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Young Children's Environmental Attitudes and Behaviors
G Evans et al.
Environment and Behavior 39 (5), 635-58 (2007)
Two reliable and valid instruments to assess first- and second-grade children's (N = 100, M = 6.8 years) environmental attitudes and behaviors are presented. A series of games derived primarily from dimensions of the new ecological paradigm theory of environmental attitudes are described for the assessment of environmental attitudes. The games include felt board construction, a board game, and an adjustable worry thermometer. Environmental behaviors are assessed in the same sample using magnitude estimation (jumping different distances to indicate frequency of engagement in behavior) based on an adoption of Kaiser's General Environmental Behavior Scale for adults. The behavior scale employs a Rasch measurement model because environmental behaviors are viewed as a consequence of attitudes in concert with difficulties to implement actions.
 
Effect of the challenger experience on elementary children's attitudes to science
T Jarvis and A Pell
Journal of Research in Science Teaching 39 (10), 979 (2002)
 
Thoughts on attitude measurement
N Reid
Research in Science & Technological Education 24 (1), 3 (2006)
Attitude measurement has had a somewhat chequered history since the possibility of achieving it successfully was demonstrated by Thurstone in 1929. It has been an important area in science education, particularly in the context of falling uptakes in the physical sciences in many countries, and there have been many attempts to measure learner attitudes to explore why they were deserting studies in such subjects. This paper explores the place of attitude measurement in science education and traces the main approaches that have been developed. The place and nature of attitude scaling techniques is analysed and it is demonstrated that such techniques have many fundamental flaws. These weaknesses make such approaches unlikely to offer the kind of precision needed to take our understanding of attitude development forward in the context of science education. Alternative approaches are outlined and it is strongly suggested that science education research rejects such scaling techniques and moves forward to develop new approaches that can give the kind of detailed analysis which will prove to be positive and useful. This paper seeks to bring evidence from many sources together, to challenge many of the unquestioned assumptions behind the metholodogies used in many attitude-related studies today and to make a positive contribution in encouraging more appropriate methodologies to be adopted more widely.

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