Arkansas board of education to consider state’s first ‘transformation contract’

KUAR | By Antoinette Grajeda / Arkansas Advocate

The Arkansas Board of Education has called a special meeting for Friday to consider allowing the Marvell-Elaine School District to enter into a “transformation contract” with the Friendship Education Foundation.

If approved, the contract between the public school district and the charter management company would be the first of its kind under Gov. Sarah Huckabee Sanders’ signature  LEARNS Act.

The new law makes several changes to the state’s education system, including creating a process through which public school districts with a “D” or “F”-rating or in need of Level 5 – Intensive Support can partner with an open-enrollment public charter school or another state board-approved entity in good standing to create “a public school district transformation campus.”

https://www.ualrpublicradio.org/local-regional-news/2023-05-05/arkansas-board-of-education-to-consider-states-first-transformation-contract

John Sykes/Arkansas Advocate

The Arkansas State Board of Education held a public meeting in the Marvell-Elaine High School gym to discuss the future of the Marvell-Elaine School District on April 13, 2023.

May 18 event to provide matchmaking opportunities for vendors and minority- and women-owned businesses

By Rebekah Hall
U of A System Division of Agriculture

New customers are critical to any business, and a May 18 matchmaking event will offer opportunities for minority- and women-owned businesses to connect with public and private sector vendors.

A MATCH IN THE MAKING — Melanie Berman, director of Arkansas APEX Accelerator for the Division of Agriculture, said the upcoming May 18 Minority- and Women-Owned Business Enterprise Matchmaking event will provide important tools and networking opportunities for small businesses. (Division of Agriculture photo.)

The Minority- and Women-Owned Business Enterprise Matchmaking Event will take place from 8:00 a.m.-4:00 p.m. at the Ron Robinson Theater and the Rock It! Lab, both located in the CALS Library Square in downtown Little Rock. Check-in begins at 7:30 a.m. Registration is free, and participants must register online at info.arkansasedc.com/matchmaking2023 by May 12.

The event is hosted by the Arkansas APEX Accelerator — formerly known as Arkansas PTAC — in partnership with the Arkansas Economic Development Commission and the Arkansas District Office of the U.S. Small Business Administration. The schedule will include 15-minute matchmaking appointments, where business owners can discuss possible contracts for their goods and services with buying representatives. These representatives are matched with business owners based on information provided during registration.

The keynote speaker is Edward “Ted” James, who was appointed by President Joe Biden to serve as the U.S. Small Business Administration’s regional administrator for Region 6 South Central Region. James oversees the administration of Small Business Administration products and services in ten district offices in Arkansas, Louisiana, New Mexico, Oklahoma and Texas.

Arkansas APEX Accelerator is also offering a webinar on May 11 from 10:00 a.m.-11:30 a.m. with tips for navigating the matchmaking event. Topics will include the role of certifications, vendor registration sites, market research sources and marketing tools specific to the government marketplace. There is no cost to register at bit.ly/pre-matchmaking-workshop.

Opportunities for underserved small businesses

Melanie Berman, Arkansas APEX Accelerator program director for the University of Arkansas System Division of Agriculture, said the event provides critical tools for small and minority-owned businesses.

“Underserved small businesses have faced barriers in accessing capital, credit and other tools necessary for growth,” Berman said. “They are often located in inner cities and rural areas and often include women, people of color, veterans, tribal groups and others. Participating in the annual Minority and Women-Owned Business Matchmaking event will connect business owners with government buyers, small business support organizations such as Arkansas APEX accelerator, and other area businesses.”

Berman will also moderate the Success Stories from Minority- and Women-Owned Businesses panel at the event, where attendees will hear from successful business owners about how they navigate the world of government procurement. She said APEX Accelerator counselors can help business owners prepare to make the most of the matchmaking event.

“Businesses of all levels may attend the event, which may give them a competitive advantage with the government buyer,” Berman said. “However, businesses must manage expectations and properly prepare for their one-on-one meetings. APEX Accelerator counselors are here to help businesses prepare for the matchmaking event.”

APEX Accelerator is part of the Cooperative Extension Service’s Community, Professional and Economic Development Unit. The extension service is part of the University of Arkansas System Division of Agriculture.

To learn about extension programs in Arkansas, contact your local Cooperative Extension Service agent or visit www.uaex.uada.edu. Follow us on Twitter and Instagram at @AR_Extension. To learn more about Division of Agriculture research, visit the Arkansas Agricultural Experiment Station website: https://aaes.uark.edu. Follow on Twitter at @ArkAgResearch. To learn more about the Division of Agriculture, visit https://uada.edu/. Follow us on Twitter at @AgInArk.

Cooperative Extension Service announces 2023 summer interns

By Rebekah Hall
U of A System Division of Agriculture

For college students with a passion for agriculture and helping others, the Cooperative Extension Service’s internship program offers a hands-on opportunity to learn about the roles of extension agents.

2023 INTERNS — Devyn Britt, 22, will be one of 15 summer interns for the Cooperative Extension Service. The 10-week paid program provides hands-on learning in 4-H, agriculture and Family and Consumer Sciences and gives students an idea of the day-to-day duties of county agents. (Photo submitted by Devyn Britt.) 

In late 2021, the Cooperative Extension Service, the outreach and education arm of the University of Arkansas System Division of Agriculture, announced the return of an internship program for college students interested in careers as extension agents. In the summer of 2022, a group of 11 students were selected for the program, two of whom were later hired for full-time employment.

Carla Due, extension Ouachita District Director for the Division of Agriculture, said the Division of Agriculture hopes to continue to hire former interns as positions become available.

“Last year was a successful year for our interns, and we look forward to this year being the same,” Due said.

For the 2023 program, extension’s three district directors — Due, Jerry Clemons and Kevin Lawson — selected 15 students from universities in Arkansas, Missouri and Texas. Due said they had more than 30 applicants, with two interns returning from last year’s group. The interns will start May 22, and their last day is July 28.

Rayvin Callaway, 21, a student at the University of Arkansas at Monticello, interned with the Bradley County extension office last year. This year she will intern with the Drew County extension office. Callaway said she encourages her fellow interns to “soak it all in” during their experience.

“This summer is going to fly by. Any opportunity that is presented to you, take it,” Callaway said. “Every ounce of knowledge you gain from this summer will make you a better person, whether you work for extension or someone else. Trust me, making the decision to take this internship was the best choice you could’ve made.”

Brent Clark, 21, is a student at Arkansas State University. He will return to the White County extension office, where he said he made many connections during his internship experience last summer.

“My advice for this year’s group of interns is to go into the assigned county with an excited optimism and be open to trying every aspect of the extension service you can, because you may like something you were uncomfortable with before coming into this internship,” Clark said. “Look for the good in all the people you interact with because you will meet so many people who are incredibly different, but there is always something to learn from them.”

In 2022, the interns’ main program areas were 4-H and agriculture, but this year, the program will also include three Family and Consumer Sciences interns.

“The interns will gain knowledge about the day-to-day work of our county extension agents, who are the boots on the ground when it comes to educating Arkansans,” Due said. “It will be 10 weeks of ‘living the life of a county agent.’”

The 15 interns are enrolled in colleges and universities throughout Arkansas, Missouri and Texas.

2023 Cooperative Extension Service summer interns:

Devyn Britt, 22
Program area: Family and Consumer Sciences
County: Faulkner
Hometown: Cabot, Arkansas
School: University of Central Arkansas
Major: Family and Consumer Sciences, emphasis in Health Administration
Year: Rising senior, or entering their senior year
Why did you decide to apply for the CES internship program?
“I decided to apply for this internship because I want to enter the FCS field after graduating and gain more experience. I am looking forward to working with the Faulkner County community and learning about the programs the extension office offers.”

Haley Callanen, 21
Program area: 4-H
County: Grant County
Hometown: Sheridan, Arkansas
School: Southern Arkansas University
Major: Agricultural Education
Year: Rising senior
Why did you decide to apply for the CES internship program? 
“I applied for this internship because I knew that it would give me a chance to grow as an individual. I felt that it would also give me experience related to my career. I hope to learn more about agriculture through hands-on experience. I also hope that I will be better prepared for my future in the agriculture industry after graduation. I want to be able to apply the knowledge and experience I gain in the classroom.”

Rayvin Callaway, 21, returning from last year’s program
Program area: 4-H
County: Drew
Hometown: Star City, Arkansas
School: University of Arkansas at Monticello
Major: Animal Science, Plant and Soil Science
Year: Rising senior
Why did you want to participate in the Extension internship program for a second time?
“I don’t feel like I got all the information. Don’t get me wrong, I got tons! But if this is truly where I’m going to work, then I want to find out as much as I can! I also wanted to try a different discipline. Last summer I was mainly in the agriculture sector of the job. This summer I chose 4-H as my discipline so I could further my leadership skills and instill those skills into the members!”

Maria Cervantes, 21
Program area: Family and Consumer Sciences
County: Hot Spring
Hometown: Summers, Arkansas
School: University of Arkansas – Fayetteville
Major: Apparel Merchandising and Product Development
Year: Graduating senior
Why did you decide to apply for the CES internship program? 
“I decided to apply to the CES internship program because I thought the premise of the program was great and coming from rural Arkansas, I can see why it's important to reach all people. I am looking forward to learning more about the Extension programs and helping people with the work we will be doing.”

Brent Clark, 21, returning from last year’s program
Program area: Agriculture
County: White
Hometown: El Paso, Arkansas
School: Arkansas State University
Major: Agribusiness
Year: Rising senior
Why did you decide to participate in the CES internship program for a second time?
“I enjoyed the internship last year and really learned to love working with the agents and being able to see the outreach extension does for so many groups of people of all ages. I am really looking forward to this summer, as I am going back to my home county where just about everything has changed and evolved. I am super excited to see a side of extension I really haven’t seen, which is row crops.”

Delana Crutti, 33
Program area: Family and Consumer Sciences
County: Pulaski
Hometown: Little Rock, Arkansas
School: University of Central Arkansas
Major: Family and Consumer Sciences
Year: Graduating senior
Why did you decide to apply for the CES internship program? 
“I was told that I belong in the Cooperative Extension Service by many of my professors, and this was an opportunity to explore extension as a potential career. I’m looking forward to the hands-on experience helping to serve others. I am also excited to build my knowledge and skills.”

Laura Fincher, 19
Program area: Horticulture
County: Garland
Hometown: Texarkana, Texas
School: Texas A&M University – Commerce
Major: Sustainable Agriculture and Food Systems, minor in Horticulture
Year: Rising senior
Why did you decide to apply for the CES internship program? 
“I applied for the program because I really enjoy sharing agriculture and horticulture with others, and I am always interested to learn about opportunities or experiences in those fields. I hope to work in the extension service when I begin my career, so the internship program seemed like a great fit! I'm most looking forward to connecting with the people in the county that I have been placed in. I'm excited to meet, learn from, and help both the extension professionals and the community members.”

Zeb Gattis, 21
Program area: Horticulture
County: Washington
Hometown: Fort Smith, Arkansas
School: University of Arkansas – Fayetteville
Major: Horticulture, Landscape and Turf Sciences
Year: Rising senior
Why did you decide to apply for the CES internship program? 
“I applied because I am interested in working for the extension service after college, and because I most like the general goal behind the outreach part of the extension service. I am most looking forward to seeing how extension works, in addition to gaining work experience with an organization that I would like to be a part of in the future.”

Natasha Hightower, 20
Program area: 4-H
County: Washington
Hometown: Bailey, Arkansas
School: University of Arkansas – Fayetteville
Major: Agriculture Education, Communication and Technology, minor in Agriculture Communications
Year: Rising senior
Why did you decide to apply for the CES internship program? 
“I grew up in 4-H and have always had a passion for helping others. Getting the opportunity to work with the youth in my community as well as others would be a wonderful experience. I want to be able to learn as much as I can and be able to educate and advocate agriculture to those around me. I am looking forward to learning from the people and community around the Washington County extension office. Being able to have this opportunity to learn and work in a county that I have only been in for less than a year is so exciting! I can’t wait to gain a new perspective on being an extension agent and gain valuable skills and experiences that will help me continue into my future career.”

Magon James, 19
Program area: 4-H
County: Craighead
Hometown: Dewitt, Arkansas
School: Arkansas State University
Major: Animal Science
Year: Rising junior
Why did you decide to apply for the CES internship program?
“I decided to apply for this internship because I am pursuing a career in agriculture, am a current 4-H state officer, and want to further my knowledge of day-to-day life in a Division of Agriculture Extension Office. I am looking forward to meeting new people and learning skills that will help me in my future career.”

Daniel Lam, 21
Program area: Agriculture
County: Poinsett
Hometown: Spring Valley, New York
School: University of Arkansas – Fayetteville
Major: Crop Sciences, minor in Agribusiness
Year: Rising junior
Why did you decide to apply for the CES internship program?
“I decided to apply because I believe it will give me the tools necessary to be successful in the agriculture industry, as well as giving me an idea of the practical side of the job, which will help me decide which direction I want to take my career. I look forward most to gaining hands-on experience to give me a better understanding of the industry and working with professionals in the field and other interns.”

Cade McKee, 21
Program area: 4-H
County: White
Hometown: Pangburn, Arkansas
School: Arkansas State University
Major: Agriculture Education
Year: Rising senior
Why did you decide to apply for the CES internship program?
“I decided to apply for the CES internship to learn more about 4-H and grow stronger in my knowledge about what extension does. I am looking forward to meeting new people that I can hopefully have a connection with for years to come.”

Amber Morris, 20
Program area: 4-H
County: Pope
Hometown: DeQueen, Arkansas
School: Arkansas Tech University
Major: Agribusiness
Year: Rising senior
Why did you decide to apply for the CES internship program?
“I grew up in 4-H, and I wanted to know what it was like on the agent side. I also wanted to help impact children in a way I was impacted growing up. I’m looking forward to growing my education in 4-H and agriculture and helping the children I guide grow as better people.”

Caelan Person, 20
Program area: 4-H
County: Sevier
Hometown: Nashville, Arkansas
School: Southern Arkansas University
Major: Agriculture Education
Year: Rising senior
Why did you decide to apply for the CES internship program? 
“I decided to apply for this program because it will give me a better idea of what I would like to do in the future. I am most excited to see what it’s like on a day-to-day basis as an extension agent, as well as working with others to teach people about agriculture.”

Ashlin Usrey, 21
Program area: Agriculture
County: Boone
Hometown: Alpena, Arkansas
School: College of the Ozarks – Hollister, Missouri
Major: Animal Science, minors in Agronomy and Agribusiness
Year: Rising senior
Why did you decide to apply for the CES internship program?
“This internship program stuck out to me after hearing about it from some of my peers from across the state! I have always been interested in extension, as I have grown up seeing my local extension agents love their job and excel at it. Working in the agriculture realm and educating are two things I enjoy, and this internship seems to fill both of those spots very well. I am most looking forward to learning about the diversity of extension, and getting hands-on learning from someone who has years of experience in the area.”

 

To learn about extension programs in Arkansas, contact your local Cooperative Extension Service agent or visit www.uaex.uada.edu. Follow us on Twitter and Instagram at @AR_Extension. To learn more about Division of Agriculture research, visit the Arkansas Agricultural Experiment Station website: https://aaes.uada.edu. Follow on Twitter at @ArkAgResearch. To learn more about the Division of Agriculture, visit https://uada.edu/. Follow us on Twitter at @AgInArk.

UAMS Opens New Orthopaedic & Spine Hospital

By Linda Satter

LITTLE ROCK —A number of dignitaries and other visitors gathered today to celebrate the opening of the Orthopaedic & Spine Hospital at the University of Arkansas for Medical Sciences (UAMS).

Front view of The Orthopaedic & Spine HospitalEvan Lewis

Located southwest of the main hospital, the four-story building includes more than 158,000 square feet dedicated to orthopaedic surgery, spine care and pain management. It has 24 private rooms for overnight observation and inpatient stays; 12 examination rooms for orthopaedic trauma, orthopaedic oncology, and physical medicine and rehabilitation; 12 operating rooms; eight exam rooms and two procedure suites for use by the pain management team; educational space for orthopaedic surgery residents; and offices for faculty and administrators.

“We are thrilled to be ushering in a new era of providing comprehensive specialized care available under one roof for orthopaedic and spine patients across the state,” said UAMS Health CEO and UAMS Chancellor Cam Patterson, M.D., MBA. “This facility was designed to support the state-of-the-art equipment and world-class care that we are famous for, while providing easy access for patients.”

Weekly update from State Representative DeAnn Vaught

Since its inception in 2007, the National Human Trafficking Hotline has identified 557 cases of human trafficking in Arkansas. Close to 1,500 victims were identified in these cases. 

Human trafficking, also known as trafficking in persons or modern-day slavery, is a crime that involves compelling or coercing a person to provide labor or services or to engage in commercial sex acts. The coercion can be subtle or overt, physical or psychological. 

For the last several years, the General Assembly has made a continual effort to strengthen our laws regarding human trafficking. In the most recent session, we passed legislation to expand civil remedies for trafficking victims, increase fines for trafficking convictions, and clarified language in existing laws.  

Act 354 allows a victim of human trafficking to bring a civil action against a person or entity who knew or should have known that the individual was being trafficked. 

Act 327 increases the fines for a human trafficking conviction and trafficking-related charges to a range between $5,000 and $15,000. The bill directs that the fines be divided between specified funds that support exploited children and trafficking victims. 

Act 330 ensures victims are eligible for crime victim reparations even if they do not cooperate with law enforcement. 

Act 722 creates the offense of sexual solicitation of a minor and classifies the offense as a Class B felony. 

Act 736 adds the words “reasonably should know” to Arkansas code regarding trafficking of persons offenses. It allows individuals to be charged if they knew or reasonably should have known they were benefitting financially or actively engaged in trafficking. 

Act 772 clarifies the definition of “serious harm” under the Human Trafficking Act of 2013. 

We will continue to review ways to prevent future trafficking cases and raise awareness of the issue. 

To report suspected human trafficking, call the National Human Trafficking Hotline toll-free hotline at 1-888-373-7888 or text the hotline at 233733.

Tyson Foods expected to report 65% earnings decline

by Kim Souza (ksouza@talkbusiness.net)

Springdale-based Tyson Foods is expected to report a 65% decline in net earnings per share for the second quarter ending March 31. The consensus estimate is $285.68 million in net income on higher revenue of $13.62 billion, an annual gain of 3.8%.

The meat giant will report fiscal second-quarter earnings on May 8. Some analysts recently raised their earnings guidance for Tyson Foods based on better-than-expected performance in the company’s beef and prepared foods segment. That said, none of the segments are expected to outperform the year-ago period, with the exception of a small gain in the company’s international division.

Tyson’s chicken business continues to struggle, though margins have likely improved during the recent quarter. according to Ben Bienvenu, an analyst with Stephens Inc. He said margins would likely remain under pressure given elevated grain costs that should abate later in the year. Chicken prices also remain amid higher production and weaker consumer demand.

https://talkbusiness.net/2023/05/tyson-foods-expected-to-report-65-earnings-decline/

Tyson Foods’ early origins were in downtown Springdale more than eight decades ago with the Tyson Feed & Hatchery business founded by John W. Tyson.

Mayor says Little Rock tornado cleanup could cost $10 million

KUAR | By Daniel Breen

Crews continue to survey and clear the streets of Little Rock just over a month after an EF-3 tornado ripped through parts of the city.

City contractors have worked since mid-April to remove fallen trees and vegetation from some of the hardest-hit areas of west Little Rock. Work began this week to haul away rubble and scrap from damaged buildings.

In a briefing Tuesday at Little Rock City Hall, Mayor Frank Scott Jr. said it could take two to three months for the city to complete the debris removal process. But, he says, the overall recovery could last as long as two years.

https://www.ualrpublicradio.org/local-regional-news/2023-05-03/mayor-says-little-rock-tornado-cleanup-could-cost-10-million

Lyon College provides update on Little Rock dental and veterinary schools

KUAR | By Josie Lenora

Lyon College in Batesville is moving forward with its plans to build a dental and veterinary school in downtown Little Rock.

On Tuesday at the Little Rock Rotary Club, officials described the building design and curriculum plans for the school as they continue their work to earn accreditation. The two schools will be built near the Sixth Street corridor at the headquarters of Heifer International.

Merritt Dake is CEO of OneHealth Companies, which is partnering with Lyon College on the effort. He said there is an "under supply of veterinary schools."

https://www.ualrpublicradio.org/local-regional-news/2023-05-03/lyon-college-provides-update-on-little-rock-dental-and-veterinary-schools

Heifer International/Heifer.Org

A new dental school will be located in Heifer International's current headquarters in downtown Little Rock.

Overall farm, ranch numbers have declined in recent years; female and minority ownership up

by George Jared (gjared@talkbusiness.net)

An economic analysis of agricultural credit usage and census data conducted by the University of Arkansas System Division of Agriculture found that the number of farms and ranches across the U.S. dropped by 3% during the last decade and the demographics of primary operators is evolving.

More minorities and women became primary operators of farms and ranches in the past decade, while the number of white male-operated farms decreased by nearly 15% between 2012 and 2017, and proportionately fewer non-Hispanic white males are starting farms and ranches.

White male-operated farms remained the largest demographic segment of established and beginning farmers, and largest user of agricultural credit.

https://talkbusiness.net/2023/05/overall-farm-ranch-numbers-have-declined-in-recent-years-female-and-minority-ownership-up/

U.S Sen. John Boozman introduces bill aiming to address physician shortage

KUAR | By Ronak Patel

U.S Sen. John Boozman, R-Arkansas, is supporting the Resident Physician Shortage Reduction Act, which aims to increase the amount of residency programs available for medical students.

Currently, there is a cap on the amount of residency program positions that Medicare can fund and this bill would raise that cap. Boozman said the cap needs to be raised because it limits the number of physicians in Arkansas.

“As you graduate from medical school, you need to find a spot in a residency program. Sadly there’s not enough of those,” Boozman said in an interview. “As a result, you might have individuals who simply get through medical school and can’t find a residency and have to wait until one opens. All the while, we’ve got a huge shortage in medical providers.”

https://www.ualrpublicradio.org/local-regional-news/2023-05-03/u-s-sen-john-boozman-introduces-bill-aiming-to-address-physician-shortage

Michael Hibblen/KUAR News

U.S Senator John Boozman, R-Arkansas, is working with Republicans and Democrats on a bill they believe will help address the shortage of physicians. The bill has the support of Senate Majority Leader Chuck Schumer, D-New York.

Colorado passes first right-to-repair law; others could follow

By Mary Hightower
U of A System Division of Agriculture

FAYETTEVILLE, Ark.  — Colorado’s first-in-the-nation law allowing farmers to repair their own equipment could be “the first chink in the armor” that has allowed only manufacturers to complete some repairs, said Rusty Rumley, senior staff attorney for the National Agricultural Law Center.

Rusty Rumley comments on Colorado's right-to-repair law.

Farmers have long been accustomed to repairing their equipment or turning to a nearby independent repair shop to make speedy fixes during planting, growing, and harvest. In the last decade or so, farmers have found those efforts thwarted not only by increasingly complex technology and lack of manuals and tools, but also protection of intellectual property that goes along with software-driven machinery.

Colorado Gov. Jared Polis signed the bill on April 25, hailing it as “a common-sense bipartisan bill to help people avoid unnecessary delays from equipment repairs.”

Starting Jan. 1, 2024, the Colorado law will require manufacturers of agricultural equipment to provide parts, embedded software, firmware, tools, or documentation, such as diagnostic, maintenance, or repair manuals, diagrams, or similar information resources, to independent repair providers and owners of the manufacturer's agricultural equipment to allow them to service or repair the owner's agricultural equipment.

“Farmers and ranchers can lose precious weeks and months when equipment repairs are stalled due to long turnaround times by manufacturers and dealers,” Polis said.

For the manufacturers, there are worries over trade secrets.

“How much of the computer code are they going to say they can’t release because competitors could take it and use it themselves,” Rumley said. “They might say that this should be protected by trade secrets, so there may be some litigation on aspects such as that. For a lot of these companies, the repair side of the industry is, or has been, a really important economic driver. It’s not just selling the new tractor or combine, it’s the repair work.”

Part of a bigger story

Rumley said agriculture equipment is only one aspect of a larger story. Similar issues exist with motorized wheelchairs, phones, tablets, and other electronic equipment. The Colorado law includes motorized wheelchairs, but not consumer electronics items.

“There are some 50 pieces of right-to-repair legislation floating out there amongst the states,” he said. “There’s a lot of push out there, and this is the first one to get past, at least on the ag side.”

One characteristic of the Colorado law is “it specifically says, if Congress ever passes a national right-to-repair act, the Colorado one goes away and they'll live with whatever the federal one is,” Rumley said. “I don’t think we’re close to a federal one yet.”

Back in January, ag equipment maker John Deere signed a memorandum of understanding with the American Farm Bureau Federation to ensure farmers and ranchers retained the right to repair their own equipment.

Find additional information about agricultural law at the National Agricultural Law Center.

The center is part of the Arkansas Agricultural Experiment Station, the research arm of the University of Arkansas System Division of Agriculture.

To learn about extension programs in Arkansas, contact your local Cooperative Extension Service agent or visit www.uaex.uada.edu. Follow us on Twitter and Instagram at @AR_Extension. To learn more about Division of Agriculture research, visit the Arkansas Agricultural Experiment Station website: https://aaes.uada.edu/. Follow us on Twitter at @ArkAgResearch. To learn more about the Division of Agriculture, visit https://uada.edu/. Follow us on Twitter at @AgInArk.

Federal grant to study automation, safety at chicken processing plants

by George Jared (gjared@talkbusiness.net)

Arkansas is one of the top broiler (chicken) producers in the country and new challenges such as automation, efficiency and pathogen detection will be key issues as the decade continues to unfold. The federal government is poised to aid in the research into those efforts.

Researchers in Arkansas and two other states will use a $5 million grant to increase use of artificial intelligence and robotics in chicken processing to reduce waste in deboning and detect pathogens. The grant from the U.S. Department of Agriculture’s (USDA) National Institute of Food and Agriculture will establish the Center for Scalable and Intelligent Automation in Poultry Processing. The center, led by the University of Arkansas System Division of Agriculture, will join researchers from five institutions in three states in efforts to adapt robotic automation to chicken meat processing.

Project director Jeyam Subbiah said the Arkansas Agricultural Experiment Station, the research arm of the Division of Agriculture, will receive $2.2 million from the grant primarily to focus on food safety automation for poultry processing plants. The grant is for four years. Subbiah is a professor and head of the food science department for the Division of Agriculture and the Dale Bumpers College of Agricultural, Food and Life Sciences at the University of Arkansas.

https://talkbusiness.net/2023/05/federal-grant-to-study-automation-safety-at-chicken-processing-plants/

Arkansas governor names Dr. Ken Warden as new state higher education commissioner

LITTLE ROCK, Ark.— Governor Sarah Huckabee Sanders announced Monday that she will name Dr. Ken Warden as the Commissioner of the Arkansas Division of Higher Education. 
 
“I am pleased to announce that Dr. Ken Warden will serve as the commissionerof the Arkansas Division of Higher Education,” Sanders said. “Dr. Warden’s extensive leadership experience in higher education makes him the clear choice to serve in this role as we usher in a bold new chapter in Arkansas education. Together, we will continue expanding access to quality education from grade school to higher education – preparing students to take on high-paying jobs in the workforce and unleashing a new era of opportunity for every Arkansan.”
 
“I am humbled and honored to serve as the commissioner of the Arkansas Division of Higher Education,” Warden said. “I look forward to working closely with Governor Sanders and Secretary Oliva as we empower Arkansans with education – paving a path to prosperity for all Arkansans. Governor Sanders has made education reform the hallmark of her administration, and I am ready to get to work with her and the talented team at the Department of Education as we begin a new day in Arkansas education.”
  
Dr. Ken Warden biography:

Dr. Ken Warden has worked for the University of Arkansas – Fort Smith for the past 9 years, most recently serving as the Associate Vice Chancellor for Compliance and Legislative Affairs. Dr. Warden previously served as the Dean of the College of Applied Science and Technology for six years and as the Associate Vice Chancellor for Workforce Development for one year.
 
He also spent 17 years working with Arkansas Tech University – Ozark. Over the course of his time there, he served as the Department Chair of Automotive Service Technology, Business and Industry Coordinator, and Chief Officer for Business and Community Outreach. 
 
His breadth of work in higher education is extensive, having worked in adult education, two-year colleges, and university systems. He has experience in program design, project management, community partnerships, career pathways, grant implementation, and senior level academic leadership. 
 
His research interests are focused on adult learners and non-traditional students, credit and non-credit workforce aligned programs, student retention, and sustainability initiatives on college campuses.
 
Dr. Ken Warden holds a Doctorate in Education in Workforce Development from the University of Arkansas, a Master of Education in Educational Leadership from Arkansas Tech University, a Bachelor of Science in Vocational Education from the University of Arkansas, and an Associate of Applied Science in Automotive Service from Westark Community College, now University of Arkansas – Fort Smith.

Cooperative Extension Service to offer remote produce safety training for fruit and vegetable growers

By Rebekah Hall
U of A System Division of Agriculture

LITTLE ROCK — Keeping produce free of microbial contamination and reducing foodborne illness is critical to the success of commercial growers. To support these efforts, the University of Arkansas System Division of Agriculture will offer a remote, two-day produce safety training workshop for fruit and vegetable growers.

SAFE PRODUCE HANDLING — The Cooperative Extension Service, part of the University of Arkansas System Division of Agriculture, will offer a remote, two-day safety training workshop for fruits and vegetable growers May 24-24. Topics covered will include soil amendments, postharvest handling, sanitation and developing a farm food safety plan. (Division of Agriculture graphic.) 

The workshop will provide important information on best practices, worker health and hygiene, risk management and more. The training will take place via Zoom on Wednesday, May 24 and Thursday, May 25 from 8:30 a.m.-12:30 p.m. each day. Participants can register online at uada.formstack.com/forms/psa_2023.

Registration is $25 per person for Arkansas residents and $100 per person for out-of-state residents. The deadline to register is May 17. Participants must have access to Zoom software, a web camera, microphone and stable internet access.

Gaby Sanders, extension program associate for local, regional, and safe foods for the Division of Agriculture, said the Arkansas Produce Safety team is looking forward to hosting their only remote training of 2023.

“The growing season started early this year, so we are happy to offer this remote training that allows our growers to stay close to their farms,” Sanders said. “We hope this will also encourage some of the newer operations around the state to attend.”

Topics covered will include soil amendments, postharvest handling, sanitation and developing a farm food safety plan.

Sanders said the Arkansas Produce Safety Team will also host an in-person training in northwest Arkansas in October 2023.

“At our next in-person training, we hope to see produce growers of every scale,” she said. “Seeing the interactions between seasoned growers and those who are just starting out motivates us to offer more in-person opportunities. The knowledge passed along between growers during break times is just as valuable as the topics we’re presenting.”

Amanda Philyaw Perez, extension associate professor of food systems and food safety specialist for the Division of Agriculture, said the workshop helps growers “learn the basics to set your farm apart in the marketplace.”

“This training opportunity teaches the basics of on-farm produce safety,” Philyaw Perez said. “It can help growers selling at farmers markets or those who would like to get a USDA Good Agriculture Practices audit to sell to wholesale, farm to school, grocers or other buyers that require a food safety program.”

The training, developed by the Produce Safety Alliance and presented by the Cooperative Extension Service’s Arkansas Produce Safety Team, teaches growers about regulatory requirements of the U.S. Food and Drug Administration’s Food Safety Modernization Act (FSMA) Produce Safety Rule. FSMA is the first federally regulated standard for growing, harvesting, packing, and holding fresh produce.

For more information, contact Sanders at gsanders@uada.edu or at 501-671-2046.

Arkansas’ tax revenue surplus at $430 million through April

by Talk Business & Politics staff (staff2@talkbusiness.net)

With just two months remaining in Arkansas’ fiscal year, tax revenue is on track to beat the record collections in the previous fiscal year. Also, the state’s revenue surplus was $430.1 million at the end of April.

Tax revenue in the first 10 fiscal months of the year (July 2022-April 2023) totaled $7.313 billion, up 1.2% compared with the same period in the previous fiscal year and up 5.1% over the forecast, according to a report posted Tuesday (May 2) by the Arkansas Department of Finance and Administration (DFA).

Individual income tax revenue in the first 10 months of the fiscal year was $3.352 billion, down 5% compared to the same period in 2021-2022, and 3.2% above the budget forecast. Sales and use tax revenue in the first 10 months was $2.814 billion, up 7.9% compared with the same period in the previous fiscal year and up 2.2% above the forecast. Corporate income tax revenue in the first 10 months was $712 million, up $53.3 million compared to the same period in 2021-2022, and 32.7% above the forecast.

https://talkbusiness.net/2023/05/arkansas-tax-revenue-surplus-at-430-million-through-april/

Phosphorus runoff studies show importance of stable banks, cover crops

By John Lovett
University of Arkansas System Division of Agriculture
Arkansas Agricultural Experiment Station

FAYETTEVILLE, Ark. — Spring rains are great for flowers and kayakers, but the season also prompts concern about algae bloom-causing phosphorus runoff into drinking water sources.

WATER QUALITY — Jacqueline Todd, left, and Ireyra Tamayo conduct water quality tests from sampels taken in the Beaver Lake watershed as part of ongoing water quality studies with Shannon Speir, assistant professor of water quality with the Arkansas Agricultural Experiment Station. (U of A System photo)

Spring streamflow delivery to Beaver Lake has increased over the past 20 years, delivering more nutrients to the reservoir and increasing the risk of algae blooms during the summer, according to an analysis of U.S. Geological Survey data by Ireyra Tamayo, an environmental, soil, and water science student at the University of Arkansas.

Tamayo is a student of Shannon Speir, assistant professor of water quality in the department of crop, soil and environmental sciences with the Arkansas Agricultural Experiment Station, the research arm of the University of Arkansas System Division of Agriculture. Her lab's undergraduate students are conducting studies on the watershed as part of an unofficial partnership with the Beaver Watershed Alliance and the Beaver Water District.

“They are really interested in knowing this information,” Speir said. “This was a relatively easy analysis we could do with publicly available data, so we volunteered to jump in and do it.”

Speir said she has shared the information with the groups, and her lab's team has continued to do studies to assist in long-range planning efforts to mitigate phosphorus runoff. Phosphorus runoff can lead to algae blooms in bodies of water, which decreases available oxygen for aquatic life.

There are concerns about streambank erosion and increased streamflow in the Beaver Lake watershed because phosphorus binds to floating sediments that creeks carry into the lake.

Tamayo's study looked at the changing delivery of streamflow and water runoff from four tributaries of Beaver Lake: the White River; West Fork of the White River; War Eagle Creek; and Richland Creek.

The Beaver Lake watershed includes all the tributaries that run into the primary source of drinking water for northwest Arkansas. Speir said the potential for phosphorus runoff in the area prompted her and her students’ water quality studies of the tributaries in rural areas.

“Beaver Lake is still in good health and much of the work is centered around preventing the balance from shifting toward conditions that may cause harmful algal blooms,” Speir said. “Once algal blooms start happening, it's hard to turn the dial back and stop them from happening.”

Using publicly available streamflow data from the U.S. Geological Survey, Tamayo calculated streamflow discharge and runoff changes and compared runoff across the four tributaries over the past 20 years. She also explored seasonal changes in average discharge among the four tributaries.

The study showed that, in general, Richland Creek had the highest runoff to Beaver Lake over the study period, and War Eagle Creek had the lowest runoff. She observed variable trends in average discharge by season across the four tributaries. The most consistent increase in average streamflow occurs in the spring.

“Climate change is affecting the hydrological cycle, increasing global temperatures and changing precipitation patterns,” the study states. “As rain events become more frequent and intense, they are expected to yield higher streamflow and larger peak flows. The increased sediment and nutrient delivery to sensitive downstream systems could lead to water quality problems, such as eutrophication and harmful algal blooms.”

Eutrophication is when excess nutrients accumulate in a lake or other body of water, frequently due to runoff from the land, and causes a dense growth of algae and death of animal life from lack of oxygen.

“This was our first cut, but from that, we can start building more management and actionable outcomes,” Speir added.

Student researchers from the Speir's water quality resarch team include Jacob Major, junior; Deo Scott, senior; Lilly A. Stults, senior; Ireyra Tamayo, senior; and Jacqueline Todd, junior. Brynnen Beck and Claire Meara, both sophomores, have also recently joined Speir’s team. All the undergraduates are environmental soil and water science majors in the crop, soil and environmental sciences department.

Erosion and biological impacts on phosphorus 

EROSION IMPACT — Jacob Major collects samples from a Beaver Lake watershed tributary. (U of A System photo)

Jacob Major’s study highlighted the importance of creek bank stability. Major concluded in his water quality study of Richland Creek and Brush Creek that “sediment-associated phosphorus from bank erosion may serve as a critical downstream phosphorus source to Beaver Lake.”

Major's study found higher total phosphorus levels in Richland Creek but higher dissolved phosphorus in Brush Creek. Richland Creek runs through mostly forestland and about 40 percent pastureland. Brush Creek runs through mostly pastureland and about one-third forestland.

Speir noted that the higher concentrations of total phosphorus in Richland Creek could be because of more organic materials like leaf litter in the stream. Soluble reactive phosphorus, however, is more troublesome because the nutrient is more available to create algal blooms downstream.

Major's study won first place in March for undergraduates in the student poster competition at the Arkansas Discovery Farms Conference in Little Rock. In April, his study also won third place in the natural sciences category as part of the University of Arkansas’ Undergraduate Research Week Poster Competition.

A follow-up study is now underway to better understand the role of sediment in driving downstream phosphorus loss to Beaver Lake.

Jacqueline Todd's study on the Upper White River is complementary to Major’s and explores the role of algae in streams removing phosphorus from rivers. She pointed out that while many studies focus on headwater streams, there is a knowledge gap on the interplay of nutrients in rivers.

Her study found that soluble reactive phosphorus uptake was higher in the summer when the flow was slower, and the nutrient uptake was lower in the spring when the flow was faster.

Cover crops keep sediments and phosphorus on fields

Speir’s lab also evaluated the impact of cover crops to mitigate phosphorus runoff on agricultural fields.

A study by Lily Stults in Speir's lab, showed the importance of cover crops in retaining phosphorus on a site. Stults analyzed data on total flow, total suspended sediment, and total phosphorus concentrations from 503 runoff events on cover-cropped and non-cover-cropped cotton fields between 2013 and 2018 at the Arkansas Discovery Farms site in Dumas. The runoff events included rain and irrigation.

While cover crops did not impact the total flow from fields during water runoff events, the total suspended sediment and total phosphorus concentrations were lower in runoff from the cover-cropped field.

Cover crops prevent erosion and sediment loss by increasing the stability of the soil, the study noted.

The study stated that total suspended solid concentrations were consistently lower in runoff from cover-cropped fields. Other data suggest cover crops help retain particulate phosphorus bound to sediments.

Mullins Creek evaluation

A little closer to home, Deo Scott's study titled “Stream restoration effectiveness in Mullins Creek in Fayetteville, Arkansas” concluded that the Watershed Conservation Resource Center restoration in 2012 improved water quality in the restored section. He documented higher dissolved oxygen content, lower temperatures and more diversity of aquatic insects in the restored section of the creek. However, the impacts were variable downstream.

The creek begins as a spring near the Poultry Science building and flows under Razorback Stadium. The restored section of Mullins Creek is between Nolan Richardson Drive and the Gardens on the University of Arkansas campus. Samples were taken at five sites along the creek.

Speir said there is more than one way to restore a stream, but the key components are to keep the stream bank from eroding, add native plants to stabilize the soil and restore the stream bottom in some way to slow the water down and make riffles and pools.

“The hope is that naturally, over time, the fish and insects come back as the water quality improves,” Speir said. “Another piece in the restoration puzzle, particularly in urban areas, is ‘daylighting,’ where a buried stream is re-exposed to the world. Many urban streams have become buried, like Mullins Creek, which has a stadium over it.”

Scott's results also emphasized the need for more monitoring and management to improve water quality.

To learn more about Division of Agriculture research, visit the Arkansas Agricultural Experiment Station website: https://aaes.uada.edu. Follow on Twitter at @ArkAgResearch. To learn more about the Division of Agriculture, visit https://uada.edu/. Follow us on Twitter at @AgInArk. To learn about extension programs in Arkansas, contact your local Cooperative Extension Service agent or visit www.uaex.uada.edu.

Liquid-state poultry litter digester prototype makes struvite, biogas and clean water

By John Lovett
University of Arkansas System Division of Agriculture
Arkansas Agricultural Experiment Station

FAYETTEVILLE, Ark. — Arkansas Agricultural Experiment Station researchers have assembled a novel prototype system that could help alleviate the issue of excess nutrient runoff in watersheds from poultry litter.

ONE-OF-A-KIND — Jun Zhu, professor of biological and agricultural engineering, stands before a prototype of the liquid-state poultry litter digester designed to recycle water used in creating struvite from poultry litter. The system also captures biogas from liquid-state anaerobic digestion of poultry litter. (U of A System Division of Agriculture photo by Fred Miller)

The system turns chicken litter into a more biologically stable fertilizer called struvite, captures methane and recycles most of the water it uses. It is the first system of its kind in the United States, according to Jun Zhu, director of the Center for Agricultural and Rural Sustainability.

“Over the years, techniques to treat poultry litter have been researched extensively, including composting, direct combustion, pelletization, and anaerobic digestion,” said Zhu professor of biological and agricultural engineering at the experiment station, the research arm of the University of Arkansas System Division of Agriculture. “However, none of these technologies are found to be economically or environmentally friendly in the real world.”

Anaerobic digestion, decomposition of solids by microorganisms in the absence of oxygen, is the best of the current techniques, Zhu said. But that is a process that works best with liquids, and poultry litter has a very low moisture content. Zhu and his team developed a system that recycles the water needed for anaerobic digestion while creating struvite from the excess nutrients in chicken litter.

In December, two other land-grant university partners — the University of Idaho and Virginia Tech — built the three-piece system at the experiment station. The project is partly funded by U.S. Department of Agriculture’s National Institute of Food and Agriculture and the Agriculture and Food Research Initiative’s Foundational and Applied Science Program.

In addition to turning chicken litter into a more biologically stable product, the system can help support a poultry farmer’s energy demands by capturing methane from anaerobic digestion. Zhu said the methane can be used as a heating and cooking fuel.

Struvite is considered an eco-friendly fertilizer because only a small percentage is water soluble, and struvite releases its nutrients slowly. A two-year experiment station field study in east Arkansas by Kris Brye, University Professor of applied soil physics and pedology, showed struvite performed just as well, and in some cases better, as mined phosphate on corn, soybeans and rice. Mined phosphate is a finite resource prone to price fluctuations.

Another benefit of anaerobic digestion on poultry litter, Zhu explains, is that it removes nuisance odors. Poultry production in Arkansas generates about 1.5 million tons of manure every year. The fast growth of the poultry industry in northwest Arkansas resulted in a significant increase in litter production, which led to local disposal issues. Poultry litter contains nutrients from chicken feces and bedding material such as straw, sawdust, wood shavings, shredded paper, and peanut or rice hulls.

How it works

THREE PHASE — Yuanhang Zhan explains the three phases of the liquid-state poultry litter digester designed to reduce the liquid content to a slow-release fertilizer called struvite. (U of A System Division of Agriculture photo by Fred Miller)

Yuanhang Zhan, a Ph.D. candidate in Zhu's lab, has optimized the carbon-nitrogen ratios for chicken litter and wheat straw in the poultry litter digestion phase to produce an expected amount of methane. Researchers chose wheat straw because of its common use as a winter crop in Arkansas.

After capturing the biogas from the digestion chamber, the system’s second phase is to use a lightly electrically charged magnesium plate in an electrolytic reactor to separate nutrients from the liquid and drop into a settling tank as struvite. Depending on the amount of phosphate and ammonium in the 1-liter mixture, about 1 gram of magnesium ammonium phosphate struvite precipitates and then is dried to form a powder.

Zhu said the electrolytic reactor was built by collaborates at the University of Idaho led by Sarah Wu to prevent water electrolysis, so no hydrogen gas is produced.

With the struvite in the settling tank, the remaining effluent is cleaned by a final forward osmosis system built by collaborators at Virginia Tech, led by Zhiwu Wang.

Forward osmosis is a water separation process that uses a semipermeable membrane and the natural energy of osmotic pressure to separate water from solids in the solution. Peristaltic pumps transfer the clean water back into the digester designed and built at the experiment station.

While most of the nutrients are precipitated by the electrolytic reactor, and between 80 and 90 percent of the water comes out clear, there is a small amount of “rejected” water created that also contains a small amount of nutrients. Zhu said his collaborators at Virginia Tech have mentioned the rejected water could be used as a road treatment for ice and snow prevention in the wintertime.

Zhu expects an upscaled system to be used at an experiment station broiler house for further tests.

OPERATION — Yiting Xiao demonstrates the operation of the liquid-state poultry litter digester. (U of A System Division of Agriculture photo by Fred Miller)

Other collaborators on the liquid-state poultry digester have included Amanda Ashworth with the USDA Agricultural Research Service, and the following University of Arkansas faculty: the late Sammy Sadaka, associate professor and extension engineer; Thomas Costello, associate professor of biological and agricultural engineering; Wen Zhang, associate professor of civil engineering; and Mike Popp, professor of agricultural economics and agribusiness. Yiting Xiao, a Ph.D. student in Zhu’s lab, has also been involved with the project.

To learn more about Division of Agriculture research, visit the Arkansas Agricultural Experiment Station website: https://aaes.uada.edu. Follow on Twitter at @ArkAgResearch. To learn more about the Division of Agriculture, visit https://uada.edu/. Follow us on Twitter at @AgInArk. To learn about extension programs in Arkansas, contact your local Cooperative Extension Service agent or visit www.uaex.uada.edu.

Beginning farmers, ranchers increase as total farm numbers decrease

By John Lovett
University of Arkansas System Division of Agriculture
Arkansas Agricultural Experiment Station

FAYETTEVILLE, Ark. —  An economic analysis of agricultural credit usage and census data conducted by the University of Arkansas System Division of Agriculture can’t tell the whole story of the changing landscape of America’s farms, but a few things stand out.

ON THE FARM — Ashley Appel of Appel Farms is among a growing number of female farmers across the nation. She and her husband, Travis, operate the farm near Elm Springs, Arkansas. (U of A Division of Agriculture photo by Fred Miller)

More minorities and women became primary operators of farms and ranches in the past decade as the total number of farms and ranches across the nation decreased by about 3 percent. Meanwhile, the number of white male-operated farms decreased by nearly 15 percent between 2012 and 2017, and proportionately fewer non-Hispanic white males are starting farms and ranches.

White male-operated farms remained the largest demographic segment of established and beginning farmers, and largest user of agricultural credit.

The Division of Agriculture’s study looked at interest paid on agricultural loans and USDA Census of Agriculture data from 2012 and 2017. Researchers also used USDA’s Census of Agriculture, Agricultural Resource Management Survey and Farm Service Agency data to gauge lender success and potential gaps in serving beginning farmers/ranchers. The USDA Census of Agriculture is taken every five years, and 2022 data will be released in 2024.

“A large share of Farm Service Agency funds is going out to beginning farmers,” said Bruce Ahrendsen, the study’s lead author and professor of agricultural economics and agribusiness for the Arkansas Agricultural Experiment Station, the research arm of the Division of Agriculture. “Part of it is targeted funds required by Congress, but the FSA is exceeding those targets in most years for direct loans and serving an important role for U.S. agriculture.”

Beginning mid-sized family farms with annual sales between $350,000 and $1 million had the largest share of farms using Farm Service Agency loans.

“About one in four mid-size beginning family farm operations have either a direct or a guaranteed loan from the Farm Service Agency,” Ahrendsen said. “So, FSA loans are being used much more than expected. FSA is an important source of credit, particularly for beginning farmers.”

In 20 states, more than 50 percent of indebted minority beginning farmers and ranchers were Farm Service Agency borrowers over the course of the study period. So, federal credit programs appeared to have had some success in increasing socially disadvantaged farmer and rancher access to credit, allowing for easier entry into farming. Still, the programs “may not be as effective at correcting historical inequities,” the study added.

Data collected for the study consistently showed that greater shares of socially disadvantaged farmers and ranchers were “beginning” operations compared with non-Hispanic white men.

Getting a hand up

Published in 2022, the Division of Agriculture study titled “Beginning farmer and rancher credit usage by socially disadvantaged status” was conducted to examine credit usage, or interest paid, by beginning farmers and ranchers and assist in developing or adjusting policies amid the shifting demographics of beginning farmers and ranchers, especially as it relates to “socially disadvantaged farmers and ranchers.”

The USDA defines a “beginning farmer or rancher” as someone with no more than 10 cumulative years of experience as an operator on any farm. “Socially disadvantaged farmers and ranchers” include women; individuals with Hispanic, Latino or Spanish origin; and individuals who identify as American Indian or Alaskan Native, Black or African American, Asian, Native Hawaiian or other Pacific Islander. “Non-socially disadvantaged farmers/ranchers” are defined in the study as non-Hispanic white males.

While the share of farms using agricultural credit had a slight drop, the U.S. Department of Agriculture’s Farm Service Agency federal loan programs “appeared to be crucial in enabling beginning farmers and ranchers, and especially beginning socially disadvantaged farmer and rancher groups, to access loans,” the study states.

The nation’s total number of farm operations decreased 3.2 percent between 2012 and 2017, but the Division of Agriculture study showed the number of “socially disadvantaged beginning farmers/ranchers” counted as “primary producers” went up by 10.7 percent. Average farm size did not increase as much as might be expected, Ahrendsen said, since some farmland went for use for other purposes, such as urban development. The average farm size increased 1.8 percent from 433 acres in 2012 to 441 acres in 2017, while the total land in farms decreased 1.6 percent.

The study concluded that the United States might be making some progress toward the goal of making it easier for farmers to get started, especially among historically underserved groups. Without the federal credit sources, beginning farmers and ranchers could be restricted in growing their operations, the study added.

The Farm Service Agency’s 2023 budget included an increase of $5.5 million for outreach to historically underserved producers in support of a presidential priority to promote racial and economic equity. The budget also includes $1.6 million for the Urban Agriculture Initiative, which would support county committees to facilitate urban agricultural production and help address climate change, the USDA budget summary states.

FSA loan programs

MICROLOANS — The USDA's Farm Service Agency distributed more Direct Farm Operating Microloans in regions with larger shares of beginning farmers, women and minorities. (Chart courtesy USDA)

The Farm Service Agency offers several loan programs intended to be temporary in nature to help farm operations expand, sustain or recover from a natural disaster.

“Guaranteed” loans are made and served by commercial lenders, such as banks, the Farm Credit System, or credit unions. The Farm Service Agency guarantees the lender’s loan against loss up to 95 percent and is responsible for approving all eligible loan guarantees and providing oversight of the lenders’ activities. “Direct” loans are made and served by the Farm Service Agency using government money.

A USDA fact sheet states the Farm Service Agency, “provides credit to agricultural producers who are unable to receive private, commercial credit, including special emphasis on beginning, minority and women farmers and ranchers, and purchases and delivers commodities for use in international humanitarian food programs.”

Federal law requires the USDA to reserve portions of their “direct” and “guaranteed” loans for use by beginning farmers and socially disadvantaged farmers/ranchers. Over the past 20 years, targeting has resulted in a large share of direct and guaranteed lending going to beginning farmers and ranchers and “socially disadvantaged” groups, the study noted.

Most socially disadvantaged farmer and rancher borrowers using “direct” Farm Service Agency loans were “beginning farmers/ranchers.” And about half of socially disadvantaged farmer and rancher borrowers from the “guaranteed” loan program were “beginning farmers/ranchers.”

Evolving American farms

A 2020 Agricultural & Applied Economics Association article that served as a source in the experiment station study explains the complicated nature of comparing 2012 and 2017 statistics. The 2017 census allowed demographic data to be collected on up to four persons instead of three, as in the 2012 census. However, the Agricultural & Applied Economics Association article noted the method used to determine the “primary producer” for the 2017 Census is comparable to the determination of the “principal operator” in the 2012 Census, and the experiment station economists took that approach.

Based on the USDA’s 2017 Census of Agriculture alone, however, women make up a significant portion — about 30 percent — of beginning farmers or ranchers. Relatively large shares of farms where women were the “primary producer” of a beginning farm or ranch are in Southern states. However, among female “beginning farmers/ranchers” the highest shares of farms reporting interest paid are in the Midwest and Northern Plains, along with Arkansas, Kentucky, Oklahoma and Nevada.

The largest increase between 2012 and 2017 in beginning farms or ranches among minority “primary producers” was with Native Hawaiian and Pacific Islanders at a 44.7 percent increase to 933 farms. Total farms operated by the group increased from 2,190 to 2,921 over that time.

American Indian and Native Alaskan “beginning” farms and ranches increased by 22 percent to 11,704. Total farms in that group increased by about 5 percent to 48,507 in 2017.

Hispanic-operated “beginning” farms and ranches were up by 9.3 percent to 21,969 in 2017. But total Hispanic farm numbers were down 0.4 percent, to 66,727, in 2017.

Asian-operated “beginning” farms and ranches were down 6.8 percent, dropping to 4,969 from 5,333 with a total number of 13,693 Asian-operated farms in 2017.

“Beginning” farms and ranches operated by who identified as Black or African American were up 12.8 percent, from 7,518 in 2012 to 8,483 farms in 2017. But total farms in this group were down 4.3 percent to 33,088 in 2017.

Access, trust key for socially disadvantaged producers

Ron Rainey, assistant vice president for the Division of Agriculture and a professor and extension economist, co-authored the division’s study. In a 2022 presentation to the U.S. House of Representatives Agriculture Committee, Rainey said the Census of Agriculture reveals that, on average, most socially disadvantaged farmers and ranchers operate relatively smaller farms and leverage smaller operating loans to produce their crops each year.

Historically, equity and access issues have “played a role in limiting opportunities for socially disadvantaged beginning farmers to gain economies of scale — increasing farm size and investing in innovative or new machinery and technology,” Rainey said.

Another issue among socially disadvantaged beginning farmers and ranchers, Rainey said, is “real and perceived trust issues.”

“There are a number of producers who refuse to enter a USDA office even in 2022 because of fear, based on experiences, of disparate treatment, losing their land or being foreclosed on a loan under less than fair conditions,” Rainey said. “Therefore, the ability to build and restore trust and relationships is a critical hurdle to effectively reach marginalized producers and their communities with USDA programs and resources.”

In 2017, nearly three-fourths of all socially disadvantaged farmers and ranchers did not use credit, which raised the question of whether those farmers may still be underserved, the economic study stated.

“Interest-paid is an indicator of who is using agricultural credit,” Ahrendsen said. “It’s difficult to know access. We don’t know who is being denied credit. But we are seeing that non-Hispanic white males have the highest share of beginning operations with interest paid, followed by Asian farmers. The least likely to be reporting interest paid are Black or African American farmers.”

Closer examination of why debt use varies across the country and why non-socially disadvantaged farmers and ranchers utilize more than socially disadvantaged farmers/ranchers is an important topic for future research, the study stated.

The study was supported, in part, by the USDA National Institute of Food and Agriculture, Hatch/Multistate project, and The Farm Credit Council. Opinions, findings, conclusions, or recommendations are those of the authors and do not necessarily reflect the view of the USDA, the Farm Credit Council or the University of Arkansas System.

To learn more about Division of Agriculture research, visit the Arkansas Agricultural Experiment Station website: https://aaes.uada.edu. Follow on Twitter at @ArkAgResearch. To learn more about the Division of Agriculture, visit https://uada.edu/. Follow us on Twitter at @AgInArk. To learn about extension programs in Arkansas, contact your local Cooperative Extension Service agent or visit www.uaex.uada.edu.

Miller County extension agent organizes donation drive for Little Rock tornado victims

By Rebekah Hall
U of A System Division of Agriculture

LITTLE ROCK — For McKenzie Rigdon, the urge to help those affected by the March 31 tornadoes stemmed from personal experience with the harm a tornado can cause.

MILLER COUNTY HELPERS — McKenzie Rigdon, Miller County extension 4-H agent, organized a donation drive for victims of the March 31 tornado that struck parts of southern and central Arkansas. For Rigdon, the effort stemmed from her personal experience with tornado destruction. She said she wanted to bring along 4-H'ers for the donation drop-off to set an example of community service. From left to right: McKenzie Rigdon, MaKenzie Larey, Carlie Keahey, J.D. Martin and Tori Luker, Miller County extension Family and Consumer Sciences agent. (Rebekah Hall | Division of Agriculture photo.) 

Rigdon, Miller County extension 4-H agent for the University of Arkansas System Division of Agriculture, said she lived in Atkins, Arkansas, when a tornado struck the area in 2008, causing damage to her family’s home. In 2011, her grandparents’ farm was hit by a tornado near Ozark. When a tornado came through her hometown of Vilonia in 2014, she said she witnessed widespread destruction to her community.

“I lost my job because of the tornado. My best friend was in a house that got hit, so it’s a personal thing for me,” Rigdon said. “I can’t donate my time to help right now, so I felt like I needed to do the next best thing, which was gathering relief items.”

Rigdon said she had the idea to start a donation drive and fill up a 4-H trailer with supplies for victims of the tornado, which would then be delivered to Little Rock. She created a flier and posted it at local businesses and at the Four States Fairgrounds in Texarkana. She also shared it on social media. Rigdon said that through word of mouth, local schools and churches heard about the drive and gathered donations for the effort. Rigdon said Sevier County Extension also provided relief items.

“No donation is too small,” Rigdon said. “With this kind of thing, people need anything and everything you can think of. So, even if it’s a notebook for the kid who lost their backpack or a box of Band-Aids — everything is going to help someone in need.”

Rigdon cataloged all of the 672 items donated to the drive, including canned food, hygiene and baby products, dozens of cases of bottled water and more.

‘I pledge my hands to larger service’

On April 24, Rigdon and Tori Luker, Miller County extension Family and Consumer Sciences agent, along with Miller County 4-H members Carlie Keahey, MaKenzie Larey and J.D. Martin, drove from Texarkana to Little Rock with the 4-H trailer in tow. They donated all the items to the City Center, a ministry of Immanuel Baptist Church, to be distributed to tornado victims. 

After placing the final case of bottled water atop the large pile of items, Rigdon was overcome with emotion. She said she brought 4-H members along for the drop-off because the project ties back to the mission of the organization.

“The four H’s are head, heart, hands and health. The big one that stands out today is ‘hands for larger service,’” Rigdon said, wiping away a few tears. “It teaches these kids about community service and making a difference in your community. And I want them to know that they have an agent who cares and who wants to do the best that they can. I like to lead by example, so I want them to see this example that I’m putting forth. Because it’s big. I hope that I’m a good role model for them.”

Keahey, 17, has been a member of the Miller County 4-H Club for three years, and she said she came along for the donation drop-off because she wanted to give to those in need.

“I very much enjoy helping out the community around me,” Keahey said. “I love helping McKenzie with all her shenanigans she pulls me into. It makes me feel good to help out with stuff like this. Throughout the past three years in 4-H, I’ve grown so much personally, and this helps me grow in my leadership. I love how much I’ve learned through 4-H.”

For more information about 4-H, contact your local county extension agent or visit 4h.uada.edu.

To learn about extension programs in Arkansas, contact your local Cooperative Extension Service agent or visit www.uaex.uada.edu. Follow us on Twitter and Instagram at @AR_Extension. To learn more about Division of Agriculture research, visit the Arkansas Agricultural Experiment Station website: https://aaes.uada.edu. Follow on Twitter at @ArkAgResearch. To learn more about the Division of Agriculture, visit https://uada.edu/. Follow us on Twitter at @AgInArk.

Rice planting near record pace in April

by George Jared (gjared@talkbusiness.net)

Arkansas is the nation’s top rice producer and during the last several growing cycles planting has started slowly. This has been due to the unusual weather and heavy rains that have pelted the state. Not this year.

Rice growers, particularly in northeastern Arkansas, are far ahead of schedule. According to the U.S. Department of Agriculture, the state’s growers had planted 33% of their 1.2 million planned rice acres as of mid-April, about two-thirds better than the five-year average of 20% for this point in the season.

Jarrod Hardke, extension rice agronomist for the University of Arkansas System Division of Agriculture, said USDA’s estimate is likely conservative.

https://talkbusiness.net/2023/05/rice-planting-near-record-pace-in-april/