The aim of publishing the journal of Ecohydrology is to introduce professors, specialists, experts, and students in related fields to ecohydrology.

According to the definition provided by UNESCO, ecohydrology studies the interactions between ecology and hydrology, with the goal of preserving biodiversity and achieving maximum coordination in hydrological processes within watershed areas. Therefore, the topics that this journal accepts specialized articles on include the following interdisciplinary areas:

• Impact of Climate Change on Ecohydrological Processes

• Ecohydrological Impacts of Changes in Precipitation Patterns on Soil and Plant Systems

• Plant Adaptation Strategies to Altered Climatic Conditions

• Long-Term Climate Change Impacts on Soil Health and Plant Production

• Ecohydrological Chain of Water-Soil-Plant-Atmosphere

• Soil Moisture Dynamics and Plant Transpiration

• Impact of Climatic Conditions on Soil and Plant Moisture Status

• Nutrient Cycle

• Role of Water in Nutrient Uptake and Transfer

• Nutrient Chain in Aquatic and Terrestrial Ecotones

• Plant-Microbe Interactions in Nutrient Cycling

• Water Balance

• Components of the Water Balance

• Applications of Remote Sensing in Water Balance Studies

• Use of Hydrological Models for Predicting Water Balance Changes

• Field Methods for Measuring Soil Moisture and Plant Water Requirements

• Land Use and Changes in Watershed Hydrology

• Ecohydrological Challenges of Aquatic and Terrestrial Ecotones

• Biodiversity and Species Interactions in Aquatic and Terrestrial Ecotones

• Ecotones as Indicators of Environmental Changes

• Impact of Pollution and Eutrophication on Ecotones

• Ecohydrological Resilience of Watersheds

• Role of Invasive Species and Human Factors in Habitat Degradation

• Climate Change and its Differential Impacts on Ecotones

• Restoration Techniques for Degraded Ecotones

• New Technologies in Ecohydrological Studies

• Application of GIS & Remote Sensing in Ecohydrology

• Use of Drones and Unmanned Aerial Vehicles in Ecohydrological Research

• Soil Moisture Monitoring Sensors and Data Loggers

• Phytosensors and Monitoring Plant Water Status

• Data Analysis and Modeling

• Use of Big Data and Machine Learning in Ecohydrology

• Integration of Different Data Sources for Comprehensive Modeling

• Predictive Tools and Simulations for Ecohydrological Processes

• Hydrobiogeochemistry and Environmental Isotopes in Ecohydrology

• Assessment of Water Quality and Ecosystem Health

• Tracing Water Flow and Pollutants

• Determining the Source of Roote Water uptake