Ethical, Legal and Social Implications (ELSI) Exploratory/Developmental Research Grant (R21 Clinical Trial Optional)
NIH Funding for Research on Screening and Treatment for Alcohol, Tobacco, and Other Drugs
NIH Common Fund High Risk High Reward Research Opportunities
ARPA-H Hits the Ground Running with Sprint for Women’s Health (Opportunities to be announced)
UW Latino Center for Health Announces Small Grant Program (due 2/10/25)
The UW Latino Center for Health recently announced their Small Grant Program, a $25,000 grant to fund research focused on Latinx health in Washington state. Applicants should include a partnership between a UW faculty investigator and a community-based organization that serves Latinx individuals, families, or communities.
Each grant award is up to $25,000 and does not include indirect costs. The deadline for submission is February 10, 2025. Funds will be awarded in May 2025 for up to a one-year project with a community partner. Learn more about this opportunity and access the application here.
eScience Institute Data Science & AI Accelerator (2/6/25)
The eScience Institute’s accelerator program is looking for projects from any field that would benefit from collaboration on data intensive and AI approaches, such as machine learning, scalable data management, statistical analysis, data visualization, open-source software development, and cloud and scalable computing. To be considered for spring quarter, submit a proposal by February 6th. Learn more and sign up for an info session on January 23rd here.
The Power Density of Electricity Consumption: A Convergence of Technical and Behavioral Challenges in Sustainable Transitions – Dr. Patrick Greiner
When: Friday, Jan 31, 2025 (12:30-1:30PM)
Where: 360 Parrington Hall and on Zoom (register here)
We are looking forward to hosting Patrick Greiner (Sociology, UW) on Friday, Jan. 31st in Parrington Hall 360 and on Zoom. This seminar is co-sponsored by the Population Health Initiative.
There is an increasing recognition of the need to curb carbon dioxide emissions as rapidly as possible to mitigate the most socially disruptive outcomes of global environmental change. As energy use constitutes one of the primary sources of greenhouse gas emissions and, as a result, climatic change, growing attention has been centered on the development of new energy extraction and production technologies and infrastructures. Simultaneously, there has been a growing body of research that asserts behavioral and social changes that reduce energy consumption are also needed, and perhaps more urgently so, if global societies are to rise to the challenge of reducing emissions in a timely manner. However, because of conceptual and methodological challenges there is little consensus as to how much energy consumption patterns will need to change considering improving, more sustainable, energy production and distribution infrastructures.
To address this gap, I integrate the concept of power density into discussions of sustainable transitions and climate change mitigation. Using this concept, I illustrate how researchers and analysts can 1) calculate the power density that is necessary to support regional and global patterns of energy consumption, 2) evaluate the discrepancy between power density required to support that consumption and the power density that renewable energy technologies appropriate for the geography in question are capable of, and 3) use the discrepancy between those figures as a novel way of understanding and discussing energy inequality and justice.