The Effects of Energy Education Intervention on Children’s Knowledge, Attitudes, and Behaviors towards Energy Saving and CO2 Reduction

Session Information

14 SES 06 B, Family Education and Parenting - Later Stages of Schooling

Paper Session

Time:
2013-09-11
15:30-17:00
Room:
COURT
Chair:
Raquel-Amaya Martínez-González

Contribution

Global warming is a serious environmental issue nowadays. It does not only bring extreme weather changes, but also cause economic loss. For sustainable development, many countries, including Taiwan, have implemented many policies intended to mitigate global warming, and to reduce carbon emission, including increased use of renewable energy and increased energy efficiency. However, the overall effects were not obvious.

The 2007–2008 Gallup Polls surveyed 127 countries, and found over a third of the world's population was unaware of global warming. By 2010, the Gallup surveyed 111 countries, and found that there was a substantial decrease in the number of Americans and Europeans who viewed global warming as a serious threat (http://en.wikipedia.org/wiki/Global_warming).

In Taiwan, energy conservation and carbon emission reduction has been listed as important guiding principles of government policies, and the year of 2010 was even named as “the year of energy conservation and carbon emission reduction”. The government implemented many policies and intended to develop Taiwan into a low-carbon country. However, the results are not so effective. In 2009, Taiwan was included in ranking of Climate Change Performance Index (CCPI) by Germanwatch regarding COemission trend, level, and climate policy. Among 57 countries, Taiwan ranked 29, the following year, Taiwan ranked 44, and in 2012, Taiwan ranked 50, indicating that overall performance was very poor (Burck, Bals, & Bohnenberger, 2012).

Scholars (Environmental Research Associates, 1994; Phillips, 1999; Lin, 2007) suggested that the most efficient way to conserve energy and reduce carbon emission is to start energy education on school-age children.  Energy education at elementary schools is likely to have lasting effects on children and their parents. When children learn knowledge regarding global warming, energy conservation, and carbon emission reduction, and have positive attitudes and behaviors toward environment at school, they are likely bring these knowledge, attitudes, and behaviors home and affect their parents and family members (Kuo, 2010).

So far, most research has focused on students and schools, less research is done with parents at home. This was the second year study of a 3-year longitudinal study of the effects of energy education intervention on elementary school children and their parents; the major research question was to study whether energy education intervention (parent-child handout and worksheets) at home affects children. There were three major objectives.

1. To describe pretests and posttests of children’s knowledge, attitudes, and behaviors towards energy saving and carbon emission reduction in Taiwan elementary schools.

2. To design four handouts and worksheets of energy education and implement them with the experimental group at home.

3. To analyze the effects of experiment of parent-child energy education intervention at home.

Theoretical framework assumes that experimental treatment of parent-child energy education intervention has positive effects on children’s posttest scores of knowledge, attitudes, and behavors towards energy saving and carbon emission reduction, controlling for children’s pretest scores.


Method

This study was aimed to investigate the effects of energy education intervention on children’s knowledge, attitudes, and behaviors towards energy saving and CO2 reduction in Taiwan elementary schools. Experimental design was conducted. Children and parents from 16 classes in 4 elementary schools in central Taiwan were recruited to participate in this study. Eight classes were assigned as the experimental group, and another 8 classes were assigned to the control group. All participants (420 students and their parents) received pretests and posttests of knowledge, attitudes, and behaviors towards energy saving and CO2 reduction. The validity and reliability of criterion variables were provided by Su et al. (2012). In addition, the experimental group (207 pairs of students and parents) received four handouts about energy education (including the causes of global warming, consequences of global warming, energy knowledge, and how to mitigate global warming);parents and children were requested to complete 4 worksheets at home together during the semester. All handouts and worksheets were designed by researchers and had been reviewed by experts in the areas of energy education and parent education for expert validity. The control group (n=213) received no experimental treatments except pretests and posttests. T-tests and ancova analyses were conducted.

Expected Outcomes

T-test results indicated that the control group had higher pretest scores of children’s overall knowledge (t[418]=-1.968, p=.05) and attitudes (t[417]=-2.273, p=.024) toward energy saving and carbon emission reduction than the experimental group. During the semester, parents were requested to read 4 energy education handouts and complete parent-child activity workseets together at home. T-test results indicated that the experimental group had higher posttest scores of children’s overall behaviors (t[412]=4.39, p=.000) than the control group. For the experiment group, t –tests results indicated that children’s of knowledge( t[202]=-4.738, p=.000), attitudes (t[195]=-2.455, p=.015), and behaviors (t[203]= -6.112, p=.000) significantly improved. For the control group, only children’s knowledge (t(208)=-2.536, p=.012) significantly improved. Ancova tests results (F [1,411]=23.21, p=.000) indicated that after controlling for pretests, children in the experimental group (n=204, Mean=3.91, SD=.69) had significant better posttest scores of children’s overall behaviors than the control group (n=210, Mean=.3.62, SD=.70). There were no significant differences between the experimental group and the control group in the posttest scores of children’s overall knowledge and attitudes. Results suggested that energy education intervention (4 handouts and 4 parent-child activity worksheets at home) significantly improved children’s overall behaviors toward energy saving and carbon emission reduction.

References

Burck, J. & Bals, C., & Parker, L. (2011). Climate Change Performance Index, CCPI 2011 http://www.germanwatch.org/ccpi Environmental Research Associates (ERA) (1994). Research Group Examines Children’s Environmental Views. Paint and Coatings Industry, 10(3), 32-33. Lin, C.-T. (2007). A Study on Cognition and Attitude toward Energy-Related Issues of the Fifth and Sixth Grade Students in Kaohsiung-Pingtung Area. (Unpublished master’s thesis). National Kaohsiung Normal University, Kaohsiung. Kuo, C.-L. (2010). The Study on the Knowledge, Attitude, and Behavior Intention about Global Warming, Energy Saving, and Reducing Carbon Emission of the Junior High School Students in Taipei Area. (Unpublished master’s thesis). National Taiwan Normal University, Taipei. Phillips, L. E. (1999). Green Attitude. American Demographics, 21(4), 46-47. Su, Hsiu-Chih, Tsay, Hsin-Sheng, Wang, Wei-Kuo, Chang, Hua-Nan, Wang, Wen-Yu, Pai, Tzu-Yi (2012). Survey of Parents’ Knowledge, Attitudes, and Behaviors towards Energy Saving and Carbon Emission Reduction in Taiwan Elementary Schools. The Journal of Chaoyang University of Technology, 17, 107-154.

Author Information

Hsiu-chih Su (presenting / submitting)
Chaoyang University of Technology
Early Childhood Development and Education
Taiwan
Chaoyang University of Technology, Taiwan, Republic of China
Chaoyang University of Technology, Taiwan, Republic of China
Chaoyang University of Technology, Taiwan, Republic of China
Chaoyang University of Technology, Taiwan, Republic of China
National Taichung University of Education

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