Organizer: University of Central Florida, Orlando, Florida (USA)
ICWRER 2022 CONFERENCEThis conference offers a platform for worldwide researchers and scientists from academia, industry, and government to discuss recent advancements in science and technologies and disseminate results of interdisciplinary sustainability solutions at the intersection between water resources and environmental system research in support of sustainable development and their impact on engineering, society, and environment. The promotion of long-lasting and productive partnerships among the conference participants is also an objective of this conference. This research conference is open to all in the research and scientific community who concern about environmental sustainability. All accepted extended abstracts (up to 5 pages) will be published in the conference proceedings. If you wish to enquire further about details, please contact the Conference Chair.
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Orlando, Florida
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Theme: Bridging the gaps of interdisciplinary sustainability solutions for complex water and environmental systems
Focal Areas:
- Water resources management under globalization and extreme weather impact
- Integrated watershed management for regional sustainability
- Hydrometeorological forecasting, environmental monitoring, and remote sensing
- Hydroinformatics, virtual reality, and digital transformation
- Coastal management and climate change impact
- Integrated surface water and groundwater modeling for environmental sustainability
- Cyber-physical systems for smart , resilient, and sustainable environmental management
- Urban sustainability, land use/land cover changes, and food-water-energy nexuses at varying scales
- Prevention and recovery from water related disasters
- Social equity and environmental justice in water resources allocation
- Water and environment allocation conflict, policy analysis, and decision making
- Artificial intelligence to improve water and environmental infrastructure systems
- Remote sensing, environmental monitoring, geospatial analysis, and big data analytics
- Sustainable energy, microgrid, advanced materials, and environment
- Waste management, resources recycling, and industrial ecology in a circular economy
- Remediation and treatment of contaminants of emerging concerns
- Air quality management in changing environments
- Green building, landscape architecture, and low impact development
- Urban Food-Energy-Water-Waste Nexus, governance structure, and socioecological assessment
- Institutional innovation in river and lake management
- Ecological engineering, ecosystem services, and biodiversity
- Urban agriculture and water management
- Environmental materials or nanomaterials for pollution control
- Systems engineering innovation and interdisciplinary sustainability solutions
- Risk assessment for next-generation water and environmental infrastructure systems
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