Journal of Weather Changes

Aims and Scope

Journal of Weather Changes (JWC) is a  peer-reviewed, open-access journal dedicated to advancing research on weather variability, and their societal and environmental impacts. JWC serves as a multidisciplinary platform for researchers, policymakers, industry experts, and engaged citizens to explore the science of weather patterns, climate dynamics, and adaptation strategies. 
 

Scope & Focus Areas:

JWC welcomes original research, reviews, case studies, short communications, and editorials on topics including, but not limited to:  

• Climate Change & Weather Variability: Investigating long-term climate patterns and their influence on weather events.  
• Artificial Intelligence studies on weather forecasting, climate analysis, and atmospheric pattern recognition using advanced computational techniques.
• Extreme Weather Events & Disaster Risk Assessment: Analyzing hurricanes, droughts, floods, wildfires, and extreme temperatures.  
• Forecasting & Predictive Modelling: Advancing short-term and long-term weather prediction techniques.  
• Impact on Infrastructure & Urban Resilience: Designing climate-resilient cities and infrastructure.  
• Weather & Agriculture: Studying the effects of weather changes on crop yields, food security, and agronomy.  
• Energy & Sustainability: Exploring the relationship between climate change, renewable energy, and power transmission.  
• Public Health & Social Vulnerability: Examining how weather and climate extremes affect human health and communities.  
• Climate Policy, Economics & Social Justice: Assessing legal, economic, and ethical implications of climate action.  
• Climate Change Mitigation & Emission Reduction: Investigating strategies to combat global warming and promote sustainability.  
• Climate Education & Public Awareness: Enhancing public understanding of climate change and its societal consequences.  
   

Bridging Science & Real-World Solutions:

JWC is committed to fostering global dialogue and driving innovative, evidence-based solutions for climate adaptation and mitigation. By encouraging interdisciplinary collaboration across  meteorology, climatology, engineering, environmental science, public policy, and social sciences, the journal serves as a  catalyst for meaningful change in our rapidly evolving world.  

• Weather
• Extreme weather
• Dynamic and urban climatology
• Weather data
• Climate prediction
• Climate observations and modelling
• Weather statistics
• Palaeoclimatology
• Marine climatology
• Weather observers
• Hydroclimatology
• Ecoclimatology
• Dendroclimatology
• Paleoclimate
• Storms
• Oceanography
• Ecosystems
• Weather stations
• Climatic variability
• Climate Science
• Weather hazards
• Natural physical environment
• Climate system science
• Climate and society interactions
• Atmospheric science (processes and modeling)
• Modelling impacts of weather and climate extremes
• Seasonal forecasts of climate extremes
• Policies and practices for adaptation to weather and climate extremes
• Atmosphere-ocean interactions
• Human bioclimatology
• Global warming
• Hydrology