Tag: Extreme heat

  • American Planning Association: Urban Heat Resilience

    American Planning Association: Urban Heat Resilience

    I’m happy to share the American Planning Association (APA)’s Planning Advisory Service (PAS) QuickNotes #95 on Urban Heat Resilience written by myself and Sara Meerow is now available! In this PAS QuickNotes we explain trends in increasing extreme heat risk, describe the concept of heat resilience, and provide an overview of heat mitigation and management strategies that communities can implement. This PAS QuickNotes serves as an introduction to the topic of urban heat resilience, which will be covered more fully in PAS Report: Planning for Urban Heat Resilience, to be published in the spring of 2022.

    APA Members can download the PAS QuickNotes on Urban Heat Resilience for free, and it is available to non-members for $10.

  • University of Arizona Panel on Urban Heat Resilience

    University of Arizona Panel on Urban Heat Resilience

    I was joined by several colleagues at the University of Arizona on a Wonder at Home panel to discuss urban heat resilience and its relevance in urban planning, public health, and housing:

    Heat is the number one weather-related killer in the U.S., yet receives far less attention than other climate risks. In this panel discussion, you will hear from faculty members and researchers how urban heat risk is an underestimated, yet increasing, climate risk in cities across the U.S. We will explore how cities are innovating to advance their urban heat resilience through the perspectives of urban planning, public health, and housing.

    Moderator:

    • Brian Adair, Director, Corporate Services, Research Development, Research, Innovation & Impact

    Panelists:

    • Mona Arora, Principal Research Specialist & Course Instructor, Department of Community, Environment & Policy, Mel and Enid Zuckerman College of Public Health
    • Mark Kear, Assistant Professor of Geography, School of Geography, Development, and Environment, College of Social and Behavioral Sciences
    • Ladd Keith, Assistant Professor, Planning and Chair, Sustainable Built Environments, School of Landscape Architecture & Planning, College of Architecture, Planning & Landscape Architecture

    More information on this panel discussion is on the University of Arizona Foundation’s event page.

  • America Adapts Podcast: Record-Breaking Heatwaves and More

    America Adapts Podcast: Record-Breaking Heatwaves and More

    I joined Doug Parsons on the latest America Adapts Podcast episode to discuss the record-breaking Southwest and Pacific Northwest/Western Canada heatwaves in June 2021, as well as thermal equity, why we shouldn’t shame indoor cooling, considerations in the naming and ranking heatwaves discussion, how we can improve media coverage of extreme heat events, my new Plan Integration for Resilience Scorecard for Heat (PIRSH) research project, and the latest developments in how cities are planning for heat resilience.

    Listen at: Extreme Heat in the News, Naming Heat Waves, Thermal Equity and more with Dr. Ladd Keith

    Heat-related resources I mentioned in the episode:

  • Op-Ed: Cities must plan for heat resilience now

    Op-Ed: Cities must plan for heat resilience now

    With the increased attention to extreme heat events after the U.S. Southwest and then U.S. Pacific Northwest and Canadian heatwaves in June 2021, I wrote an op-ed piece on the urgent need to plan for heat resilience with Sara Meerow for the Reuters Thomson Foundation. A few short exceprts:

    Summer just started in the Northern Hemisphere, but cities everywhere have already been impacted by unprecedented extreme heat and must plan for heat resilience now.

    Urban planners and designers largely work in the area of reducing exposure to heat, while public health and emergency management focus on heat management. Cities should coordinate these strategies and ensure they are equitably distributed according to heat risk to avoid worst-case scenarios.

    Read the full op-ed piece: Cities must plan for heat resilience now.

  • Planning for extreme heat: A review

    Check out my new open access literature review paper with Sara Meerow and Tess Wagner, where we present the current state of planning for extreme heat, find many papers focused on mapping and modeling heat but far less on urban planning and governance, and discuss challenges and opportunities in research and practice!

    Abstract

    Extreme heat is a growing concern for cities, with both climate change and the urban heat island (UHI) effect increasingly impacting public health, economies, urban infrastructure, and urban ecology. To better understand the current state of planning for extreme heat, we conducted a systematic literature review. We found that most of the research focuses on UHI mapping and modeling, while few studies delve into extreme heat planning and governance processes. An in-depth review of this literature reveals common institutional, policy, and informational barriers and strategies for overcoming them. Identified challenges include siloed heat governance and research that limit cross-governmental and interdisciplinary collaboration; complex, context-specific, and diverse heat resilience strategies; the need to combine extreme heat “risk management” strategies (focused on preparing and responding to extreme heat events) and “design of the built environment” strategies (spatial planning and design interventions that intentionally reduce urban temperatures); and the need for extensive, multidisciplinary data and tools that are often not readily available. These challenges point to several avenues for future heat planning research. Ultimately, we argue that planners have an important role to play in building heat resilience and conclude by identifying areas where scholars and practitioners can work together to advance our understanding of extreme heat planning.

    Citation

    Keith, Ladd, Sara Meerow, and Tess Wagner. 2020. Planning for extreme heat: A review. Journal of Extreme Events. 6(3&4), 2050003.  http://dx.doi.org/10.1142/S2345737620500037