Revision summary
ISFR cover looks moderate; dense natural forest is uneven and under pressure. Northeast, Ghats, and Himalaya hold most of the real climate forest. FRA tenure and diversion politics shape what actually stands. Loss turns a sink into emissions and worsens local flood-drought-fire. Quality of forest, not only percentage, decides the climate result.
Model answer
Copper italics in this answer — like this — are the key facts. Each one is unpacked in the Facts & figures rail.
Introduction
India’s recorded forest and tree cover is a little over one-fifth of the land in ISFR-type accounting, but dense natural forest is thinner, uneven, and under pressure. Forests are a carbon sink and a climate shield. Degradation turns them into a carbon source and a hotter, drier local climate.
Body
Status of the resource
- Geographic imbalance: dense cover in the Northeast, Western Ghats, and pockets of the Himalaya and Central Indian belt; the plains and western drylands are tree-poor.
- Quality gap: rising ‘tree cover’ can be plantations, coconut, and social forestry while old-growth and biodiversity fall. Open forest and scrub are not the same climate asset as a rainforest.
- Drivers of loss: linear projects, mining, encroachment, fire, grazing, and invasive species. Legal diversion under forest law continues even as national targets speak of more green.
- Forest Rights Act, 2006 recognised community rights; implementation is patchy, yet excluding people has also failed. Status must be read as ecology plus tenure.
- Community and sacred groves, CAMPA money, and Green India Mission are the official repair kit, with mixed delivery.
Resultant climate impact
- Standing forests store carbon in biomass and soil; felling and fire release it and cut future sequestration, working against NDC forestry pledges.
- Western Ghat and Himalayan forests regulate monsoon orography, landslides, and glacier-fed catchment humidity; loss worsens both flood and drought locally.
- Northeast degradation plus jhum gone wrong can raise emissions and silt; well-managed jhum and community forest can do the opposite.
- Urban heat and Gangetic dryness grow when city lungs and ravine forests go. Climate change then feeds back as more fire and pest, a loop.
- Plantation of a single exotic is a weak sink and a weak adaptation tool compared with mixed native forest.
Examine, do not only lament
- India can still use FRA-plus-science community forestry, landscape restoration, and less rubber-stamp diversion to keep forests as a net sink.
- Climate policy that only counts canopy percentage will miss the quality that actually cools and stores.
Flow diagram
flowchart TD F[Natural dense forest] --> SINK[Carbon sink] DEG[Degradation diversion fire] --> SRC[Emissions heat] FRA[FRA community] --> F PL[Plantation count] --> WEAK[Weak climate asset]
Conclusion
Forest resources are regionally rich and qualitatively stressed. Their climate role is sink, sponge, and monsoon ally. Degradation and fake greening weaken that role. FRA-respecting restoration of natural forest, not only tree numbers, is the climate-relevant status India needs.
Quick related
Students also ask
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Can the strategy of regional resource-based manufacturing help in promoting employment in India.
Next question on this syllabus topic (2019 · Q6). View answer →
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If tree cover rose, is the climate problem solved?
Not if dense native forest fell and plantations rose. Carbon and cooling follow quality.
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Do forest people cause climate loss?
Insecure tenure and industrial diversion are larger drivers. FRA is meant to align livelihood with standing forest.
Same topic · past papers
UPSC has asked this before
These previous-year questions sit on the same topic. Open one to practise the earlier ask.
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2025 · Q4 · GS I · 10 marks
How are climate change and the sea level rise affecting the very existence of many island nations? Discuss with examples. -
2023 · Q4 · GS I · 10 marks
Discuss the consequences of climate change on the food security in tropical countries. -
2023 · Q14 · GS I · 15 marks
Comment on the resource potentials of the long coastline of India and highlight the status of natural hazard preparedness in these areas.
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