Adaptive Water Management for Sustainable Agriculture and Ecosystem Health in the Serpis River Basin

“

The extension of the EEDS method is a valuable tool for evaluating the trade-offs between agricultural and ecologic metrics in the face of climate change. The method provides a systematic and comprehensive approach to assess the potential impacts of different water management strategies on both agricultural productivity and ecosystem health. The results of the study suggest that current water resource management rules are insufficient to address the projected impacts of climate change, and that adaptive management strategies are needed to ensure long-term sustainability. The identification of potential climate hazards and the assessment of climate risk over three time horizons are crucial for developing effective adaptation measures. This information can help water managers prioritize adaptation efforts and allocate resources effectively. The findings of the study underscore the importance of incorporating ecological considerations into water resource management decisions. A holistic approach that balances agricultural needs with environmental protection is essential for ensuring sustainable water use in the Serpis River Basin and other regions facing similar challenges. Overall, the research work contributes to a deeper understanding of the challenges and opportunities associated with adaptive water management in the face of climate change. The proposed extension of the EEDS method and the application to the Serpis River Basin provide valuable insights for improving water resource management practices and ensuring the sustainability of agriculture and ecosystem health in this region and beyond.

”