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Master IELTS Writing Task 2 deforestation prompts. Read Band 6-9 model answers, detailed scoring breakdowns, 15+ high-yield vocabulary terms, and expert tips to avoid common examiner pitfalls.
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Master IELTS Writing Task 2 deforestation prompts. Read Band 6-9 model answers, detailed scoring breakdowns, 15+ high-yield vocabulary terms, and expert tips to avoid common examiner pitfalls.
Some argue that deforestation brings economic benefits to developing nations, while others claim it causes irreversible environmental damage. Discuss both views and give your opinion.
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Deforestation is a big problem in the world today. Some people say it helps the economy, but others think it hurts the environment. This essay will discuss both sides and give my opinion.
On the one hand, cutting down forests can make money for countries. When trees are removed, the land can be used for farming or building factories. This creates jobs for local people who need work. For example, in Brazil, farmers grow soybeans on cleared land and sell them to other countries. This brings foreign currency into the economy. Also, logging companies pay taxes to the government. These taxes can be used to build schools and hospitals. So, deforestation has some good points for economic growth.
On the other hand, deforestation is very bad for nature. Trees are home to many animals and plants. When forests disappear, these animals lose their homes and might become extinct. Also, trees absorb carbon dioxide, which helps fight climate change. If we cut them down, global warming will get worse. Floods and landslides happen more often without tree roots to hold the soil. Scientists warn about these dangers all the time.
In my opinion, the environmental damage is worse than the money we make. Economic benefits are only short-term, but nature destruction lasts forever. Governments should stop cutting trees and find other ways to develop. Sustainable agriculture is better because it protects the environment while still allowing farming. We need to think about the future, not just today.
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Deforestation remains a contentious issue, with supporters highlighting its economic contributions while critics emphasize its ecological devastation. This essay will examine both perspectives before arguing that sustainable alternatives must replace large-scale logging.
Proponents of forest clearance argue that it drives industrial and agricultural expansion. Developing nations often possess vast timber reserves that, when harvested, generate substantial export revenue. This capital funds infrastructure projects such as roads, power grids, and urban housing. In Indonesia, for instance, palm oil plantations established on cleared peatlands have lifted thousands of rural households out of poverty. The timber industry also provides direct employment, offering livelihoods to communities that lack access to formal education or technical training. From a purely financial standpoint, converting forest land into productive assets appears logical.
However, the ecological consequences of deforestation are profound and largely irreversible. Forests function as vital carbon sinks, absorbing approximately 2.6 billion tonnes of CO₂ annually. Removing this natural buffer accelerates global temperature rise and disrupts regional rainfall patterns. Biodiversity loss is equally concerning; tropical rainforests harbor roughly 80% of terrestrial species, and habitat fragmentation pushes countless organisms toward extinction. Soil degradation follows quickly, as exposed topsoil washes away during heavy rains, reducing long-term agricultural viability.
I firmly believe that short-term economic gains cannot justify permanent environmental destruction. While timber and agricultural exports provide immediate financial relief, they deplete the very resources future generations will depend upon. Governments should instead invest in agroforestry, ecotourism, and sustainable timber certification. Protecting forests ultimately secures long-term economic resilience alongside ecological stability.
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The tension between economic development and environmental preservation frequently centres on deforestation. While forest clearance undeniably stimulates short-term economic activity, its long-term ecological costs far outweigh these temporary financial gains, making conservation the only viable path forward.
Advocates of logging and land conversion emphasise that deforestation catalyses immediate economic growth. In resource-rich but capital-poor nations, timber extraction and agricultural expansion generate vital foreign exchange. These revenues finance public services, modernise transport networks, and reduce rural poverty. Madagascar’s vanilla industry, for example, relies on cleared forest margins to establish profitable plantations that employ thousands. Without such land-use conversion, many developing economies would struggle to achieve meaningful GDP growth or attract foreign direct investment. The argument rests on a pragmatic trade-off: sacrificing natural landscapes to meet urgent developmental needs.
Conversely, the environmental ramifications of unchecked deforestation extend far beyond localised damage. Forests regulate global climate systems by sequestering carbon, moderating surface temperatures, and maintaining hydrological cycles. When canopy cover disappears, albedo shifts and evapotranspiration decline, triggering regional droughts and extreme weather events. Furthermore, tropical ecosystems support unparalleled genetic diversity; their fragmentation disrupts pollination networks and food webs, precipitating cascading extinctions. Soil nutrient depletion subsequently renders cleared land agriculturally infertile within decades, negating initial economic benefits.
Ultimately, prioritising immediate financial returns over ecological integrity represents flawed policy-making. True development requires balancing economic objectives with environmental sustainability. Implementing REDD+ frameworks, enforcing strict logging quotas, and promoting agroecological practices allow nations to prosper without compromising planetary health. Economic progress should never require ecological bankruptcy.
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Deforestation sits at the intersection of economic ambition and ecological responsibility. While forest clearance undeniably accelerates short-term capital accumulation in developing economies, its irreversible disruption of climate regulation and biodiversity renders long-term environmental preservation the only defensible policy trajectory.
Proponents of deforestation correctly note that timber extraction and agricultural conversion generate immediate fiscal benefits. Nations lacking diversified industrial bases frequently monetise forest resources to fund critical infrastructure, subsidise healthcare, and create employment. In the Amazon basin, cattle ranching and soybean cultivation have transformed remote territories into economically active zones, integrating marginalised populations into national markets. This land-use transition provides tangible poverty alleviation, offering a pragmatic solution to developmental stagnation where alternative revenue streams remain underdeveloped.
Nevertheless, the ecological externalities of widespread forest removal far eclipse these transient economic advantages. Forests operate as complex biogeochemical systems, sequestering atmospheric carbon, stabilising regional precipitation patterns, and sustaining irreplaceable genetic reservoirs. When canopy cover vanishes, hydrological disruption follows, manifesting as intensified flooding, prolonged droughts, and accelerated soil laterisation. Crucially, the loss of keystone species destabilises entire trophic networks, causing cascading extinctions that permanently diminish ecosystem resilience. Once degraded, tropical soils typically require centuries to regenerate, rendering initial agricultural yields fundamentally unsustainable.
Consequently, policymakers must reject the false dichotomy between development and conservation. Implementing payment-for-ecosystem-services schemes, enforcing stringent forestry certifications, and scaling sustainable agroforestry models enable nations to generate prosperity without ecological liquidation. Economic advancement need not demand environmental sacrifice; rather, it must integrate planetary boundaries into developmental frameworks. Sustainable management, not extraction, constitutes the only viable pathway for enduring national progress.
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| Word/Phrase | Definition | Example Collocation | |---|---|---| | Carbon sinks | Natural reservoirs that absorb CO₂ | vital carbon sinks, natural carbon sinks | | Habitat fragmentation | Breaking continuous habitat into smaller patches | accelerate habitat fragmentation, prevent habitat fragmentation | | Agroforestry | Combining agriculture with tree cultivation | implement sustainable agroforestry, promote agroforestry systems | | Biogeochemical systems | Cycles of chemical elements through biological & geological processes | complex biogeochemical systems, disrupt biogeochemical systems | | Evapotranspiration | Water transfer from land to atmosphere via evaporation & transpiration | decline in evapotranspiration, regulate regional evapotranspiration | | Albedo shifts | Changes in surface reflectivity of sunlight | trigger albedo shifts, monitor albedo shifts | | Ecological externalities | Unpriced environmental impacts of economic activity | account for ecological externalities, mitigate ecological externalities | | Soil laterisation | Tropical soil hardening due to iron/aluminum oxides | accelerate soil laterisation, combat soil laterisation | | Trophic networks | Interconnected feeding relationships in ecosystems | disrupt trophic networks, restore trophic networks | | REDD+ frameworks | UN program reducing emissions from deforestation | implement REDD+ frameworks, fund REDD+ initiatives | | Capital accumulation | Growth of wealth through investment & production | accelerate capital accumulation, sustain capital accumulation | | Developmental stagnation | Prolonged lack of economic progress | overcome developmental stagnation, address developmental stagnation | | Ecological liquidation | Complete depletion of environmental resources | avoid ecological liquidation, prevent ecological liquidation | | Planetary boundaries | Environmental limits within which humanity can operate | respect planetary boundaries, integrate planetary boundaries | | Payment-for-ecosystem-services | Financial incentives for environmental stewardship | design payment-for-ecosystem-services schemes, expand payment-for-ecosystem-services |
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Do I need to agree with one side completely? No. IELTS rewards nuanced positions. You can acknowledge short-term economic benefits while firmly arguing that long-term environmental costs outweigh them. This balanced stance typically scores higher in Task Response.
How specific should my examples be? Examiners prefer geographically or economically precise examples. Instead of "farmers grow crops," write "soybean cultivation in Mato Grosso generates export revenue." Specificity demonstrates lexical resource and analytical depth.
Can I use statistics in my essay? Yes, but only if you know them accurately. Fabricated numbers hurt credibility. If uncertain, use qualitative descriptors: "a substantial portion," "approximately three-quarters," or "significantly reduces."
What happens if I write 230 words instead of 250? Cambridge Assessment English does not penalize slightly under-length essays if ideas are fully developed. However, consistently falling below 250 words often indicates underdeveloped arguments, which caps Task Response at Band 6.
Should I discuss climate change in every paragraph? Not necessarily. Focus on the most direct consequences: biodiversity loss, soil degradation, hydrological disruption, and economic trade-offs. Climate change can serve as one supporting point, not the entire argument.
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