Grants to USA individuals, IHEs, research institutions, private organizations or corporations, Federal agencies, national laboratories, and State Agricultural Experiment Stations for food safety research, education, and extension projects. The focus for this year's funding is effective mitigation strategies of antimicrobial resistance (AMR).

The long-term outcome for this program is to support the development and deployment of science based knowledge to improve the safety and nutritional quality of food without sacrificing flavor, acceptability, and affordability. In order to achieve this outcome, this program will support multi-function Integrated Research, Education, and/or Extension Projects, and Food and Agricultural Science Enhancement (FASE) Grants that address the Program Area Priority: Effective Mitigation Strategies for Antimicrobial Resistance.

This program area priority promotes the development of sustainable and integrated food safety systems that reduce health risks along the food value chain from producer to consumer. New, improved, and innovative solutions to the complex problem of Antimicrobial Resistance (AMR) are most effectively addressed by transdisciplinary teams of experts using a systems approach.

These transdisciplinary teams could include the broad expertise of food and environmental scientists, engineers, and social, behavioral, and health scientists. This broad expertise is most often excluded from project teams addressing AMR and other complex agricultural and related problems at the ecosystem level.

The goal of this integrated program is to empower transdisciplinary teams to develop, refine, and disseminate science-based knowledge about food and agricultural management and production practices that can reduce or eliminate the threat and risk of antimicrobial resistance. This approach helps to better understand, characterize and mitigate antimicrobial resistance across the food chain.

Applications must address one or more of the following topic areas:
- Develop novel systems approaches to investigate the ecology of microbial resistance gene reservoirs in the environment (such as soil, water, air) in animals, crops, food products, or in farm-raised aquaculture species.
- Reduce the use of antibiotics for fighting disease and growth promotion through microbiome manipulation methods (e.g., Immuno-modulators; phage therapy; small molecules; probiotics; gene editing, etc.).
- Develop systems approaches for reducing AMR in agricultural food production including aquaculture that considers the host-microbiome dynamics and environmental interactions that can be either associated (skin, gut, or root microbiome) or external (soil, water, air) to the host.
- Develop, assess, and implement new technologies for tracking, monitoring and mitigating the emergence of AMR in agroecosystem to include agriculture production environments.
- Develop, evaluate, and implement effective and sustainable resources and strategies, to include alternative practices, techniques, technologies or tools that mitigate emergence, spread or persistence of antimicrobial resistant pathogens within the agricultural ecosystem, in food animals and food crops.
- Identify critical control points for mitigating AMR in the pre- and post-harvest food production environment.
- Design innovative training, education, and outreach resources, including web-based resources, that can be adapted by users across the food chain, including policy makers, producers, processors, retailers and consumers to mitigate AMR.
- Design and conduct studies that evaluate the impact and efficacy of proposed research, education and extension/outreach interventions on AMR across the food chain, from primary producers to primary consumers.

Food and Agricultural Science Enhancement Grants

Food and Agricultural Science Enhancement (FASE) Grants strengthen science capabilities in research, education, and/or extension programs. FASE Grants are designed to help institutions develop competitive projects, and to attract new scientists and educators into careers in high-priority areas of national need in agriculture, food, and environmental sciences. FASE Grants provide support for Pre- and Postdoctoral Fellowships, New Investigators, and Strengthening Grants.
a. Pre- and Postdoctoral Fellowships Grants - Pre- and Postdoctoral Fellowships Grants provide fellowships to predoctoral, and postdoctoral students in the agricultural sciences. The program goals are to prepare the next generation of scientists through doctoral and postdoctoral fellowships.
b. New Investigator Grants- An individual who is beginning their career, does not have an extensive scientific publication record, and has less than five years postgraduate career-track experience is encouraged to submit an application for a New Investigator Grant for research, education, and/or extension activities.
c. Strengthening Grants - These funds are expected to enhance institutional capacity with the goal of leading to future funding in the project area, as well as strengthen the competitiveness of the investigator’s research, education, and/or extension activities. Strengthening Grants consist of Seed Grants, Equipment Grants, Sabbatical Grants, Strengthening Standard Grants, Strengthening Coordinated Agricultural Projects (CAP) Grants and Strengthening Conference Grants.

NIFA has embarked on Food and Agriculture Cyberinformatics and Tools (FACT) initiative to catalyze activities in these areas. In FY 2017, all program area priorities that accept conference applications also welcome submission of FACT workshop applications. The workshops supported will focus on identifying priorities and bottlenecks in generating, managing and integrating data in a specific domain of the food and agricultural system.

Applications from, and collaborations with, Minority Serving Institutions, small to midsized institutions and/or Experimental Program to Stimulate Competitive Research (EPSCoR) states, are encouraged.

Additional information:
- Applications should address development, evaluation, and implementation of effective and sustainable AMR mitigation strategies through integrated research, education, and/or extension/outreach programs.
- Grants must include a Data Management Plan that clearly describes how the data will be disseminated and made accessible to the public.
- Applicants must justify selected model systems (e.g., use of laboratory animals, cell cultures). Applications will not be considered if they primarily employ the use of nonfood, agricultural, or non-aquacultured species as models for greater than 50% of the work proposed.
- Reduction of the use of antibiotics through microbiome manipulation methods should not negatively impact the health and well-being of the animals.
- Applicants are encouraged to leverage the resources of strategic partnerships and collaborations with groups working in the same or similar areas to eliminate redundancy.
- Applications that develop public-private partnerships among government, academia, private sector, and international collaborations that significantly contribute to the overall mitigation of AMR are strongly encouraged.
- While this AMR program area priority accepts conference grant applications on any related topic, the priority encourages applications that address AMR and bring together national and international stakeholders from the private and public sectors. Stakeholders may include research, education, and extension professionals, producers, policy and
decision-makers, health professionals, and consumers.