This year, nine Missouri FFA members will be recognized Oct. 24-27 as finalists in the Agriscience Fair at the National FFA Convention and Expo in Indianapolis, Indiana. The National FFA Agriscience Fair recognizes student researchers studying the application of agricultural scientific principles and emerging technologies in agricultural enterprises.

Here’s an inside look at the projects from two of this year’s finalists.

Daryin Sharp – Bolivar FFA

Daryin Sharp, is a finalist in Animal Systems, Division 5, of the National FFA Agriscience Fair. Studying the effect of growth implants on nursing beef calves, Daryin aimed to determine if the use of growth hormone implants were more profitable in getting calves to a target market weight compared to not using growth implants.

Daryin’s experiment compared the use of Ralgro and Elanco implants. His results showed calves implanted with Ralgro will reach a target weight in a more timely manner. Results were shared with area producers and veterinarians.

“Producers and the industry will benefit from weaning calves that come out of the cow-calf operations at a higher weight and will have fewer days on feed in the feedlots by reaching a slaughter weight more rapidly,” he explained in his experiment conclusion. “This information will allow the U.S. to continue to be the world’s largest producer of beef because we are implementing practices the allow beef producers to remain profitable.”

Isaiah Massey – Troy

Finding more ways to effectively and efficiently grow food and meet the needs of the growing population is a challenge. In preparing for his experiment on biochar emissions, Isaiah Massey first pondered the most effective soil remedy that could minimize the amount of carbon emissions released into the atmosphere.

During his experiment, he took four different types of plants: tomato, bell pepper, marigold and dusty miller. Using his FFA chapter’s greenhouse, Isaiah filled four, four-inch pots with different soil types consisting of biochar, garden soil and promix.

In the end, Isaiah discovered that the plants potted in biochar soil released 400 to 600 parts per million less carbon emissions compared to the prolix and the garden soil that emitted a substantial amount of carbon dioxide.

“Farmers and garden growers can become enlightened about the benefits of biochar as a carbon capture,” Isaiah explained in his conclusion. “Through the use of biochar, farmers can be able to not only reduce their carbon footprint, but they can increase their yields because of the amount of carbon the soil captures beneath the ground which then is used by the crops to concentrate their growth rates and can increase their yields.”

From precision farming techniques to fertility management, producing high quality hay is what drives Hannah Strain’s supervised agricultural experience (SAE) to success. She’s one of four finalists in the forage production proficiency award area at the National FFA Convention next month in Indianapolis.

A member of the Rolla FFA chapter, Hannah’s SAE includes working for Elk Prairie Farms LLC, a beef cattle operation that focuses on forage production.

“High quality production is vital to the entire farm,” she explains. “We use precision farming techniques and apply our fertility in different than normal application windows to favor superior species in our grazing and hay production management.”

Hannah says her SAE has provided her a learning experience to see and practice the techniques for producing a quality product while still maintaining quantity.

“I have been tasked with jobs like forage assessment, evaluating seasonal growth of warm and cool season grasses, soil assessment, all aspects of hay production, and the marketing of our forage product,” she explains.

Hannah works with customers across the state and takes pride in producing a quality product. She also maintains a positive working relationship with landowners who they lease ground from as well as  local ag businesses who help carry out the farm’s operations.

“Customer service and sales is vital to my future in the agriculture industry,” Hannah says. “Focusing on a career in agricultural advocacy and promotion, I have taken every opportunity to visit with agriculture businesses, customers, local farmers and others to further my communication skills. Learning these valuable skills will help with my future career of communicating with people all across the agriculture industry.”

Pierce City FFA member Brenden Kleiboeker has been involved with swine production his entire life. Yet, it was FFA that helped the young ag producer get paid for his responsibilities on his family’s Mineral Valley Farms, a diversified crop and livestock farm in southwest Missouri. Each year, the farm raises approximately 1,000 all natural, antibiotic free market hogs. His responsibilities include checking pigs daily, balancing rations, grinding and mixing feed, and treating health problems. He’s also involved in repairs and preventive maintenance of all swine equipment and buildings on the farm.

Brenden’s involvement in the operation has paid off; he’s one of four finalists up for the swine production proficiency placement award at the National FFA Convention next month in Indianapolis, Indiana. Agricultural Proficiency Awards honor FFA members who, through supervised agricultural experiences, have developed specialized skills that they can apply toward their future careers.

Nationally, students can compete for awards in nearly 50 areas ranging from agricultural communications to wildlife management. Proficiency awards are also recognized at local and state levels and provide recognition to members that are exploring and becoming established in agricultural career pathways.

In life, Brenden says he views every challenge as a chance to learn, and the same has held true for his Supervised Agricultural Experience (SAE).

“As a placement SAE, I feel that I have an even greater responsibility in solving these problems as I am responsible for another’s business and profits,” Brenden explains.

As a market hog finishing operation for Niman Ranch, Mineral Valley Farms is charged with following the company’s protocols for ensuring meat quality.

“Meat quality is important for every swine farmer, but perhaps more important for Mineral Valley Farms as meat quality is the basis of our pay,” he says.

Brenden determines which hogs had the best yield grade and marbling based off of a kill sheet provided at market time. He’s also discovered through on-farm scales how to more accurately feed their hogs for proper weight and days of age. The end result has increased the back fat on the hogs and ultimately led to higher premiums for Mineral Valley Farms.

“Working with others is a vital skill for any career,” Brenden says. “Through discussions with our field representative, I have utilized many lifelong skills when sharing my ideas and listening to theirs.”

Republic FFA begins land restoration project

by Jera Pipkin

Just as crops are growing in the field, Republic FFA members are inside the classroom learning what it takes to run a sustainable row crop operation.

An opportunity cropped up when school administrators reached out to the FFA chapter for help.

“Our administrators were looking for a better way to take care of the land in front of our new high school,” said David Mareth, agriculture instructor and FFA advisor at Republic High School. “They came to us for help.”

For years, the FFA chapter had taken hay off of the extra land, Mareth said. However, administrators within the district were looking for more. Yet, if the FFA chapter was going to spend time restoring the land, they wanted it to be self-sustainable and profitable.

With 45 acres of open ground, Republic FFA began by no-tilling wheat into the soil to enhance the landscape surrounding the high school. Mareth explained how the students are working to manage the project and will eventually reap the benefits of what they sow.

Intertwining with the curriculum for Agricultural Science II, instructor and FFA advisor Ciara DeClue has enjoyed interacting with the students and encouraging their growth during the process. The project has sparked interest, and students are eager to learn.

“The kids are really excited,” DeClue said. “I am excited to see what it will grow into and how we will sell our product to farmers.”

DeClue explained how students will learn the process of restoring the land from poor to rich soil. The soil is in undesirable condition because of extensive excavation of the ground from when the high school was built.

From figuring out what to plant and when to plant it, to crop rotations, soil samples, Environmental Protection Agency studies, and waterway research, students are receiving the full experience, Mareth said. With the capability for hands-on learning, the project will continually give back to students in the chapter.

Additionally, they have created a two-year plan, budget, and profit margin analysis for their enterprise. This will give the students the confidence and knowledge to run an enterprise of their own one day, Mareth explained.

Currently, a local alumnus is assisting the chapter in spraying, cultivating, planting and harvesting the crop, Mareth said. The alumnus is donating his machinery and time to the project. Yet, the students’ work still comes in to play, providing the local alumnus with amounts for pesticide and seeds per acre and calculating potential harvest. Relying on producers in the area has allowed them to use resources to get their feet on the ground, he said.

“Having someone running it like it is their own will allow us to continue to plan while meeting the needs of the administration,” Mareth explained. “Any profit we make will go back into the next crop, making this a completely self-sustainable process.”

Looking to the future, the chapter plans to institute a wheat-soybean crop rotation. DeClue said once the soil is restored completely, they will then plant warm season grasses to harvest for a hay crop to sell to local farmers.

“I hope that students will experience a full rotation of crop,” DeClue added. “This will allow students to see the process all the way through.”

On a larger scale, Mareth said, the chapter will eventually purchase equipment. Once established, the chapter will be able to harvest for profit, giving the students a visual of how hard work truly pays off.

Additionally, other areas surrounding the high school will go into supporting the land restoration project and agriculture department. Mareth described future plans for starting a school herd of livestock. Students would then be able to conduct trials on the livestock using hay harvested on the school ground, while also using the manure to fertilize. Plans to establish a rotational grazing program are also on the horizon. That would allow students to see the process full circle and use their knowledge in other areas of crop and grassland management.

“This is only the first step in expanding the presence of our agriculture program on campus,” Mareth said. “Our administrators are excited about what we are doing.”

Mareth said administrators are raving about the results from the land restoration project results thus far. They enjoy that it is relevant, practical and real-world.

“The school is getting everything they wanted done, plus it is providing pride and education back into our agricultural program,” Mareth said.

While both Mareth and DeClue agree that the project hasn’t sunk in with students yet, they know chapter members are learning and growing alongside the crops they have planted. Once the students are able to see something in the field, Mareth and DeClue believe they will really see the process come to life.

“I think this can build excitement for the program because they can see what we are doing for the school and that they have an impact here,” DeClue said.