Excerpt / Brief Summary

What Is Environmental-Economic Accounting?

Traditional national accounts primarily measure production, income, expenditure and economic growth.

However, economic activity often depends heavily on nature. For example:

• Agriculture depends on soil, water and pollinators;
• Industry depends on minerals and energy resources;
• Cities depend on water and land;
• Coastal economies depend on mangroves and marine ecosystems;
• Tourism depends on forests, biodiversity and landscapes.

Environmental-economic accounting attempts to bring these natural assets into a structured statistical framework.

Why Conventional GDP Is Incomplete

GDP measures the market value of final goods and services, but it does not automatically deduct losses caused by:

• Forest degradation;
• Groundwater depletion;
• Soil erosion;
• Biodiversity loss;
• Mineral depletion;
• Air and water pollution.

A country can therefore record high economic growth while simultaneously degrading its natural-resource base.

What Is the Strategy for Environmental-Economic Accounts 2026–2030?

It is a five-year national roadmap designed to standardise and institutionalise environmental-economic accounting in India.

Main Objectives

1. Pollination Services Accounts

Pollinators such as bees, butterflies, insects and birds provide important ecosystem services to agriculture.

Their contribution is rarely reflected directly in conventional economic statistics.

Pollination accounts seek to estimate their contribution to:

• Crop yields;
• Food security;
• Agricultural productivity;
• Farm incomes;
• Biodiversity.

2. Soil Accounts

Soil is a critical natural asset, but its degradation can remain invisible in national accounts.

Soil accounts may track:

• Soil erosion;
• Fertility decline;
• Land degradation;
• Organic carbon loss;
• Nutrient depletion.

Such data can support more sustainable agricultural policies.

3. Carbon Stock Accounts

Carbon accounting is becoming increasingly important for climate policy and carbon markets.

Carbon stocks can include carbon stored in:

• Forests;
• Soils;
• Wetlands;
• Mangroves;
• Coastal ecosystems;
• Blue-carbon systems.

Tracking changes in these stocks helps assess whether ecosystems are acting as carbon sinks or losing their sequestration capacity.

4. Water Accounts

Water accounts provide a structured picture of water availability, use and depletion.

They can track:

• Freshwater availability;
• Surface-water use;
• Groundwater extraction;
• Aquifer depletion;
• Industrial water consumption;
• Agricultural demand;
• Water stress.

5. Land Accounts

Land accounts track changes in land use and land condition.

They can help analyse:

• Urban expansion;
• Forest conversion;
• Agricultural land loss;
• Wetland degradation;
• Industrial expansion;
• Infrastructure development.

This can improve land-use planning and environmental impact assessment.

6. Mineral Accounts

Minerals are finite natural assets. Their extraction increases current output but reduces future resource stocks.

Mineral accounts can help measure:

• Resource reserves;
• Extraction volumes;
• Depletion rates;
• Remaining stocks;
• Economic dependence on mineral extraction.

This is especially relevant to resource-rich states and mining-dependent regions.

7. Forest and Biodiversity Accounts

Forest accounting goes beyond merely recording total forest area.

It can examine:

• Forest quality;
• Biomass;
• Carbon storage;
• Biodiversity;
• Ecosystem services;
• Habitat conditions.

This is important because equal areas of forest can have very different ecological values.

8. Environmental Activity Accounts

These accounts track economic activity associated with environmental protection and resource management.

They may include:

• Government environmental expenditure;
• Pollution-control spending;
• Environmental taxes;
• Green subsidies;
• Waste-management investment;
• Renewable-energy expenditure.

Core Accounting Modules

Role of Satellite and Earth Observation Data

Environmental accounting requires large amounts of spatial information.

Satellite data can help monitor:

• Forest cover;
• Land-use change;
• Wetlands;
• Water bodies;
• Crop patterns;
• Coastal ecosystems;
• Urban expansion.

The strategy seeks greater standardisation of Earth-observation protocols, including sensor intervals, spatial resolution and digital mapping.

Why Standardisation Matters

Different states may otherwise use different datasets, measurement methods or mapping scales.

Without uniform standards, comparisons can become unreliable.

State-Level Environmental Accounting

Environmental challenges often vary significantly from state to state.

For example:

• Punjab may face groundwater stress;
• Rajasthan may face desertification;
• Himalayan states may focus on forest ecosystems;
• Coastal states may emphasise mangroves and blue carbon;
• Mining states may need mineral accounts.

The strategy therefore encourages state-level institutional coordination.

Link with Kunming–Montreal Global Biodiversity Framework

India’s accounting framework is also being aligned with the Kunming–Montreal Global Biodiversity Framework.

This can help measure progress relating to:

• Biodiversity conservation;
• Ecosystem restoration;
• Sustainable resource use;
• Nature-related policy targets.

Link with Multilateral Environmental Agreements

Environmental-economic accounts can also support international reporting under frameworks such as:

• Convention on Biological Diversity;
• Ramsar Convention;
• Montreal Protocol;
• Other environmental agreements.

Standardised domestic data can improve the credibility of international environmental reporting.

What Is Natural Capital?

Natural capital refers to stocks of natural assets that provide benefits to people and the economy.

Examples include:

• Forests;
• Rivers;
• Groundwater;
• Soil;
• Minerals;
• Wetlands;
• Biodiversity;
• Coastal ecosystems.

What Are Ecosystem Services?

Ecosystem services are the benefits humans obtain from nature.

Environmental Accounts and Green GDP

Environmental accounting can contribute to broader efforts to assess economic performance beyond conventional GDP.

Although no single metric can capture all dimensions, the approach improves understanding of whether growth is environmentally sustainable.

Why This Matters for Climate Finance

Reliable environmental accounts can improve climate-finance decisions.

They can help identify:

• Carbon sinks;
• Restoration priorities;
• Water-stressed regions;
• Nature-based climate solutions;
• Blue-carbon assets;
• Climate-vulnerable ecosystems.

Better data can support more credible allocation of green investment.

Policy Benefits

Challenges in Environmental-Economic Accounting

Why Nature Should Not Be Reduced Only to Monetary Value

Monetary valuation is useful for policy, but ecosystems also have ecological, cultural and ethical significance.

For example, a sacred forest may have:

• Economic value;
• Biodiversity value;
• Cultural value;
• Spiritual value;
• Intergenerational value.

Good environmental accounting should therefore support conservation, not convert every ecological asset into a commodity.

Way Forward

UPSC Prelims Quick Revision

UPSC Practice MCQ

UPSC Mains Practice Question

Mains Answer Framework

Introduction:
Define environmental-economic accounting and mention the 2026–2030 strategy.

Body:

• Explain limitations of conventional GDP;
• Discuss natural capital and ecosystem services;
• Mention water, soil, forest, biodiversity and carbon accounts;
• Explain relevance to climate finance and sustainable development;
• Highlight data, valuation and institutional challenges;
• Suggest stronger state capacity and standardisation.

Conclusion:
Link environmental accounting with sustainable growth, intergenerational equity and Viksit Bharat.

Key Terms for Answer Enrichment

Conclusion

India’s Strategy for Environmental-Economic Accounts 2026–2030 represents an important evolution in the way economic progress is measured.

By accounting for forests, water, soil, minerals, carbon stocks, biodiversity and ecosystem services, policymakers can obtain a more realistic picture of the relationship between economic growth and environmental sustainability.

The deeper policy message is simple: a country does not become richer in the long run by destroying the natural assets on which future prosperity depends.

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