| | Helping preschoolers become healthy eaters
Introduction  Good nutrition is important from birth to fuel healthy growth and development. Feeding and eating experiences early in life also shape dietary preferences and, ultimately, the quality of nutrition throughout childhood (Fox et al. 2004, Lederman, et al. 2004). The recent Feeding Infants and Toddlers Study (FITS) found that parents give infants as young as 7 months of age soft drinks and French fries, contributing to development of a lifelong preference for sweet and salty foods (Fox et al., 2004). Parents often look to practitioners for guidance in establishing and reinforcing healthy eating habits throughout childhood that will help children avoid overweight and its comorbidities. Because children develop food- and nutrition-related attitudes during the preschool years, it is important for practitioners to help parents take advantage of the preschooler's readiness to learn and potential to change (Young, Anderson, Beckstrom, Bellows, & Johnson, 2003). The benefits of healthy eating habits are many, including prevention of chronic under-nutrition and growth retardation as well as iron-deficiency anemia, dental caries, and overweight (American Dietetic Association [ADA], 2004). Parents and other child caregivers can provide opportunities for children to learn to like a variety of nutritious foods by repeatedly exposing them to these foods, overcoming their tendency to reject unfamiliar foods (ADA, 2004).
Who are the picky eaters?  Common eating problems among toddlers and preschoolers are picky eating and neophobia. Young children often do not like to try new or unusual foods. Children often go on “food jags,” where they tend to eat just one type of food frequently over a period of several days or weeks (Story, Holt, & Sofka, 2002). Carruth, Ziegler, Gordon, and Barr (2004) conducted a large survey of families with young children from 4 months of age to 24 months of age to determine the prevalence of picky eating, based on parental perceptions. As expected, the prevalence of picky eaters increased as the children's age approached 24 months. By 24 months of age, caregivers perceived that 47% of males and 54% of females were picky eaters. Interestingly, the prevalence of picky eaters did not differ with gender, ethnicity, or socio-economic status. A 24-hour diet recall indicated that children in both the picky and nonpicky eating groups consumed the recommended daily intake of energy and nutrients. However, picky eaters were less likely to consume vegetables and fruits and more likely to eat sugared cereals and French fries (Carruth et al., 2004). In addition, the survey indicated that caregivers typically offered a food only three to five times before deciding their child disliked it. Other researchers have found that a food must be presented between eight to fifteen times before a child will accept it (Birch, et al. 1980, Loewen & Pliner 1999, Skinner, et al. 2002). This research indicates that picky eating is a common problem for many children and that caregivers must be educated about methods for dealing with picky eating. Jacobi, Agras, Bryson, and Hammer (Weckerly, 2002 2003) conducted a study to determine the characteristics of picky eaters and their parents. Using laboratory-based measures, researchers determined that picky eaters consumed fewer foods with less variety, specifically avoiding vegetables. Parents of picky eaters reported more negative food interactions than did parents of nonpicky eaters. Specifically, parents of picky eaters reported struggling around meal times and more frequently offering food concessions to their children. In addition, pickiness in children was associated with a more negative parent affect. Once again, researchers noted that parents limited exposure to new foods and foods children disliked (Jacobi et al., 2003). Research by Birch and associates with largely Caucasian samples has consistently found a positive relationship between food controlling strategies by parents and child overeating; that is, the more the parent withholds access to high calorie snacks and foods, the more likely it is that the child will desire them and overeat them when finally allowed access (Birch, et al. 1987, Fisher & Birch 1999, Orlet-Fisher, et al. 2003). This is particularly true for girls. The same effect is seen when foods are used as rewards, removing the association between hunger and eating (Birch, 1981).
What is happening and can we make a difference with educational interventions?  Researchers have found a correlation between child weight problems and the attitudes and knowledge of caregivers about nutrition. Gable and Lutz (2001) observed Head Start teachers during mealtimes. These observations showed that opportunities, such as nutrition teaching and encouraging children to taste different foods during mealtime, were often missed. While all teachers sat with the children and many encouraged the children to classify the food into groups, some teachers also hurried eating or directed students to “clean their plate.” Educating teachers, child care providers and parents about ways to model and teach nutrition during natural daily routines can help promote positive nutrition socialization experiences for young children (Gable & Lutz, 2001). The New Jersey Department of Health developed the Prevention-Oriented System for Child Health (PORSCHE) Project to target high-risk families identified through community screenings (Worobey, Pisuk, & Decker, 2004). A public health nurse would meet with the family to provide the intervention strategy, which included hand washing and hygiene, increasing iron intake, increasing water consumption, eating fewer snacks that are high in fat, and eating healthier snacks such as yogurt or fresh vegetables (Worobey et al., 2004). After these interventions, they found that total caloric intake decreased over time, intakes of calcium, iron and zinc were sustained or increased, and vitamin use increased (Worobey et al., 2004). Horodynski, Hoerr, and Coleman (2004) developed the NEAT program (Nutritional Education Aimed at Toddlers) to improve the knowledge, attitudes, mealtime practices, and dietary intake of rural, low-income caregivers with toddlers in the home. The intervention consisted of three major learning objectives: increasing knowledge of food and food safety, increasing knowledge of feeding self-regulation and the best management of family meals with toddlers, and toddler-parent interactions, as well as healthy food choices away from home and time-saving tips (Horodynski et al., 2004). The researchers believed that negative attitudes toward nutrition led to poor parental feeding practices, which, in turn, led to picky eaters (Horodynski et al., 2004). Having a picky eater for a child often leads parents to bribing them to eat, spoon-feeding them, catering to their demands, or playing games in order to increase dietary intake. Although these parents initially lacked knowledge regarding toddler eating habits, they all attended the NEAT classes, showing a desire to learn and provide better nutrition for their toddlers. This study showed a positive correlation between community nutrition education programs and healthier eating habits and mealtime practices for toddlers (Horodynski et al., 2004).
Are preschoolers too young to learn about nutritious eating?  Children learn about food and eating behaviors through their surroundings. Children are socialized to food in the home, school, and other caregiving environments. Matheson, Spranger, and Saxe (2002) examined preschool children's perceptions of food and their interpretation of daily food experiences using open-ended interviews and play observations. Children classified foods based on concrete qualities, such as color, shape, and texture. Preschool children did not group foods based on abstract concepts, such as nutritional food groups. Play interactions indicated that children tend to mimic their daily food experiences, with realistic and detailed play scenarios. This research suggests that nutrition interventions targeting preschoolers should be play-based and take place in the child's natural environment. Matheson, Spranger, and Saxe (2002) also suggest focusing on the concrete qualities of food, rather than abstract categories such as food groups that preschoolers may not comprehend. Children develop opinions and concepts of food based on experiences. Byrne and Nitzke (2002) examined the effect of presenting a novel vegetable (kohlrabi) through a storybook. One group was read a storybook with positive messages about kohlrabi, while another group was read a storybook with negative messages. Willingness to taste kohlrabi before and after the intervention was measured. Children who were read the positive-message storybook were significantly more likely to taste kohlrabi and to indicate that they would eat it again. This study indicates that presenting a novel vegetable in a positive, interactive manner increases the willingness of children to taste new foods.
Learning about new foods is fun!  The following suggestions are adapted from Nutrition Explorations, an interactive nutrition education program developed by the National Dairy Council, accessed from www.nutritionexplorations.org and applied in a parent handout in the Box. BOX Tips for parents of picky preschoolers
Many parents find that their toddlers and preschoolers are picky eaters. They do not like to try new foods and will only eat certain favorite foods. Many parents offer new foods only one to five times before deciding that their child doesn't like it and eliminating the food from the child's meals. However, research shows that a child needs to be exposed to a new food eight to fifteen times before they will accept it, turning a new food into a familiar, acceptable food. Here are some tips for getting your picky eater to try new foods.
•Offer small portions of new foods along with your child's favorite foods. Do not force your child to eat all of the new food, but require that they take a small taste. Remember, it may take up to fifteen exposures for your child to accept the new food.
•Make food fun! Be creative with your food. Presenting new foods in a different manner will create interest from your child. Use fruit to make silly faces on pancakes. Use different vegetables and spreads to create food animals, such as a cauliflower sheep and ants on a log (see recipes below).
•Encourage your child to use different senses to explore their food. Teach your child different ways of exploring and describing food, such as texture, color, and shape. Have your child taste different foods and guess whether they will be noisy or quiet, hard or soft.
•Keep a tasting chart. Keep a tasting chart for your child. Each time your child tastes a new food, reward them by letting them place a sticker or stamp on the chart. After they have achieved a set number of stickers or stamps, reward your child with a favorite activity.
•Be a good role model. Present new foods to your child in a neutral or positive manner. If you express dislike for a food, your child will be less willing to try it.
Noisy Sheep, Quiet Sheep
Ingredients
1.One piece cauliflower
2.Raisins
3.Half of a piece of string cheese cut into 4 equal pieces or 4 baby carrots
4.Cheese spread, cream cheese, or peanut butter
Directions
1.Put the cauliflower on your plate.
2.Put 4 pieces of string cheese or baby carrots on your plate.
3.Cover the bottom of the cauliflower with cheese spread, cream cheese, or peanut butter.
4.Attach the 4 pieces of cheese or baby carrots to the cauliflower to make legs.
5.Dip 2 raisins in the cheese spread, cream cheese, or peanut butter and attach to make eyes.
6.Dip 1 raisin in the cheese spread, cream cheese, or peanut butter and attach it to make a nose.
Ants on a Log With Antennas
Ingredients
1.Celery sticks (Vegetable group)
2.Peanut butter (Meat group)
3.Raisins (Fruit group)
4.Pretzel sticks (Grain group)
5.Low-fat milk (Milk group)
Directions
1.Spread peanut butter on celery stick
2.Put 5 raisins on the peanut butter
3.Put 2 pretzel sticks sticking up in the front of the celery stick to look like antennas
4.Eat and enjoy with a nice glass of low-fat milk
Adapted from http://www.nutritionexplorations.org.
This page may be reproduced for noncommercial use by health care professionals to share with patients. Any other reproduction is subject to JPHC approval. The information and recommendations are not a substitute for seeking health care. For specific information concerning your personal health condition, JPHC suggests that you consult your health care provider. Activity 1: Noisy sheep—quiet sheep In this activity, children learn how to make a sheep out of various foods. A cauliflower floret makes the body of the sheep, with cheese sticks and baby carrots as the legs, and raisins for the eyes and nose. Use cream cheese or cheese spread to attach the eyes, nose, and legs, based on the child's preference. Encourage the child to describe the different foods with all of their senses. After assembling the sheep, ask the child which foods he or she thinks will be quiet foods and which will be noisy foods. Then have the child conduct a “crunch” test to see which foods are the noisiest and the quietest. The objective of this activity is to teach the child how to explore different foods with senses other than taste. Using different senses and a fun presentation will help the child to try new foods that otherwise might not be tasted. Adaptations from the original lesson plan include incorporating more foods, such as carrots and peanut butter, into the activity. Adding carrots will give the children another chance to taste a “crunchy” food. Cheese spread is a common childhood favorite food and may be more familiar to children than cream cheese. Activity 2: Taste testing— reinforcing trying new foods with a tasting chart Write the child's name on a large poster board. Draw or paste pictures of each new food the parent may offer the child to try. After the child tries a new food, have the child place a gold star or smiley face sticker next to the picture on the Tasting Chart. The Tasting Chart provides positive reinforcement to encourage the child to try new foods. It also provides a visual representation of the child's attempts to try new foods. Other important adults in the child's life can view the child's progress and provide reinforcement for taste-testing new foods. The parent can decide on a nonfood reward after a specific number of stickers are earned (for example, reading an extra favorite story after dinner or playing the child's favorite game). By making the Tasting Chart a more long-term activity, parents can continue to encourage the trying of new foods. Activity 3: Four food group snack—ants on a log with antennas Research shows that snacks that combine foods from the different food groups enhance satiety and make snacks nutritious mini-meals, such as ants on a log with antennas and a cup of milk. The logs are made of celery (fruit and vegetable group) covered in peanut butter (meat/protein group) with raisins on top (fruit and vegetable group). The logs will actually look like ants with antennas made of pretzels (grain group). The snack is complete with a cup of milk (milk group).
Why educating preschoolers can work  Preschool children fall into Erikson's (1950) early childhood developmental stage, which encompasses two- to six-year-olds. The primary conflict in the early childhood stage is initiative versus guilt. Young children are developing more skills and independence and becoming more engaged in social interactions. They are learning to balance a greater sense of responsibility with a need to control sudden impulses (Erikson, 1950). Nutrition education and food tasting experiences provide preschool children with a greater sense of initiative in making healthy food choices and tasting new foods, Rewarding and reinforcing children for trying new foods on their own. In addition, children are not forced to eat foods they do not want to eat and are not punished when they do not try a new food. This eliminates feelings of guilt and disappointment for not pleasing the parent or caregiver. In addition, the strategies suggested encourage children to use their imagination to view and describe food from a different point of view. Based on Erikson's model, it is anticipated that encouraging children to try new foods will lead to greater initiative in trying different foods in a variety of settings.
Conclusion  Good nutrition and healthy food choices are an important component of child health and development. The nutrition choices that young children learn to make affect them throughout their lifetimes. The optimal time to teach nutrition is in the preschool years before unhealthy habits are established and while children are eager to learn. We hope you enjoy sharing these ideas with your young patients and their parents.
References  American Dietetic Association, 2004.
1.
American Dietetic Association
.
Position of the American Dietetic Association: Dietary guidance for healthy children aged 2 to 11 years
.
Journal of the American Dietetic Association
. 2004;104:660–677
.
Abstract | Full Text |
Full-Text PDF (591 KB)
|
CrossRef
Birch, 1981.
2.
Birch LL
.
Generalization of a modified food preference
.
Child Development
. 1981;52:755–758
.
CrossRef
Birch, et al. 1987.
3.
Birch LL
, McPhee L
, Shoba BC
, Pirok E
, Steinberg L
.
What kind of exposure reduces children's food neophobia? Looking vs. tasting
.
Appetite
. 1987;9:171–178
.
MEDLINE |
CrossRef
Birch, et al. 1980.
4.
Birch L
, Zimmerman S
, Hind H
.
The influence of social-affective context on the formation of children's food preferences
.
Child Development
. 1980;51:856–861
.
CrossRef
Byrne & Nitzke 2002.
5.
Byrne E
, Nitzke S
.
Preschool children's acceptance of a novel vegetable following exposure to messages in a storybook
.
Journal of Nutrition Education and Behavior
. 2002;34:211–214
.
Abstract |
Full-Text PDF (61 KB)
|
CrossRef
Carruth, et al. 2004.
6.
Carruth BR
, Ziegler PJ
, Gordon A
, Barr SI
.
Prevalence of picky eaters among infants and toddlers and their caregivers' decisions about offering a new food
.
Journal of the American Dietetic Association
. 2004;104:S57–S64
.
Erikson, 1950.
7.
Erikson EH
.
Childhood and Society
. New York: W.W. Norton and Company; 1950;
.
Fisher & Birch 1999.
8.
Fisher JO
, Birch LL
.
Restricting access to foods and children's eating
.
Appetite
. 1999;32:405–419
.
MEDLINE |
CrossRef
Fox et al. 2004.
9.
Fox MK
, Pac S
, Devaney B
, Jankowski L
.
Feeding infants and toddlers study: What foods are infants and toddlers eating?
.
Journal of the American Dietitic Association
. 2004;104(1):S22–S30
.
Gable & Lutz 2001.
10.
Gable S
, Lutz S
.
Nutrition socialization experiences of children in the Head Start program
.
Journal of the American Dietetic Association
. 2001;101:572–577
.
Abstract | Full Text |
Full-Text PDF (539 KB)
|
CrossRef
Horodynski, et al. 2004.
11.
Horodynski MO
, Hoerr S
, Coleman G
.
Nutrition education aimed at toddlers: A pilot program for rural low-income families
.
Family Community Health
. 2004;27:103–113
.
MEDLINE Jacobi, et al. 2003.
12.
Jacobi C
, Agras WS
, Bryson S
, Hammer LD
.
Behavioral validation, precursors, and concomitants of picky eating in childhood
.
Journal of the American Academy of Child and Adolescent Psychiatry
. 2003;42:76–84
.
Abstract | Full Text |
Full-Text PDF (123 KB)
|
CrossRef
Lederman, et al. 2004.
13.
Lederman SA
, Akabas S
, Moore BJ
, Bentley ME
, Devaney B
, Gillman MW
, et al.
Summary of the presentations at the conference on preventing childhood obesity, December 8, 2003
.
Pediatrics
. 2004;114:1146–1173
.
Loewen & Pliner 1999.
14.
Loewen R
, Pliner P
.
Effects of prior exposure to palatable and unpalatable novel foods on children's willingness to taste other novel foods
.
Appetite
. 1999;32:351–366
.
MEDLINE |
CrossRef
Matheson, et al. 2002.
15.
Matheson D
, Spranger K
, Saxe A
.
Preschool children's perceptions of food and their food experiences
.
Journal of Nutrition Education and Behavior
. 2002;34:85–92
.
Abstract |
Full-Text PDF (95 KB)
|
CrossRef
Orlet-Fisher, et al. 2003.
16.
Orlet-Fisher J
, Rolls BJ
, Birch LL
.
Children's bite size and intake of an entrée are greater with large portions than with age-appropriate or self-selected portions
.
American Journal of Clinical Nutrition
. 2003;77:1164–1170
.
MEDLINE Skinner, et al. 2002.
17.
Skinner JD
, Carruth BR
, Bounds W
, Zeigler P
, Reddy K
.
Do food-related experiences in the first 2 years of life predict dietary variety in school-aged children?
.
Journal of Nutrition Education and Behavior
. 2002;34:310–315
.
Abstract |
Full-Text PDF (79 KB)
|
CrossRef
Story, et al. 2002.
18.
In:
Story M
, Holt K
, Sofka D
editor.
Bright futures in practice: Nutrition
. 2nd ed.. Arlington, VA: National Center for Education in Maternal and Child Health; 2002;
.
Worobey, et al. 2004.
19.
Worobey J
, Pisuk J
, Decker K
.
Diet and behavior in at-risk children: Evaluation of an early intervention program
.
Public Health Nursing
. 2004;21:122–127
.
MEDLINE |
CrossRef
Young, et al. 2003.
20.
Young L
, Anderson J
, Beckstrom L
, Bellows L
, Johnson S
.
Making new foods fun for kids
.
Journal of Nutrition and Educational Behavior
. 2003;35:337–338
.
References
Atkin & Davies 2000.
1.
Atkin L-M
, Davies P
.
Diet composition and body composition in preschool children
.
American Journal of Clinical Nutrition
. 2000;72:15–21
.
Kranz, et al. 2004.
2.
Kranz S
, Siega-Riz AM
, Herring A
.
Changes in diet quality of American preschoolers between 1977 and 1998
.
American Journal of Public Health
. 2004;94:1525–1530
.
Williams, et al. 2002.
3.
Williams C
, Bollella M
, Strobino B
, Spark A
, Nicklas T
, Tolosi L
, et al.
‘Healthy-start’: Outcome of an intervention to promote a heart healthy diet in preschool children
.
Journal of the American College of Nutrition
. 2002;21:62–71
.
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Section Editor Mary Margaret Gottesman, PhD, RN, CPNP Ohio State University College of Nursing Columbus, Ohio PII: S0891-5245(05)00117-3 doi:10.1016/j.pedhc.2005.03.007 © 2005 The National Association of Pediatric Nurse Practitioners. Published by Elsevier Inc. All rights reserved. | |
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