We aim to advance our understanding of the interactions and feedback among hydrosphere, biosphere, and atmosphere through the development and refinement of conceptual, mathematical, and numerical models.
We believe that the integration of Ecohydrology into Geoecology is essential for exploring the feedback between terrestrial ecosystems and the hydrological cycle. This includes the impact of changes in land use and land cover, as well as the effects of urbanisation and ecological disturbances on hydrological and ecological functions.
By incorporating geoecological perspectives, our research provides a more complete understanding of the relationship between terrestrial ecosystems, water, and human activities, with important implications for water management and biodiversity conservation in an increasingly urbanised world.