Major sources of greenhouse gas emissions include electricity generation, transportation, industrial activity, buildings, agriculture, land-use changes, and waste. Mitigation therefore involves changes across energy systems, production methods, infrastructure, transportation, and everyday activities.

Common mitigation approaches include:

• Increasing renewable and non-fossil energy use
• Improving energy efficiency
• Reducing methane and other greenhouse gas emissions
• Electrifying transportation and industrial processes
• Improving forest and land management
• Using carbon accounting to measure emissions
• Developing lower-carbon production methods
• Supporting responsible carbon management and reporting

Climate change mitigation also requires reliable measurement. Organizations increasingly use carbon accounting software and carbon footprint software to collect emissions data, calculate greenhouse gas inventories, and monitor progress over time. Climate risk consulting can complement this work by examining how physical and transition-related climate risks may affect operations.

Why Climate Change Mitigation Matters Today

Climate change can affect ecosystems, agriculture, water resources, infrastructure, public health, businesses, and communities. The effects can vary significantly by location and economic sector.

For organizations, climate-related planning is increasingly connected with energy use, supply-chain resilience, regulatory reporting, investment decisions, and environmental disclosures. Climate risk consulting can help organizations understand potential physical risks such as heat, flooding, drought, and extreme weather, as well as transition risks associated with changing technologies, policies, markets, and consumer expectations.

Carbon management is another important part of mitigation. It generally begins with identifying emission sources, collecting relevant activity data, calculating emissions, and identifying areas where reductions may be possible.

A simplified mitigation cycle looks like this:

These activities can involve climate change consulting, carbon management consulting, carbon accounting software, and ESG-related reporting practices. The objective is not simply to produce a sustainability statement but to develop a clearer understanding of environmental impacts and potential reduction pathways.

Recent Developments in Climate Action in India

India has continued to expand its climate and clean-energy initiatives during 2026.

In August 2026, the Government of India reported that the country had achieved a 37.38% reduction in GDP emissions intensity in 2022 compared with 2005, against its 2030 target of 45%. It also reported that non-fossil sources accounted for 54.18% of installed electricity capacity as of June 30, 2026.

Another important development has been the growth of non-fossil electricity capacity. India crossed 300 GW of installed non-fossil fuel capacity by July 31, 2026, including solar, wind, hydro, bio-power, and nuclear capacity. Green hydrogen has also received significant attention. In October 2026, the government reported that Indian companies had signed green hydrogen offtake commitments totaling more than 5.5 lakh metric tonnes per annum, with 18 new agreements signed during 2026.

In June 2026, India launched its Green Hydrogen Certification Portal to support transparency and regulatory compliance within the green hydrogen sector.

The government also launched the India Net Zero Portal and NAPCC Dashboard on September 16, 2026. The Net Zero Portal is intended to support voluntary net-zero commitments, while the dashboard provides consolidated monitoring of national climate missions.

These developments illustrate how climate mitigation is increasingly connected with renewable energy, hydrogen, emissions measurement, energy efficiency, and environmental monitoring.

Laws, Policies, and Government Programs

India's climate mitigation framework includes national targets, energy policies, carbon-market mechanisms, renewable-energy programs, and environmental regulations.

The Carbon Credit Trading Scheme (CCTS) is particularly relevant to carbon management. India notified the CCTS in 2023, and its compliance mechanism is being developed as part of the Indian Carbon Market. The Central Electricity Regulatory Commission notified regulations for the purchase and sale of Carbon Credit Certificates in February 2026.

India is also transitioning designated consumers from the Perform, Achieve and Trade mechanism toward the Carbon Credit Trading System. Government information indicates that this transition is expected to take place gradually from 2026–27.

Energy efficiency remains another major part of the mitigation framework. The National Mission for Enhanced Energy Efficiency works with designated consumers and tracks energy-efficiency improvements. The NAPCC Dashboard reported 1,333 designated consumers under the relevant framework as of 2026, with these sectors transitioning toward CCTS.

India's National Green Hydrogen Mission, approved in January 2023, targets at least 5 million metric tonnes of green hydrogen production annually by 2030. The mission includes support for electrolyser manufacturing, green hydrogen production, and applications in sectors where emissions can be difficult to reduce.

Sustainability disclosure is another relevant area. SEBI's BRSR and BRSR Core framework has increased the importance of structured environmental and sustainability information for applicable listed entities. SEBI's framework includes assurance-related requirements for BRSR Core disclosures.

Tools and Resources for Climate Mitigation

Several types of tools can support climate-related research, measurement, and planning.

Carbon accounting software: These platforms can help organizations organize activity data and calculate greenhouse gas emissions using established calculation methods. They may support emissions inventories, reporting, and progress tracking.

Carbon footprint software: These tools generally focus on estimating the environmental footprint of activities, facilities, products, or organizations. The quality of results depends heavily on the underlying data, emission factors, boundaries, and calculation methodology.

Climate risk assessment tools: Climate datasets, maps, and scenario-analysis resources can help users examine exposure to hazards such as heat, flooding, drought, and other climate-related conditions.

ESG reporting resources: Organizations can consult applicable sustainability-reporting frameworks and regulatory guidance when preparing environmental disclosures.

Government resources: Useful Indian resources include:

• Bureau of Energy Efficiency for energy-efficiency and carbon-market information
• Ministry of Environment, Forest and Climate Change for climate policies and national missions
• Ministry of New and Renewable Energy for renewable energy and green hydrogen programs
• SEBI for applicable sustainability disclosure and BRSR information
• NAPCC Dashboard for monitoring progress across national climate missions

When comparing tools, users should examine methodology, emissions factors, data requirements, reporting standards, transparency, and compatibility with applicable regulations rather than relying only on software features.

Frequently Asked Questions

What is climate change mitigation?

Climate change mitigation involves reducing greenhouse gas emissions or increasing carbon absorption through measures such as renewable energy, energy efficiency, cleaner transportation, improved land management, and lower-emission industrial processes.

What is the difference between climate risk and climate mitigation?

Climate mitigation addresses the causes of climate change by reducing emissions or increasing carbon removal. Climate risk assessment examines how climate-related hazards and the transition to a lower-carbon economy could affect people, infrastructure, organizations, and ecosystems.

What does carbon accounting mean?

Carbon accounting is the process of identifying, collecting, calculating, and reporting greenhouse gas emissions associated with an organization, activity, product, or other defined boundary. It provides a structured basis for understanding emissions.

How can carbon footprint software support climate planning?

Carbon footprint software can help organize emissions data, apply relevant calculation factors, prepare inventories, and monitor changes over time. Its usefulness depends on data quality and the methodology used.

Why is ESG information relevant to climate change mitigation?

Environmental information can help organizations communicate their climate-related activities, risks, emissions, targets, and progress. For applicable Indian listed entities, ESG and BRSR-related disclosure requirements also form part of the broader sustainability reporting environment.

Conclusion

Climate change mitigation is a broad process involving emissions measurement, energy efficiency, renewable energy, cleaner technologies, responsible land management, and informed decision-making. It affects governments, businesses, communities, households, and infrastructure planners.

In India, recent progress in non-fossil electricity capacity, green hydrogen, carbon-market development, energy efficiency, and climate monitoring shows that mitigation is becoming increasingly connected with measurable data and policy frameworks. Tools such as carbon accounting software, carbon footprint software, climate risk resources, and ESG reporting frameworks can help users organize and understand climate-related information.

Effective climate action depends on reliable measurement, realistic planning, transparent reporting, and continued evaluation. Understanding these fundamentals can help individuals and organizations make better-informed decisions about emissions, climate risks, and long-term environmental resilience.