UCRC 2020 Poster Event Winners!

The Urban Climate Research Center congratulates all of the participants in this year’s virtual poster event. The format worked out quite well, resulting in very engaging discussions of all posters presented.

We are also very happy to announce the winners of this year’s event.


1st Place Graduate Student category: Alyssa Henning, “Estimating Personal Ultraviolet Radiation Exposure During Outdoor Activities with Wearable Sensors”


2nd Place Graduate Student catetory: Aldo Brandi, “Influence of Projected Climate Change, Urban Development, and Heat Adaptation Strategies on End of 21st Century Urban Boundary Layers in the Conterminous US”


1st Place Undergraduate Student category: Ananth Udupa, “Thermal Panoramas for Urban Climate Applications”


Honorable mentions: Mary Wright, Omar Galal









Please visit the poster site to view presentations from all participants!


ASU Carbon Sink & Learning Forest is coming soon!

The ASU Carbon Sink & Learning Forest will be a 1,000-tree forest  of Honey Mesquite, Screwbean Mesquite, and Foothills Palo Verde trees on 10.8 acres at the ASU West campus. The trees have been grown by our partners at Northern Arizona University in a special deep-pot method to facilitate drought-tolerance and survival. The trees are to be planted in mid November 2020 by a crew from the non-profit Ancestral Lands.

The project is a result of the ASU Carbon Project–a project created to offset ASU’s difficult to mitigate carbon emissions. It is estimated that the Carbon Sink will store about 3,400 metric tons of CO2 over the next 30 years as well as providing benefits such as shade, stormwater management, and wildlife habitat.

The Carbon Sink & Learning Forest will also serve as a living laboratory for hands-on learning through classes, labs, and student projects. Ongoing measurements at the site will include studies of above- and below-ground carbon sequestration (led by Dr. Becky Ball), and local microclimate monitoring (led by Dr. David Sailor). Local  condtions from the site are available online here.

Stay-tuned as the project evolves!


UCRC Poster Event 2020–RSVP required!

We are excited to announce the 3rd annual Urban Climate Research Center Poster Event. This year’s event includes posters from 8 ASU schools and collaborators at 4 other universities. As it will be online, we REQUIRE participants to RSVP in advance so that we can send you the zoom links and password to attend this unique event, which will include parallel poster room sessions so that each individual poster presenter will be able to directly interact with interested event participants.

The event will be held on October 15, 2020 from 3pm-5:30pm MST (Arizona is on MST year-round).
Please RSVP here!
Looking forward to your participation.
Dave Sailor
Director, Urban Climate Research Center

UCRC Exploring Cool Pavements in Phoenix

This summer the City of Phoenix has been experimenting with a cool-seal product that replaces the traditional very dark seal coat that is applied to streets every 3-5 years with a more solar-reflective coating that holds promise for cooling the city. ASU’s Urban Climate Research Center has been partnering with the city to evaluate the thermal effects in neighborhoods where the technology has been deployed. We have conducted 3 intensive monitoring campaigns this summer using cart-based (MaRTy Cart) mean radiant temperature measurements, car-based air and surface temperature traverse measurements, and helicopter-based thermography. We are also tracking subsurface temperature and pavement thermal storage as well as the evolution of the seal-coat radiative properties. With much of the data now in hand, we turn to the task of analyzing the results. Thanks to the many students and faculty who gave up sleep (measurements starting at 4am) and sweat (peak temps > 110F) to make this happen!

The motley drivers of heat and cold exposure in 21st century US cities

Ashley Broadbent, an Assistant Research Professor in Geographical Sciences and Urban Planning, and faculty affiliate of the Urban Climate Research Center, together with colleagues Scott Krayenhoff and Matei Georgescu, has recently published “The motley drivers of heat and cold exposure in 21st century US cities” in the Proceedings of the National Academy of Sciences (PNAS). The paper presents population-weighted estimates of outdoor heat and cold exposure, considering both global climate change and urban expansion during the 21st century. The results are particularly significant for cities in the US sunbelt, which are projected to see the greatest increase in population over the next several decades. This work represents an important contribution to understanding future heat/cold exposure, particularly when linked with other recent studies exploring indoor vs. outdoor exposure and relative access to shaded outdoor or air-conditioned indoor environments.

The full paper can be found here.

New opportunities for graduate students in the UCRC!

It is not uncommon for projects to be funded out of sync with the normal graduate student recruitment and application processes. In fact, we have several projects that have recently been funded, and several that may be funded in the next several months. We anticipate being able to bring students in for new projects on a fast-track process for Fall 2020 or for Spring 2021.

One such opportunity follows:

Graduate Student Research Assistant in the Urban Climate Research Center at Arizona State University. Our team is looking for a highly-qualified (MS or PhD level) graduate student to assist in a new research initiative to investigate innovations in urban cooling. The student will join a highly interdisciplinary team, and can enter the university through one of several departments: (Geographical Sciences and Urban Planning; Sustainable Engineering; or Mechanical Engineering). The student will initially be responsible for developing measurement protocols for monitoring thermal environments (surface temperatures, air temperatures, mean radiant temperatures) at and around bus shelters. The project involves an experiment in which some bus shelters will be used as controls and others will receive roof surface treatments involving passive radiative cooling films. Measurement technologies will include a mobile mean radiant temperature instrument, data logging temperature sensors, and an innovative network of RFID-based sensors. The ideal candidate will have experience in instrumentation, experimental design, and data analysis. The position requires field work in the Phoenix metropolitan region starting August 2020. Given the short timeframe, we will work directly with the selected student to facilitate fast-tracking of their off-cycle graduate application.
For more information contact:
  David Sailor — dsailor@asu.edu
  Ariane Middel — ariane.middel@asu.edu

UCRC Faculty Affiliate Awarded Prestigious CAREER Grant

UCRC Faculty Affiliate, Dr. Ariane Middel, Assistant Professor of the School of Arts, Media and Engineering, Herberger Institute for Design and the Arts, has been awarded an NSF Career Award for the project: Human Thermal Exposure in Cities – Novel Sensing and Modeling to Build Heat-Resilience.

Human thermal exposure to extreme heat is a growing health concern and pressing societal problem worldwide that will be exacerbated by climate variability, more frequent and intense heat waves, continued urbanization, and socio-demographic changes towards bigger economic disparities and a growing elderly population. The goal of this Faculty Early Career Development (CAREER) grant is to advance understanding of how the built environment impacts heat and human thermal exposure in cities. Bridging the gap between localized field-based work and large-scale, generalizable models, this transformative project will expand beyond the limits of conventional heat research and fundamentally reframe how heat is assessed in urban areas by using radiation-based metrics and indices. New academic-practitioner partnerships with cities will yield co-developed, solutions-oriented research that translates into actionable best practices for infrastructure management and human-centric heat hazard mitigation. This work aligns with NSF’s mission to advance public health and well-being. It has the potential to result in broader societal change by informing public policy to make communities more thermally comfortable and walkable, increase heat awareness, build adaptive capacity and community resilience to heat, and potentially reduce the incidence of heat-related illness and death.

The Faculty Early Career Development (CAREER) Program is a prestigious Foundation-wide activity that offers the National Science Foundation’s most prestigious awards in support of early-career faculty who have the potential to serve as academic role models in research and education and to lead advances in the mission of their department or organization. Activities pursued by early-career faculty should build a firm foundation for a lifetime of leadership in integrating education and research.



Urban Climate Session at European Geophysical Union

 Please consider submitting an abstract to the following session:

European Geophysical Union (EGU) general assembly, 3-8 May 2020:

CL2.5: Urban climate, urban biometeorology, and science tools for cities

Organized by: Matei Georgescu, Sorin Cheval, Matthias Demuzere, Natalie Theeuwes, and Hendrik Wouters

As the most evident example of land use and land cover change, urban areas play a fundamental role in local to large-scale planetary processes, via modification of heat, moisture, and chemical budgets. With rapid urbanization ramping up globally it is essential to recognize the consequences of landscape conversion to the built environment. Given the capability of cities to serve as first responders to global change, considerable efforts are currently being dedicated across many cities to monitor and understand urban atmospheric dynamics and examine various adaptation and mitigation strategies aimed to offset impacts of rapidly expanding urban environments and influences of large-scale greenhouse gas emissions.

This session solicits submissions from both the observational and modelling communities examining urban atmospheric and landscape dynamics, processes and impacts owing to urban induced climate change, the efficacy of various strategies to reduce such impacts, and techniques highlighting how cities are already using novel science data and products that facilitate planning and policies on urban adaptation to and mitigation of the effects of climate change. Emerging topics including, but not limited to, urban climate informatics, are highly encouraged.


The CL2.5 Session Solicited/Invited Talk will be given by Prof. Tony Brazel, recipient of the International Association of Urban Climate’s Luke Howard Award, the American Meteorological Society’s Helmut E. Landsberg Award, Lifetime Achievement Award of the Association of American Geographers’ Climate Specialty Group, and the Jeffrey Cook Prize in Desert Architecture from Ben-Gurion University of the Negev, Israel.

The abstract submission and early registration deadlines are:

Abstract Submission – deadline: 15 January 2020, 13:00 CET


Early Registration – deadline: 31 March 2020


2nd Annual Anthony J. Brazel Urban Climate Lecture Series

We are excited to welcome Dr. Dev Niyogi of Purdue University as the 2nd speaker in this annual series of urban climate lectures.

The lecture will be held Thursday Nov. 7,  5:30 – 7 pm in the Alumni Room (#202) of the ASU Memorial Union. There will be a reception from 5- 5:30 pm

RSVP: ucrclecture.eventbrite.com


How gaming and simulation can inform the design of future climate-resilient cities


Cities and urban-sprawl is a global phenomenon. Because cities have concentrated population, emissions, and infrastructure development, they tend to be warmer than the surrounding areas. In addition to the urban heating, cities also alter regional climate by changing rainfall patterns, and winds. Cities in turn, are also increasingly vulnerable to climatic extremes such as heavy rains, floods, and heatwaves. Efforts are ongoing in the researcher and practitioner communities to improve prediction of high impact events over urban areas, and help cities become more resilient to climatic changes. This talk will discuss examples of integrating emerging technologies such as from video gaming and machine learning into weather and climate studies. These augmented technology tools within weather models can help improve urban-scale weather forecasting. They also promote better understanding of how cities impact climate. This information can be used to predict and mitigate some of the harmful effects of urbanization and changing climate, such as heatwaves and flooding. Examples of how urban climate science is being used to help develop tools and a network for resilient and livable cities will also be presented.

Speaker Bio:

Dev Niyogi is the Chair of the American Meteorological Society’s (AMS) Board of Urban Environment and advisory board member of the International Association of Urban Climate. He was also a co-convenor of the 10th International Conference on Urban Climate, held in New York City, 2018. He is currently on the boards of several key journals in his field, including: Urban Climate, Climate Research, Journal of Applied Climatology and Meteorology, and Remote Sensing. Dr. Niyogi also serves as a volume editor for the Elsevier/Academic Press Major Reference Work on Climate Vulnerability. He has published over 190 international papers, and according to Google Scholar, his research has been cited over 11,000 times (h-index>50). His work has been highlighted in numerous media outlets, including such popular press as Wired, CNN, National Georgaphic, and TedxTalks.

Global KAITEKI Center Launch at ASU

The Global KAITEKI Center at ASU will hold a special launch event Thursday, October 24, 2019. This Center represents a landmark partnership between Mitsubishi Chemical Holding Corporation (MCHC), its think-tank the KAITEKI Institute (TKI), and ASU. TKI focuses on the “sustainable well-being of people, society and our plant Earth”. It is an original concept of MCHC that proposes a sustainable path forward, serving as a guide for solving environmental and social issues. For more background on the Center see the initial announcement.

One thrust within the Center focuses on urban cooling. Charles L. Redman (School of Sustainability) leads the Design, Development, and Testing of Innovative Materials for Urban Cooling Project. Team members include: Matthew Fraser (School of Sustainable Engineering and the Built Environment), David Sailor (School of Geographical Sciences and Urban Planning), and Kamil Kaloush (School of Sustainable Engineering and the Built Environment).

Considering the anticipated warming of the world’s cities and the associated impacts on health and well-being, the Urban Cooling project will contribute significantly to sustainable urban development by focusing on the important role of urban infrastructure on urban heat; in Phoenix, more than 50% of the urban surface area is urban infrastructure (building rooftops 18%; roads, 14%; sidewalks, 3%; parking areas, 15%. The purpose of this collaboration is to advance mitigation of urban heat along three related threads: (1) Modeling impact of alternative roof surface coatings and paving technologies; (2) Development of novel asphalt pavement binders to integrate improved thermal and reflective properties; and (3) Field demonstration of mitigation approaches.

Dr. Kamil Kaloush and Dr. David Sailor lead two major directions of this project. While Dr. Kaloush will investigate the use of alternate materials for roadways and pavements, Dr. Sailor will use modeling techniques to explore new building materials as options to mitigate heat.

Specifically, Kaloush and his team will investigate the use of silica gel, trimethylsilylated (aerogel) and /or phase changing materials (PCMs) in asphalt binder modifications. The use of PCMs in asphalt binders and/or mixtures is promising and expected to mitigate problems related to rutting and thermal cracking.

Sailor and his group will analyze the role of building construction materials including passive daytime radiative cooling (PDRC) roofing materials for improving urban thermal environments and reducing building energy consumption. This study will integrate models from building to city scales, to quantify effects and develop an assessment of the market by exploring tradeoffs between desired cooling in summer and less desirable cooling in winter.

Over the 3-year project period, the work of these teams will be integrated and incorporated into a comprehensive analysis of how the combination of innovations in building and paving materials may be able to cool global hot climate cities.