Aims
Hydro-Environmental Science& Solutions (HESS) journal aims to advance scientific and practical knowledge in the fields of soil–water–environment interactions, hydraulics and sustainable land and watershed management. The journal supports:
- Innovation in water infrastructure and smart land-use systems.
- Improved productivity and resilience in agricultural and natural environments.
- Integrated approaches to hydrologic, geomorphic, and ecological processes.
- Application of digital technologies, AI, and data science in environmental systems.
- Solutions that promote sustainability, climate adaptation, and stakeholder engagement.
Scope
Hydro-Environmental Systems & Solutions (HESS) provides a platform for high-impact, interdisciplinary research at the interface of hydraulics, environmental engineering, soil–water interactions, and sustainable land and water systems. The journal emphasizes real-world solutions for river basins, agricultural landscapes, and ecosystems, encouraging contributions that blend scientific advancement with practical innovation.
We welcome original research, review articles, and technical communications in the following themes (but not limited to):
🔹 Earth System Dynamics and Socio-Hydrology
- Interactions among the atmosphere, hydrosphere, lithosphere, and biosphere in shaping land and water resources
- Socio-hydrologic systems, adaptive water management, and feedbacks between society and hydrology
- Natural and human-induced hazards (e.g., land degradation, sand mining, and damming)
- Spatial modeling and monitoring of environmental processes and landform changes
🔹 Governance, Policy & Socio-Economic Dimensions
- Integrated governance and policy strategies for sustainable land and water use
- Community-based approaches, stakeholder engagement, and participatory planning
- Economic, legal, and institutional mechanisms for addressing scarcity and degradation
- Socio-economic resilience assessment in rural and urban landscapes
🔹 Modeling, AI, and Smart Systems
- Applications of artificial intelligence, machine learning, and decision support tools
- Spatiotemporal modeling of hydrologic, hydraulic, and ecological processes
- Big data analytics, IoT, and real-time remote sensing in land and water systems
- Uncertainty quantification and scenario analysis under climate and land-use change
🔹 Climate and Environmental Change
- Impacts of climate variability and extremes on watersheds, infrastructure, and soil resources
- Climate-resilient planning and nature-based adaptation strategies
- Environmental impact assessments, resilience metrics, and sustainability indicators
🔹 Watershed Processes
- Runoff generation, sediment transport, erosion, and pollutant movement in river basins
- Catchment-scale hydrologic modeling, hydrograph analysis, and sediment management
- Influence of land-use change on hydrology, soil erosion, and water quality
- Groundwater–surface water interactions, wetland systems, and riparian restoration
🔹 Hydraulics, River Systems & Water Infrastructure
- Design, operation, and evaluation of hydraulic structures for water conveyance, control, and flood protection
- River morphology, channel evolution, and sediment dynamics
- Infrastructure–ecosystem integration and smart monitoring of hydraulic systems
🔹 Sustainable Water, Land, and Environmental Systems
- Water-saving technologies, ecosystem-based land management, and environmental restoration
- Soil conservation, carbon sequestration, and sustainable use of marginal/degraded lands
- Reuse of treated wastewater, integrated soil fertility, and land-use planning
- Ecosystem services, biodiversity protection, and long-term landscape sustainability
🔹 Agriculture, Irrigation, and Food Systems
- Smart irrigation design, water-use efficiency, and precision agriculture
- Optimization of soil–water–crop interactions for improved productivity
- Management of salinity, waterlogging, and drainage in irrigated agriculture
- Impacts of agricultural practices on soil health, water quality, and ecosystem services
- Sustainable intensification and food–water–climate nexus under resource constraints
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