Source: UNIVERSITY OF TENNESSEE EXTENSION submitted to NRP
EMPOWERING THE FUTURE AG WORKFORCE - IPM INTERNSHIPS WITH ACTIVE LEARNING IN RESEARCH AND EXTENSION
Sponsoring Institution
National Institute of Food and Agriculture
Project Status
COMPLETE
Funding Source
Reporting Frequency
Annual
Accession No.
1021802
Grant No.
2020-68018-30667
Cumulative Award Amt.
$399,189.00
Proposal No.
2019-05100
Multistate No.
(N/A)
Project Start Date
May 1, 2020
Project End Date
Apr 30, 2024
Grant Year
2020
Program Code
[A7401]- Research and Extension Experiences for Undergraduates
Recipient Organization
UNIVERSITY OF TENNESSEE EXTENSION
2621 MORGAN CIR
KNOXVILLE,TN 37996-4540
Performing Department
Entomology & Plant Path - EXT
Non Technical Summary
The long term success of sustainable agriculture lies in the future workforce and their understanding of integrated pest management (IPM) and the combination of research and extension programs. Broad objective - We propose to empower the future workforce through IPM internships with active learning in research and extension. Activities -The faculty and research and education centers in West Tennessee are strategically positioned to provide interns hands-on, experiential learning opportunities in progressive research and extension. Interns will work directly in IPM programs focusing on and evaluating insect, disease, and weed management, soil fertility/health, irrigation management, agronomic planting practices, and implementation of new technologies (variable-rate precision agriculture, unmanned aerial vehicles and imagery analysis, pesticide resistance monitoring and management, and applied molecular techniques for agriculture). Basics of experimental design and evaluation will be taught and demonstrated. Additionally, interns will develop communication and leadership skills while working within and across their home program with other students, technicians, county agents, and farmers. Recruitment of interns - Solicitation of underrepresented and economically disadvantaged undergraduates with interests in agriculture and/or science within the 6 universities/community colleges in the Jackson area will be conducted with help from internal contacts at each (Union University, Jackson State Community College, The University of Memphis Lambuth Campus, Lane College, University of Tennessee-Martin, and Freed-Hardeman University). Intended Impact - Interns will develop a holistic understanding of agriculture and the challenges it faces, gaining job-based skills and knowledge in research and extension resulting in an industry ready workforce within the food and agricultural sciences.
Animal Health Component
100%
Research Effort Categories
Basic
(N/A)
Applied
100%
Developmental
(N/A)
Classification

Knowledge Area (KA)Subject of Investigation (SOI)Field of Science (FOS)Percent
2161510106030%
2161820106030%
2161710106025%
2161542106015%
Goals / Objectives
The long term success of sustainable agriculture lies in the future workforce and their understanding of integrated pest management (IPM) and the combination of research and extension programs.Broad Goal- We propose to empower the future workforce through IPM internships with active learning in agriculture research and extension.ObjectivesSpecifically, each intern will learn the following, with a unique angle from their home program:Experimental design and evaluation including but not limited to: scientific replication, unbiased sampling methods (for insects, diseases, weeds, and/or crop parameters), record keeping, first hand tips of agricultural research to improve likelihood of success and reduce sampling variationComponents of planting, spraying, and harvesting equipment (operation, maintenance, and importance in specific research studies)Working with county agents while taking samples from different counties' field and/or relating research results via presentation at field day or extension publicationDevelop their communication and leadership skills while working with their teammates, research technicians and county agentsImprove their knowledge in agricultural practices as well as communication with a wide variety of industries, scientists, growers, and students from different collegesWork and interact with international interns and graduate students (currently from Brazil, Africa, and China); learning about overseas agricultural practicesExposing interns to scientific publications, teaching them how to understand and replicate published methods and understand research results in peer-reviewed scientific journals.Exposing interns to internal extension publications and presentations, and how data collected from field research trials are integrated into these informational outletsHow social media can be used to disseminate and promote both research and extension materialOverall, the undergraduate interns will learn how to investigate the integration of new and existing technologies into comprehensive cropping systems, making sure they are profitable and environmentally sustainable for producers, and how to disseminate the results through research and extension programsWithin each of the specific programs interns will gain discipline specific skills as outlined below.Crop physiologyLearn and identify the drought effects on row crops' (such as cotton, soybean, and corn) growth and development.Techniques for data collection under abiotic stresses in laboratory, greenhouse, and field.Using statistical software and reporting the resultsCotton AgronomyLearn and understand variety testing procedures within small and large plot environmentsHow and what parameters to measure when investigating potential advantages and disadvantages when integrating cover crops into cotton productionHow to identify and map growth stages and their importance in fertility and plant growth management studiesSoybean and Corn AgronomyInterpret basics of soil fertility testHow to apply correct fertilizer ratesIdentify macro- and micro-nutrient deficiencies and ways to correct theseSystems AgronomyThe impacts and interactions of cover crops, crop rotations, and no-till cultivation on soil health, nutrient cycling, and crop productivity and profitabilityHow to use variable-rate precision fertilizer applications based on crop canopy active optical sensors and digital crop yield maps of previous yearsUnderstand what the major nutrients (N, P, K) influence in different cropping systems (soybean, corn, and cotton)EntomologyGMO technologies (Bt corn and Bt cotton)Common pest and beneficial insect identificationPesticide labels, safety, and applicationPlant PathologyData collection in disease trials (seedling vs. foliar disease evaluation, cultivar vs. chemical evaluation)Identification and rating of major diseases in soybean, corn, and cotton (traditional and molecular techniques)Disease forecasting/modeling for management decisions, including identifying and monitoring fungicide resistanceWeed ScienceWeed identificationUse of unmanned aerial vehicles and imagery analysis in agricultural researchLearning and understanding herbicide tolerance technologies and resistance issues and how they are evaluated in fields
Project Methods
Student Recruitment, Selection, and RetentionIndividual emails and flyers will be distributed among scientific departments advertising the internship opportunity at the following institutes: Union University, Jackson State Community College, The University of Memphis Lambuth Campus, Lane College, University of Tennessee at Martin, and Freed-Hardeman University. At least one faculty member will attend each of the recruiting campuses to give guest lecture(s) and/or provide in-person information on the internship program and to recruit students. Priority will be given to underrepresented undergraduate students interested in the internship program.Each program unit will be home to 2-3 'official' undergraduate interns and some programs will hire additional undergraduate workers that will be given the opportunity to be involved in the same research and extension experiences.If an undergraduate intern should terminate the program early then one of the 'un-official' undergraduate employees will take their place, with priority given to underrepresented undergraduate students.Nature of Student AcitivitesEach pair of interns will have a 'home' program, either plant pathology, entomology, weed science, crop physiology, systems agronomy, cotton agronomy, or soybean/corn agronomy. The majority of their time will be in their home program, but each will have a 3 to 5-day rotation in each program, learning the basics of each discipline. Specific activities as they relate back to the objectives can be found in full proposal.Over-arching activities that each intern will complete with a unique angle from their home program, not in a classroom setting but in the field, greenhouse, and/or laboratory setting, using an active research/extension trial in one of the home disciplines. Additionally, the detail or technical expertise will range based on the individual students' knowledge and years of experience (i.e. as students continue into multiple years in internship more advance knowledge and skills will be taught and experienced). Specific activiteis within each discipline as they relate back to student learning objectives can be found in full proposal.Interns will meet weekly to bi-weekly with their program mentor and discuss the progress being made towards their learning objectives/skills acquired. Each intern will be provided a tentative calendar of activities and will keep a journal of the skills they have learned. Interns will meet on a weekly basis with the program coordinator to further document what skills they have learned, what skills they will still learn, and report on their faculty and other student interactions/communication. During the internship period, each faculty mentor will give a 20-40 minute presentation on their program to all interns and near the end of the internship period students will present on their experiences. Throughout the internship period, regular social events will be planned for further faculty to student and student to student communication.Mentoring and ManagementPlanThere are 7 main mentors that cover diversity not only in disciplines but also in diverse backgrounds (i.e. 3 women, 4 men, different levels of career, 2 non-native born, etc.). In addition to the 7 main mentors, the interns will interact with the WTREC director, Dr. Bob Hayes and develop an economic understanding of agriculture working with Area Farm Management Specialist, Danny Morris. Both emphasizing the importance of the 'bigger picture' of agriculture and one of the key driving factors of agriculture, the economy. Many of the mentors have taken leadership training that relates to mentoring, as well as teaching courses in previous positions and experience teaching active learning within their current extension roles. Additionally, the program coordinator will set up efforts to monitor and continue to communicate with interns through social media with existing UTcrops and departmental accounts (i.e. Twitter, Facebook, LinkedIn, etc.)The Program Coordinator will build the infrastructure of timeline of experiences/objectives, rotation among mentors, assessment of learning, and tracking of interns after their time in the program. The program coordinator along with the lead PI will develop a SharePoint site where documents and calendars can be shared amongst mentors and interns. These documents will then be easily shared with advisory board members before, during, and after meetings. This 'cloud-based' hub of information will help enhance undergraduate intern experience at WTREC, as rotation among programs from year to year and experience level to experience level, once developed will only be changed and modified slightly as different projects emerge (e.g. the general experiences within the agricultural season - when planting, spraying, harvesting, and data collection, will continue to be the same year after year).There will be regular interaction between interns, mentors, and the program coordinator throughout the internship period. The program coordinator will conduct pre-, mid-, and post-internship assessments/interviews with all interns. These data will be provided to mentors as well as the advisory board to continually update and enhance the internship experience. Similarly, feedback from the advisory board will be given to the mentors and program coordinator to make sure they are providing interns the experiences and skills needed for an industry ready workforce within the food and agricultural sciences.The advisory board will meet before each yearly internship period (1. spring to early summer), in the middle of internship (2. mid-June), and after internship (3. fall); for a total of 3 times per year and 12 times throughout granted project. At these meetings the available advisory board members will provide feedback, adjustments and/or suggest additional activities that may be needed based on specific objectives and assessments.The advisory board will consist of 8 to 10 members from the following groups/organizations which represent potential employers in agriculture: Western Region Extension Program Leader (Tracey Sullivan) and 1 to 2 county agents, Tennessee Soybean Promotion Board (Executive Director - Parks Wells and 1-2 officers, that are also farmer), local R&D coordinator from Syngenta Agrochemical Company (James Holloway) and/or Bayer R&D coordinator (Chip Graham), 2 to 3 local agricultural dealers/distributors (i.e. Mid-South Farmers, First Farmers CO OP, Jimmy Sanders, Nutrien Ag Solutions, Helena, etc.) and 2 private consultants. Overall, the advisory board will make sure the activities and experiences the interns are receiving are meeting the over-arching goal of interns developing a holistic understanding of agriculture from hands-on experiences in extension and research programs, gaining job-based skills and knowledge preparing them for employment in the agricultural sectors or graduate programs.Overview plan/timelineUse of evaluations set at specific time points within each internship period (pre-, mid-, post-assessments, and exit interview) as well as continuous evaluation of learning through interns' journal (weekly) and tracking of their social media posts (daily) that relate to their learning will extensively evaluate the overall program and individual disciplines within the program. All evaluations will be used to help inform, modify and/or create future implementations of experiential learning activities.

Progress 05/01/23 to 04/30/24

Outputs
Target Audience:Undergraduate students were educated and trained through hands-on activities in agricultural research and Extension programs focused on row crops in Tennessee, with specific disciplines including plant pathology, entomology, corn/soybean agronomy, small grains/cotton agronomy, crop physiology, systems agronomy, soil science, and weed science. Changes/Problems: Nothing Reported What opportunities for training and professional development has the project provided?The entire project, from start to finish, provided 16 undergraduate interns with training and professional development with a focus in agricultural research and Extension throughout the 10 week internship period, as well as teaching and mentoring opportunities for the 6 graduate students that worked with the interns. How have the results been disseminated to communities of interest?We've continued to advertise the internship opportunity across the local colleges and universities around Jackson, as well as, to other "sister" land grant universities and local universities and colleges originally listed in proposal, as well as through the platform 'Handshake'. What do you plan to do during the next reporting period to accomplish the goals?This is the final annual report

Impacts
What was accomplished under these goals? We worked with WTREC faculty, techs, and graduate students to develop an assessment that had definitive correct and incorrect answers for the assessment questions, as opposed to self-perception style questions. This was changed to have a better understanding of what interns actually knew or didn't know before and after the summer internship. The exact same assessment was used in both 2022 and 2023. Each question was a multiple-choice style question with 3-5 possible answer choices. Each question had a "I do not know" answer choice; interns were told to select that answer if they truly did not know the answer to the question.In 2023, interns overall got 48% of questions correct at the beginning of summer assessment and got 63% of questions correct at the end of summer assessment.It can be concluded the interns gained knowledge during both summer internship programs, with a slightly higher gain in 2023 than in 2022. End of program knowledge gained 2022 (11%) and 2023 (15%). Two Advisory Board meeting were held each year: the first was held prior to the start of the REEU program, typically in early April. Second, advisory board meetings were following the conclusion of the REEU program each summer in September. The meetings were held to share activities of the interns, assessment results, and for WTREC faculty/staff and to gain input from the advisory board members for ways to improve the program. The advisory board consisted of various persons from the agriculture industry including researchers, agronomists, producers, retailers, and government agency officials. Meetings were typically conducted via Zoom to accommodate member's schedules. 2023 Facebook internship page: 330 followers, 377 likes Total summer 2022 posts: 10 Post impressions: 6,437 Post reach: 5,803 Post engagements: 1,679

Publications

  • Type: Conference Papers and Presentations Status: Published Year Published: 2023 Citation: K. REID, A. McLaughlin, D. Foster, L. E. Steckel, H. M. Kelly. 2023. Damping off Palmer pigweed  Evaluation of soil fungi for potential management of Palmer Amaranth. Phytopathology (113) 11s. Plant Health 2023 Supplement.
  • Type: Conference Papers and Presentations Status: Published Year Published: 2023 Citation: A. SISCO, E. Zuchelli, L. Marques, K. Reid, A. V. Blazek, H. M. Kelly. 2023. Germination and culturing evaluations of Ramulariopsis  Causal agent of areolate mildew. Phytopathology (113) 11s. Plant Health 2023 Supplement.
  • Type: Conference Papers and Presentations Status: Published Year Published: 2022 Citation: A. V. BLAZEK, E. Zuchelli, A. McLaughlin, H. M. Kelly. 2022. Evaluation of fungicide product and timing for grey leaf spot management in corn. Phytopathology (112) 8s. Division Meeting Abstract Supplement.


Progress 05/01/20 to 04/30/24

Outputs
Target Audience:Undergraduate students were educated and trained through hands-on activities in agricultural research and Extension programs focused on row crops in Tennessee, with specific disciplines including plant pathology, entomology, corn/soybean agronomy, small grains/cotton agronomy, crop physiology, systems agronomy, soil science, and weed science. Changes/Problems: Nothing Reported What opportunities for training and professional development has the project provided?The program had 76 students participate in the internship (average 19/year) from 2020 through 2023 summers, providing them withtraining and professional development with a focus in agricultural research and Extension throughout the 10 week internship period, as well as teaching and mentoring opportunities for the 8graduate students that worked with the interns. Specifically, each year there were approximately 3 site visits to industry/producers, 6 professional development sessions (including:resume building, mock interviews, etc.), and 2 panel discussions about graduate school and careers in industry and/or academia. Additionally, students were provided the opportunity to attend and/or present research/Extension projects at scientific society meetings, where 4 interns placed in student compeitions for their presentations. How have the results been disseminated to communities of interest?We've continued to advertise the internship opportunity across the location colleges and universities around Jackson, as well as, to other "sister" land grant universities and local universities and colleges originally listed in proposal and on the platform 'Handshake'. What do you plan to do during the next reporting period to accomplish the goals? Nothing Reported

Impacts
What was accomplished under these goals? Undergraduate students were educated and trained through hands-on activities in agricultural research and Extension programs focused on row crops in Tennessee, with specific disciplines including plant pathology, entomology, corn- soybean agronomy, small grains/cotton agronomy, crop physiology, systems agronomy, soil science, and weed science. The program has had 76 students participate in the internship (average 19/year) from 2020 through 2023 summers, exceeding initial estimate of 16 interns per year. Approximately 65% of interns were from under-represented groups mainly female and African-American. There has been 100% graduation rate for our interns (across 9 different institutes) and 73% of those graduated have entered some field of agriculture including local co-ops, chemical companies, public government agencies (USDA and NRCS) and graduate schools (across 5 institutes: 5 MS and 1 PhD). Some interns have also taken secondary teaching and instructor positions, further educating youth on agriculture. From survey responses, 73% said their REEU experience influenced their decision to work for their current employer/pursue graduate degree and 87% said their REEU experience helped them in some aspect of their undergraduate program. Additional outreach was achieved through social media outlets where on average there was 7,454 post impressions, 5,233 post reach, and 1,624 post engagements from initial posts on various platforms (Facebook, twitter, LinkedIn, Instagram) annually. Through our advisory board meetings, we received valuable feedback from our stake-holders on targeting and emphasizing values and skills employers wanted. These stakeholders interacted directly with interns through farm and company visits and industry panels for the internship. Intern assessment results shaped overall and individual mentors' activities to increase knowledge and skills as represented by both perception-based assessments (showed on 10-point scale, 1 to 3 point increased knowledge from 'low' to 'moderate' and 'high' levels) and discipline specificbased assessments (showed 11 to 15% increase in knowledge). Information on the program was presented not only from faculty mentors and coordinator, but also from support staff and interns themselves at scientific meetings, where 4interns placed in student competitions for their presentations. Additionally, very positive feedback was provided from interns and graduate students on the peer mentoring that was provided between these 2 groups and will be more formalized in a layered/tiered mentoring program in future internships.

Publications

  • Type: Conference Papers and Presentations Status: Published Year Published: 2020 Citation: Adotey, N., Caraway, C., Jennings, G., & Raper, T. B. (2020) Impact of Nitrogen Source and Application Rate on Ammonia Volatilization from Surface Applied Urea-Based Fertilizers in Dryland Cotton [Abstract]. ASA, CSSA and SSSA International Annual Meetings (2020) | VIRTUAL, Phoenix, AZ. https://scisoc.confex.com/scisoc/2020am/meetingapp.cgi/Paper/128503
  • Type: Conference Papers and Presentations Status: Published Year Published: 2022 Citation: Logwood, S., Adotey, N., Boyle, H., Kendall, B., Montgomery, N., Davis, A., & Kozlowski, B. G. (2022) In-Vitro Evaluation of Urease Inhibitors on Nitrogen Source and Rate [Abstract]. ASA, CSSA, SSSA International Annual Meeting, Baltimore, MD. https://scisoc.confex.com/scisoc/2022am/meetingapp.cgi/Paper/144635. This presentation won 3rd place in undergraduate category.
  • Type: Conference Papers and Presentations Status: Published Year Published: 2022 Citation: Boyle, H., Adotey, N., Kozlowski, B. G., Logwood, S., Kendall, B., Montgomery, N., & Davis, A. (2022) Evaluation of the Effect of Enhance Efficiency N Fertilizer in Dryland Corn Production System [Abstract]. ASA, CSSA, SSSA International Annual Meeting, Baltimore, MD. https://scisoc.confex.com/scisoc/2022am/meetingapp.cgi/Paper/144636


Progress 05/01/22 to 04/30/23

Outputs
Target Audience:Undergraduate students were educated and trained through hands-on activities in agricultural research and Extension programs focused on row crops in Tennessee, with specific disciplines including plant pathology, entomology, corn/soybean agronomy, small grains/cotton agronomy, crop physiology, systems agronomy, soil science, and weed science. Changes/Problems:Due to a faculty retirement (Dr. Angela McClure), the new faculty hire (Dr. Jake McNeal) is taking over the soybean and corn agronomy section of the program. What opportunities for training and professional development has the project provided?The entire project, from start to finish, provided 16undergraduate interns with training and professional development with a focus in agricultural research and Extension throughout the 10week internship period, as well as teaching and mentoring opportunities for the 6 graduate students that worked with the interns. How have the results been disseminated to communities of interest?We've continued to advertise the internship opportunity across the location colleges and universities around Jackson, as well as, to other "sister" land grant universities and local universities and colleges originally listed in proposal. What do you plan to do during the next reporting period to accomplish the goals?Similar number of interns will be hired for the next reporting period, and similar hands-on acitivies in agricultural research and Extension will be conducted, as well as similar assessments and meeting with advisory board to make sure the program is accomplishing its goals in the most efficient and effective way.

Impacts
What was accomplished under these goals? Assessment Procedures • An assessment was developed based on the 10 learning outcomes proposed in the REEU grant. • The assessment contained 62 multiple choice questions that focused on "General Knowledge" and "Program Specific" questions. Interns completed the assessment pre-, mid-, and post- internship period. Summary of Assessments Questionnaire Information: 62 Total Questions, multiple choice 4-10 questions provided by each of the 8 areas that made up assessment Data Collected at 3 Points: Pre-Internship Assessment (5/24/22) Mid-Summer Assessment (6/24/22) End of Summer Assessment (8/1/22) Assessment Results Among All Interns Pre-Internship Assessment: Average # of Correct Answers: 27 (43.55%) Mid-Summer Assessment: Average # of Correct Answers: 33.5 (54.03%) End of Summer Assessment: Average # of Correct Answers: 33.7 (54.66%) Overall takeaways from Assessment Interns showed knowledge growth at each data collection point Intern assessment gains were greatest between the first and second data collection point. Interns mastered majority of questions at the second and third data collection point

Publications

  • Type: Conference Papers and Presentations Status: Published Year Published: 2022 Citation: Blazek, A. V., E. Zuchelli, A. McLaughlin, H. M. Kelly. 2022. Evaluation of fungicide product and timing for grey leaf spot management in corn. Phytopathology. Vol 112, No. 8S. https://doi.org/10.1094/PHYTO-112-8-S2.1. Southern Division American Phytopathological Society Meeting, Chattanooga, TN, USA, Feb. 2022.


Progress 05/01/21 to 04/30/22

Outputs
Target Audience:18 Undergraduate students were educated and trained through hands-on activities in agricultural research and Extension programs focused on row crops in Tennessee, with specific disciplines including plant pathology, entomology, corn/soybean agronomy, small grains/cotton agronomy, crop physiology, systems agronomy, soil science, and weed science. Changes/Problems: Nothing Reported What opportunities for training and professional development has the project provided?The entire project, from start to finish, provided 18undergraduate interns with training and professional development with a focus in agricultural research and Extension throughout the 12 week internship period, as well as teaching and mentoring opportunities for the 6 graduate students that worked with the interns. How have the results been disseminated to communities of interest?We've continued to advertise the internship opportunity across the location colleges and universities around Jackson, as well as, to other "sister" land grant universities and local universities and colleges originally listed in proposal. What do you plan to do during the next reporting period to accomplish the goals?Similar number of interns will be hired for the next reporting period, and similar hands-on acitivies in agricultural research and Extension will be conducted, as well as similar assessments and meeting with advisory board to make sure the program is accomplishing its goals in the most efficient and effective way.

Impacts
What was accomplished under these goals? Assessment Procedures • An assessment was developed based on the 10 learning outcomes proposed in the REEU grant. • The assessment contained 62 multiple choice questions that focused on"General Knowledge" and"Program Specific"questions. Interns completed the assessment pre-, mid-, and post- internship period. Assessment Results (from 14 to 18 of the interns) • Each round of assessment date was compiled in an Excel document and shared with WTREC faculty, research associates, and graduate students. • Pre-internship assessment resulted in 43.6% of questions answered correctly, mid-assessment 54.0% correct (gain of 10.5% from pre-assessment) and post-assessment 54.6% correct (0.6% gain from mid-assessment) • Results would indicate that, overall, interns benefited and gained knowledge in agriculture knowledge and research as a result of their REEU experience. Advisory Board Meetings and Recommendations • The REEU program advisory board consists of 14 members from various aspects of industry. • The board met in early May 2020 to discuss plans for summer 2022interns and recommended the following: • Continue to bring interns to visit local producers if possible • Continue opportunities for interns to develop professionalism skills • The board met in mid-August to learn about how the summer experiences went and to provide advice for next year. The following recommendations were made: • Continue taking interns to visit farmers as well as industry and county office visits if possible • Were pleased with the more definitive measure of assessments what interns were learning (ie definitive correct/incorrect questions, wider ranging scale)

Publications

  • Type: Conference Papers and Presentations Status: Published Year Published: 2021 Citation: Blazek, A., K. Sheldon, K. Wedegaertner, H. Kelly, A. Shekoofa. 2021. How the Research and Extension Experience for Undergraduates Program has changed my Academic Path. Virtual. Plant Sciences Dept., Knoxville, TN, October 2021. This presentation won 3rd place in undergraduate category.
  • Type: Conference Papers and Presentations Status: Published Year Published: 2021 Citation: Strickland, J., K. Sheldon, K. Wedegaertner, A. Shekoofa. 2021. Building leadership Skills: A Returning Research and Extension Experiences for Undergraduates Program intern Virtual. Plant Sciences Dept., Knoxville, TN, October 2021.
  • Type: Conference Papers and Presentations Status: Published Year Published: 2021 Citation: Strickland, J., K. Sheldon, K. Wedegaertner, A. Shekoofa. 2021. Building leadership Skills: A Returning Research and Extension Experiences for Undergraduates Program intern ASA-CSSA-SSSA Conference, Salt Lake City, USA, November 2021. Won 3rd place in undergrad student poster competition.


Progress 05/01/20 to 04/30/21

Outputs
Target Audience:Undergraduate students were educated and trained through hands-on activities in agricultural research and Extension programs focused on row crops in Tennessee, with specific disciplines including plant pathology, entomology, corn/soybean agronomy, small grains/cotton agronomy, crop physiology, systems agronomy, soil science, and weed science. Changes/Problems:Many of the events that would have included the entire group of interns and faculty/staff involved, were held virtually due to the pandemic in 2020. But all goals and most events were still able to be met using social distancing and other safety precautions. Additionally, due to a new faculty hire (Dr. Nutifafa Adotey), soil and nutrient management was an additional discipline area added for interns to learn and work in. What opportunities for training and professional development has the project provided?The entire project, from start to finish, provided 17 undergraduate interns with training and professional development in agricultural research and Extension throughout the 12 week internship period. Daily Activities Interns were placed under the supervision of a WTREC faculty member, a research associate, and graduate students in each area of study: plant pathology, entomology, corn/soybean agronomy, small grains/cotton agronomy, crop physiology, systems agronomy, soil science, and weed science. Interns assisted in daily activities such as establishing and managing crops, helping conduct trials/experiments, and recording findings. During the internship experience, each intern spent time with the other 7 program areas to learn about what they do. This was accomplished during "Intern Rotation Days" that took place throughout the months of July and August. Special Activities In addition to daily activities at the WTREC, interns were also provided the opportunity to participate in professional growth activities/topics that included: Visit to local producer's farming operation Planter calibration and operation How to design test plots/experiments Sprayer calibration and operation Interpreting pesticide/herbicide labels and using those correctly Professionalism 101 Resumes and cover letter workshop Job searches and how to evaluate job benefits Graduate school discussion panel with current graduate students Industry/producer expert panel on effective employees Visit to weed trial and explanation of how extension at WTREC impacts the area and region How have the results been disseminated to communities of interest?We've continued to advertise the internship opportunity across the location colleges and universities around Jackson, as well as, to other "sister" land grant universities. What do you plan to do during the next reporting period to accomplish the goals?Similar number of interns will be hired for the next reporting period, and similar hands-on acitivies in agricultural research and Extension will be conducted, as well as similar assessments and meeting with advisory board to make sure the program is accomplishing its goals in the most efficient and effective way.

Impacts
What was accomplished under these goals? Assessment Procedures An assessment was developed based on the 10 learning outcomes proposed in the REEU grant. The assessment contained two major portions: A "General Knowledge" section containing 23 questions that all interns completed regardless of their assigned program area A "Program Specific" section containing 8 to 16 program/discipline specific questions. Interns completed the discipline specific questions only for their assigned program area. The assessment was written as questions in which students had to select their self-perceived level of knowledge for a given skill or area of knowledge. Interns were instructed to select a response on a scale of 1-5 (1 = strongly disagree to 5 = strongly agree) that indicated the level of knowledge they currently possessed for that skill or area of knowledge. The exact same assessment was administered to interns at three points during the summer: Pre-assessment on May 22 Mid-summer assessment on July 10 Post-summer assessment on August 7 Assessment Results Each round of assessment date was compiled in an Excel document and shared with WTREC faculty, research associates, and graduate students. Two interns took the assessment once Two interns took the assessment twice Thirteen interns took the assessment at all three collection points Fourteen interns showed positive perceived knowledge gain across all assessment questions throughout the summer One intern showed negative perceived knowledge gain across all assessment questions throughout the summer Knowledge gain/loss could not be calculated from the two interns who completed the assessment once. The average growth/loss of perceived knowledge for 15 of the interns was +1.20 (gain) on a 5-point scale across the three data collection points. Results would indicate that, overall, interns benefited and gained knowledge in agriculture knowledge and research as a result of their REEU experience. Advisory Board Meetings and Recommendations The REEU program advisory board consists of 14 members from various aspects of industry. The board met in early May 2020 to discuss plans for summer 2020 interns and recommended the following: Bring interns to visit local producers if possible Develop opportunities for interns to develop professionalism skills The board met in mid-August to learn about how the summer experiences went and to provide advice for next year. The following recommendations were made: Continue taking interns to visit farmers but also include industry visits if possible Develop an intern assessment that has a more definitive measure of what interns are learning (ie definitive correct/incorrect questions, wider ranging scale)

Publications

  • Type: Conference Papers and Presentations Status: Published Year Published: 2020 Citation: Strickland, J., K. Sheldon, S. Purdom, A. Shekoofa. 2020. Research and extension experiences for undergraduates at the West TN AgResearch and Education Center Virtual ASA-CSSA-SSSA Conference, USA, November 2020. Abstract was published in 2020 ASA-CSSA-SSSA proceeding.
  • Type: Conference Papers and Presentations Status: Published Year Published: 2020 Citation: R. GUYER, H. M. Kelly. Mentoring undergraduate interns in extension and research. 2020. Phytopathology Vol 110:12S https://doi.org/10.1094/PHYTO-110-12-S2.1