Recent rainfall has begun to bring some relief to England's landscapes, with rivers rising and previously dry areas showing signs of recovery. However, experts warn that the full recovery of water resources may take months of sustained rainfall, possibly extending into autumn and winter. This is because drought recovery involves more than just the visible changes on the surface—it also depends on the condition of water stored in soils, rivers, reservoirs, and underground sources. Drought is not just about the weather but also about the availability of water stored in different parts of the environment. While recent rains have improved the appearance of the landscape, the deeper water stores that are essential for ecosystems and public water supplies may still be low. This means that even with some improvement, the overall situation may not yet be fully resolved. There are different types of drought, including meteorological, agricultural, and hydrological. Recent rainfall has started to ease agricultural drought, as surface soils have been replenished and vegetation has begun to recover. However, hydrological drought—relating to the depletion of water in rivers, reservoirs, and groundwater—may take longer to resolve. This is because groundwater, which is stored in underground aquifers, recharges much more slowly than surface water. When rain returns after a drought, much of the water is used to rewet the soil and support plant growth, rather than immediately replenishing deep groundwater. Additionally, water is lost through evaporation and transpiration, where plants release moisture into the air. This means that even heavy rainfall may not effectively recharge groundwater, especially if the ground is dry or hot, limiting its ability to absorb water quickly. The most effective groundwater recharge typically happens during cooler months, such as autumn and winter, when evaporation rates are lower and vegetation is not using as much water. Under these conditions, a larger portion of rainfall can seep into the ground and restore deeper water stores, helping to bring the environment back to a more balanced state.