Research and development
CAIA will serve as a catalyst for innovation and security for agriculture and life sciences technologies, focusing in the development and growth phases of discovery and applications, and will facilitate transition of research platforms into University Centers.
Position CALS and Virginia Tech for competitive global research advantage in agricultural innovations, growth and applications including:
- Informed decisions through agricultural technologies
- Cyberbiosecurity and biosecurity
- Precision agriculture
- Human capacity and infrastructure technologies for agriculture
- Rural broadband capacity
Serve as an incubator for designing and evaluating technologies to assist with the viability and security of agriculture in the Commonwealth and beyond.
- Create the framework for the Virginia Agricultural Technology Corridor within the heart of Virginia’s cyber-region
- Evaluating environmental impact
- Advancing genome design
- Designing and evaluating technologies
- Creating efficiencies and improving safety in human capacity
- Improving traceability
Full Proposal Deadline: July 28, 2021
Criminal networks that illegally traffic in everything from people and drugs to human organs, natural resources and nuclear material pose grave threats to the health, prosperity and security of our Nation. As an important example, the opioid epidemic in the United States has largely been fueled by new synthetic opioids that are primarily produced in overseas facilities and distributed to the US through intermediate countries. These illicit supply chains flourish across national boundaries, both taking advantage of and contributing to regional instability. The profits generated through these activities finance ongoing conflicts across the globe. Making use of the same communications, logistics, transportation, and financial infrastructure that enable globally integrated commercial supply chains, illicit flows are now estimated to account for 4-6% of global GDP, or roughly $2 trillion annually. Moreover, these networks use exploitative labor, such as child labor, forced labor and human trafficking, to source and produce goods and services that contribute to both illicit and legal commercial supply chains. The Disrupting Operations of Illicit Supply Networks (D-ISN) Solicitation supports research projects that take a systems approach to advance fundamental understanding of how networks that traffic in illicit or illicitly-produced goods and services operate, leading to technological breakthroughs that bolster our ability to disable these networks.
Updates to the funding opportunities will be posted on the Minerva website as needed. Applications will be accepted through September 29, 2021. More information is available in the funding opportunity announcement
The Minerva Research Initiative, the signature social science research program within the Department of Defense (DOD), has announced research opportunities for fiscal year (FY) 2021 and listed several target research topics for the program. Minerva aims to apply social science research to critical national security questions and inform broader DOD decision-making based on this research. The following nine topics have been listed as key areas of interest for research to address:
- Social Implications of Environmental Change
- Resource Competition, Social Cohesion, and Strategic Climate Resilience
- Security Risks in Ungoverned, Semi-Governed, and Differently-Governed Spaces
- Analysis of Foreign Influence Operations in Cross-Cultural Perspective
- Community Studies on Online and Offline Influence
- Computational Social Science Research on Difficult-to-Access Environments
- Social and Cultural Implications of Artificial Intelligence
- Humans and Outer Space
- Management and Information in the Defense Environment
Full proposal deadline: October 7, 2021
The EHR Core Research (ECR) program offers this ECR:Core solicitation and invites proposals for fundamental research (curiosity-driven basic research and use-inspired basic research) that contributes to the general, explanatory knowledge that underlies STEM education in one or more of the three broadly conceived Research Areas: Research on STEM Learning and Learning Environments, Research on Broadening Participation in STEM fields, and Research on STEM Workforce Development. Within this framework, the ECR program supports a wide range of fundamental STEM education research activities, aimed at learners of all groups and ages in formal and informal settings.
WE'RE LEADING THE WAY
We aim to create an agile and responsive interdisciplinary network of College of Agriculture and Life Sciences faculty and other Virginia Tech and affiliated faculty partners for facilitating innovative technology advancements and security in order to:
- Address current and future practical challenges for agricultural producers, agribusinesses and communities throughout the food system
- Create effective and trusted partnerships across the campus to levearge the broader Virginia Tech capacity for innovation in agriculture.