Geoscience and Natural Resources Management
Geoscience Approaches for Sustainable Urban Development
Please select a city/session before registration.
About this program
Rapid urban expansion is exerting significant demands on land, water, and environmental resources. Geosciences offer essential knowledge regarding soil, water, energy, and hazard risks that influence urban sustainability. The Sustainable Urban Development and Geosciences Training Course examines the convergence of urban planning and geosciences to foster resilient, sustainable, and effectively managed cities.
Participants will investigate the relationship between urbanization and natural systems, explore tools for managing risks, and review policies and practices for sustainable land use. Through case studies and hands-on exercises, they will develop practical skills to incorporate geoscience insights into urban planning and development strategies.
Upon completion, participants will be prepared to guide urban growth while protecting natural resources and encouraging sustainable community development.
Course benefits
- Comprehend the significance of geosciences in sustainable urban planning.
- Acquire tools to evaluate environmental and geological hazards in urban areas.
- Learn approaches for climate adaptation and building resilient infrastructure.
- Incorporate sustainable land and water management into urban development plans.
- Implement internationally recognized best practices for creating sustainable and livable cities.
Key outcomes
- Investigate the interplay between urban growth and natural systems.
- Utilize geoscientific techniques for urban development planning.
- Evaluate risks associated with natural hazards, land use, and resource availability.
- Embed resilience and sustainability principles in city planning.
- Employ geospatial and remote sensing technologies for urban analysis.
- Analyze policies and governance models that promote sustainable cities.
- Formulate strategies to foster climate-resilient urban environments.
Who should attend
- Urban planners and professionals involved in development.
- Environmental and geoscience experts.
- Policy advisors and sustainability managers.
- Academics, researchers, and consultants specializing in urban studies.
Course outline
Unit 1: Principles Underpinning Sustainable Urban Growth
- Fundamental concepts of sustainability within urban environments.
- The contribution of geosciences to urban planning processes.
- Worldwide patterns in urban expansion and sustainability efforts.
- Regulatory frameworks and alignment with the SDGs.
Unit 2: Application of Geosciences in Urban Hazard Evaluation
- Considerations of soil and groundwater in city design.
- Mapping of geological risks including earthquakes, landslides, and floods.
- Effects of climate change on urban infrastructures.
- Instruments and methodologies for hazard and risk evaluation.
Unit 3: Urban Land Management, Water Resources, and Energy Systems
- Holistic approaches to land-use planning.
- Sustainable management of water resources in metropolitan settings.
- Energy consumption patterns and incorporation of renewables.
- Connecting urban development with natural resource management.
Unit 4: Innovative Technologies and Tools for Sustainable Urban Development
- Utilization of remote sensing and GIS in urban planning.
- Implementation of smart city technologies to enhance sustainability.
- Simulation of urban expansion and resource consumption.
- Analyses of data-centric sustainable city case studies.
Unit 5: Urban Governance and Strategic Planning for Resilience
- Policy tools supporting sustainable urban growth.
- Collaborative governance involving multiple stakeholders.
- Funding models for sustainable city initiatives.
- Crafting strategies for resilient and habitable urban environments.