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Event date: 5/19/2021 12:00 PM - 1:00 PM Export event
Webinar: What happens when you go “Hyperlocal”? The legacy of inequitable heat exposure in US cities

Webinar: What happens when you go “Hyperlocal”? The legacy of inequitable heat exposure in US cities

This presentation will explore how increasing community engagement in both understanding and measuring urban heat using a novel participatory research campaign framework can lead to climate action efficacy in US cities.

OneNOAA Science Seminar Series

Title: What happens when you go “Hyperlocal”? The legacy of inequitable heat exposure in US cities

Presenters: Jeremy S. Hoffman, PhD, Chief Scientist, Science Museum of Virginia and Vivek Shandas, PhD, Professor of Climate Adaptation, Portland State University

When: Wednesday, May 19, 2021, 12-1pm ET

Sponsor(s): The National Integrated Heat Health Information System (NIHHIS), co-led by the NOAA and the CDC, the NOAA Office of Education, and the NOAA Climate Program Office. 
Attendees interested in learning more about the impacts of extreme heat in urban areas, and how communities are dealing with them, are encouraged to sign up for the Heat Beat newsletter: https://lp.constantcontact.com/su/3DFc1Wx

Seminar Contacts: Hunter.Jones@noaa.gov and 
Carrie.McDougall@noaa.gov

View Recording:

recording

Accessibility: There will not be live captioning, but the recording will be posted to YouTube, which generates captions.

Abstract: The increasing intensity, duration, and frequency of heat waves due to human-caused climate change puts historically marginalized populations in a heightened state of precarity, as studies observe that “vulnerable” communities—especially those within urban areas in the United States—are disproportionately exposed to and affected by extreme heat. However, existing data on weather and climate variables are either too sparse or too coarse geographically to adequately describe risks to public health, infrastructure, and ecosystems at the local scale. This presentation will explore how increasing community engagement in both understanding and measuring urban heat using a novel participatory research campaign framework can lead to climate action efficacy in US cities. We suggest that such scientifically-defensible “hyperlocal” descriptions of place together with community participation directly serves NOAA’s mission while advancing environmental justice, community environmental literacy, and climate resilience more broadly.

About the Speakers:
Dr. Jeremy Hoffman is the Chief Scientist at the Science Museum of Virginia and Affiliate Faculty in the L. Douglas Wilder School and the Center for Environmental Studies at Virginia Commonwealth University. Dr. Hoffman specializes in connecting audiences to their changing planet through community science campaigns, interactive media, dynamic exhibitions, and hands-on experiences. His research has focused on assessing exposure to extreme heat in US urban areas and how this exposure relates to long-term planning policy and neighborhood design, and how this work can be leveraged to inspire community-driven climate action. Dr. Hoffman has served as a member of the Environment Committee for the Museum of Science and Industry in Chicago, a Science Communication Fellow for the Oregon Museum of Science and Industry and the Mitchell Hamline School of Law, and was recently honored as one of Style Weekly Richmond's Top 40 Under 40 and one of the Grist Magazine 50 Fixers for 2020.

Vivek Shandas: Dr. Vivek Shandas specializes in developing strategies for addressing the implications of climate change on cities. His teaching and research examine the intersection of exposure to climate-induced events, governance processes, and planning mechanisms. As an interdisciplinary scholar, Dr. Shandas studies the emergent characteristics that generate vulnerability among communities and infrastructure. Theoretically, he views cities as grand experiments that are socially constructed, and can vary in their capacities to adapt to changing social and ecological conditions. Empirically, Dr. Shandas examines the human and planetary forces that facilitate (or inhibit) collective response. As such the broad aims of his teaching and research are to identify threats to planetary habitation, and shape landscapes to improve urban environmental quality.

Slides & Recording: A PDF of the slides and the recording will be shared here: https://nihhis.cpo.noaa.gov/webinar

Subscribe to the OneNOAA Science Seminar Series weekly email: Send an email to OneNOAAscienceseminars-request@list.woc.noaa.gov with the word 'subscribe' in the subject or body. Visit the OneNOAA science seminar series website for more information.

 

*Cover image features volunteers in Jackson, MS in 2020 preparing for the campaign, courtesy of CAPA Strategies.

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National Geographic highlights NOAA-funded Urban Heat Island project with 2019 campaign set to kick off Saturday 24 July 2019

National Geographic highlights NOAA-funded Urban Heat Island project with 2019 campaign set to kick off Saturday

Developing an Early Warning System to Prevent Heat Illness

As three cities gear up to map urban heat islands on Saturday, this week National Geographic shared an article highlighting the NOAA-funded 2018 summer mapping campaign to help address extreme heat. The article includes the project’s map of Washington, DC, in August 2018 where temperatures spanned almost 17 degrees between the hottest and coolest areas of the city.

RCCC Heatwave Guide for Cities 24 July 2019

RCCC Heatwave Guide for Cities

This guide is intended to help city governments understand the heat risks they face, develop an early-warning system, work with partners to consolidate action plans, and adapt urban-planning practices.

Citizen Scientists Take to the Streets to Map the Hottest Places in Ten U.S. Cities 24 July 2019

Citizen Scientists Take to the Streets to Map the Hottest Places in Ten U.S. Cities

Citizen scientists will take to the streets during the hottest days this summer to map hot spots in ten different U.S. cities. The campaign is part of a NOAA-funded project to map places where buildings, asphalt, and other parts of urban environments can amplify high temperatures, putting people at heightened risk of heat illness during extreme heat events.

June 2019 was hottest on record for the globe 18 July 2019

June 2019 was hottest on record for the globe

Antarctic sea ice coverage shrank to new record low

Schools are letting out, Memorial Day is nearly here, and for many Americans that means the unofficial start of summer. And if it's summer, then it 's time to start paying attention to the risk of extreme heat. According to NOAA’s summer outlook, most of the United States is favored to have a hotter than average summer in 2017. Only in the Great Plains do forecasters think the chances for a cool or a normal summer are equal to the chances of a hot summer. Everywhere else—from Alaska to southern California, and from Maine to Texas—odds are tilted toward well above average warmth. The absolute highest chances for a much warmer than usual summer are in Hawaii. (see the large version of the map below for Hawaii and Alaska.

Extreme heat tweet chat to take place during widespread heatwave 17 July 2019

Extreme heat tweet chat to take place during widespread heatwave

With a major heatwave ahead this weekend, NOAA Climate.gov will host an extreme heat tweet chat this Friday, July 19, from noon to 1 pm Eastern. Four heat health experts will answer questions about how extreme heat is changing, the impacts extreme heat has on people, and how communities are working together to make themselves more climate resilient.

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Urban Heat Island Community of Practice Webinar Series continues with "Green Cooling Infrastructure"

Urban Heat Island Community of Practice Webinar Series continues with "Green Cooling Infrastructure"

The National Integrated Heat Health Information System (NIHHIS) and its partners are hosting a webinar series to feature case studies on what happens after communities conduct their urban heat island mapping campaigns. On September 30th at 3PM EDT, the fifth of the series, "Green Cooling Infrastructure" will take place and will feature communities that have implemented solutions to obtain heat resilience through green infrastructure. The session will highlight case studies from Philadelphia and Pawtucket and explore how they were able to implement green infrastructure, and by doing so, strengthen community cohesion and resilience. The intersection with environmental justice, public health, crime reduction, and equitable approaches to improvements that benefit residents will be threaded throughout the webinar.

Register and learn more

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Urban Heat Island Community of Practice Webinar Series Continues with "Community Engagement, Outreach, and Education"

Urban Heat Island Community of Practice Webinar Series Continues with "Community Engagement, Outreach, and Education"

The National Integrated Heat Health Information System (NIHHIS) and its partners are hosting a webinar series to feature community case studies on what happens after Urban Heat Island mapping campaigns are conducted. The sixth of the series, "Investigate Options 4- Community Engagement, Outreach, Education", will take place on October 12th at 4:00 PM EDT and will feature municipalities that have effectively engaged communities, institutions, politicians, and the press to advance heat mitigation efforts. The session will feature three municipality managers from Austin, Cincinnati, and King County, WA, who will explore how they engage in collaborative approaches to urban heat planning, and identify ways that may be helpful for your climate outreach efforts. 

Register and learn more. 

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Address: 1315 East-West Hwy, Suite 1100
Silver Spring, MD 20910

About Us

NIHHIS is an integrated information system that builds understanding of the problem of extreme heat, defines demand for climate services that enhance societal resilience, develops science-based products and services from a sustained climate science research program, and improves capacity, communication, and societal understanding of the problem in order to reduce morbidity and mortality due to extreme heat.  NIHHIS is a jointly developed system by the Centers for Disease Control and Prevention (CDC) and the National Oceanic and Atmospheric Administration.

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