An Analysis of Students' Science Writing in the Classroom: How Science Learning is Improved
The purpose of this study was twofold: to determine if, and how integrating the writing process with the second grade science curriculum in the classroom improved science learning and impacted higher order thinking skills. Instruction incorporated Writing-to-learn concepts with lecture, laboratory experiments, and writing opportunities in science. A teacher-made unit assessment was used as a Pre-Test and Post-Test. Percentage scores were compared to determine the level of content mastery in science. Student work was collected in portfolios and assessed using a rubric to determine evidence of higher-level thinking. Data were triangulated using the student portfolios, student self-assessments and researcher notes. The population was a second grade classroom, at an elementary school in a school district in Houston, Texas. A mixed-methodology design was used over a four-week period. This research study showed that writing in the science classroom improved students' learning and impacted higher order thinking skills and student achievement gains.
- ISBN 13 : 1109259654
- ISBN 10 : 9781109259650
- Judul : An Analysis of Students' Science Writing in the Classroom: How Science Learning is Improved
- Pengarang :
- Penerbit : ProQuest
- Bahasa : en
- Tahun : 2009
- Halaman : 132
- Halaman : 132
- Google Book : http://books.google.co.id/books?id=PaYnm8LJpz0C&dq=intitle:An+Analysis+of+Reading+Comprehension&hl=&source=gbs_api
-
Ketersediaan :
assert that reading comprehension strategies and writing skills can be developed
in low- achieving students if they are fostered in elementary school. Eisner (2000)
also argues that higher order thinking skills can be promoted and developed ...