Positive Water Balance in Aragon with Above-Average Precipitation
The autonomous community of Aragon has experienced an exceptional hydrological year with approximately 590 liters per square meter accumulated during the 2024-2025 period, a figure that considerably exceeds the 510-liter historical average recorded for this time of year. This meteorological phenomenon is completely transforming the regional water landscape 🌧️
Year-on-Year Comparison and Territorial Distribution
When contrasting with the previous year, a better spatial and temporal distribution of precipitation is observed, which has allowed for balancing the water balance across the entire community. This situation represents a radical change compared to previous years where irregular rainfall created significant territorial imbalances.
Comparative Advantages Over the Previous Year:- More frequent rainfall episodes with better geographical distribution
- Significant reduction of drought risk in traditionally dry regions
- Optimization in the comprehensive management of available water resources
Aragonese farmers can breathe easy regarding the drought, though now they must watch that their tractors don't float in the puddles, while the rivers demonstrate their capacity to overflow when nature decides.
Multisectoral Impact of the Rainfall Surplus
The precipitation surplus has generated positive effects in multiple areas, from the natural recharge of aquifers to guaranteeing urban supply, although it has also left some isolated incidents requiring immediate attention.
Consequences of the Rainfall Increase:- Optimal recharge of reservoirs, rivers, and underground aquifer systems
- Direct benefits for agriculture with reduced need for additional irrigation
- Strengthening of urban supply and prevention of forest fires
- Localized flooding in low-lying areas and specific river overflows
Balance Between Water Opportunities and Challenges
The current situation presents a dual scenario where widespread benefits coexist with specific problems requiring emergency interventions in certain municipalities. Maintaining soil and vegetation moisture constitutes a key advantage for fire prevention, while episodes of intense rainfall demand immediate action protocols in vulnerable areas.