Urban Design For Drought Resilience

Drought resilience is the capacity of a city to anticipate, prepare for, and respond to droughts, minimizing their impacts on the environment, economy, and society. It involves a holistic approach that integrates water management, urban planning, and design to create cities that are...

For his PhD, he developed the Swarm Planning concept, a dynamic way of planning urban landscapes for future adaptation to climate change impacts. Rob has designed and led over 30 design charrettes around the world, involving communities, academics, governments and industries in design processes for more resilient communities.

Trees and urban forests provide important services in cities around the world but grow in stressful environments that exacerbate drought stress. Management before, during, and after a drought event can improve tree and forest resilience, but many regions and cities lack robust information and communication pathways to provide early warning and targeted intervention recommendations. The goal of ...

NbS often requires complementary work across sectors, such as water utilities and agricultural ministries, to design and implement best practices in rural and urban areas to improve drought resilience across the same watershed.

Landscape architects play many roles in reducing the impact of drought. Working with planners and engineers, they can devise regional, urban, and local water management plans and design natural systems that help communities conserve and reuse water.

In short, this review contains a wealth of insights on urban drought and highlights the intrinsic connections between drought resilience and the 2030 SDGs. It also proposes five action steps for policymakers and city stakeholders that would support them in taking the first step to combat and mitigate the impacts of urban droughts.

Drought is challenging communities in California and much of the West to rethink how they use water. This time, communities are not looking to large, distant reservoirs but to micro-solutions distributed throughout urban landscapes.

Designing with drought resilience parameters makes the building efficient and eco-sensitive. It involves integrating rainwater harvesting, greywater recycling, and decentralised water storage into the spatial service core of the building.Community Engagement: Urban Water Management.