EnviStats India 2025
Kartavya Desk Staff
Syllabus: Environment
Source: TOI
Context: The 8th edition of EnviStats India 2025 was released by MoSPI on 5 June 2025, offering a structured statistical profile of India’s environment.
Summary of “EnviStats India 2025: Environment Statistics”:
• Thermal and Renewable Energy Growth: Thermal power generation rose from 7.92 lakh GWh (2013–14) to 13.26 lakh GWh (2023–24), while renewable energy jumped from 65,520 GWh to 2.25 lakh GWh in the same period.
• Inland and Marine Fish Production: Inland fish output surged from 61.36 lakh tonnes to 139.07 lakh tonnes, while marine fish production rose to 44.95 lakh tonnes (2013–2024).
• Temperature Trends: Annual mean temperature increased from 25.05°C (2001) to 25.74°C (2024), with both minimum and maximum temperatures showing a similar upward trend.
• Rainfall Patterns: Year-to-year rainfall variability continues without a definite long-term rising or falling trend, underscoring erratic monsoonal behaviour.
• Faunal Diversity: India hosts 1,04,561 faunal species, contributing significantly to global biodiversity, including 22,404 soil species, 9,436 freshwater species, and 5,023 mangrove species.
• Environmental Sector Expenditure: The Environment Sustainability Sector received the highest allocation at ₹2,433 crore (2021–22), while Agroforestry received the least.
• New Data Indicators Added: Indicators like Ramsar sites, sanitation, transport, and electricity access were integrated for broader environmental insight.
• FDES-Based Structure: The report follows the Framework for the Development of Environment Statistics (FDES 2013), ensuring global comparability and structured categorization.
Analysis of the Report:
• Positives: Data-Driven Policymaking: The structured dataset enhances evidence-based decision-making in climate action and biodiversity protection. Expanded Indicator Scope: Inclusion of socio-environmental indicators (e.g., sanitation, Ramsar sites) reflects a holistic approach to sustainability. Biodiversity Documentation: India’s significant soil and aquatic biodiversity is well-highlighted, reinforcing its global environmental relevance. Energy Transition Monitoring: Clear trends in the growth of renewables support climate resilience planning and international climate commitments (e.g., Paris Agreement).
• Data-Driven Policymaking: The structured dataset enhances evidence-based decision-making in climate action and biodiversity protection.
• Expanded Indicator Scope: Inclusion of socio-environmental indicators (e.g., sanitation, Ramsar sites) reflects a holistic approach to sustainability.
• Biodiversity Documentation: India’s significant soil and aquatic biodiversity is well-highlighted, reinforcing its global environmental relevance.
• Energy Transition Monitoring: Clear trends in the growth of renewables support climate resilience planning and international climate commitments (e.g., Paris Agreement).
• Negatives: Rainfall Variability Lacks Regional Insights: Absence of state-wise or zonal rainfall trends hinders localized disaster preparedness and water management strategies. No Impact Assessment: The report offers statistics but lacks cause-effect insights or policy impact evaluation for sectors like pollution or land use. Data Lag and Timeliness: Several datasets are retrospective, reducing their utility for real-time policymaking in dynamic sectors like air quality or urban sprawl. Inadequate Climate Vulnerability Mapping: Despite rising temperatures, vulnerability analysis or adaptation readiness is not covered in depth.
• Rainfall Variability Lacks Regional Insights: Absence of state-wise or zonal rainfall trends hinders localized disaster preparedness and water management strategies.
• No Impact Assessment: The report offers statistics but lacks cause-effect insights or policy impact evaluation for sectors like pollution or land use.
• Data Lag and Timeliness: Several datasets are retrospective, reducing their utility for real-time policymaking in dynamic sectors like air quality or urban sprawl.
• Inadequate Climate Vulnerability Mapping: Despite rising temperatures, vulnerability analysis or adaptation readiness is not covered in depth.
Way Forward:
• Integrate Satellite and Real-Time Data: Use ISRO’s geospatial capabilities and IoT systems for real-time environmental monitoring.
• Disaggregate Data Regionally: Ensure state and district-level indicators to support decentralized planning and localised environmental governance.
• Link Data with SDG Progress: Map indicators directly to India’s SDG targets (Goal 6, 7, 13, 14, 15) to better evaluate sustainability pathways.
• Enhance Public Accessibility & Visualisation: Convert data into interactive dashboards and infographics to engage civil society and educational institutions.
Conclusion:
EnviStats India 2025 strengthens India’s environmental data landscape by aligning with global standards and tracking emerging trends. However, integrating granular insights and real-time data is essential to bridge the policy-practice gap. A robust, inclusive, and adaptive statistics ecosystem is vital for India’s sustainable future.
• How does the draft Environment Impact Assessment (EIA) Notification, 2020 differ from the existing EIA Notification, 2006? (2020)