Source: OKLAHOMA STATE UNIVERSITY submitted to
TRAINING UNDERGRADUATES IN PLANT RESEARCH AND EXTENSION PRINCIPLES THROUGH A SUMMER EXPERIENTIAL LEARNING FELLOWSHIP USING AN INTERDISCIPLINARY APPROACH
Sponsoring Institution
National Institute of Food and Agriculture
Project Status
NEW
Funding Source
Reporting Frequency
Annual
Accession No.
1028134
Grant No.
2022-67037-36618
Project No.
OKLW-2021-10348
Proposal No.
2021-10348
Multistate No.
(N/A)
Program Code
A7401
Project Start Date
Mar 1, 2022
Project End Date
Feb 28, 2026
Grant Year
2022
Project Director
Fontanier, C.
Recipient Organization
OKLAHOMA STATE UNIVERSITY
(N/A)
STILLWATER,OK 74078
Performing Department
Horticulture & Landscape Arch
Non Technical Summary
Many industries within food, agriculture, natural resources, and human science (FANH) disciplines are facing critical issues including well-trained workforce shortage, shrinking university programs, poor public awareness and understanding, and lack of funding and grants. There is a critical need for explicit recruiting efforts by university programs and career development opportunities to increase student engagement and retention in specialized plant and food agriculture programs. This project will expand on a previous REEU project with adjustments and developments, and therefore increase our efforts in recruiting and training undergraduates within FANH and eventually close the workforce gap.The long-term goal of this project is to increase enrollment in FANH disciplines at the undergraduate and graduate levels. To this end, our objective is to implement an immersive 10-week summer research and extension program covering diverse areas of horticultural, agronomy, food sciences, and natural resource sciences. We plan to attain the overall objective through pursuit of the following specific aims: 1) recruit forty undergraduate students (half of which from underrepresented groups) over four years, 2) educate student fellows on the basics of growing food in small-scale field and greenhouse crop production systems, 3) train students in agricultural research methods and data analysis through mentorship under faculty in various sub-disciplines culminating in student presentations at a scientific conference, and 4) enhance leadership skills of student fellows through conducting experiments, presenting at a symposium and meetings, and participating in extension activities. Students will be specifically recruited from Oklahoma State University, Langston University (1890 land grant university), junior colleges in Oklahoma, Pawnee Nation College, and the OK LSAMP program. The project will strengthen relationships with regional institutions for development of sustained outreach education and student recruitment initiatives.
Animal Health Component
0%
Research Effort Categories
Basic
(N/A)
Applied
(N/A)
Developmental
(N/A)
Classification

Knowledge Area (KA)Subject of Investigation (SOI)Field of Science (FOS)Percent
1022120102010%
1112130102010%
5031499101010%
2032130102010%
2051499302020%
2051499102010%
1020110100010%
1020799107010%
7121499305010%
Goals / Objectives
Our long-term goal is to increase enrollment and retention in specialized plant, environment, and food science undergraduate and graduate programs at OSU, which will lead to increased employment of graduates in FANH careers. The overall goal of this project is to implement a high impact experiential learning summer fellow research and extension program within multiple agriculture disciplines tailored toward student interest in sustainability that can be duplicated by other institutions. This project directly addresses the program area priority for REEU while incorporating elements of the Farm Bill priority area plant health and production and plant products. We plan to attain the overall objective through the pursuit of the following specific objectives: 1) recruit 40 undergraduate students (half of which from underrepresented groups) over four years to participate in a summer REEU program, 2) expose students to diverse plant, food, soil, and environmental science sub-disciplines and career options through extensive hands-on learning activities on our student farm, greenhouses, Food and Agriculture Production Facility, and partnering industries, 3) train students in research and Extension through multidisciplinary mentorship, and 4) enhance leadership skills of student fellows through conducting experiments, presenting at a symposium and meetings, and participating in other program activities.
Project Methods
Our approach to undergraduate education, research, and Extension training involves a broad curriculum of hands-on learning exercises to provide student fellows with a well-rounded view of the application and diversity within plant, food, and environmental sciences, and help student fellows develop technical and leadership skills needed for both the agricultural workforce and graduate programs. Specifically, activities include weekly summary presentations modeled after the commonly used 3-minute thesis (3MT's) contests, field trips, hands-on training of common equipment, access to local extension related field days and conferences, and guest speakers.Education Dr. Hu will lead activities on the student farm with a graduate student serving as the Farm manager. Students will grow a variety of horticultural crops throughout the program, experience the day-to-day requirements of horticultural food production systems, and learn management techniques including planting, maintenance, harvesting, and sustainable practices like cover crop implementation. Supplemental education will be coordinated by PD Fontanier. Workshops will be given from a rotation of faculty in various FANH disciplines to provide students with an overview of the land grant mission, careers, library resources, graduate school opportunities, research methods, public speaking, crop production, processing and storage, and food safety. For example, Dr. Dunn will lead hands-on workshops related to greenhouse management and hydroponic production systems. Dr. Jadeja and Hu will host a Produce Safety Rule standardized (Food Safety Modernization Act) training, where participants will receive Food & Drug Administration (FDA) recognized certificate after successfully completing the day long workshop. Lastly, Dr. Jilling will arrange a tour of mentor research facilities where mentors will discuss their research program and discuss how to use common research equipment in their program. Weekly 3MT's will enable student fellows to share their research topics and progress, practice public speaking, and grow closer to their peers in the program. Finally, field trips will be organized for students to visit industry operations in Tulsa and Oklahoma City.Research & ExtensionStudents will be assigned to two faculty mentors who will guide them on conducting research projects related to some aspect of plant, food, and environmental subjects, and build transferable leadership skills.Faculty mentors will meet with their students regularly to discuss research and extension methods, broader impacts of the research, communication methods, and professional development. One of the advantages of a multidisciplinary approach in an experiential learning project as proposed is the tremendous diversity of sub-disciplines that span commercial and consumer agriculture, production and post-harvest processes, controlled and field production, food processing and safety, ecology, soils, and environmental issues. The proposed project harnesses this diversity in an integrated manner to showcase the importance of all aspects to society. The faculty mentors represent a wide range of professional backgrounds and expertise and thus create significant opportunities for student fellows to learn about new areas that they did not know existed to identify a discipline within FANH that excites them.Faculty mentors will design research projects related to sustainability within plant, food, and environmental science representing their wide range of expertise. Students will select the research project that matches their interest during application and will be assigned a research mentor accordingly. Plant materials and other supplies will be prepared in advance to ensure a timely start and completion of student projects. Upon arrival, the student fellows will be tasked with developing a hypothesis, designing and implementing experiments, collecting data, analyzing results, and writing a research report. At the conclusion of the project, student fellows will deliver 12-minute presentations at the program symposium for evaluation by faculty mentors. By maintaining a high faculty to student ratio, we anticipate student mentorship will be a strength of this program.Fellows will participate in extension activities including planned efforts to develop extension training modules for Our Daily Bread Food & Resource Center (ODBF&RC), a local food bank with a newly developed garden. As part of this effort, students will help coordinate volunteer activities on select days, contribute to garden work days, and aid OSU personnel in dissemination of educational materials.

Progress 03/01/22 to 02/28/23

Outputs
Target Audience:The project's target audience was the ten undergraduate student fellows participating in the summer program from Maythrough July 2022. Among this audience, 30% of the participants were from underrepresented ethnic groups (Native American or African American) and 70% were women. Efforts to reach the target audience included half-day workshops on subjects ranging from hydroponics to statistics to small fruit production, brown-baglunch discussion sessions, and a field tripto witness horticulture in the state. Changes/Problems: Nothing Reported What opportunities for training and professional development has the project provided?Ten undergraduate students from 4 institutions were recruited to participate in a ten-week immersive program during summer 2022. Students were trained on various research methods in horticultural science, food science, and natural resources managementincluding vegetable production physiology,drought stress physiology, hydroponics production physiology, food safety, and extraction science. Students were also trained inextension activities including field days,workshops, and camps. Students were trained on growing vegetables in a small-scale agriculture system and then assigned their own plots tomaintain and eventually harvest. Students received profoessional development through weekly public speaking activities culiminating in oral presentations at a reserachsymposium. In addition, the project provided mentorship training for five MS and one PhD graduate students whoworked closely with undergraduates on research projects or in coordinating group activities. How have the results been disseminated to communities of interest?Results have been disseminated to the general public through the project Facebook page, the OSU Dept of H/LA website, Results of the research conducted within the program was disseminated through a symposium held at OSU in the final week of the program and a university-wide summer reserach expo. Six abstracts from 2022 program activitieshave been to submitted to the Southern Region ASHS meetings. What do you plan to do during the next reporting period to accomplish the goals?We will bring three students from the 2022 REEU program to the Southern Region ASHS meetings in Oklahoma City, OK. These students received the highest score from an independent panel of judges at the special symposium held in the final week of the 10-week program. Students will present their research at the undergraduate oral presentation competition. We also plan to begin recruiting an additional ten students to the 2023 summer REEU program. The program was deemed successful in 2022, and therefore we anticipate following a similar model of mentoring, training, and research. TheDept of H/LA is in the process of hiring two new faculty in urban horticulture and small farms production. We anticipate including them on thisproject as a CoPD and faculty mentor for at least one student fellow. Additional faculty will be added on a case by case basis to ensure quality projects and mentorship can be provided to a diverse set of students.

Impacts
What was accomplished under these goals? Impact Statement: Student enrollment in agricultural sciences is declining in the United States in part because of a rural to urban migration. Horticulture and relatedsub-disciplinesthat may be more attractive to young persons - particularly thosewho lack a background in agriculture. This project achieved its primary objective of recruiting and training ten students withina ten-week horticulture research and extension experience undergraduates (REEU). Nearly one thirdof the student participants werefrom underrepresented groups. Each student conducted research or participated inextension activities throughout the summer program culminating in a symposium in the final week. Students demonstrated a 65% increase inhorticultural knowledge over the course of the program. Students indicated the program increased their confidence and interest in attending graduate studies. Goal 1: recruit 40 undergraduate students over four years to participate in a summer horticulture research and extension program 1) Major activities completed: Applications and marketing materials were disseminated to student recruiting pools such as the Langston University, the OK LSAMP program, five junior colleges within Oklahoma, and OSU student organizations. Wereceived 33 applications representing 3 two-year and 3 four-year institutions. The top ten applicants were chosen by acommittee of the CoPD's based on student research interests and qualifications. 2) Data collected: Data pertaining to number of applicants, number of fellows, and number offellowsfromunderrepresentedgroups were collected. 3) Summary statistics and discussion of results: Thirty percent of the student participants were from underrepresented ethnic groups.Seventy percent of all students were female. 4) Key outcomes or other accomplishments realized: Recruitment success was deemed acceptable and establishes a benchmark for futureyears of the project. Development of new networks and renewing old networks shows promise for future recruiting efforts. Goal 2: expose students to diverse plant, food, soil, and environmental science sub-disciplines 1) Major activities completed: Students were trained usinghands-on learning activities within the Student Farm. After conducting field safety training, students were taught about proper seed storage and cultivar selection, common vegetables produced in the state, cover cropping, drip irrigation systems, and weed management. Students were assigned their own plots of ground in the Student Farm to plant various crops of their choice and were subsequently required to maintain those plots through the remainder of the program. CoPD Dunn led efforts to train students in hands-on learningactives within the OSU Greenhouse Learning Center. Students also attended a full-daycertification program on food safety. A field tripwas coordinated to highlight examples of small-scale agriculture in the region. 2) Data collected: Pre- and post-exams were conducted to evaluate student gain in knowledge. 3) Summary statistics and discussion of results: Students demonstrated a 65% increase in horticultural knowledge overthe course of the program. Student confidence conducting experiments and presenting results increased. Sevearl students indicated the program either confirmed interest in graduate school or caused them to begin considering it. 4) Key outcomes or other accomplishments realized: Students increased their awareness of horticulture in society andbecame more confident they could enter a similar career. Goal 3: train students in horticultural research methods 1) Major activities completed: Students met weekly with faculty mentors to discuss research methodology and proposaldevelopment. Research topics varied with each student depending on their particular interests. Topics included the effect ofPGRs on hop production, effect of tillage on soil chemical properties, use of antibiotics for control of food-borne pathogens, quality traits of bean and broccoli, and effects of media-type on tomato yield. Students were guided through the collection andanalysis of data and the interpretation of results. Students were then required to present findings in a symposium and oralcompetition. Students were also provided hands-on workshops and guided tours of various plant and science laboratories on OSU's campus. 2) Data collected: Data collection varied with project and included a variety of key methods common to horticultural research.Data related to student knowledge were collected in the form of an indirect assessment of their confidence level (1 to 5) in variousareas of horticulture and research. 3) Summary statistics and discussion of results: Student knowledge increased by 50% for knowledge pertaining to research protocols. 4) Key outcomes or other accomplishments realized: Students increased their understanding of the scientific process as itpertains to horticultural sciences. Three students were selected to attend a regional scientific meeting. Goal 4: enhance leadership skills of students 1) Major activities completed: Students were required to present weekly updates to their peers. 2) Data collected: Data were collected in the form of an indirect assessment of student confidence level in variouscompetencies including developing research proposals, public speaking, and working independently or with others. 3) Summary statistics and discussion of results: On average, student knowledge increased by 34% across all research topics including delivering research presentations(55%), research careers (59%), and conference preparation (127%). 4) Key outcomes or other accomplishments realized: Students demonstrated enhanced leadership skills and are more prepared to enter industry or graduate school with confidence.

Publications

  • Type: Conference Papers and Presentations Status: Published Year Published: 2022 Citation: Rainey, W., K. Stenmark, C. Fontanier, N. Maness, B. Dunn. 2022. Evaluation of two plant growth regulators on Humulus lupus for greenhouse production in Oklahoma. OSU Undergraduate Summer Research Expo. July 25, 2022. Stillwater, OK.
  • Type: Conference Papers and Presentations Status: Published Year Published: 2022 Citation: Readnour, M., L. Zhang. 2022. Seasonal carbohydrate distribution in Pecan wood and bark. OSU Undergraduate Summer Research Expo. July 25, 2022. Stillwater, OK.