National Groundwater Association Exam 2025 – Complete Practice Test Resource

Climate change significantly influences groundwater resources through its effects on precipitation patterns, evaporation rates, and recharge rates. As temperatures rise, the ability of the atmosphere to hold moisture increases, leading to changes in precipitation. This can result in more intense rainfall events followed by longer dry periods, which alters the natural cycles of groundwater recharge.

Moreover, increased temperatures can heighten evaporation rates, reducing surface water availability and potentially decreasing the water that can infiltrate into the ground to replenish aquifers. Changes in vegetation cover, driven by climate shifts, can further affect how water is absorbed and stored in the soil, contributing to alterations in groundwater levels.

These interconnected impacts create a complex relationship between climate change and groundwater resources, making it crucial to understand how climate variability can affect the availability and sustainability of groundwater. This is critical for water management and planning in many regions that rely heavily on groundwater for agriculture, drinking water, and industry.