About this Research Topic
In recent years, urban areas, particularly in developing countries, have faced escalating challenges in water management. These challenges are intensified by the pervasive impacts of climate change.
Unfortunately, there is a notable absence of demand-driven interdisciplinary research to address the coupled challenges. This deficiency, coupled with a breakdown in science-policy communication, exacerbates the issue at hand. The result is unsustainable urban development that often neglects the critical consideration of urban water and its distinct properties in the planning process. As the world rapidly urbanizes and water becomes an increasingly scarce resource, there is a pressing need to underpin water-sensitive urban planning with scientific research.
This Research Topic for Frontiers in Water, titled " Water-Sensitive Planning for Resilient Urban Development: Opportunities and Challenges in the Face of Climate Change" aims to comprehensively address the complexities of this critical domain and respond to the aforementioned demands. By exploring opportunities and challenges within the context of climate change, the collection
endeavors to (i) lay a solid foundation for science-policy coordination, and (ii) promote evidence base to advocate for a demand-driven approach to urban water management.
The overarching objective is not only to advance scientific knowledge but also to establish a robust basis for science-policy coordination. Through the synthesis of cutting-edge research findings, this collection aims to foster evidence-based decision-making, empowering policymakers to formulate and implement strategies that effectively address the escalating impacts of climate change on urban water systems. This coordinated approach is poised to contribute to the creation of more resilient and sustainable urban environments, bridging the gap between research and policy and ensuring the durability and adaptability of water-sensitive planning and development strategies.
This Research Topic will provide a holistic examination of water-sensitive urban planning and development, placing a significant emphasis on resilience in the face of climate change. The interdisciplinary research presented will cover key topics such as innovative urban planning strategies, advancements in water management technologies, the role of modeling in decision-making, and the critical interplay between data, governance, and urban water systems. Additionally, it will delve into basin-scale planning, nature-based approaches, and the governance of urban water.
Key Topics (Scopes are not limited to the following themes):
1. Water-Sensitive Urban Planning: Innovative strategies, Integrated planning, Sustainable development.
2. Urban Water Management: Advanced technologies, Holistic water management, Sustainable practices.
3. Role of Modeling in Promoting Water-Sensitive Resilience Planning: Predictive modeling, Scenario analysis, Decision support.
4. Data and Urban Water Governance: Data-driven decision-making, Stakeholder engagement, Policy implementation.
5. Basin Scale Planning: Interconnected water systems, Integrated basin planning, Urban hydrology.
6. Nature-Based Approach to Urban Water Management: Green infrastructure, Ecosystem services, Nature-based solutions.
7. Governance of Urban Water: Policy enforcement, Stakeholder collaboration, Urban water policy.
8. Urban Water and Climate Change: Climate change adaptation, Mitigation strategies, Urban water resilience.
Unfortunately, there is a notable absence of demand-driven interdisciplinary research to address the coupled challenges. This deficiency, coupled with a breakdown in science-policy communication, exacerbates the issue at hand. The result is unsustainable urban development that often neglects the critical consideration of urban water and its distinct properties in the planning process. As the world rapidly urbanizes and water becomes an increasingly scarce resource, there is a pressing need to underpin water-sensitive urban planning with scientific research.
This Research Topic for Frontiers in Water, titled " Water-Sensitive Planning for Resilient Urban Development: Opportunities and Challenges in the Face of Climate Change" aims to comprehensively address the complexities of this critical domain and respond to the aforementioned demands. By exploring opportunities and challenges within the context of climate change, the collection
endeavors to (i) lay a solid foundation for science-policy coordination, and (ii) promote evidence base to advocate for a demand-driven approach to urban water management.
The overarching objective is not only to advance scientific knowledge but also to establish a robust basis for science-policy coordination. Through the synthesis of cutting-edge research findings, this collection aims to foster evidence-based decision-making, empowering policymakers to formulate and implement strategies that effectively address the escalating impacts of climate change on urban water systems. This coordinated approach is poised to contribute to the creation of more resilient and sustainable urban environments, bridging the gap between research and policy and ensuring the durability and adaptability of water-sensitive planning and development strategies.
This Research Topic will provide a holistic examination of water-sensitive urban planning and development, placing a significant emphasis on resilience in the face of climate change. The interdisciplinary research presented will cover key topics such as innovative urban planning strategies, advancements in water management technologies, the role of modeling in decision-making, and the critical interplay between data, governance, and urban water systems. Additionally, it will delve into basin-scale planning, nature-based approaches, and the governance of urban water.
Key Topics (Scopes are not limited to the following themes):
1. Water-Sensitive Urban Planning: Innovative strategies, Integrated planning, Sustainable development.
2. Urban Water Management: Advanced technologies, Holistic water management, Sustainable practices.
3. Role of Modeling in Promoting Water-Sensitive Resilience Planning: Predictive modeling, Scenario analysis, Decision support.
4. Data and Urban Water Governance: Data-driven decision-making, Stakeholder engagement, Policy implementation.
5. Basin Scale Planning: Interconnected water systems, Integrated basin planning, Urban hydrology.
6. Nature-Based Approach to Urban Water Management: Green infrastructure, Ecosystem services, Nature-based solutions.
7. Governance of Urban Water: Policy enforcement, Stakeholder collaboration, Urban water policy.
8. Urban Water and Climate Change: Climate change adaptation, Mitigation strategies, Urban water resilience.
Keywords: Urban resilience, Water-sensitive planning, Climate change, Science-policy coordination, Sustainable development, Water management, Modeling, Data governance, Basin planning, Nature- based solutions, Urban governance.
Important Note: All contributions to this Research Topic must be within the scope of the section and journal to which they are submitted, as defined in their mission statements. Frontiers reserves the right to guide an out-of-scope manuscript to a more suitable section or journal at any stage of peer review.
