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| By: Shelly Lynn Counsell |
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Science and Children, Oct 11
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This article outlines how professional development experiences can best be structured to support teachers' science learning, leading to quality science instruction and learning for students. This discussion highlights four key principles central to effective... [view full summary]
This article outlines how professional development experiences can best be structured to support teachers' science learning, leading to quality science instruction and learning for students. This discussion highlights four key principles central to effective professional development. [hide full abstract]
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| Edited by: Linda Froschauer |
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Science and Children, Oct 11
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Science and Children’s editor shares thoughts regarding the current issue.
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| By: Page Keeley |
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Science and Children, Oct 11
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This column focuses on promoting learning through assessment. This month’s issue discusses the assessment probe "Talking About Forces."
This column focuses on promoting learning through assessment. This month’s issue discusses the assessment probe "Talking About Forces." [hide full abstract]
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| By: Cody Sandifer |
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Science and Children, Oct 11
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The author presents a pair of fifth-grade activities: an inquiry science activity in which students conduct hands-on investigations of force and motion, and a reading activity where they collaboratively analyze a text that contains words that have been... [view full summary]
The author presents a pair of fifth-grade activities: an inquiry science activity in which students conduct hands-on investigations of force and motion, and a reading activity where they collaboratively analyze a text that contains words that have been blacked out. [hide full abstract]
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| By: Kathy Cabe Trundle and Mandy McCormick Smith |
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Science and Children, Oct 11
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The authors used various science investigations to engage preschool and kindergarten-age children with explorations of motion and provided opportunities for them to develop their basic inquiry skills. Using everyday toys and objects is a realistic and... [view full summary]
The authors used various science investigations to engage preschool and kindergarten-age children with explorations of motion and provided opportunities for them to develop their basic inquiry skills. Using everyday toys and objects is a realistic and captivating way to help young children understand the basics of motion. Read this article to learn how to incorporate motion in your early childhood classrooms. [hide full abstract]
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| By: Timothy Young and Mark Guy |
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Science and Children, Oct 11
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Students use a portable force indicator to discover the net forces all around them. By directly observing these forces, students can better understand the effect these forces have on an object.
Students use a portable force indicator to discover the net forces all around them. By directly observing these forces, students can better understand the effect these forces have on an object. [hide full abstract]
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| By: Troy Dassler |
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Science and Children, Oct 11
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This column features profiles of award-winning science programs and teachers. In this month’s issue the author shares his experience of working with a university researcher. Third-grade students benefit from this relationship and learn about the nanoscale... [view full summary]
This column features profiles of award-winning science programs and teachers. In this month’s issue the author shares his experience of working with a university researcher. Third-grade students benefit from this relationship and learn about the nanoscale through up-to-date science equipment. [hide full abstract]
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| By: Bill Robertson |
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Science and Children, Oct 11
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This column provides background science information for elementary teachers. In this month’s issue the author discusses motion and friction.
This column provides background science information for elementary teachers. In this month’s issue the author discusses motion and friction. [hide full abstract]
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| By: Nicole J. Glen |
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Science and Children, Oct 11
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This column provides classic classroom activities that emphasize science process skills. In this month’s issue the author uses the 5E learning cycle with third- and fourth-grade students to teach that a force is a push or pull.
This column provides classic classroom activities that emphasize science process skills. In this month’s issue the author uses the 5E learning cycle with third- and fourth-grade students to teach that a force is a push or pull. [hide full abstract]
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| By: Christine Anne Royce |
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Science and Children, Oct 11
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This column includes activities inspired by children’s literature. In this month’s issue students explore activities that involve balance.
This column includes activities inspired by children’s literature. In this month’s issue students explore activities that involve balance. [hide full abstract]
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| By: Keri Porter, Craig Yokoi, and Bertina Yee |
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Science and Children, Oct 11
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Along with inquiry-based teaching, exploring the elements of art can guide students to view and represent objects realistically. Understanding line, shape, color, value, form, space, and texture helps bridge the gap between what students actually observe... [view full summary]
Along with inquiry-based teaching, exploring the elements of art can guide students to view and represent objects realistically. Understanding line, shape, color, value, form, space, and texture helps bridge the gap between what students actually observe and what their preconceived ideas about the object may be. This type of explicit instruction prevents misconceptions. [hide full abstract]
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| By: Peggy Ashbrook |
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Science and Children, Oct 11
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This column discusses resources and science topics related to students in grades preK to 2. In this month’s issue students use small objects, such as tops, to explore motion. Students then perform data collection of movement with the teacher's help.
This column discusses resources and science topics related to students in grades preK to 2. In this month’s issue students use small objects, such as tops, to explore motion. Students then perform data collection of movement with the teacher's help. [hide full abstract]
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| By: Cassie Quigley, Gayle Buck, and Valarie Akerson |
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Science and Children, Oct 11
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This article outlines a 30-day nature of science unit designed for first graders, provides journal prompts, and gives examples of students' ideas through their quotes and journal entries. During the lessons, students learn about nature of science tenants... [view full summary]
This article outlines a 30-day nature of science unit designed for first graders, provides journal prompts, and gives examples of students' ideas through their quotes and journal entries. During the lessons, students learn about nature of science tenants through a variety of lessons and hands-on investigations. [hide full abstract]
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