The degradation of land and water ecosystems due to climate change and human disturbances emphasizes the need for integrated watershed management, which considers landscape processes and participatory planning. Recent research on multi-scale hydrological connectivity has gained attention for its potential to enhance understanding of complex land-water systems, particularly regarding runoff dynamics and ecosystem services. Effective watershed management is critical for protecting vegetation and soil, reducing soil erosion, and addressing impacts on water-limited ecosystems.
This Research Topic compiles twelve studies focusing on how anthropogenic activities and climate change influence sustainable watershed management in different regions, including China and South America. Examples of research include analysis of plant communities in desert areas, investigations into soil erosion and crop growth, and the study of water-resource management under varying ecological conditions.
The research highlights the importance of developing methodologies that incorporate hydrological connectivity in ecosystem management and opens avenues for improved watershed strategies. While various tools are available for monitoring, future efforts must strengthen the understanding of connectivity to formulate effective watershed management policies. Overall, the research underscores the necessity of integrating ecological and hydrological insights to ensure sustainable water and land resource management in the face of ongoing environmental changes.
