Erratic precipitation is affecting a crop central to the Indian region’s economy, livelihood and culture for generations.
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Eco-Business
Ladakh’s apricot lifeline challenged by a changing climate
Abatify Summary
Nature & Climate Perspective
**Climate-induced erratic precipitation in high-altitude cold deserts like Ladakh directly threatens regional LULUCF stability and agricultural biodiversity. **
- Disrupted hydrological cycles alter soil moisture levels, accelerating soil erosion and land degradation in fragile mountainous ecosystems.
- Altered flowering and fruiting cycles of apricot cultivars threaten local pollinator networks, compromising ecological equilibrium.
- A systemic shift from snow to liquid precipitation destabilizes glacial meltwater dependency, threatening long-term vegetation-based carbon sequestration.
Market & Policy Outlook
**The climate-driven decline of Ladakh's apricot yields exposes supply chain vulnerabilities, requiring corporate actors to integrate robust climate adaptation into their SBTi Scope 3 goals. **
- This climate instability directly challenges the ICVCM Core Carbon Principles (CCPs) regarding permanence, demonstrating how physical climate risks threaten nature-based carbon offsets.
- Regional economic volatility creates a critical need for structured adaptation funding, potentially via Article 6.2 or 6.4 carbon finance frameworks.
- Corporate procurement standards will increasingly mandate climate-resilience metrics, driving demand for verified, sustainable agricultural practices.
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