IBM has announced a partnership with several institutions, including the University of Illinois Urbana-Champaign, to focus on water and sanitation solutions as part of the IBM Sustainability Accelerator Program. This program aims to address pressing global issues, with the first two groups focusing on sustainable agriculture and clean energy respectively. The water and sanitation group consists of five institutions, each conducting research in different areas.
The University of Illinois Urbana-Champaign will be using an Artificial Intelligence (AI) Geospatial Foundation Model to predict rainfall and flooding. Their research will primarily cover Kentucky, West Virginia, and North Carolina, states that have experienced significant flooding in recent years. By utilizing AI technology, the aim is to increase the lead time for flash flood warnings, giving people more time to seek safety.
Michael Jacobs, IBM Sustainability & Social Innovation Leader Corporate Social Responsibility, emphasizes the company’s commitment to leveraging technology for the benefit of vulnerable communities. Jacobs highlights the urgency of addressing this massive problem, as evidenced by recent floods, and the importance of providing insights and recommendations to emergency managers.
Ana Barros, Professor & Department Head at the University of Illinois Urbana-Champaign, explains that flash floods are localized events that require a longer lead time for appropriate response and preparation. Currently, lead times for flash floods are typically only 3 to 6 hours, but the research aims to extend this timeframe.
The program’s research will span the next two years, focusing on mapping previous flood patterns and predicting future flooding events. This comprehensive approach will provide valuable information for emergency management and help protect vulnerable communities.
Overall, through partnerships with leading institutions, IBM aims to use AI and technological resources to tackle water and sanitation challenges. By combining scientific research and advanced analytics, they strive to enhance community preparedness and response to flooding events.
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