UW Madison’s Utility and Energy Future: Campus Community Updates
By: Janine Glaeser
UW–Madison’s district energy system has provided heating and cooling to campus in a safe, reliable and efficient manner for over 130 years. We will share updates on the study and proposed options to meet the campus resilience and decarbonization targets set out in the chancellor’s environmental sustainability initiative.
Architect, Senior Campus Planner with FP&M’s Campus Planning and Landscape Architecture team.
Mapping ecosystem services at the Lakeshore Nature Preserve
By: Sarah Graves
The campus Lakeshore Nature Preserve plays important ecological roles in carbon, nutrient and water cycling, and biodiversity conservation. This work is to develop detailed maps of the carbon and nutrient status of the Preserve using airborne and drone data and machine learning models.
Sarah is a research scientist in the Department of Forest and Wildlife Ecology. With a background in environmental science, remote sensing, and forest ecology, Sarah uses high resolution imagery data to generate information about forests that is used to answer scientific questions and support management decisions. Sarah previously worked in the Nelson Institute for Environmental Studies and managed the MS degree in Environmental Observation and Informatics that focuses on training students to work at the intersection of earth observation and environmental conservation.
Copper criticality and the circular economy
By: Andrea Hicks
Copper is a critical element for decarbonization, however, due to limits on copper it is necessary to consider recovering copper from previously untapped sources.
Dr. Andrea Hicks is an associate professor in the Department of Civil and Environmental Engineering. She is also an affiliate member of the Nelson Institute for Environmental Studies, Geological Engineering, and Freshwater and Marine Sciences Program. She is the Hanson Family Fellow in Sustainability and a Grainger Institute for Engineering Faculty Scholar.
Linking Society and Science: UW-Madison’s Bee Campus Initiative
By: Victoria Salerno
Pollinator biodiversity and abundance have faced great threats and decline, among which is growing urbanization. Pollinator monitoring and research efforts are critical to understanding how urbanization is impacting pollinators and identifying conservation strategies. Among key and impactful urban landscapes to monitor are educational institutions like UW-Madison. UW-Madison, is engaged in the Xerces Society’s Bee Campus program, in which the university aims to integrate education and outreach with foundational research into pollinator biology and health. I will describe ongoing integration activities such as pollinator webcams, citizen science projects, and automated monitoring, which support my research goal of understanding how pollinator-forward action impacts the biodiversity and abundance of pollinators. Further, I will discuss how this work addresses the long-term goals of UW-Madison’s Bee Campus program including (a) implementing new pollinator habitats and resources, (b) refining management practices and existing landscapes, and (c) creating new avenues for pollinator education, research, and outreach.
Victoria is a first year Ph.D. student in the Environment & Resource program working with Dr. James Crall, Dr. Russ Groves, and the Office of Sustainability. She is interested in urban biodiversity conservation, community science, and global change. Her research explores questions around these interests in the framework of the UW-Madison Bee Campus Initiative, Kegonsa Research Station, and you can find her research in action across campus.
Is ammonia a good shipping fuel for the future?
By: Sagar Rathod
The shipping sector projects a significant use of ammonia as a low-carbon option. However, ammonia comes with its own set of problems such as leaks and air pollution. In this work, I show how ammonia use at a port can affect its air quality.
I am a postdoctoral research associate in the Department of Atmospheric and Oceanic Sciences at UW-Madison, working on Earth system modeling of sulfate over the North Atlantic Ocean. Prior to this appointment, I was a postdoctoral researcher in climate policy at UW-Madison. I did my PhD in atmospheric sciences from Colorado State University.
Partnerships for a sustainable agri-food system in Wisconsin
By: Bradley Bolling
This talk will highlight the design of a regional NSF engine designed to catalyze regional innovation in sustainability of the agri-food system in Wisconsin.
Brad is an Associate Professor in the Department of Food Science and a Sustainability Faculty Fellow. He leads a research group working on food, health, and sustainability. His team is focused on improving the impact of food on human and environmental health, while increasing the sustainability and equity of the food system. Brad has broad interests in food, including nuts, fruits, vegetables, spices, fermented dairy products, and waste materials from food production. More recently, he is interested in developing underutilized foods in Wisconsin, such as aronia berry and hazelnut that can improve biodiversity and the ecological landscapes. He has contributed to teaching undergraduate and graduate courses, including Advanced Food Biochemistry, The Chocolate Experience, Principles of Food Preservation, and Food Bioactives.
GeoAI for Sustainable Development Goals
By: Song Gao
Geospatial Artificial Intelligence (GeoAI) is a rapidly evolving interdisciplinary field that integrates geospatial studies with AI technology advancements. In this talk, I will discuss the the opportunities and challenges on GeoAI for Sustainable Development Goals (SDGs).
Dr. Song Gao is an Associate Professor in Geographic Information Science and H.I. Romnes Fellow at the University of Wisconsin-Madison, where he leads the Geospatial Data Science Lab. He is a Fellow of the American Association of Geographers (AAG). His main research interests include GeoAI and geospatial data science. He is the author of over 100 peer-reviewed research articles, published in prominent journals such as PNAS. He is the PI of multiple research grants from the NSF, WARF, Microsoft AI for Earth and industry partners. He currently serves as the Associate Editor of IJGIS, the Chair of the AAG Specialty Group in GIS, the Communications Director of UCGIS. He is the recipient of multiple international research awards such as the Waldo Tobler Young Researcher Award in GIScience, UCGIS Early/Mid-Career Research Award, and among the Web of Science Top 1% global highly cited researchers list.
Compost and cover cropping strategies to increase soil health and climate change resilience
By: Xia Zhu-Barker
Presentation will focus on how compost and cover crops influence soil carbon sequestration, greenhouse gas emissions, and climate change resilience by providing isotopic evidences
Dr. Zhu-Barker is an Assistant Professor of Soil Biogeochemistry dedicated to advancing our understanding of land management practices and their impact on environmental health. Her research focuses on the nitrogen and carbon biogeochemical cycles, exploring microbial and abiotic processes related to greenhouse gases and air pollutants, including N2O, NOx, NH3, CO2, and CH4. Dr. Zhu-Barker is deeply engaged in addressing key challenges such as nitrate leaching, nutrient and manure management, composting, and climate change mitigation. Her work aims to improve water quality, mitigate climate change, and promote sustainable agriculture. As an advocate for climate-smart agriculture, Dr. Zhu-Barker’s research emphasizes dairy environmental sustainability through innovative isotopic methods, soil-plant-microbe interaction studies, and process-based modeling.
One size fits one: the need for diverse energy storage solutions
By: Eric Kazyak
This talk will discuss the need for more diverse energy storage technologies to enable sustainable energy systems. It will discuss recent progress and challenges for batteries and how they relate to sustainability and decarbonization.
Eric Kazyak is an Assistant Professor in the Department of Mechanical Engineering. He received his Ph.D. from the University of Michigan in 2020 and has published more than 35 peer-reviewed journal article, which have been cited more than 5000 times. He leads the Kazyak Lab, which studies materials for energy and sustainability. We are currently working on understanding and improving electrochemical energy storage systems ranging from Li-ion batteries to seawater batteries and solid oxide electrolysis cells. We leverage operando characterization and precise control of interfaces to overcome interfacial challenges toward more sustainable energy systems.
Business Sustainability Leadership Forum
By: Sara Braas
The University of Wisconsin–Madison Nelson Institute for Environmental Studies and the Office of Business Engagement are teaming up with prominent businesses to ignite important conversations in the environmental sustainability space. The Business Sustainability Leadership Forum (BSLF) aims to gain important insight from key university-industry partnerships on the most pressing sustainability challenges we are facing collectively.
This presentation will be given by Sara Brass, Nikki Javurek, Aly Fleming.
Lakeshore Nature Preserve: Sustainability in Practice
By: Brad Herrick
The Lakeshore Nature Preserve is the 300-acre campus natural area. Our mission focuses on restoring resilient and sustainable natural ecosystems for research, teaching and building healthy relationships between people and the land.
Brad Herrick was recently appointed Director of the Lakeshore Nature Preserve (LNP). Before joining LNP, he was the Ecologist and Research Program Manager at the UW-Madison Arboretum. He has a B.A. from Luther College, an MS from UW-Green Bay and is a PhD candidate in the Nelson Institute for Environmental Studies. His research focuses on plant-soil interactions, particularly the effects non-native, invasive earthworms on plant diversity and ecosystem processes.
Investigating Agricultural Land Use Change on the Front Lines of the Colorado River Basin Water Shortages: The Pinal Active-Management-Area
By: Ben Lebowitz
The Colorado River Basin is facing an unprecedented period of aridity. The Pinal Active Management Area is on the front lines of cuts to water delivery on the river, so investigating agricultural land use changes in this area (through GIS and qualitative interviews) can begin to tell the story of overall land use changes in the broader Colorado River Basin.
Ben Lebowitz is a third-year master’s student at UW-Madison’s Nelson Institute for Environmental Studies. His research focuses on agricultural land use changes in the arid American Southwest. Additionally, Ben is a passionate Liverpool FC supporter, dog lover, adventurer, and folk musician.
Communicating PFAS Risk and Efficacy in Online Searches
By: Rachel Hutchins
We analyzed the top 100 Google results for searches related to PFAS in order to explore how PFAS information is communicated. Using both content analysis and natural language processing, we examined how messages about the threat of PFAS contamination and about individuals’ ability to take action to protect themselves (self-efficacy) were conveyed and how they differed by the type of message source (government website, news media, corporate website, etc.).
Rachel is a PhD candidate in Communication Arts. One of her two primary research interests focuses on risk communication, particularly in regard to environmental and health risks such as PFAS.
Circular BioEconomy–Turning dairy processing by=products into green chemicals
By: Michael Gay
The CDR’s 73 million pilot plant is an accelerator equipped with technology and staff to help scientists convert dairy by-products and waste streams into green chemicals and natural food ingredients.
Michael identifies new funding opportunities for CDR as well as strategic business development opportunities where the Center can partner with other entities, start-ups and technologies to help drive innovation in the dairy industry. He has previously worked for 35 years in economic and business development, most recently in Puerto Rico where he led a global team to help attract Foreign Direct Investment (FDI) in the biosciences (pharma, med device, and GCT), aerospace and tech industries to the Island.