Demand:
The question demands a multidimensional approach to balancing development with the environment. Include thinkers and philosophies for value addition.
Introduction:
Natural resources are indispensable for human progress. However, indiscriminate extraction driven by greed has resulted in global warming, biodiversity loss, and ecological imbalances; eg: global temperature rise, Ozone depletion, coastal erosion, increasing cyclonic frequency and forest fires etc.
However, the challenge is not development versus environment, but responsible, equitable, and sustainable development.
Body: (#The headings shall be visible and use some bulleted points under heading without much explanation in the real time)
Addressing challenges and finding equilibrium:
Global & Policy-Level Measures ( needs collective efforts)
- Sustainable Development Frameworks: SDGs under UN climate processes provide for global standards and goals.
eg: SDG 13 and climate action. - National commitments: Meeting INDC commitments to reduce emissions.
eg: 2.5b to 3b carbon sink and CO2 reduction commitments under India’s INDC targets. - Transition to renewable energy including green hydrogen .
eg: International solar alliance globally and Green Hydrogen Mission nationally. - Climate finance for vulnerable nations to ensure equity.
eg: Climate finance under art. 9 of the Paris agreement.
Biodiversity Protection & Legal Deterrence (A sense of fear)
- Strict enforcement of environmental laws.
eg: Aligning Environmental Protection Act, 1986 with climate justice. - Conservation zones and wildlife corridors.
- Decentralised governance and Bottom-up Developmental Approach: Strengthening PRI institutions for participatory environmental protection and conservation.
eg: PESA act. - New economic models with sustainable practices and reduced waste generation.
eg: Cyclical economy approaches to production. - Deterrence measures under the “polluter pays” principle.
eg: Absolute liability developed by supreme court of India (M.C.Mehta v. UoI)
Innovation & Green Technology (Novelty to balance)
- Smart agriculture reduces chemical use and GHG production by agriculture.
eg: Zero budget natural farming - Solar and wind expansion leads to sustainable energy production practices.
eg: Solar parks and wind parks. - Energy-efficient buildings and sustainable urban planning.
eg: Sponge cities and Miyawaki forests.
Civic Responsibility & Social Action (Sense of resposibility)
- Citizen movements such as climate activism leading to policy changes.
eg: Fridays for future movement, Arab youth climate movement. - Reducing vehicle dependency and promoting public transport reduces per capita emissions.
eg: Fast and efficient public mobility services like RRTS. - Civil society participation in local environmental monitoring.
eg: Community reserves under WPA, 1972.
Philosophical & Ethical Foundations:
- Gandhian minimalism: emphasises need over greed.
eg: “Enough for everyone’s needs, but not for anyone’s greed. - Jain philosophy: advocates non-violence towards all life forms.
eg: Spiritualism over materialism. - Deep ecology recognises intrinsic value of nature beyond utility.
- Bridging Anthropocentrism with eco centrism: Balancing human centrism with environmental centrism.
- Evolution of rights: Expansion of art. 21 to include rights against adverse effects of the environment (Ranjith Singh Case).
Individual Responsibility
- Reducing consumption, paperless transactions, avoiding plastic burning, conserving energy, and mindful use of technology contribute cumulatively.
- Sustainable practices including LiFE, Swachh Bharat.
- Fundamental duty: Protecting nature and environment.
eg: Art.51A(g)
Conclusion:
Echoing the Middle Path of Gautama Buddha, humanity must harmonise development with restraint, ensuring that progress does not come at the cost of planetary survival.