College Research Priorities

Applied Evolution

As a part of the primary SNIP competition (all levels) we encourage proposals focused on the topic of "applied evolution." Applied evolution, as framed by this effort, would entail research that applies principles of evolutionary biology in addressing challenges to the survival, resilience, and diversity of living organisms in a way that affects human wellbeing (e.g., animal, human or crop health). This could include work on model systems and theory, as well as work on organisms that directly affect human wellbeing and of course humans. It is understood that not everyone considers their research as fitting under “evolutionary biology,” but it is expected that there are several faculty researchers who do investigate adaptations, molecular responses, gene frequency changes and how we can better discover and apply interventions to aid in the success (or not) of these organisms.

The aim of this effort is to help identify related research questions that cross over disciplinary boundaries or that can inform new directions of inquiry. We see considerable conceptual parallels across areas as diverse as human cancer, crop and animal health, conservation, and climate change for example.

Climate-Smart

As a part of the primary SNIP competition (all levels) we encourage proposals focused on developing “climate-smart” solutions. In the past few years, the USDA has adopted this term to help drive research and other efforts toward solutions that will mitigate greenhouse gas emissions, adapt to be more resilient against the impacts of climate change, and continue to feed a growing global population. See the sections on USDA and NSF priorities for additional guidance on more specific areas these agencies will be targeting.

Emerging and Advanced Technology

As a part of the primary SNIP competition (all levels) we encourage proposals focused on developing innovative adaptations and customizations of emerging and advanced technologies that will lead toward more efficient, productive, and profitable operations, especially at the scale of small- and medium-sized operations. Areas of discovery may include applications of artificial intelligence or AI (including machine learning, simulation modeling, and precision automation through sensors and robotics), development of decision support tools, efficiency of biologicals (biofertilizers, biopesticides, biostimulants), and advances in bio-based technologies that enhance plant and animal performance and health.

Please refer to the Technologies for Agriculture and Living Systems Initiative for guidance on how the college is positioning around this topic. See also relevant sections on USDA priorities for additional guidance on targeted areas for growth.

Industry Engagement

As a part of the primary SNIP competition (all levels) we encourage proposals that proactively engage with industry partners to build relationships for future extramurally-funded collaborations, to provide professional and workforce development for graduate students, and to leverage the private sector in advancing innovation and technology development. See relevant sections on USDA and NSF priorities for additional guidance on more specific areas these agencies will be targeting.

Emerging Contaminants

As a part of the primary SNIP competition (all levels) we encourage proposals focused on the growing concerns around emerging contaminants, and in particular per- and polyfluoroalkyl substances (PFAS). As state and federal regulations are being updated, there is a need for research to help guide both future policy as well as how to assist those impacted by these regulations. Read more from the Environmental Protection Agency.