Explain the geographical processes responsible for coastal landforms in India. Analyse the impact of sea-level rise on coastal ecosystems. Suggest strategies for climate-resilient coastal planning.
Kartavya Desk Staff
Topic: Indian Geography
Topic: Indian Geography
Q2. Explain the geographical processes responsible for coastal landforms in India. Analyse the impact of sea-level rise on coastal ecosystems. Suggest strategies for climate-resilient coastal planning. (15 M)
Difficulty Level: Medium
Reference: InsightsIAS
Why the question Growing scientific evidence shows that global ocean–atmosphere teleconnections such as ENSO, IOD and Atlantic warming are increasingly influencing the Indian monsoon, making rainfall patterns more variable and unpredictable. Key Demand of the question The question requires examining the emerging climatic drivers influencing the Indian monsoon beyond the Indian Ocean basin. It also asks to analyse how these drivers affect spatial and temporal rainfall variability across different regions of India. Structure of the Answer Introduction Briefly introduce the Indian monsoon as a coupled ocean–atmosphere system and highlight the growing role of global climatic teleconnections in shaping its behaviour. Body Emerging climatic drivers: Mention one suggestive point explaining the role of large-scale ocean–atmosphere interactions influencing monsoon circulation. Implications for rainfall variability: Mention one suggestive point explaining how these climatic drivers lead to greater spatial and temporal variability of rainfall across India. Conclusion Conclude with the need for improved climate modelling and forecasting to enhance monsoon predictability and climate resilience.
Why the question Growing scientific evidence shows that global ocean–atmosphere teleconnections such as ENSO, IOD and Atlantic warming are increasingly influencing the Indian monsoon, making rainfall patterns more variable and unpredictable.
Key Demand of the question The question requires examining the emerging climatic drivers influencing the Indian monsoon beyond the Indian Ocean basin. It also asks to analyse how these drivers affect spatial and temporal rainfall variability across different regions of India.
Structure of the Answer
Introduction Briefly introduce the Indian monsoon as a coupled ocean–atmosphere system and highlight the growing role of global climatic teleconnections in shaping its behaviour.
• Emerging climatic drivers: Mention one suggestive point explaining the role of large-scale ocean–atmosphere interactions influencing monsoon circulation.
• Implications for rainfall variability: Mention one suggestive point explaining how these climatic drivers lead to greater spatial and temporal variability of rainfall across India.
Conclusion Conclude with the need for improved climate modelling and forecasting to enhance monsoon predictability and climate resilience.