Chemical pollution poses a grave threat to human health and the environment in India. Discuss the key sources contributing to pervasive chemical contamination and evaluate the effectiveness of existing environmental laws in curbing this problem.
Main Body
Chemical pollution refers to effluent from chemical plants, without treatment (e.g.) Gomer chemical leak in the sea in 2023. Entering food chain by accumulation and biomagnification. Threats: - Dissolve in drinking water (e.g.) Arsenic in Ruben - Learn to break naturally (e.g.) in oceans, covering acidification - Rise in global warming—due to release of greenhouse gases Key sources: (1) Chemical industries—releasing untreated sewage in water bodies and in air (2) Leakage from dumps (e.g.) oil spills in kech (3) Explosive disaster (e.g.) Bhopal gas tragedy (1985) (4) Acid rain—dissolving SO2 and NO2 in air and deposition over buildings (e.g.) Agra Effectiveness of existing laws: (1) Inability of operator—under CLND Act/2010 along as detergent for safety protocol (2) EIA under CPA, 1986—regular inspection before former mining of project, including public maintaining accountability (3) Blue clarification—of industries, reducing SO2 released in air Challenges: - Conflict between MNCA and government, reducing ease of doing business - Relaxed norms (e.g.) for 90% industries exempt for desqualification - This need is for stringent laws to achieve Panchayati Target by 2030
Conclusion
This need is for stringent laws to achieve Panchayati Target by 2030
12 words
Diagram
Concept map showing threats from chemical pollution with branches: dissolve in drinking water (e.g. Arsenic in Ruben), learn to break naturally (e.g. in oceans, covering acidification), rise in global warming—due to release of greenhouse gases
Rakhi
Biodiversity and Environment
Environmental Pollution & Degradation
Chemical pollution
187
Total words
1
Paragraphs
analytical and structured
Tone