Source: UNIV OF IDAHO submitted to
AGRISCIENCE TECHNOLOGY PATHWAYS (ATP)
Sponsoring Institution
National Institute of Food and Agriculture
Project Status
ACTIVE
Funding Source
Reporting Frequency
Annual
Accession No.
1031232
Grant No.
2023-67037-41120
Cumulative Award Amt.
$750,000.00
Proposal No.
2022-12194
Multistate No.
(N/A)
Project Start Date
Sep 1, 2023
Project End Date
Aug 31, 2027
Grant Year
2023
Program Code
[A7801]- Food and Agricultural Non-formal Education
Project Director
Knutz, M.
Recipient Organization
UNIV OF IDAHO
875 PERIMETER DRIVE
MOSCOW,ID 83844-9803
Performing Department
(N/A)
Non Technical Summary
Agriscience Technology Pathways (ATP) There is a shortage of youth entering Agriscience & Technology Careers in the areas of data science, artificial intelligence, automation, robotics, genetics, and biotechnology. ATP aims to foster interest, skills, and proficiency in agriscience and technology by providing real-life experiences in agriculture innovation through learning activities that focus on a young person's interest and competencies in new agricultural technologies. ATP will implement learning opportunities by:Creating of (Agri-STEM & Agri-Literacy Learning Kits and AgRobotics Kits) for non-formal education to be used in 4-H Afterschool, Club, and Camping Programs.The development and delivery of Agriscience and Technology Workshops held regionally in cooperation with partners and UI Extension Educators. At the state level, workshops and classes will be hosted by the Idaho 4-H State Teen Association Convention (STAC) and the Idaho 4-H LEAD Summit. Plans include offering:Interstate Drone League (iDrone) workshops across Idaho, iDrone is a hands-on workshop where youth build a small drone from scratch and program it to complete tasks.Agricultural Genomics Course for Teens (AGCT) at the UI Hagerman Fish Culture Experiment Station. This 20-hour summer workshop will provide 10-15 interested high school students with the opportunity to learn about the evolving field of genomics and how genomic tools are used to improve the sustainability of food production systems.Offering youth Agri-STEM industry tours, job shadowing, and internships.Engaging Idaho's Tribal 4-H Programs and Juntos 4-H Program to increase engagement of diverse youth with agriscience and technology learning opportunities.
Animal Health Component
(N/A)
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
80660103020100%
Knowledge Area
806 - Youth Development;

Subject Of Investigation
6010 - Individuals;

Field Of Science
3020 - Education;
Goals / Objectives
The Agriscience Technology Pathways Program (ATP) major goals include:1. to foster development of technology-savvy youth, ages 9-182. to increase agricultural awareness, and build interest and skills related to careers in agriscience and technology.3. toincrease STEM (Science, Technology, Engineering, and Mathematics) agricultural literacy4. to engageolder youth participantsthrough agriscience technology industry tours andpre-professional internships.5. to develop AgriSTEM educational kits to be used across the UI Extension 4-H system to engage youth
Project Methods
ATP will be managed by a team of Extension Professionals whose expertise will guide and develop youth programming in 1) Agri-STEM and Agri-Literacy, 2) Genetic Technology, 3) AgRobotics, 4) Engineering & Coding with Drones, 5) Agri-STEM Industry Tours, Job Shadows, and Internships. Positive Youth Development principles will be the foundation for youth programming. Extension 4-H Professionals from Tribal 4-H Programs will be key in reaching this traditionally underserved audience. The multi-disciplinary team of Extension Professionals will form the management team.The first phase of Agriscience Technology Pathway targets youth, ages 9-18, and has specific approaches and experiences for youth based on age and interest. For youth, ages 9-12, the focus will be on agriculture awareness, STEM in agriculture, and how STEM affects and shapes the future of agriculture by utilizing Agri-STEM and Agri-Literacy Learning Kits. ATP will provide Agri-STEM and Agri-Literacy Learning kits to local Extension 4-H professionals across the state. ATP will be leveraged by the connections local 4-H programs have made with community partners and organizations. The UI 4-H Youth Development Program reaches more than 70,000 young people across Idaho each year through club activities, after-school programs, and informal science education efforts (4-H Matters, Aug. 2021). There has been significant growth since 2014 when 4-H served 55,742 Idaho youth (Idaho 4-H Annual Report, 2014). This expansion was due to successful outreach of educational programs focused on science, technology, engineering, art, and math (STEAM) projects. Programs throughout Idaho were supported from funding from the American Rescue Plan Act. Idaho 4-H reached over 9,000 youth in 2022 by AmeriCorps Members across 22 counties. AmeriCorps Members were trained to deliver STEAM activities using the Agri-Literacy Learning Kits through out-of-school time. ATP will use this same strategy to reach youth throughout Idaho with the Agri-STEM and Agri-Literacy Learning Kits. The concept and content of the learning kits has the support of the Idaho Agriculture in the Classroom organization and industry partners including Dairy West, Chobani, Snake River Sugarbeet Growers Association, and the Idaho Potato Commission.The next phase in ATP targets teens, ages 14-18. ATP will provide local and state workshops focused on building interest and competencies in robotics, artificial intelligence, data science, and genetics technology. Through ATP, UI Extension 4-H will partner with the CSI's Workforce Development and Training Department Program to support outreach efforts to teens, ages 14-18, through summer Career Day Camps in the Twin Falls area. Agriculture is the most important industry to the state of Idaho and to the Magic Valley (where Twin Falls is located) comprising 42% of the jobs within the region (Contribution of Agribusiness to the Magic Valley, 2018). One of their featured camps is the Summer Agriculture Academy where teens explore and learn about the diversity and breadth of the agriculture industry. Youth gain understanding of the process of bringing agriculture commodities to market from farm to table as they explore crop production, soil consistency, irrigation, technology, food processing, agricultural equipment, and more. Youth will gain knowledge from hands-on learning in irrigation pivots and technology, aquaculture production, agricultural equipment operation with Stotz Equipment, and precision agriculture data collection with drones and sensors. CSI also offers Career Camps in Food Processing and Technology, Trade and Industry, and Entrepreneurial Exploration.Partnering with the UI Hagerman Fish Culture Experiment Station, youth will have the opportunity to attend the Agricultural Genomics Course for Teens (AGCT). This reoccurring 20-hour summer workshop (4-hours for five days each summer) will provide 10-15 interested high school students the opportunity to learn more about the evolving field of genomics and how genomic tools are used in agriculture to improve the sustainability of our food production systems. Participants will be taught the basics of genomics and molecular biology to highlight the various biotechnology tools that agriculturalists use to improve plant and animal production. Students will engage the topic through hands-on mini-experiments that will give the participants first-hand experience in the implementation of genomic methods from Farm-to-Lab settings. Other local workshops will be developed throughout the state by working with internal and external partners within local 4-H Programs to meet specific regional agriculture production priorities. There are 15 UI Agriculture Research and Experiment Stations and affiliated centers around the state that can serve as partners in providing ATP workshops for teens.Statewide workshops will be implemented into the existing Idaho 4-H Programs. For example, Agriscience Technology workshops will be offered at the Idaho State Teen Association Convention (STAC) held on the UI campus. Potential workshops include touring the recently opened UI Seed Potato Germplasm Laboratory (SPGL) to learn how virologists work to prevent the diseases that impact potatoes across the U.S. and utilize cutting edge technology to generate increased production of 300 plus varieties of plantlets and mini tubers. Idaho ranks number one in the U.S. in potato production (USDA-NASS, 2019). Workshops and tours will highlight UI's Biotechnology and Plant Genomics degree program. Youth will have the opportunity to learn about current genetic research such as UI's Brassica breeding program, which investigates breeding methodologies and inheritance of important traits in developing improved Brassica crop species.Agriscience workshops will also be featured at the Idaho Teen Summit. The Teen Summit rotates around the state and will be able to make connections with the research and technology taking place at UI's 15 Agriculture Research and Experiment Stations and affiliated centers and local industry partners. The Teen Summit places an emphasis on Youth Voice and teens serving as teachers. Unlocking Agriculture Innovations and DNA Extraction courses will be offered at these events as introductory experiences in Agriscience and Technology. The DNA Extraction lesson introduces plant breeding, genetic engineering, and gene editing. Both lessons will be featured for general teen audiences at STAC and the Idaho Teen Summit. In addition to bringing ATP to the Idaho Teen Summit and the STAC, ATP will support the travel of teens to attend the National 4-H Ignite Teen Summit in areas of STEM and Agriscience. Like the Idaho Teen Summit, the National 4-H Ignite Summit provides leadership and civic engagement opportunities. It also encourages youth and adult partnerships in teaching workshops at the summit.Project Evaluation and ReportingATP design and delivery is based upon 4-H Youth Development principles. The National 4-H Common Measures Instrument for Science and Engineering Skills and the 4-H Thriving Model Developmental Context Tool will be used to evaluate 4-H programming, inform professional development practices, and assess overall program impact. The Science and Engineering Skills Instrument evaluates interest, attitudes, and skills in science and engineering for youth, ages 13-18. The 4-H Thriving Model Developmental Context Tool will be used due to its power to identify and predict specific factors influencing program quality.

Progress 09/01/23 to 08/31/24

Outputs
Target Audience:Agriscience Technology Pathways (ATP) addresses the shortage of youth entering agriculture careers related to data science, artificial intelligence, automation, robotics, genetics, and biotechnology. ATP aims to foster interest, agriculture literacy, and STEM skills, through real-life experiences in agriculture innovation. The project has increased (Ag. STEM) learning and access to youth to attend the State Teen Association Convention, State 4-H LEAD Summit, 4-H Summer Camps, the National 4-H Ignite Summitand more. In its first year, ATP has served 1,123 with Ag. STEM Programming.The demographic of youth reached are as followed: 720 female 401 male 10 other 39 Native American 7 Native Hawaiian/Pacific Islander 7 Black/African American 491 White/Caucasian 5 Two or more/other 26 Hispanic/Latino 548 Underdetermined Changes/Problems:The major challenges encoutered during this last year were mentioned in the previous question regarding what you plan to do to reach goals for the comming year. Most of those centered on increasing the number of participating counties (4-H professionals) in ATP programming activities and getting participating counties to accurately report the number of youth served. What opportunities for training and professional development has the project provided?ATP has supported the training of 56 4-H professionals and volunteers in AgRobotics and Ag. Literacy Kits. AgRobotics is a new program in Idaho that resulted from two 4-H professionals attending a training at Texas A&M. Once trained the two were able to furnish robots and materials to participating counties through the ATP grant and other funding sources. Some 4-H professions and volunteers were trained on the Dairy Science Learning Kit that was piloted by Matt Fisher and is now in the process of getting published. How have the results been disseminated to communities of interest?Outreach activities through ATP are communicated through the 4-H network of emails to families, volunteers, and professionals and county and state newsletters. In addition, targeted communication engages 4-H programs that serve underrepresented populations such as the Military Partnership, Juntos, and the Tribal 4-H Programs. University of Idaho Impact Reports were written for participating ATP activities such as the Idaho 4-H LEAD Summit, the State Teen Association Convention. Those impact reports can be found on university's website: https://www.uidaho.edu/extension/about/impacts What do you plan to do during the next reporting period to accomplish the goals?This first year has provided ample challenges that will be address this coming year. Although county 4-H programs are eligible for ATP funds to support youth registration costs and transportation to overnight camps if they offer AgSTEM learning opportunities to youth, there were only two counties that participated. We had anticipated at least 10 counties when we had written the grant proposal. The PI and coPI will be marketing this ATP partnerships with camps to 4-H professionals through meetings, flyers, and more to increase the number of ATP offerings at camps in 2025. One of the Tribal 4-H Programs lost their 4-H Educator which curtailed the level of programming originally planned for that target audience. The position is likely to be fill at the beginning of 2025. This will require the PI to reach out and build a rapport with the new faculty member to ensure full participation in ATP. The AmeriCorps program reaches nearly 10,000 youth each year through 25+ interns. Although interns are trained to deliver AgSTEM activities, once they are placed in the county 4-H Program, its up to the local 4-H coordinator to decide what types of programming will be offered to youth through afterschool, camps, and special interest programs. Again, the PI and CoPI's will need to market and encourage count 4-H professionals to deliver ATP activities and report on the number of youth served. Youth served through ATP activities was largely under reported this past year. The AgRobotics Program reached 46 youth from participating Counties. For the coming year, the goal is to double the number of participating youth. This will take more workshops to youth to grow the interest as well as marketing to 4-H professionals across the state. Roughly half of the youth reached were from ATP activities offered at county fairs and county Ag Days. There was no demographic data collected during these events as participants must self-report. Some counties may pilot a demographic collect strategy where youth (or their parent) self-report by dropping a bean in a cup labeled with the gender, race, and ethnicity. These large scale activities serve a higher level of diversity than other deliver modes, makes collecting the data critical to meeting goals to serve underrepresented audiences.

Impacts
What was accomplished under these goals? In 2023, Idaho 4-H launched the 4-H LEAD Summit. The objective of LEADS is to challenge youth in supportive ways to encourage them to learn, grow and improve their leaderships skills through various workshops ranging from drones, robots, Agriscience, art and more. Held over a weekend in the fall, 4-H LEADS is open to youth in grades 8 through 12 from all delivery modes (Club, Camp, Afterschool, In-School, Military Partnership, Juntos, etc.). This new program promotes sparks, belonging and relationships while empowering Youth Voice to lead change within their 4-H club, school and/or community. With an emphasis on leadership development, the program provides learning and teaching opportunities for teens in the areas of agricultural sciences, health & well-being, STEM and expressive arts. For three days, dedicated volunteers and UI Extension 4-H professionals worked directly with youth to help positively impact youth participation by giving them the opportunity to lead. LEADS was planned with youth voice and choice in mind. By working with other motivated participants, youth chose their areas of interest and took what they learned to implement in their counties and community. To determine if LEADS was successful and a quality program, we used the 4-H Thriving Model evaluation instrument which identifies and predicts specific factors influencing program quality. Data was collected from 53 of 75 youth who participated. The Developmental Context Instrument measures the extent to which youth experience spark, sense of belonging and developmental relationships with adults in the program. Data is determined as follows: Very low-quality experience = 1.0 to 2.2 Low quality experience = 2.3 to 3.5 Moderately quality experience = 3.6 to 4.8 High quality experience = 4.9 to 6.1 Very high-quality experience = 6.1 to 7.0 According to the data, LEADS was perceived as a very high-quality program with an overall developmental context score of 6.13 which is a significant predictor of Youth Thriving and Positive Youth Developmental Outcomes. Thriving youth are developing the skills to be beyond ready for work and life. The Ag. STEM workshops were highly rated by youth. The LEAD Summit was ranked the highest quality of the statewide teen programs. The ATP Program partners with the College of Southern Idaho (CSI) to offer Career Academy (day camps) through the summer. Themed Academies on Agriculture, Modern Manufacturing, and Computer Science reached 147 youth. Grant funds were used to provide transportation for field trips and to provide access to youth who did not have transportation to and from the CSI campus. Although an evaluation tool was made available, there was a very low response rate. We have discussed with CSI collaborators on how we can improve the response rate next year. The responses that were submitted were rated high. With support from the ATP Program, the Idaho 4-H State Teen Association Convention held at the end of June each year garnered more Ag. STEM workshops and career exploration field trips. Participants submitted rankings on workshops using a scale of 1-5 on six questions related to their experience. Topping the list were Agriculture Science and Technology related workshops with the class average rating out of 30 possible points: Livestock Vet Medicine 29.4 Heart Function and Anatomy 27.2 Decoding DNA 27.2 Forestry 101 27 Engineering for Disasters 26.3 Let's Plant for Pollinators 26 Wonders of Water 24.3 Fun with LED's 23.4 Idrone 21 Power of Data Science 19.3 In its first year, ATP reached 1,123 youth through the following outreach activities: 548 County Fair and Ag. Days youth AgSTEM activities 267 State and National 4-H Conferences 157 Camps 35 Afterschool Programs 46 AgRobotics 70 Special Interest

Publications