Step 1: Composting and soil enrichment.
\nCompost enhances soil by increasing organic matter, improving texture, boosting water retention, and optimizing fertilizer use. \n\[\n(A) \; \text{Correct}\n\] \n\n \n
Step 2: Impact of warm climates.
\nA warm tropical climate stimulates microbial activity, thereby making composting more efficient. Consequently, the claim that it is least suitable is inaccurate. \n\[\n(B) \; \text{Incorrect}\n\] \n\n \n
Step 3: The composting process.
\nComposting is fundamentally an aerobic, thermophilic process, involving the decomposition of organic matter by microorganisms at high temperatures (45–70°C). \n\[\n(C) \; \text{Correct}\n\] \n\n \n
Step 4: Composting methodologies.
\nTwo primary methods are: \n- Windrow composting: Organic materials are arranged in long piles and periodically turned. \n- In-vessel composting: Decomposition occurs within enclosed systems under controlled conditions. \n\[\n(D) \; \text{Correct}\n\] \n\n \n
Step 5: Summary of correct statements.
\nThe accurate statements are (A), (C), and (D). \n\n \n
Final Answer: \n\[\n\boxed{\text{(A), (C), and (D)}}\n\]
| Type of House | Percentage of Households | Equivalent volume of compacted solid waste generated/ household/ day |
| LIG | 30% | 0.10 \(m^3\) |
| MIG | 60% | 0.15 \(m^3\) |
| HIG | 10% | 0.20 \(m^3\) |