Texas A&M Agrilife Research

Texas A&M Agrilife Research, the research division of the Texas A&M University System, operates as a state government entity and 1862 land-grant research institution delivering agricultural sciences, environmental conservation, biotechnology, and applied research services to federal agencies as a prime recipient and prime contractor (90% of recent awards). The organization competes exclusively in full-and-open procurements with no set-aside designations, reflecting its status as a governmental research entity and educational institution rather than a commercial vendor.

Texas A&M Agrilife Research receives the overwhelming majority of its federal award volume from the Department of Agriculture—specifically NIFA, ARS, and APHIS—which together account for 45% of recent awards. The organization also maintains active research relationships with the National Science Foundation, Department of the Interior, Department of Homeland Security, and NASA. Customer concentration by dollar value diverges from award count: DHS Science and Technology Directorate anchors the top-value position with 35 awards worth $56.2 million combined potential value, while NIFA formula and project grant programs dominate volume but carry lower individual award magnitudes. Top customer agencies by both metrics span agriculture, natural resources, food security, and life sciences research priorities.

Capability portfolio spans fundamental and applied research across five core domains. In agricultural biotechnology and crop improvement, Texas A&M Agrilife delivers disease-resistant cultivar development, genetic screening and marker identification, and yield-optimization research—exemplified by recent work on potato cultivar development for southwestern growing conditions, low-N2O-emission sorghum hybrids for ARPA-E, and digital rice breeding platforms integrating genomic selection and UAS-based phenotyping. Animal health and disease research includes vaccine development (Marek's disease virus vectors for avian influenza protection; novel HPAI vaccine platforms for poultry), chronic wasting disease management through genomic selective breeding in farmed deer, and bovine respiratory disease diagnostics using molecular tools. Environmental and natural resources work encompasses watershed restoration design (San Bernardino National Wildlife Refuge hydrologic assessment and habitat restoration), endangered species monitoring using drone-based survey protocols, soil health and carbon sequestration research, and water-use efficiency analysis across agricultural landscapes. Food safety and security research includes rapid pathogen detection systems, livestock biosecurity planning, poultry industry training for emergency preparedness, and integrated pest management strategies for high-value crops. Life sciences and biomedical research—increasingly prominent in the recent award portfolio—addresses aging mechanisms, metabolic disease, protein structure and function, RNA processing in parasites, and reproductive biology, positioning Texas A&M Agrilife as a research partner for NIH institutes, NSF, and NOAA as well as USDA.

Recent award examples ground this capability framing. A $3.82 million ARPA-E Cooperative Agreement (awarded April 2026) funds development and commercialization of N2Low sorghum hybrids using biological nitrification inhibition and nitrogen fixation to reduce nitrous oxide emissions. A $1.39 million NSF award (October 2025) supports development of a Proactive Managed Technology Services model for emerging research institutions, integrating cybersecurity, endpoint management, application development, and data analytics. A $810 thousand Army Corps of Engineers ESTCP contract funds validation of automated monitoring technology for reintroduced Eastern indigo snake populations. A $698 thousand NIAID Project Grant (April 2026) investigates tuberculosis therapy through chemical genetic approaches and structure-guided drug design targeting mycobacterial cell wall metabolism. A $14.89 million USDA Hatch Act formula grant (October 2025) funds comprehensive agricultural research across plant and animal health, production protection, soil and water conservation, and sustainable agriculture. A $943 thousand APHIS Cooperative Agreement (October 2025) evaluates electron beam technology as a non-radioactive alternative to cobalt-60 sterilization in screwworm sterile insect technique programs.

Texas A&M Agrilife Research holds a GSA Multiple Award Schedule contract ($2 million ceiling through August 2029, awarded August 2024) for engineering research and development services in biotechnology, providing civilian federal agencies government-wide access without competitive repricing. Labor portfolio spans 11 categories from support analyst positions at $34.75 per hour to senior research scientist roles at $195.68 per hour, all requiring bachelor's degree or higher education with no security-cleared positions offered. The organization also operates under five parent vehicles with significant task-order activity: the DHS Science and Technology Directorate's Basic Ordering Agreement HSHQDC10ABOA33 (23 task orders, $15.5 million combined potential value) and the USDA's Blanket Purchase Agreement INF17PA00012 (23 task orders, $477 thousand combined potential value) anchor current work.

Activity trajectory shows growth into 2024 (171 awards) followed by a moderation in 2025 (120 awards) typical of multi-year research award cycles. SCI-reported invoicing across federal service contracts above the $150,000 threshold totaled $2.3 million (FY2022–FY2024), with median government-paid rates around $42.11 per hour and senior rates through $77.29 per hour; this SCI capture represents a strict subset of the organization's federal services revenue and excludes grants, goods procurement, and non-federal work. Within the next twenty-four months, 166 awards (combined potential value $9.2 million) face ultimate completion dates and will require recompete.

Texas A&M Agrilife Research operates as a sub-recipient and sub-contractor to other institutions on collaborative research efforts, particularly through NIH-funded projects, NSF programs, and USDA multistate research initiatives. Recent sub-award relationships include work under University of Florida-prime awards (embryo competence studies in cattle reproduction, transgenic Aedes aegypti mosquito development, oat biomass phenotyping), Baylor College of Medicine-prime grant (Behavioral Plasticity Research Institute on locust phase polyphenism), and Columbia University-prime agreements (agroecosystem model intercomparison for soil biogeochemistry across SWAT+ and APEX modeling platforms). The organization rarely performs as a named subcontractor in the federal contract space (9 sub records in SCI); its subcontracting profile is primarily structured as a sub-recipient on federal research grants from university prime grantees rather than as a vendor sub to federal contractors.

Teaming and staffing posture reflects land-grant research operations: Texas A&M Agrilife builds substantial delivery capacity through its own research faculty and personnel (4.4 to 3.1 FTEs across SCI-reportable prime contracts in FY2022–FY2024), with minimal external subcontracting (2% average sub-hours share on prime contracts) and selective collaboration with external research institutions on multistate and multidisciplinary initiatives. The organization maintains ongoing sub-relationships with a small pool of named partners (4 total across SCI prime records), primarily universities engaged in complementary life sciences and environmental research.

Federal grant work dominates the portfolio by award count and carries the organization's largest individual award magnitudes. NIFA formula grants (Hatch Act, McIntire-Stennis, Animal Health and Disease Research, multistate collaborative research) provide sustained baseline funding for broad agricultural research portfolios; competitive project grants from NIFA AFRI, NSF, NIH institutes, ARPA-E, and NOAA fund focused investigations into emerging agricultural challenges, climate adaptation, disease mechanisms, and fundamental biology. The organization acts as prime recipient across all major federal grant grantors, with sub-recipient activity concentrated in multiinstitutional life sciences and environmental studies coordinated through university prime grantees rather than federal pass-through agreements.

Organizational structure situates Texas A&M Agrilife Research as a child entity within The Texas A&M University System (parent UEI HH6VX5XDL284), a state government entity and 1862 land-grant college. The research division operates across multiple geographic locations with primary administrative and facility resources at College Station, Texas, and subordinate research centers and field stations distributed across the state and region. This structure positions the organization as a land-grant research provider rather than a commercial research contractor, shaping its competitive posture (full-and-open only), pricing model (government-paid rates rather than commercial market rates), and service delivery model (collaborative research partnerships with federal agencies and other institutions).