem services, and ecosystem regeneration are factored into the equation. Financial institutions can be exposed to illegal mining directly and indirectly through a variety of business activities and third-party relationships along the value chain in high-risk sectors, rendering the global financial system vulnerable to the proceeds of this damaging environmental crime.

While mining products are highly diverse, this toolkit currently focuses on copper, cobalt, nickel, gold, coltan, and the rare earth elements. This page provides further detail on each of these commodities and their associated end-use products and sectors.
For the specific risk intersection of countries and commodities, and how these apply to particular financial crimes along the value chain, see also the Risk Assessment.

Key Commodities

Copper

Copper is a key mineral used in renewable energy systems across the world to generate power from ‘clean’ sources of energy like solar, hydro, thermal, and wind energy and to help the world transition away from fossil fuels. With indications that not enough copper is currently being mined to meet the requirements of the transition to low-carbon energy sources, burgeoning demand and prices is incentivising illegal as well as legal miners. Indeed, illegal copper mining has risen in the Amazon as illicit gold miners diversify their income streams, and across Zambia’s Copperbelt, where organised crime groups’ involvement is common.

High-risk products and sectors
Cattle
Sector
Product(s)
Electronics
Copper wiring, cables, connectors, circuit boards, motors, transformers, generators, data centre infrastructure
Building and construction
Plumbing fixtures, roofing, piping, HVAC systems, sinks, architectural cladding
Transportation and machinery
Automotive wiring, brake lines, radiators, industrial machinery components
Consumer and decorative goods
Kitchen sinks, sculptures, musical instruments, decorative railings, jewellery
Cobalt

Cobalt, a key component in batteries, is most commonly mined in Sub-Saharan Africa. Approximately 150,000 to 200,000 artisanal miners are involved in cobalt mining worldwide, with another million people dependent on this income. The Democratic Republic of Congo possesses half of the world’s cobalt reserves (four million tonnes, as of 2022), and currently accounts for around 70% of global production. The high incidence of associated forced and child labour in the country when it comes to mining this key mineral has led commentators to coin the term ‘blood cobalt’.

High-risk products and sectors
Sector
Product(s)
Battery and energy storage
Lithium-ion batteries for electric vehicles, power tools, and other energy storage systems
Magnetic and electrochemical devices
Magnets, sensors, catalysts
Rare earth Elements

The 17 metallic elements which power magnets used in wind turbines and electric vehicles have been associated with human rights abuses in many jurisdictions, particularly in southeast Asia. For example, a six-month-long investigation by Global Witness of satellite imagery and local community interviews revealed that the number of rare earth mines in Myanmar’s Kachin state had expanded from just a handful in 2016 to over 2,700 spanning almost 300 separate locations by March 2022. While the rare earth elements are, in reality, fairly abundant, they are generally difficult to extract and refine, requiring environmentally damaging processes that often leave behind toxic waste in mining communities.

High-risk products and sectors
Sector
Product(s)
Electronics
Phosphors in displays, optical glass, fibre-optics, electronics components
Defence and aerospace
High-strength magnets, sensors, lasers, radar systems
Energy
Magnets for EV motors and wind turbines, batteries, capacitors
Medical
Imaging equipment, lasers for medical applications
Nickel

Used in lithium-ion batteries in electric vehicles, global demand for nickel has surged in the past decade. However, nickel mining has also been linked to serious issues of environmental pollution, greenhouse gas emissions, labour rights violations, and Indigenous land rights violations. In the Philippines, for example, reports have revealed failings to adequately consult local communities and obtain consent from Indigenous Peoples about nickel mining projects which have left deforestation, metal contamination and health problems in the provinces of Zambales and Palawan, raising supply chain concerns for global companies sourcing nickel from this region.

High-risk products and sectors
Sector
Product(s)
Construction and buildings
Stainless steel and alloys
Battery and EV technology
Lithium-ion battery cathodes for electric vehicles and energy storage
Energy
Wind turbine components, power plant equipment
Gold

While gold has been a desirable commodity for centuries, its steady price rise combined with relatively low barriers to entry means that gold mining is attracting growing interest from both legal and illegal actors all over the world. Over a fifth of the world’s supply of gold is produced by the artisanal and small-scale sector, providing vital income for over 20 million workers worldwide. However, the gold supply chain is complex (involving many participants), opaque, often informal, and can easily stray into illegality. Indeed, the gold mining industry – from small to large scale – is rife with allegations of child and forced labour, sexual harassment and abuse, environmental destruction, money laundering, and drugs and weapons trafficking, with the Amazon and West Africa particularly notable hotspots for illegal gold mining.

High-risk products and sectors
Sector
Product(s)
Currency
Coinage, bars, bullion
Jewellery
Rings, bracelets, necklaces, luxury watches
Electronics
Connectors, contacts, chips, circuit boards in smartphones, computers, servers
Other industrial uses
Coatings for corrosion resistance; select aerospace/electronic components
Coltan

As a crucial ingredient in modern technological devices such as mobile phones, laptops, and cars, the coltan (short for columbite-tantalum) industry is growing steadily. In the Democratic Republic of the Congo, due to a combination of the state’s inability to access and supervise all deposit sites and the high price of coltan on foreign markets, there is also extensive illegal coltan mining. Consequently, armed and criminal groups can extract coltan deposits outside of state control, utilising corrupt middlemen to trade in and profit from the legitimate commodity market. In other parts of the world, such as in the Amazon, there are also growing reports of illegal extraction. However, coltan mining has been associated with rampant environmental degradation and human rights abuses, most notably in the DRC.

High-risk products and sectors
Sector
Product(s)
Consumer electronics
Capacitors in smartphones, laptops, gaming consoles, tablets
Aerospace, military, and automotive
Jey engine components, satellite systems, airbags, ignition modules
Medical
Surgical tools, prosthetics

Illegal Wildlife Trade

The Illegal Wildlife Trade (IWT) affects thousands of species of animals and plants across more than 160 countries and territories. According to INTERPOL, the black market for illegal wildlife products is worth up to US$20 billion per year, and the loss of resources due to IWT is estimated by researchers to range from US$48-153 billion, though the illicit nature of the trade makes it difficult to accurately assess.

While obtaining, processing, and consuming plant and animal matter is often legal, concerns with overexploitation have led to an increasing raft of national and international laws that regulate and protect certain species and their use. However, ongoing demand for these products has fostered a lucrative illegal trade in wildlife, which is now considered among the most profitable illegal industries in the world. Currently, over 40,900 species are protected by CITES – the Convention that governs the trade in endangered wildlife. CITES covers well-known species such as tigers, sharks, rhinos and elephants, as well as plants such as orchids and cacti. The vast and diversified demand for endangered wildlife means that export, transit, and import operations take place – both legally and illegally – all over the world.

This page provides further detail on some key wildlife commodities and their associated end-use products and sectors. For the specific risk intersection of countries and commodities, and how these apply to particular financial crimes along the value chain, see also the Risk Assessment. This page’s contents provide an indicative rather than exhaustive account of illegal wildlife trade risks, focussing on high-value endangered species based on seizure data.

Key Commodities

IWT encompasses an enormously diverse array of commodities, such as elephant ivory for decorations, reptile skins for high fashion, leopard cubs and parrots for exotic pets, rosewood for furniture, orchids and cacti for ornamental plants, and sturgeon for caviar. While high-profile, charismatic species such as elephants, rhinos, tigers, and pangolins tend to dominate public concern and understanding of IWT, corals and plants such as rosewood and cedars are accounting for increasing proportions of seizure statistics. Elephant and rhino seizures have, comparatively, declined significantly over the past five to ten years.

species group
Illegal wildlife seizure records, by species group
the illegal wildlife trade
Overall key high-risk industries for the illegal wildlife trade
Fauna
High-risk products and sectors
Sector
Product(s)
Luxury goods and antiques
Elephants (ivory carvings), rhinos (horn carvings)
Medical
Tigers (bones, parts), rhinos (horn), bears (bile), pangolins (scales)
Food and restaurants
Primates (bushmeat), pangolins (bushmeat), sharks (fin soup), sturgeon (caviar)
Flora
High-risk products and sectors
Sector
Product(s)
Furniture and construction
Rosewood (logs/planks), agarwood/oud (fragrance wood/oil), cedar (logs/plants), mahogany (logs/planks), ebony (logs/planks)
Medical
Orchids, cacti (extracts), ginseng, costus root
Ornamental horticulture
Wild orchids, cycads, cacti, bonsai trees
Miscellaneous
Timber illegally sourced for paper, packaging, charcoal
Geographic/ jurisdictional indicators
Sectoral indicators
Financial transactions & services indicators
Client profile indicators
Transportation & trade-based money laundering indicators
Corruption indicators
Human rights indicators
Reporting regulatory requirements & best practices for FIs

The Environmental Crimes Financial Toolkit is developed by WWF and Themis, with support from the Climate Solutions Partnership (CSP). The CSP is a philanthropic collaboration between HSBC, WRI and WWF, with a global network of local partners, aiming at scaling up innovative nature-based solutions, and supporting the transition of the energy sector to renewables in Asia, by combining our resources, knowledge, and insight.

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