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Schneider, Laura B.; Kelly, Angelique – Science and Children, 2021
"Next Generation Science Standards" ("NGSS") three-dimensional learning is valuable for all students regardless of age. The "NGSS" integrate disciplinary core ideas, science and engineering practices, and crosscutting concepts, adding rigor to science teaching and learning. Though "NGSS" performance…
Descriptors: Preschool Education, Paleontology, Teaching Models, Science Instruction
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Thornburgh, William; McFadden, Justin; Robinson, Brian – Science and Children, 2021
Preparing elementary students to think and communicate like an engineer is possible, but requires a sequence of lessons spanning multiple classroom experiences that are aligned to multiple performance expectations (PEs). This article identifies how multiple PEs can be clustered to meet the instructional goals set forth in the "Next Generation…
Descriptors: Teaching Models, Elementary School Science, Science Instruction, Elementary School Teachers
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Benedict-Chambers, Amanda; Fortner, Terra – Science and Children, 2019
Effective teachers understand the importance of asking the right kind of questions to facilitate the learning of all their students. By learning what questions to ask and when, teachers can engage their students in instruction that aligns to the vision of the "Next Generation Science Standards" (Benedict-Chambers et al. 2017; NGSS Lead…
Descriptors: Elementary School Science, Science Instruction, Equipment, Electronics
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Lee, Eun Ju; Cite, Suleyman; Hanuscin, Deborah – Science and Children, 2014
Many teachers have developed "tried and true" lessons that they look forward to teaching-- mystery powders is one that these authors like. Originally part of the Elementary Science Study curricula in the 1960s, there are now many different versions of this well-known activity in which students examine physical and chemical properties of…
Descriptors: Science Instruction, Teaching Methods, Persuasive Discourse, Elementary School Science
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Hurley, Sarah Jessica; Murray, Alexa Lee; Cormas, Peter – Science and Children, 2014
This article describes a lesson taught in a designated English Language Learner (ELL) classroom in an elementary school in Pawtucket, Rhode Island, using a sheltered instruction approach. Eighty one percent of the students at this school are from diverse ethnic backgrounds where 25 per cent of them receive ELL services. A variety of languages are…
Descriptors: English Language Learners, Course Descriptions, Elementary School Science, Student Diversity
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Robeck, Edward – Science and Children, 2011
Children love snow days, even when they come during the warmest weather. In this lesson the snow isn't falling outside, it's in the classroom--thanks to "Snowflake Bentley" (Briggs Martin 1998) and several models of snowflakes. A lesson on snow demonstrates several principles of practice for using models in elementary science. Focusing on snow was…
Descriptors: Elementary School Science, Demonstrations (Educational), Weather, Scientific Concepts
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Tatarchuk, Shawna; Eick, Charles – Science and Children, 2011
An outdoor classroom is an exciting way to connect the learning of science to nature and the environment. Many school grounds include gardens, grassy areas, courtyards, and wooded areas. Some even have nearby streams or creeks. These are built-in laboratories for inquiry! In the authors' third-grade classroom, they align and integrate…
Descriptors: Outdoor Education, Laboratories, Inquiry, Grade 3
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Gunckel, Kristin L. – Science and Children, 2010
In an activity sequence that took place over several days, the class learned about sound and how people hear sounds. Following each activity, students engaged in whole-group sharing sessions and individual journal-writing sessions that were designed to help them see the patterns that emerged from their explorations. The activities were carefully…
Descriptors: Scientific Principles, Science Activities, Sequential Learning, Acoustics
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Pieczura, Michelle Elaine – Science and Children, 2009
As argumentation is weaved into classroom lessons, students know what to ask, how to analyze the given information before forming a conclusion, and are able to support their reasoning with solid evidence. They will hold firm to their conclusions until proven wrong. Whether it's a discussion about whether air is matter or how speed and friction are…
Descriptors: Cooperative Learning, Inquiry, Questioning Techniques, Persuasive Discourse