The major wheat-producing region is facing punishing drought, tariffs, and high fertilizer prices.
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Yale Climate Connections
Kansas farmers hit hard by weather extremes and growing costs, wheat crop could be worst since 1972
Abatify Summary
Nature & Climate Perspective
**Climate-induced severe drought in Kansas threatens the permanence of agricultural carbon sinks, creating a highly volatile outlook for regional soil-carbon sequestration. **
- Prolonged extreme weather conditions degrade soil organic matter, directly undermining the long-term carbon storage capacity of the LULUCF sector.
- Extreme drought accelerates topsoil erosion and biodiversity loss, diminishing the natural resilience of regional agricultural ecosystems.
- High costs and forced reliance on synthetic, nitrogen-rich fertilizers to offset poor soil performance risk increasing localized nitrous oxide emissions.
Market & Policy Outlook
**The agricultural yields collapse exposes severe vulnerabilities in corporate Scope 3 supply chains and challenges the validation of soil-carbon credits under ICVCM rules. **
- Inability to meet crop yields disrupts multinational food supply chains, complicating corporate compliance with Science Based Targets initiative (SBTi) land-sector pathways.
- Under the ICVCM Core Carbon Principles (CCPs), agricultural carbon offset programs in these regions face intense scrutiny over permanence and additionality due to escalating climate transition risks.
- Rising operational costs and climate shocks may force systemic policy pivots, driving public capital away from voluntary markets toward federal crop insurance and state-backed climate-smart agriculture programs.
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