Sustaining Agriculture: Empowering Educators for Livestock and Forage Resilience

Commodities

Practices

The Sustainable Management and Applied Resilience Training for Livestock Systems (SMART-LS) program will equip Extension agents, USDA personnel, and mentor farmers to advance sustainable livestock systems across Louisiana and the Southern Region. LSU AgCenter specialists will collaborate with experienced livestock producers who have established sustainability-centered operations, along with USDA NRCS staff. SMART-LS targets extension agents, federal agricultural professionals, and mentor farmers who seek practical, research-based solutions to improve profitability and sustainability in livestock systems.

By using components of proven curricula and hands-on training from current Extension programs, SMART-LS addresses soil health, forage management, animal welfare, and economic resilience. Participants will gain practical skills in livestock grazing systems, guided by measurable sustainability metrics such as soil organic matter improvement and forage utilization efficiency. Training will be delivered through a flipped-classroom approach, combining virtual videos and lectures with in-person workshops for demonstrations and experiential learning.

Program evaluations will include pre- and post-knowledge assessments during both the virtual and in-person components, as well as participant surveys following each workshop. Educator-led outreach and adoption of recommended practices will be tracked using defined sustainability benchmarks to assess program success and inform future improvements.

The program promotes resource conservation, biodiversity, and environmental sustainability while improving profitability. Modules cover soil fertility, grazing management, and animal health, which also support USDA priorities for conservation agriculture. By training educators, the program multiplies benefits-lower input costs, improved herd performance, and stronger rural economies-enhancing producer and livestock well-being, as well as consumer confidence in sustainable livestock products.

The primary goal of the Sustainable Management and Applied Resilience Training for Livestock Systems (SMART-LS) program is to equip Extension agents, USDA personnel, and mentor farmers with the knowledge, skills, and tools necessary to assist livestock producers in implementing sustainable agricultural practices that enhance environmental stewardship, economic resilience, and animal welfare. The program focuses on integrating science‑based strategies into grazing systems, forage management, soil health, and herd management to improve the long‑term viability of livestock operations.

Specifically, SMART‑LS targets Extension agents, federal agricultural professionals, and mentor farmers in Louisiana and surrounding regions who seek practical, research‑based solutions to improve profitability and sustainability in livestock systems. Participants are expected to demonstrate measurable improvements in knowledge and skills, such as interpreting soil and forage analyses, designing grazing plans, and applying sustainability metrics. Behavior changes will include increased adoption of rotational grazing, integrated weed control, and record keeping for economic and environmental performance. Attitudes toward sustainability are expected to shift positively as participants recognize the economic and ecological benefits of these practices.

Objective 1: Increase participant understanding of sustainability and environmental stewardship in livestock systems.

Participants will be able to:

• Define sustainability and environmental stewardship in livestock systems, including environmental, animal production, and economic best management practices
• Identify two to three sustainability indicators for soil health, forage production, and livestock production.
• Effectively communicate these indicators and sustainability principles to livestock producers.

Objective 2: Improve soil health by increasing organic matter and water permeation while maintaining nutrient balance.

Participants will be able to:

• Collect, submit, and interpret soil sample results.
• Make precise recommendations for soil health improvement based on soil test results and effectively communicate these with livestock producers.
• Identify two to three soil health improvement practices that enhance sustainability of grazing pastures.

Objective 3: Optimize forage and grazing systems to extend grazing seasons and achieve efficient forage utilization.

Participants will be able to:

• Collect, submit, and interpret forage sample results.
• Evaluate current forage availability and grazing systems for sustainability and forage utilization.
• Design and recommend grazing systems and strategies that enhance and maintain sustainable BMPs, while meeting livestock nutrient requirements.

Objective 4: Implement integrated weed and pest management strategies that minimize chemical inputs and protect water quality.

Participants will be able to:

• Accurately identify common weeds and pests affecting pastures in Louisiana.
• Recommend weed and pest mitigation and elimination options to improve pasture health and forage production. These should include integrated management strategies that combine cultural, mechanical, biological, and chemical control options.

Objective 5: Promote animal health and welfare using preventive health measures and low-stress handling techniques.

Participants will be able to:

• Demonstrate low-stress handling principles and an understanding of animal behavior.
• Identify best management practices for methods of reducing disease risk and improving animal performance through preventative herd health.
• Effectively communicate the relationship between animal welfare, productivity and economic sustainability.

Objective 6: Enhance livestock nutrition through precision feeding based on forage analysis, reducing feed costs and waste.

Participants will be able to:

• Collect, submit, and interpret forage sample results. (Refer to Objective 3.) They will then be able to make supplemental feeding recommendations to ensure livestock nutrient requirements are met, while maintaining economic viability of the operation.
• Identify grazing and feeding strategies that reduce wasted feed resources while also estimating potential cost savings on supplemental feed in grazing scenarios.

Objective 7: Advance genetic and reproductive efficiency to improve herd productivity and adaptability.

Participants will be able to:

• Identify and effectively explain reproductive management strategies and genetic selection tools for improving herd performance and productivity.
• Assess reproductive performance indicators within a herd and subsequently demonstrate the ability to recommend viable management practices that enhance herd efficiency.

Objective 8: Strengthen economic resilience through budgeting, risk management, and marketing strategies for sustainable beef production.

Participants will be able to:

• Interpret and develop enterprise budgets for sustainable livestock operations.
• Identify risk management strategies for livestock operations.
• Effectively align an operation's management goals with profitability and long-term sustainability.
• Offer a variety of marketing avenues for livestock operations based on individual operation goals.

Objective 9: Foster biodiversity and environmental stewardship by incorporating cover crops, pollinator habitats, and other best-management practices.

Participants will be able to:

• Identify and effectively communicate best management practices that enhance biodiversity within livestock production systems.
• Identify and effectively explain how to integrate a variety of biodiversity practices into livestock systems for enhancing sustainability and profitability.