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Earth systems and climate science research in ASU’s School of Geographical Science and Urban Planning covers a variety of spatial and temporal scales, from investigations of current urban climate systems to the long-term climatic variability at the landscape scale. The School brings exceptional strengths in computational and spatial analysis, Geographical Information Science, and remote sensing to investigate land, climate, and vegetation dynamics. Research topics include: urban heat island mitigation, climate-land interactions, impacts of urbanization on climate and air quality, impacts of climate change on water resources, drought vulnerability, and long-term change in terrestrial ecosystems. Scientists who work in this space are highly interdisciplinary and seek to link complex earth, water, climate, and ecosystems through spatial analysis to produce new insights about the sustainability of environmental and human systems.
Ongoing faculty projects take place in Phoenix, Central Arizona, western North America, the United States, the Caribbean, and Southeast Asia.
The School's research and teaching related to earth systems science are enhanced by strong links to other ASU schools and centers, including the School of Earth and Space Exploration, College of Engineering, Environmental Fluid Dynamics Program, School of Life Sciences, School of Human Evolution and Social Change, and the Julie Ann Wrigley Global Institute of Sustainability. The School hosts the Remote Sensing and Informatics Laboratory, and it provides NAIP 1m land classification, and two consistent Landsat classifications for use by cross-campus researchers on the Central Arizona-Phoenix Long-Term Ecological Research and Decision Center for a Desert City projects.
Balling has a long history of conducting research on the climate change issue with a special interest in blending in applications involving Geographic Information Systems.
Cerveny, professor of geographical sciences, also serves as Rapporteur on Extreme Records for the United Nations/World Meteorological Organization with the responsibility for researching and verifying global weather records.
Dorn, professor of geography, is also co-coordinator of the Arizona Geographic Alliance, a K-12 outreach program to promote geographic education in Arizona.
Georgescu's interests are on human-environment interactions, with research aimed to improve understanding of phenomena related to urbanization-induced landscape change. He is a member of the Urban Climate Research Center.
Hondula, assistant professor and member of the Urban Climate Research Center, researches the societal impacts of weather and climate, including efforts to learn how individuals experience and cope with extreme heat.
Myint, an expert in remote sensing and GIScience, uses these skills to investigate urban land use land cover, urban climate, drought, desertification and deforestation, agriculture water use, among other issues.
Saffell, a climatologist, has interests in understanding risk, vulnerability and resilience in relation to extreme weather events. She is also the director of the SWIFT Weather Camp.
Sailor's work focuses on the intersection of climate with the built environment. He currently serves on the American Meteorological Society's Board on the Urban Environment and International Association for Urban Climate.
Schmeeckle's interest is in landscape mechanics with a primary focus on fluvial geomorphology, sediment transport, and surface water processes.
Selover's research focuses on urban heat island, microclimate, and evaporation. She currently serves as the official climatologist for the state of Arizona.
Turner studies human-environment relationships from the ancient Maya to contemporary sustainability science. He is a member of the National Academy of Sciences, among other honors.
Walker is a geomorphologist and surficial geologist well known for his expertise in sediment transport and erosion, aeolian geomorphology, coastal geomorphology, environmental fluid dynamics, and sand dune ecosystems.
Werth's work engages in the monitoring, modeling and forecasting the Earth's water mass budget variations using remote sensing data.