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The World Bank warned that India could become one of the first places where wet-bulb temperatures routinely exceed 35 ℃. Which of the following statements best reflect(s) the implication of the above-said report? I. Peninsular India will most likely suffer from flooding, tropical cyclones and droughts. II. The survival of animals including humans will be affected as shedding of their body heat through perspiration becomes difficult. Select the correct answer using the code given below.
Explanation
The correct answer is C (Both I and II).
In 2022, the World Bank released a report warning that India could become one of the first places to experience wet-bulb temperatures routinely exceeding 35 °C. The implications of this report include:
- Statement I is correct: The underlying global climate shifts causing the rise in wet-bulb temperatures are also intensifying Peninsular India's overall climatic risks. The region is highly susceptible to extreme weather variability, leading to increased incidents of flooding, tropical cyclones, and droughts.
- Statement II is correct: Wet-bulb temperature is a combined measure of heat and humidity. A wet-bulb temperature of 35 °C represents the upper physiological limit for survival. At this threshold, shedding body heat through perspiration becomes nearly impossible, severely endangering the survival of humans and animals.
PROVENANCE & STUDY PATTERN
Guest previewThis is a classic 'Hybrid' question: Statement I is static Geography (Majid Husain) while Statement II is Applied Science from Current Affairs. You didn't need to read the specific World Bank report; you needed to understand the *definition* of wet-bulb temperature (physics of sweating) and the general climate vulnerability of Peninsular India.
This question can be broken into the following sub-statements. Tap a statement sentence to jump into its detailed analysis.
- Reports projected warming in Peninsular India (3–4°C by end of 21st century).
- Explicitly links warming to more violent/stormy weather and an approximate 50% rise in tropical cyclone frequency.
- Identifies tropical cyclones and heavy precipitation as primary meteorological causes of floods.
- Specifies cloudbursts and intense rainfall (including from cyclones) as drivers of flood events.
- Notes Peninsular rivers are generally seasonal, causing scarcity in dry months.
- Explains that the same regions can experience floods during rains and drought in dry months, indicating vulnerability to both extremes.
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