Summary
This modelling study assessed how projected climate change—particularly shifts in precipitation and temperature patterns—may alter groundwater recharge dynamics in Minnesota. The work combines hydrological modelling with climate projections to estimate future water availability and recharge vulnerability, informing regional water security and agricultural adaptation planning.
Regional applicability
Findings are specific to Minnesota's hydrogeology and climate context and do not directly transfer to United Kingdom conditions, which have different precipitation regimes, soil types, and groundwater systems. However, the methodological approach may be relevant for analogous UK groundwater vulnerability assessments under climate scenarios.
Key measures
Groundwater recharge rates under current and future climate scenarios; precipitation and temperature projections
Outcomes reported
The study modelled projected changes in groundwater recharge under future climate scenarios for Minnesota. It likely assessed how temperature and precipitation shifts would alter aquifer recharge rates.
Topic tags
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