Product details

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Abstract

The Hindu Kush Himalaya (HKH) region, home to 25% of the world's population and the provider of freshwater to eight countries, faced an unprecedented drought in the winter of 2024, driven by escalating climate change impacts. The absence of snowfall, following record-breaking global temperatures in 2023, was particularly alarming, leaving snow-clad peaks exposed. Traditional snow accumulation from October to March, crucial for mountain communities' livelihoods and water security, was disrupted. The shift in weather patterns towards prolonged winter drought threatened the socio-economic fabric and local economy of the region. While scientists refrained from attributing the crisis to El Nino, affected communities blamed climate change. A growing realisation within these communities highlighted concerns that excessive development could disrupt the fragile ecosystem, leading to catastrophic outcomes like melting glaciers and disappearing snow. Could the affected regions reconcile the need for development with the imperative to preserve the fragile ecosystem amidst climate change? Would scientists be able to mitigate the risks posed by the evident shift in mountain snow patterns, potentially involving billions of dollars?

Teaching and learning

This item is suitable for undergraduate, postgraduate and executive education courses.

Time period

The events covered by this case took place in 2024.

Geographical setting

Region:
World/global

About

Abstract

The Hindu Kush Himalaya (HKH) region, home to 25% of the world's population and the provider of freshwater to eight countries, faced an unprecedented drought in the winter of 2024, driven by escalating climate change impacts. The absence of snowfall, following record-breaking global temperatures in 2023, was particularly alarming, leaving snow-clad peaks exposed. Traditional snow accumulation from October to March, crucial for mountain communities' livelihoods and water security, was disrupted. The shift in weather patterns towards prolonged winter drought threatened the socio-economic fabric and local economy of the region. While scientists refrained from attributing the crisis to El Nino, affected communities blamed climate change. A growing realisation within these communities highlighted concerns that excessive development could disrupt the fragile ecosystem, leading to catastrophic outcomes like melting glaciers and disappearing snow. Could the affected regions reconcile the need for development with the imperative to preserve the fragile ecosystem amidst climate change? Would scientists be able to mitigate the risks posed by the evident shift in mountain snow patterns, potentially involving billions of dollars?

Teaching and learning

This item is suitable for undergraduate, postgraduate and executive education courses.

Settings

Time period

The events covered by this case took place in 2024.

Geographical setting

Region:
World/global

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