International Conference on Ecohydrology and Landscape-Water Interactions (ICEHLWI - 26)

This track focuses on the fundamental principles of ecohydrology and their practical applications in landscape management. It aims to explore innovative strategies for integrating hydrological and ecological processes to enhance ecosystem resilience.

This session examines the role of hydrological connectivity in maintaining ecosystem functions and services. Participants will discuss the implications of connectivity for biodiversity, nutrient cycling, and water quality.

This track addresses contemporary challenges and solutions in watershed management, emphasizing sustainable practices. It will highlight case studies that demonstrate effective management techniques for balancing ecological health and human needs.

This session investigates the complex interactions between vegetation and water dynamics within various ecosystems. Topics will include plant-water relations, drought resilience, and the impact of vegetation on hydrological processes.

This track delves into the ecohydraulic processes that govern river ecosystems and their responses to environmental changes. Discussions will focus on flow regimes, sediment transport, and habitat availability for aquatic organisms.

This session explores the relationship between ecosystem services and water resource management. Participants will analyze how maintaining ecosystem health can enhance water quality and availability for human use.

This track emphasizes the importance of integrated water management in addressing complex environmental challenges. It will showcase interdisciplinary approaches that incorporate hydrology, ecology, and social dimensions for sustainable water governance.

This session focuses on the interactions between soil, vegetation, and water in shaping ecosystem health and productivity. It will cover topics such as soil moisture dynamics, root-water uptake, and the impacts of land use changes.

This track examines the significance of environmental flows in sustaining biodiversity and ecosystem integrity. Discussions will include methodologies for assessing flow requirements and the implications for conservation strategies.

This session investigates the spatial and temporal patterns of hydrological processes across various landscapes. Participants will explore how landscape characteristics influence water distribution and hydrological responses to climate change.

This track focuses on the development and application of models to simulate ecosystem dynamics and water balance. It will highlight advancements in modeling techniques that aid in understanding and predicting hydrological and ecological interactions.