International Conference on Ecohydrological Responses to Environmental Change (ICEREC-27)

This track focuses on the interplay between climate change and ecohydrological systems, emphasizing the alterations in vegetation-water interactions. Contributions will explore how shifting climatic patterns influence hydrological processes and ecosystem dynamics.

This session will delve into the mechanisms governing soil moisture dynamics and their implications for hydrological modeling. Papers will highlight the role of soil moisture in vegetation health and its feedbacks on hydrological cycles.

This track addresses the consequences of altered streamflow regimes on aquatic and terrestrial ecosystems. Research will focus on the implications for biodiversity, nutrient cycling, and ecosystem services.

This session will investigate the processes influencing groundwater recharge under varying climatic conditions. Contributions will examine the significance of groundwater in sustaining ecosystems and mitigating hydrological extremes.

This track explores the hydrological processes within wetland ecosystems and their role in nutrient cycling and water quality. Papers will discuss the resilience of wetland hydrology in the face of environmental change.

This session focuses on innovative hydrological modeling approaches to inform sustainable water management practices. Contributions will highlight case studies that demonstrate effective modeling in addressing water resource challenges.

This track will examine integrated watershed management strategies that enhance resilience to climate change impacts. Papers will discuss adaptive management practices that optimize water conservation and ecosystem health.

This session will showcase advancements in hydrological monitoring technologies and methodologies. Contributions will emphasize the importance of accurate data collection for understanding hydrological responses to environmental change.

This track investigates the dynamic interactions between floodplain hydrology and ecosystem services. Research will focus on the role of floodplains in biodiversity conservation and water quality enhancement.

This session will address the assessment and management of hydrological extremes, including floods and droughts. Papers will explore the socio-economic and ecological implications of these events on water resources.

This track focuses on comprehensive assessments of river basins to inform effective management strategies. Contributions will highlight interdisciplinary approaches to address challenges in river basin hydrology and sustainability.