This study investigated the effects of grade level and gender on elementary school students&rsquo / motivation towards science learning. This study was carried out during 2007-2008 fall semester at 12 public elementary schools in Yenimahalle districts of Ankara. A total of 2231 students (1121 boys, 1093 girls, 17 did not report their gender) participated in the study. In terms of grade level, 1164 were enrolled in 6th grade level and 1055 in 8th grade (12 did not report their grade level). Data were collected through Students&rsquo / Motivation Towards Science Learning Questionnaire (SMTSL). Two-way Multivariate Analysis of Variance (MANOVA) was conducted in order to identify the effects of grade level and gender on six dimensions of motivation (i.e. self efficacy, active learning strategies, learning environment stimulation, science learning value, achievement goal and performance goal) towards science learning. Two-way MANOVA results showed that grade level and gender had a significant effect on the collective dependent variables. Follow-up univariate analysis indicated that there was a significant difference between 6th and 8th grade students&rsquo / motivation towards science learning regarding mean scores on each motivational variable. In addition, mean scores on each motivational variable, except leaning environment stimulation, were significantly different for boys and girls, in favors of girls. Result demonstrated that students&rsquo / motivation towards science learning declined as the grade level increased and girls had a higher motivation towards science learning than boys.

Reading is considered to be a vital skill for academic success, yet it is seldom taught to or practised with students. Students begin to `read to learn' during primary and secondary schooling. However, at tertiary level the academic demands are much greater than before and involve more extensive reading of conceptually more complex texts. This study investigates the implementation of an intensive reading programme for post-matric English Second Language Science students, based on the assumption that reading improves reading. In addition, this study investigates the effect that reading ability has on academic performance in Science, which relies inter alia, on the ability to read, comprehend and interpret word problems. An intervention group and a control group were used to ascertain the effects of an intensive reading programme and the findings suggest that any reading (intensive or extensive) improves reading and language skills. This in turn impacts on academic performance in Science, if students have an ability in Science to begin with. / Linguistics and Modern Languages / MA - SP APPLIED LINGUISTICS