Source: PENNSYLVANIA STATE UNIVERSITY, THE submitted to
INCREASING FOOD LITERACY AS A MEANS OF INCREASING PRESCHOOL CHILDREN`S FOOD ACCEPTANCE AND REDUCING OBESITY RISK
Sponsoring Institution
National Institute of Food and Agriculture
Project Status
ACTIVE
Funding Source
Reporting Frequency
Annual
Accession No.
1029874
Grant No.
2023-68015-39416
Cumulative Award Amt.
$970,674.00
Proposal No.
2022-08683
Multistate No.
(N/A)
Project Start Date
Mar 1, 2023
Project End Date
Feb 28, 2027
Grant Year
2023
Program Code
[A1344]- Diet, Nutrition and the Prevention of Chronic Disease
Project Director
Francis, L. A.
Recipient Organization
PENNSYLVANIA STATE UNIVERSITY, THE
500 UNIVERSITY DR C1607
HERSHEY,PA 17033
Performing Department
(N/A)
Non Technical Summary
Repeatedly exposing young children tonew foods can increase their willingness to try those foods, and they may with time learn to like those foods. Being able to learn about, touch and taste new foods can be a powerful tool to foster young children's liking of new foods.This project's goals are to test whether a preschool nutrition education program can improve (1) children's ability to name and identify fruits and vegetables, (2) children's knowledge about food and nutrition, (3) children's healthful food choices during a meal, and (4) parenting around children's eating.Participants will include450 children ages 3 to 5 years in center-based childcare programs serving a large majority of families experiencing poverty in Pennsylvania. In all classrooms, children will receive food literacy lessons designed to help them learn about different fruits and vegetables, where they grow, and why they are good for our bodies. Children inintervention classrooms will receive food literacy lessons,in addition to lessons on healthy eating designed to improve children's nutrition knowledge. Teachers in intervention classrooms will be provided with materials designed to increase children's knowledge about nutrition and healthy eating. Intervention parents will receiveweb-based lessons designed to improve parenting practices related to children's eating behaviors.The study will be conducted over a 14-month period, and a variety of child, teacher, classroom and parent outcomes will be measuredbefore, during and after the intervention.The results of this study is anticipated to add new information on ways to improve children's nutrition knowledge and acceptance of fruits and vegetables.
Animal Health Component
60%
Research Effort Categories
Basic
40%
Applied
60%
Developmental
0%
Classification

Knowledge Area (KA)Subject of Investigation (SOI)Field of Science (FOS)Percent
7036010101070%
7246020307030%
Goals / Objectives
In the proposed research and extension project, our objectives are to examine the effects of a Supplemental Nutrition Assistance Program - Education (SNAP-Ed)-funded nutrition education program on children's food literacy, food knowledge, food acceptance and healthful food choices, and to examine the added influence of parent education on responsive food parenting. The proposed project will be evaluated with 450 children ages 3 to 5 years in center-based childcare programs serving predominantly SNAP-eligible families in Pennsylvania. Classrooms will be randomized to receive a 27-week nutrition education program designed to increase children's food literacy and healthy eating, in addition to modifications to the classroom food and mealtime environment, and parent web-based education on responsive food parenting. Attention-matched comparison classrooms will also receive the food literacy curriculum, as well as restaurant-themed activities. The study will be conducted over a 14-month period with measures taken at baseline, post-intervention and 6-months follow-up. The primary project outcomes are children's food literacy, food acceptance, nutrition knowledge, and healthy food choices during a meal. Child, parent and household factors that may increase the potency of the intervention will also be examined. The results of this study will be used to increase the evidence base for nutrition education programming that improves food acceptance in early childhood.
Project Methods
INTERVENTION COMPONENTSComparison Classrooms (Healthy Bodies Project;HBP):All classrooms will receive the Eating the Alphabet curriculum, which includes 27 lessons that introduce children to a new fruit or vegetable from A-Z each week. Each lesson includes information on how and where the food grows, and why it is good for our bodies. Curriculum materials include A-Z flashcards with information about and pictures of each food, as well as coloring sheets to accompany each lesson. Children are also given the chance to touch the raw version of the food (as appropriate) and taste a small sample of each food. Parents in comparison and intervention classrooms will receive access to web-based parent resources related to the Eating the Alphabet curriculum (e.g.,food of the week fact sheets with recipes and suggestions for use, and coloring pages).Intervention Classrooms (Healthy Bodies Project Plus; HBP+):The Healthy Eating Curriculumis designed to provide children with skills needed to develop healthy eating habits. Each lesson builds upon the overall goal of creating a healthy restaurant. Children are taught to identify differences between GO and WHOA foods, recognize the five food groups, and learn to make healthy food choices. Materials include: a list of GO and WHOA foods, books about healthy eating and making better food choices, posters and flashcards that accompany the lessons, and supplies to help children create a healthy "restaurant" in the classroom.Lessons are designed to build on one another, with basic concepts discussed early. Each lesson then progresses to more demanding and skill-building challenges (e.g., introducing food groups, and later askingchildren to build a healthy plate with items from each food group).Healthy Bodies Project Plus (HBP+) classrooms will receive the Eating the Alphabet curriculum described above for comparison classrooms, in addition to (1) the Healthy Eating curriculum, (2) classroom materials and teacher training designed to improve the classroom food and mealtime environment in ways that increase food acceptance, and (3) parent education on responsive food parenting.Parent Web-Based Education:Parents in HBP+ classrooms will be given access to 8 web-based lessons on food parenting and responsive parenting. Topics include: Establishing mealtime routines, shopping healthy on a budget, modeling of healthy eating behaviors, addressing picky eating in children, structuring low-stress mealtime environments, the division of responsibility in feeding, and portion control. Each lesson is followed by a set of questions used to measure comprehension of lesson material.Teacher Professional Development and Implementation Fidelity:Teachers in comparison (HBP) and intervention (HBP+) classrooms will receive technical assistance/coaching and feedback throughout the duration of the study. Coaching and feedback in comparison classrooms will focus solely on the Eatingthe Alphabet lessons. During visits, observations of the classroom environment will also be recorded, as well as teacher enthusiasm, engagement with children, teacher modeling of lesson activities and food tastings, teacher preparedness, use of classroom materials, child engagement and attention during the lessons, classroom chaos, and an overall rating of the teaching process and quality. A feedback letter will be sent to teachers within days of the visit. In addition to specific feedback based on observations, letters will also include guidance on increasing implementation fidelity and engagement with children. HBPand HBP+ teachers will receive email communications at the same frequency.Improving the Classroom Food and Mealtime Environment:HBP+Classrooms will receive additional sensory activities for each lesson (e.g., posters, food models, games) designed to improve the classroom food environment and provide repeated exposure to activities and messages about fruits and vegetables. Teachers in HBP+ classrooms will be provided with additional training on strategies shown to increase food acceptance in preschool children (e.g.,modeling, encouraging children to try foods without coercion).TRAINING AND CERTIFICATIONTeacher Training. All teachers, regardless on experimental condition, will be asked to attend a virtual, half-day training led by research staff. Teachers will have access to additional training videos that describe each lesson in detail, along with food serving tips and activities, and they will be encouraged to refer to these videos as they prepare for lessons each week. HBP+ teachers will receive additional training on implementing the Healthy Eating lessons, modifying the classroom food and mealtime environment and engaging parents in the project.Data Collector Training and Certification. Data collectors will complete a 2- to 3-day training and certification with trained research staff. After receiving training and ample opportunity to practice administration of the child assessments, data collectors will conduct a mock assessment with children at a non-participating preschool classroom; they will not assess study children independently until they are certified after having achieved 95% assessment fidelity.Extension Educator (Coach) Training and Certification.Extension educators and staff coaches will complete a 2-day training and certification meeting with trained research staff (i.e., coaching coordinator). Coaches will visit a non-participating preschool classroom to conduct a full observation and will be certified to 90% agreement with the coaching coordinator.CHILD ASSESSMENTSChildren will be assessed bytrained data collectors in their classrooms at baseline, post-intervention, and 6-months follow-up. Teachers will complete questionnaires for each child at baseline and post-intervention, and will receive $5 per child for each survey packet completed. Parents will complete web-based or paper-and-pencil surveys, and will receive $25 after completing the baseline survey, and $35 after completing the post-intervention survey. Parents will also be invited to provide feedback on the overall study. A brief overview of study measures is outlined in the table below. All assessments will be conducted with children in HBP and HBP+ classrooms for comparison.Overview of Study Constructs, Measures, and RespondentsCHILD - PRIMARY OUTCOMESChildren's Food LiteracyFood Literacy Assessment Procedure (child, observed)Children's Food AcceptanceTrying/Liking Chart (teacher report, observed)Willingness to Try Foods/Tasting Game (child, observed)Children's Nutrition KnowledgeFood Knowledge Procedure (child, observed)Snack Selection Protocol (child, observed)Children's Food Choices During a MealFood Choice Observation at Lunch (observed and teacher report)CHILD - SECONDARY OUTCOMESWeight StatusHeight/weight, body mass indices (child, measured)ADDITIONAL COVARIATESFood ParentingComprehensive Feeding Practices Questionnaire (parent self-report)Childcare Provider Nutrition Knowledge and Feeding AttitudesTeacher Nutrition Knowledge (teacher self-report)About Feeding Children Strategies and Beliefs Survey (teacher self-report)Child Food RequestsChild Food Requests Questionnaire (parent report)Children's Food ExposureFood Exposure Questionnaire (parent and teacher report)Children's Appetitve Traits and BehaviorsChildren's Eating Behavior Questionnaire (parent and teacher report)Food InsecurityUSDA Household Food Security Survey (parent report)DemographicsParent and child age, race and ethnicity, parent BMI, highest household education, parent employment status, partnership status, family structure, number of household members, and combined household income (parent report)

Progress 03/01/23 to 02/29/24

Outputs
Target Audience:A total of eight early childhood educators (ECEs) consented to participate in the first of three study cohorts. At the time of the submission of this report, the Cohort 1 final analytical sample included 7 early childhood educators (ECEs), 83 preschool-aged children, and 25 parents. Attrition is due to: (1) one ECE leaving their classroom mid-year and the replacement ECE choosing not to participate, (2) children being unenrolled from the classroom, and (3) children being lost to follow up. Both children and parents are dropped from the study when ECEs leave or children unenroll from participating classrooms. Children Children were assessed in both the Fall (baseline) and the Spring (post-intervention). Children's ages ranged from 3 to 5 years (mean age at baseline = 4.2 years). Approximately 60% of the sample were male. All children participated in the "Eating the Alphabet" (ETA) curriculum, the standard food literacy curriculum used in all SNAP-Ed funded classrooms (control). Out of a total of 109 available children in classrooms, 100 (61 intervention, 39 control) had baseline assessments completed and 83 (43 intervention, 40 control) had post-intervention assessments completed. Parents Out of a total of 108 parents/caregivers (referred to as parents here on), 46 consented to participate in the parent portion of the study in Cohort 1, which included completing surveys (all parents) and nine web-based educational lessons (parents randomized to intervention classrooms). A total of 25 parents (16 intervention classroom and 9 control) completed the baseline survey. Approximately 76% of caregivers were mothers, with the remaining 24% reported as fathers or another relative guardian.Parents, on average, were approximately 37 years of age, Caucasian (76%), and married (60%).Approximately 40% of caregivers did not hold post-secondary degree, and 68% were either unemployed or working part time.Forty-eight (48) percent of caregivers reported a total family income of $45,000 or less. Of the 16 caregivers in the intervention condition, 7 completed all 9 nutrition education lessons.Post-intervention surveys are currently being completed, with 10 completions at the time of the submission of this report. Early Childhood Educators (ECEs) A total of seven ECEs participated in Cohort 1 of the study. ECEs completed a baseline survey in the Fall that included demographic information. The survey also included baseline ratings of child food exposures and preferences for all participating children in the study. All ECEs are female and Caucasian with a mean age of approximately 46 years. Over 70% of ECEs reported holding a Bachelor's Degree or higher and ECEs reported a variety of relevant college courses and trainings. On average, ECEs held approximately 17 years of experience in childcare centers, 10 years as a lead ECE, and 7 years at their current center. At the time of submission of this report, all classroom lessons were implemented/completed, including 27 ETA lessons and 11 Healthy Eating (HE) lessons, for those ECEs in the intervention condition. Additionally, 5 of 7 ECEs completed their post-intervention surveys and child ratings. ECEs received coaching/mentoring visits from certified early education development specialists broken down as follows: 1) All ECEs received two visits for the ETA curriculum, one in the Fall and one in the Spring. 2) Intervention ECEs also received four visits for the HE curriculum in the Spring. Additionally, the 4 intervention ECEs completed a professional development course on Food Literacy (See Products Section to follow). Changes/Problems:Our primary roadblock with Cohort 1 involved significant delays in our proposed timelines. We did not receive initial grant funds until May 2023. Further, our Institutional Review Board underwent a substantial restructuring, and our primary IRB analyst was replaced In the midst of our protocol review, causing significant delays in receipt of human subjects approval. This delayed ECE and parent recruitment until late Summer/early Fall 2023 and resulted in a smaller Cohort 1 sample than originally projected. We aim to make up for this sample deficiency by recruiting larger samples in Cohorts 2 and 3, and we are on track to do so, having started recruitment early for Cohort 2. There were some minor adjustments made to the protocol. At the outset of the study, we discovered that all classrooms in Cohort 1 followed state-mandated regulations for meals served in the centers. As such, our proposal to offer children two additional sides during lunch was not feasible. We pivoted and incorporated a snack choice task instead. Children were offered two energy-dense (e.g., potato chips, cookies) and two nutrient-dense (e.g., baby carrots, grapes) snacks at baseline and post-intervention. The development of the BKC Food Literacy course also took much longer than anticipated or originally projected. Cohort 1 intervention ECEs completed the course during the intervention window in March. Future cohorts will complete this course in the Fall, immediately following the baseline ECE survey. Lastly, due to feasibility concerns, we dropped the mid-intervention child assessments and follow-ups.We also dropped mid-intervention parent and ECE surveys. We did, however, complete the mealtime environment and classroom observation at mid-intervention, to have an additional timepoint for comparison. What opportunities for training and professional development has the project provided?Research Assistant/Data Collector Training and Certification Several research staff completed a 2-day training and certification with trained research staff. Data collectors were certified after having achieved 95% assessment fidelity. Early Childhood Educator (ECE) Training All teachers, regardless on experimental condition, received a pre-recorded training webinar,led by research staff. The training described each lesson in detail. ECEs in intervention classrooms received additional training on implementing the Healthy Eating lessons, modifying the classroom food and mealtime environment and engaging parents in the project. How have the results been disseminated to communities of interest? Nothing Reported What do you plan to do during the next reporting period to accomplish the goals?Recruitment of new preschools/agencies for Cohort 2 began in May 2024.At the time of the submission of this report, 12 ECEs have responded to the recruitment e-mail indicating interest in the study. Of these 12 ECEs, 6 have consented to participate and 4 have scheduled meetings to learn more about the study, immediately after which the consent form will be shared. Preliminary data from the Cohort 1 sample will be available by the next reporting period.

Impacts
What was accomplished under these goals? All baseline data for Cohort 1 has been collected, as well as the majority of post-intervention data. We are in the process of collecting the remaining post-intervention ECE surveys, ECE ratings of children, and parent surveys. Progress towards goals 1 and 2 All ETA lessons, providing children with experiential learning and repeated taste exposures, were delivered in all Cohort 1 study classrooms.HE lessons, aimed at enhancing children's nutrition knowledge, were also delivered in intervention classrooms. Baseline child assessments were completed in November 2023 and post-intervention child assessments were completed in April 2024. Preliminary data to address Goals 1 and 2 will be available by Fall 2024, once data entry, cleaning, and analysis are complete. Progress towards goal 3 We have refined nine web-based lessons packaged in two education units for caregivers; lessons are in online video format.At the time of submission of this report, seven participating caregivers completed all lessons.Preliminary data to address Goal 3 will be available by Fall 2024, once data entry, cleaning, and analysis are complete. Progress towards goal 4 While the majority of data have been collected for Cohort 1, at the time of the submission of this report, there were still outstanding parent and ECE post-intervention surveys. Additionally, trained research assistants (RAs) observed each participating classroom and associated caregivers at baseline and post-intervention.RAs made observations of (1) the classroom mealtime environment, and (2) the level of chaos in the classroom.The mealtime environment instrument measures the built environment available to support healthy eating behaviors during lunch; this includes caregiver behaviors, portion sizes, positive food talk, etc. (RAs also observed the mealtime environment at mid-intervention.) The Confusion, Hubbub, and Order Scale (CHAOS) is a home environment measurement of confusion and disorganization that was modified for use in childcare centers. Data to address Goal 4 will be available by Fall 2024, once data entry, cleaning, and analysis are complete. Progress towards goal 5 Cohort 1 ECEs taught the proposed nutrition education curricula and intervention ECEs completed the professional development course focusing on Food Literacy. Preliminary data to address Goal 4 will be available by Fall 2024, once data entry, cleaning, and analysis are complete.

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