2725791|1007936
That a relatively small piece of writing such as Albert Einstein's three-page paper of relativity could be so important certainly illustrates the significance of writing to science. A science class is not complete unless it helps students learn to think like scientists, and writing is an essential part of such thinking. This article enumerates fourteen writing strategies that will encourage critical thinking skills and provide legitimate, purposeful writing practice by promoting solid science learning and review.
Summary
| Subject keyword(s) | Achievement, Asking questions, Assessment of students, Communicating, Curriculum, Education, Hypothesizing, Interpreting data, Learning theory, Mathematics, Modeling, Predicting, Science as inquiry, Science as Inquiry, Science process skills, Scientific habits of mind, Social Sciences, Teaching Standards, Teaching strategies |
|---|
| Grade level | Elementary School, Middle School, High School, Vocational/Professional Development Education |
|---|
| Intended audience | Educator |
|---|
| Resource type | Audio/Visual, Instructional Material, Reference Material, Text |
|---|
| Resource format | application, application/pdf |
|---|
| Rights | Permission to reproduce content is granted in advance under the following circumstances: (1) All educators may reproduce up to five copies of an NSTA article for personal use only. This does not include display or promotional use. (2) All educators may reproduce and e-mail an NSTA article in their possession to as many as five individuals for personal use only. This does not include promotional use. (3) Elementary, middle, and high school teachers, as well as educators in a university setting, may reproduce an article from a single issue of an NSTA journal for one-time classroom or non-commercial, professional-development use only. This does not apply to coursepacks (see next paragraph). For all other permission requests from Science Scope, ISSN 0887-2376, please access www.copyright.com or contact the Copyright Clearance Center, Inc. (CCC), 222 Rosewood Drive, Danvers, MA 01923, 978-750-8400. CCC is a not-for-profit organization that provides licenses for the use of NSTA content. For more information about NSTA permissions policies, please go to www.nsta.org/permissions.
Permission to reproduce content is granted in advance under the following circumstances: (1) All educators may reproduce up to five copies of an NSTA article for personal use only. This does not include display or promotional use. (2) All educators may reproduce and e-mail an NSTA article in their possession to as many as five individuals for personal use only. This does not include promotional use. (3) Elementary, middle, and high school teachers, as well as educators in a university setting, may reproduce an article from a single issue of an NSTA journal for one-time classroom or non-commercial, professional-development use only. This does not apply to coursepacks (see next paragraph).For all other permission requests from Science Scope, ISSN #0887-2376, please access www.copyright.com or contact the Copyright Clearance Center, Inc. (CCC), 222 Rosewood Drive, Danvers, MA 01923, 978-750-8400. CCC is a not-for-profit organization that provides licenses for the use of NSTA content. For more information about NSTA permissions policies, please go to www.nsta.org/permissions. |
|---|
Using this resource
Found in collection(s)
Click on the logo to get more information about the collection.
| Title | National Science Teachers Association (NSTA) Learning Center |
|---|
| Link | http://learningcenter.nsta.org/ |
|---|
| Description | The NSTA Learning Center offers print and online resources for science teachers, including a wealth of journal articles, books, book chapters, and electronic professional development resources, such as SciGuides, SciPacks, and Web Seminars. Designed for both schools and individual teachers, the NSTA Learning Center offers professional development opportunities for teachers at every grade level from Kindergarten to College. NSTA publications are carefully reviewed for accuracy and classroom relevance to ensure the highest quality of our resources. The NSTA Learning Center content covers many important educational issues such as achievement, assessment of students, classroom management, curriculum, inquiry learning, instructional materials, learning theory, integrating technology, professional development, student populations, teacher content knowledge, teacher preparation, and teacher strategies. |
|---|
| Full description and distribution of resources |
|---|
| Title | Middle School Portal: Math and Science Pathways (MSP2) |
|---|
| Link | http://msteacher2.org/ |
|---|
| Description | The Middle School Portal 2: Math and Science Pathways (MSP2) supports middle grades educators with high-quality, standards-based resources and promotes collaboration and knowledge-sharing among its users. Educators use MSP2 to increase content knowledge in science, mathematics, and appropriate pedagogy for youth ages 10 to 15. MSP2 employs social networking and digital tools to foster dynamic experiences that promote creation, modification, and sharing of resources, facilitate professional development, and support the integration of technology into practice. MSP2 is a project of the Ohio State University College of Education and Human Ecology, National Middle School Association, and Education Development Center, Inc., and is funded by the National Science Foundation. The partners integrate resources, tools, and services across projects, and support multiple methods of resource discovery to meet the needs of this audience. |
|---|
| Full description and distribution of resources |
|---|
Content contained within the resource
Visit NSTA.org Home My PD Tools My Private Messages Register for Free My Library My PD Indexer My PD Plan & Portfolio My PD Record & Certificates My Calendar My Notepad My Community Forums My Help Desk Give Us Feedback Subjects Earth and Space Science Physical Science Life Science History and Nature of Science Personal and Social Issues Science and Technology Science as Inquiry Learning Resources & Opportunities Science Objects SciPacks SciGuides Symposia Symposia Archives Professional Development Institutes Web Seminars Web Seminar Archives Podcasts Online Courses NSTA Journal Articles NSTA Press Books Community Forums Education Administrator Help Frequently Asked Questions Technical Support Advisory Support Give Us Your Feedback Learning Center Home > Product Detail Product Detail: Journal Article 14 Writing Strategies By: Thomas Turner and Amy Broemmel $0.00 - Member Price $0.99 - Nonmember Price You currently have javascript disabled, please use the button below: Details Type of Product: Journal Article Average Rating: based on 4 reviews Publication Title: Science Scope Publication Date: 12/1/2006 Pages: 5 Grade Level: Middle School Description That a relatively small piece of writing such as Albert Einstein's three-page paper of relativity could be so important certainly illustrates the significance of writing to science. A science class is not complete unless it helps students learn to think like scientists, and writing is an essential part of such thinking. This article enumerates fourteen writing strategies that will encourage critical thinking skills and provide legitimate, purposeful writing practice by promoting solid science learning and review. Ideas For Use If we want our students to think like scientists, then it is only logical that we should ask them to observe, document, and write like scientists, as well. The authors believe that these and other thoughtfully structured writing activities can be integrated into science classrooms in a way that addresses curriculum, provides alternative, authentic means of assessing student understanding, and motivates students to become actively involved in the learning process. Discussions Writing to Learn Science Posted in General Science and Teaching by Carolyn Mohr on Tue Apr 05, 2011 3:53 PM There is much emphasis on the reading side of science literacy and appropriately so! However, one can't forget the conn... Additional Info Science Discipline: (mouse over for full classification) Analyzing data Asking questions Communicating Scientific habits of mind Intended User Role: Curriculum Supervisor, Middle-Level Educator, Teacher Educational Issues: Achievement, Assessment of students, Classroom management, Curriculum, Educational research, Inquiry learning, Instructional materials, Integrating technology, Learning theory, Teacher content knowledge, Teacher preparation, Teaching strategies Technical Resource Format: application/pdf Size: 156 KB Requirements: Requires Adobe Acrobat Reader National Standards Correlation This resource has 7 correlations with the National Standards. [VIEW CORRELATIONS] This resource has 7 correlations with the National Standards. [HIDE CORRELATIONS] Science as Inquiry Abilities necessary to do scientific inquiry Communicate investigations and explanations. Use appropriate tools and techniques to gather, analyze, and interpret data. Think critically and logically to make the relationships between evidence and explanations. Understandings about scientific inquiry Scientists develop explanations using observations (evidence) and what they already know about the world (scientific knowledge). Good explanations are based on evidence from investigations. (K-4) Teaching Standards Teachers of science plan an inquiry-based science program for their students. Select teaching and assessment strategies that support the development of student understanding and nurture a community of science learners. Teachers provide students with the time, space, and resources needed to learn science. Make the available science tools, materials, media, and technological resources accessible to students. Teachers of science develop communities of science learners that reflect the intellectual rigor of scientific inquiry. Model and emphasize the skills, attitudes, and values of scientific inquiry. Customer Reviews Science and Writing Skills Adah (San Antonio, TX) on August 24, 2011 This article answers several ‘why’ questions in science. The first relates to why scientists need to develop writing skills. The second answers the question ‘why teach writing skills in science class’? After presenting supporting information for the above two questions the authors launch into the fourteen strategies that require writing skills for science. Topics covered include: collaborative writing of scientific stories, process step analysis and much more. This article reinforces the skills necessary for being a scientist. If scientists did not write about what they learned or discovered then today’s generation would be lost to that knowledge. Don't Miss Invaluable Resource! Therese H (Salisbury, MD) on January 21, 2011 The authors believe that meaningful scientific discourse is more than the publication of research papers in scientific register. Writing can be used to teach students to think as scientists do by documenting observations, conducting a deep analysis of the content, planning their experimental activities and researching a given subject. By writing, students are able to connect their own experiences and thoughts to the content; thus they are contributing to the body of knowledge like real scientists.The article is thought-provoking, and it provides excellent writing strategies that can be modified to suit all grade levels. Writing Strategies in Science Alyce D (Peyton, CO) on January 11, 2011 This article pertains to teaching ideas for the process of writing when in science class - rather than sample writing ideas or writing activities to "go along with" student investigations. Student Scientific Writing Maureen Stover (Seaside, CA) on March 24, 2011 This article is an excellent guideline to inspiring students to begin scientific writing. The article outlines the importance of scientific writing and identifies the critical attributes of a scientific writing program. 14 different authentic writing exercises are outlined as a starting point for the educator to begin using this practice in the classroom.While this article contains excellent information, it is lacking student examples and does not provide any guidance regarding assessment.Overall, this is an excellent article that can be immediately implemented in a classroom environment by science educator at the elementary or secondary level. {1} ##LOC[OK]## {1} ##LOC[OK]## ##LOC[Cancel]## {1} ##LOC[OK]## ##LOC[Cancel]## [ Access our noscript login page ] E-mail: Password: I'm an NSTA member and I don't have a password Lost password? Recover it here. Register now [Help PDF] Advanced Search Advanced Search Actions Recommend to a friend Write a Review Google Scholar Articles by: By: Thomas Turner and Amy Broemmel Copyright © 2012 NSTA | Contact Us | FAQ | Help | Give Us Feedback | Legal Notice 3.34
