The article warns that true recovery needs native ecosystems, not just more trees.

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• China and India have launched some of the world’s largest afforestation and ecological-restoration efforts, but their approaches differ sharply in scale, governance and history.

• China’s model is centrally planned and enforcement-heavy, combining pollution controls, industrial upgrades, transport restrictions and massive tree-planting programmes that have visibly increased vegetation and improved air quality.

• India’s afforestation story is longer and more contested, shaped by colonial plantation forestry, modern restoration pledges and ongoing criticism that official “forest” counts often include monocultures, orchards and bamboo rather than biodiverse ecosystems.

• The shared lesson is that planting trees is not enough: real ecological success depends on protecting old-growth forests, restoring native ecosystems and supporting the communities that rely on them.

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JUNE 2026

China and India, the world's two most populous nations, have each staked enormous claims on the future of the planet's forests. 

Both countries carry historical baggage from decades of industrialisation, deforestation, and land-use change, and both have responded with some of the largest tree-planting and ecological-restoration campaigns ever attempted. 

Yet the two stories diverge in important ways, in scale, in method, and in the lessons each offers about what "greening" actually means. 

Comparing them reveals not just two different policy toolkits, but two different philosophies about the relationship between economic growth, state power, and the natural world.

From Bicycles to Smog: China's Environmental Reckoning

China was once known as the "Kingdom of Bicycles," a nickname earned when a bicycle, alongside a wristwatch and a sewing machine, was one of the "three rounds" every household aspired to own. 

As China industrialised and shifted from bicycles to automobiles and combustion engines, it became the world's largest producer and consumer of vehicles, and inherited the environmental consequences that came with it. 

Beijing, in particular, became a global byword for smog and hazardous air quality, as a fast-growing population, rising vehicle ownership, and rapid economic expansion combined to place immense pressure on the capital's ecology.

“  The turnaround has been striking. 

Since 2013, Beijing has cut fine particulate pollution by 64% and sulphur dioxide emissions by 89%, according to the World Economic Forum, transforming the city into something of a model for other rapidly industrialising cities, particularly in South Asia, grappling with similar problems. 

A United Nations report credits much of this to a "coal-to-gas" policy adopted in 2005, which had cut coal combustion by nearly 11 million tonnes by 2017, alongside continuous renovation of high-efficiency treatment facilities and the enforcement of ultra-low emission standards. 

Notably, even as the number of vehicles on Beijing's roads tripled over two decades, total pollutant emissions fell, evidence that regulation and technology, not merely reduced activity, drove the improvement.

This turnaround did not rest on air-quality regulation alone; it was embedded in a much broader ecological strategy that includes one of the most ambitious afforestation programmes in human history.

China's Afforestation Machine

China's approach to greening has been characterised by scale, central coordination, and aggressive enforcement. 

On the industrial side, authorities closed or relocated thousands of highly polluting factories and power plants, pushed a shift toward natural gas, solar, and wind, and enforced ultra-low emission standards. 

In transportation, Beijing restricted the number of vehicles permitted in cities, tightened emission standards, and invested heavily in subways and electric bus fleets. 

At the household level, subsidy programmes replaced millions of coal stoves with electric or gas heaters, while farmers were given incentives to incorporate crop residue into soil rather than burn it, sharply cutting agricultural fires.

Enforcement has been unusually muscular by global standards. 

China deployed satellite technology to monitor pollution sources around the clock, penalised local officials for non-compliance, and introduced pollutant discharge permits and environmental taxes.

“  Layered on top of this is a vast tree-planting campaign. 

Since the 18th National Congress of the Communist Party of China in 2012, the country has afforested more than 66,667 square kilometres of land annually. 

In 2020 alone, artificial afforestation covered roughly 28,900 square kilometres, contributing to a total afforestation area of 67,700 square kilometres that year. 

China's forest coverage rate was projected to reach 24.1% by 2025 under its 14th Five-Year Plan. 

More recent figures show the pace continuing: one national report found that 3.83 million hectares of trees were planted in a single year, alongside treatment of 3.21 million hectares of degraded grassland, pushing national forest coverage to around 24%, or roughly 231 million hectares, with grassland covering a further 265 million hectares. 

Nearly 100,000 kilometres of highway greening and an 87% greening rate along railway lines were completed in that period, while 18.8 million hectares of desertification control were finished over the preceding decade, a figure closely tied to the long-running Three-North Shelter Forest Program, sometimes called China's "Great Green Wall," 

It aims to hold back desert encroachment in the country's north.

The results are visible from orbit. Satellite-based research by NASA found that China and India together are driving the increase in global vegetated land, 

China alone accounting for roughly a quarter of the net increase in the planet's green leaf area despite holding only 6.6% of the world's vegetated land. 

A separate remote-sensing study tracking forest change in China between 2000 and 2016 found a net increase in forest area of over 441,000 square kilometres, equivalent to about 4.6% of China's entire land territory, or roughly the size of Thailand, even after accounting for forest losses concentrated in the south and northeast.

“  Yet scale is not the same as ecological integrity. 

Much of China's afforestation, like India's, has relied on fast-growing monocultures rather than diverse native forest, a trade-off that recurs throughout the global afforestation story and that China shares with its southern neighbour.

India's Longer, More Contested History

India's engagement with plantation forestry stretches back more than two centuries, offering a far longer, and more cautionary, record than China's. 

Under the East India Company and later direct Crown rule, Britain required immense quantities of timber to build railways and ships to move the cotton, rubber, and tea it extracted from India. 

The Indian Forest Act of 1865 turned forests containing valuable species like teak, sal, and deodar into state property, and colonial authorities restricted local communities' rights to harvest even grass, bamboo, or graze cattle, provoking retaliatory forest-burning by aggrieved villagers.

Colonial foresters aggressively expanded plantations of teak, which displaced pristine grasslands and open scrub forest, while introducing exotic species that had never evolved in India: eucalyptus from around 1790, European and North American pines across the Himalayan region, and Australian acacia for timber, fodder, and fuel. 

One of these, wattle (Acacia mearnsii), introduced in the Nilgiris in 1861, has since become invasive across the grasslands of the Western Ghats, a globally significant biodiversity hotspot. 

Pine plantations displaced native oak across much of the Himalayas, while teak displaced sal in central India, both species valued by local communities for fuel, fodder, fertiliser, medicine, and oil, meaning their loss, alongside the loss of grazing land, impoverished many.

“  Modern India has not fully escaped this pattern. 

The country has pledged to restore about 21 million hectares of forest by 2030 under the Bonn Challenge, and a 2018 progress report by the Indian government and the International Union for Conservation of Nature claimed roughly 10 million hectares were already under restoration. 

India's national forest policy targets tree cover across 33% of the country's area, but critics note that many schemes still rely on fast-growing single-species plantations of eucalyptus or bamboo. 

They are sometimes planted directly into grasslands and other naturally low-tree-cover ecosystems, harming the rural and indigenous communities who depend on them for grazing and produce.

More recent data suggests India's forest accounting has grown more sophisticated even as old tensions persist. 

The 2025 Global Forest Resources Assessment ranked India ninth globally in total forest area and found India had achieved a net forest gain between 1990 and 2025, with afforestation outweighing losses. 

India now contributes 9% of global wood removals, ranking second worldwide, and, together with Indonesia, accounts for nearly all of Asia's roughly 39.3 million hectares of agroforestry area, representing about 70% of the global total. 

“  India's official definition of "forest" still includes single-species plantations, orchards, and even bamboo

India's Green India Mission, launched in 2014, aims to expand forest and tree cover by 5 million hectares and improve degraded cover on a further 5 million hectares. 

Yet critics point out that India's official definition of "forest" still includes single-species plantations, orchards, and even bamboo, technically a grass.

It means biennial forest surveys cannot reliably distinguish genuine ecological restoration from the mere presence of tree cover, nor detect where exotic plantation species have quietly invaded natural grasslands.

Community-Led Alternatives on Both Sides

Both countries offer counter-examples showing that community control, rather than top-down mandates alone, can produce more durable results. 

In India, the Forest Rights Act of 2006 empowered village assemblies (Gram Sabhas) to manage forests once held under traditional use. 

Several assemblies in Gadchiroli, in central India, have restored degraded forest and built a sustainable economy around tendu leaves used to wrap bidi tobacco. 

In the Kachchh grasslands of western India, communities successfully restored land by removing "gando bawal" (the "mad tree"), an invasive species first introduced by British foresters in the late nineteenth century. 

A more recent example is Vijayapura, once one of India's driest districts, where the community-led Koti Vruksha Abhiyan initiative has planted over 15 million trees since 2016 on 17,000 acres, achieving a survival rate of 95–98% and lifting forest cover from just 0.17% to over 2%. 

The project revived local water bodies and drew back wildlife including leopards, blackbucks, chinkaras, and more than 280 bird species, while also improving agricultural yields through the return of pollinators.

China's record, meanwhile, is more centrally directed but not without its critics. 

A 2017 National Geographic report linked earlier "grain first" policies, which mandated converting grasslands to cropland, to reduced grass coverage and accelerated desertification, compounded by population pressure exceeding the carrying capacity of ecologically sensitive regions. 

Encouragingly, a 2019 study in Nature Sustainability found that despite this legacy, more recent policy shifts had produced a net increase in China's vegetated land overall.

Two Models, One Shared Lesson

The comparison suggests that China and India have pursued afforestation through markedly different political systems, yet arrived at strikingly similar cautionary lessons. 

China's campaign is centrally planned, enormous in scale, and backed by aggressive enforcement, closing factories, monitoring emissions by satellite, and afforesting tens of thousands of square kilometres annually. 

It has delivered measurable gains in both air quality and vegetated land. 

India's effort is more fragmented, shaped by a much longer and more contested colonial history of plantation forestry, and increasingly supplemented by community-led restoration that appears more attentive to biodiversity and local livelihoods than large state-run schemes.

Experts on both sides converge on the same warning: tree cover is not a proxy for ecological health. 

As conservation scientist Abi Vanak has argued, old-growth forests are more diverse, resilient, and better at storing carbon than new plantations, 

Preventing the loss of existing forest should take priority over compensatory planting elsewhere. 

Environmentalist Pradip Krishen has similarly argued that mass tree-planting campaigns need a genuine grounding in ecological restoration to achieve any lasting repair, rather than becoming, in his words, exercises done merely "for the sake of the name.

" Whether in Beijing's shelterbelts or Uttar Pradesh's sapling drives, the deeper measure of success, for both nations, lies not in how many trees are planted, but in whether ecosystems, and the people who depend on them, are genuinely restored.