Climate-Smart Agrifood Systems (CSAS) is an international, peer-reviewed, open access journal dedicated to publishing high-quality research on sustainable agrifood systems, food-water-energy nexus, precision agriculture, climate resilience, environmental intelligence, and sustainable technologies. The journal provides a scholarly platform for interdisciplinary research that supports resilient food production, efficient resource use, environmental protection, and climate-smart development.
The journal welcomes original research articles, review papers, case studies, technical studies, modelling studies, data-driven research, and policy-oriented contributions. It encourages work that connects agriculture, food systems, water resources, energy use, environmental monitoring, digital technologies, remote sensing, and climate adaptation.
With a strong focus on applied and solution-oriented research, the journal aims to advance knowledge and innovation for sustainable production systems, natural resource management, climate-resilient communities, and evidence-based environmental decision-making. It serves researchers, practitioners, policymakers, development professionals, environmental scientists, agronomists, engineers, and data scientists working to address global challenges related to food security, water scarcity, energy access, climate change, and environmental sustainability.
Aims & Scope
Climate-Smart Agrifood Systems aims to advance research and innovation in climate-smart agriculture, sustainable food systems, environmental intelligence, and integrated resource management. The journal welcomes theoretical, empirical, experimental, computational, technological, and policy-relevant studies that contribute to sustainable and climate-resilient development.
Areas of Interest
- Climate-smart agriculture and resilient agrifood systems
- Food-water-energy nexus and integrated resource management
- Precision agriculture and digital farming technologies
- Remote sensing, GIS, and geospatial analytics for agriculture and environment
- Environmental intelligence, monitoring, modelling, and decision-support systems
- Climate resilience, adaptation, mitigation, and risk assessment
- Sustainable food production, food security, and nutrition-sensitive systems
- Water resource management, irrigation efficiency, and water productivity
- Renewable energy applications in agriculture and rural systems
- Sustainable technologies for agrifood and environmental management
- Soil health, land degradation, and sustainable land management
- Biodiversity, ecosystem services, and nature-based solutions
- Smart farming, sensors, Internet of Things, and agricultural automation
- Artificial intelligence, machine learning, and data analytics in agrifood systems
- Climate-resilient crops, farming systems, and supply chains
- Environmental pollution, waste management, and circular bioeconomy
- Sustainable livestock, fisheries, and aquaculture systems
- Post-harvest technologies, food loss reduction, and value chains
- Rural development, livelihoods, and climate-vulnerable communities
- Policy, governance, and innovation for sustainable agrifood and environmental systems