Session Tracks

This track focuses on the fundamental processes governing surface-groundwater interactions. It aims to explore the physical and chemical dynamics that influence aquifer recharge and river-aquifer exchange.

This session will examine the hydrological connectivity within catchment systems and its implications for water resource management. Participants will discuss methodologies for assessing connectivity and its effects on water balance.

This track highlights the latest advancements in groundwater modeling techniques. It will cover both theoretical and practical aspects of modeling to enhance understanding of subsurface flow dynamics.

This session will delve into the dynamics of baseflow and its significance in maintaining river ecosystems. Discussions will include the impacts of baseflow variability on aquatic habitats and water quality.

This track focuses on the interactions between soil moisture dynamics and climate variability. It aims to address how these interactions influence hydrological processes and ecosystem health.

This session will explore innovative approaches to hydrological monitoring and data integration. Emphasis will be placed on the use of technology and remote sensing in assessing water resources.

This track addresses the challenges of groundwater management in the context of climate change. Participants will discuss adaptive strategies to ensure sustainable groundwater resources.

This session will focus on methodologies for assessing drought impacts on surface and groundwater systems. Strategies for mitigation and resilience building will also be discussed.

This track will examine the effects of flooding on surface-groundwater interactions. It will highlight case studies and modeling approaches to understand flood dynamics and their consequences.

This session will explore the role of sediment transport in hydrological processes and its implications for water quality and ecosystem health. Discussions will include modeling techniques and field studies.

This track focuses on the interactions between ecosystems and water resources. It aims to discuss integrated management approaches that consider ecological needs alongside hydrological sustainability.