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Exploring Local Environmental Issues to Engage Students in Real-World STEM Problem Solving and Discovery

Science Scope—November/December 2024 (Volume 47, Issue 6)

By Rebecca Grella

One of the most cost-effective ways to engage students in real-world STEM is by turning to local issues of emerging relevance through current events. In this middle school lesson, local current STEM events are used to encourage students to explore the real-world context of NGSS MS-ESS3 Earth and Human Activity. Rooted in a 5E model, this lesson on local current STEM issues takes learners on a STEM journey in their own backyard by applying a real-world context of NGSS as well as connects to the ELA Common Core. A three-step approach to lesson dissemination is presented to include: (1) identifying a local environmental issue, (2) engaging students in research focus groups surrounding the issue, and (3) making connections by encouraging students to present findings to local legislators and policymakers. Through asking questions and defining local problems, students are directly applying NGSS Science and Engineering Principles (MS-ESS-5, MS-ESS-3) in their community of learning. I like to call this the shift from Not in My Backyard (NIMBY) to In My Backyard (IMBY).
One of the most cost-effective ways to engage students in real-world STEM is by turning to local issues of emerging relevance through current events. In this middle school lesson, local current STEM events are used to encourage students to explore the real-world context of NGSS MS-ESS3 Earth and Human Activity. Rooted in a 5E model, this lesson on local current STEM issues takes learners on a STEM journey in their own backyard by applying a real-world context of NGSS as well as connects to the ELA Common Core.
One of the most cost-effective ways to engage students in real-world STEM is by turning to local issues of emerging relevance through current events. In this middle school lesson, local current STEM events are used to encourage students to explore the real-world context of NGSS MS-ESS3 Earth and Human Activity. Rooted in a 5E model, this lesson on local current STEM issues takes learners on a STEM journey in their own backyard by applying a real-world context of NGSS as well as connects to the ELA Common Core.
 

Citizen Science

Journey of the Monarchs: Studying North America’s Nomadic Butterfly

Science Scope—November/December 2024 (Volume 47, Issue 6)

By Jill Nugent

Citizen Science November/December 2024
 

Considering Multiple Perspectives and Scientific Consensus: Information Literacy in the Science Classroom

Science Scope—November/December 2024 (Volume 47, Issue 6)

By Sara Montgomery, Angela Kohnen, Christine Wusylko

Many young people learn about scientific topics online, yet middle school students have trouble identifying where scientific information comes from and what characterizes good sources of scientific information online. In this article, we discuss five lessons we embedded into an NGSS-aligned, sixth-grade comprehensive science course to increase students’ scientific information literacy. Drawing on SEP-8, “obtaining, evaluating, and communicating information,” these lessons gave students an opportunity to search for scientific information, critically evaluate the sources of scientific information, and generate science texts using the information they found. We focused on two concepts—scientific consensus and multiple perspectives—to help students recognize who engages in scientific research, how scientific findings are communicated to the general public, and who else may have important perspectives on socio-scientific issues.
Many young people learn about scientific topics online, yet middle school students have trouble identifying where scientific information comes from and what characterizes good sources of scientific information online. In this article, we discuss five lessons we embedded into an NGSS-aligned, sixth-grade comprehensive science course to increase students’ scientific information literacy.
Many young people learn about scientific topics online, yet middle school students have trouble identifying where scientific information comes from and what characterizes good sources of scientific information online. In this article, we discuss five lessons we embedded into an NGSS-aligned, sixth-grade comprehensive science course to increase students’ scientific information literacy.
 

Safety Blog

Laboratory Instructional Space Safety Checklist

By Ken Roy

Posted on 2024-10-28

Laboratory Instructional Space Safety Checklist

 

No Alcohol or Caffeine, Please!

GI Sores that Bleed

By Rema G. Suniga

No Alcohol or Caffeine, Please!

Click here to view video of Next Time You See a Snowflake

This book will have you seeing snowflakes in a whole new way. You’ll learn about the science of snowflakes – how they form, why they are six-sided, what conditions are necessary for them to form. But the most important thing is that you can experience this natural phenomenon with a child in your life, learn together, and have the memory of sharing nature with someone special.
Click here to view video of Next Time You See a Snowflake

This book will have you seeing snowflakes in a whole new way. You’ll learn about the science of snowflakes – how they form, why they are six-sided, what conditions are necessary for them to form. But the most important thing is that you can experience this natural phenomenon with a child in your life, learn together, and have the memory of sharing nature with someone special.
 

Freebies and Opportunities for Science and STEM Teachers, October 29, 2024

By Debra Shapiro

Freebies and Opportunities for Science and STEM Teachers, October 29, 2024

 

Communication Gone Wrong in the Gut

Cytokines and Colitis

By Isis D. Rivera-Walsh, Sheri L. Boyce

Communication Gone Wrong in the Gut

 

Freebies and Opportunities for Science and STEM Teachers, October 22, 2024

By Debra Shapiro

Freebies and Opportunities for Science and STEM Teachers, October 22, 2024

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