Current Event 
Science Scrapbook

A WebQuest for 9th Grade (Integrated Science) 
and 10th Grade (Earth Science)
MOFFAT COUNTY HIGH SCHOOL
 

Designed by 
Debbie Emberty (Science Teacher) debbie.emberty@moffatsd.org 
Terri Harjes (Foreign Language Teacher) terri.harjes@moffatsd.org 
Roger Spears (Science Teacher) roger.spears@moffatsd.org

Introduction | Task | Process | Evaluation | Conclusion | Credits


Introduction

This lesson was developed as part of the a quarter project for Integrated and Earth Science Students from the Moffat County High School Science Department.  It has been used for a number of years and has been very successful.  In this lesson, students are to collect and read  16 to 20 science related articles and write complete, reflective summaries on each. Upon completion students will construct a scrapbook and turn it in the their instructor for part of their first quarter grade.
 
 



The Task

This lesson is anchored in ninth grade Integrated Science and tenth grade Earth Science curriculum as well as social studies. This particular lesson can basically be done at any grade level where current events are an important part of the curriculum.  Students would not need any prior knowledge about current scientific events to begin this project, but do need to know where to look for current event resources (i.e., newspapers, magazines, scientific journals, Internet, etc...).  This project could easily be adaptive to the Global Studies, US History, American Government, Biology, Chemistry, Physics, and Geography curriculum. Also, this project could be easily done at nearly at age levels.  In addition, students will be asked to become critical thinkers while making inferences of the world around them as they become informed about the world around them.  By creating a scrapbook the students will to observe, categorize, and compare the events that are taking place within the realm of science. 
 

Curriculum Standards 

Colorado Model Content Standards Science

1. Students understand the processes of scientific investigation and design, conduct, communicate about and evaluate such investigations.
3. Life Science: Students know and understand the characteristics and structure of living things, the processes of life, and how living things interact with each other and their environment. 
(Focus: Biology--Anatomy, Physiology, Botany, Zoology, Ecology)
4. Earth and Space Science: Students know and understand the processes and interactions of Earth’s systems and the structure and dynamics of Earth and other objects in space.
(Focus: Geology, Meteorology, Astronomy, Oceanography)
5. Students know and understand interrelationships among science, technology, and human activity and how they can affect the world. 
6. Students understand that science involves a particular way of knowing and understand common connections among scientific disciplines.
 

Moffat County High School Curriculum Standards

General Science Objectives (Grades 9-12) Included in all of the following classes: Integrated, Earth, Biology, Electricity, Chemistry and Physics.
GS#3. Select and use appropriate technologies to gather, process, and analyze data and to report and record information related to an investigation.
GS#4. Identify major sources of error or uncertainty within an investigation.
GS#10. Analyze how the introduction of a new technology has affected or could affect human activity.
GS#11. Demonstrate the interrelationships between science and technology. 
GS#12. Explore scientific and technological aspects of contemporary problems. 
GS#13. Evaluate print and visual media for scientific evidence, bias, or opinion.



The Process

Each student is to find and research articles about current science processes and events in recent magazines, newspapers, or the Internet, cut them out and place them in a scrapbook. The article should be taped or fastened neatly in the scrapbook to a sheet of paper (NO NOTEBOOK PAPER!!!). Each article will need to have its source and the date it was printed below the article as well as a brief summarization of the major points of the article.  Each summarization should also include some of your feelings about the article. This summarization should be at least 2 to 3 paragraphs long.

Students will be graded upon the following criteria. Each article is worth 5 points, therefore to get an “A” you will need to have at least 19 good, acceptable articles with complete reflective summarizations. 20 articles for an A+, 19 for an A, 18 for a B+, 17 for a B, 16 for a C+, 15 for a C, 14 for a D, and 13 articles for a D-.  Any less than 13 articles will result in a failing grade. Partial credit may be assessed but usually it will be all or nothing.  For those people who like to wait until the last minute to start this scrapbook, BEWARE that this assignment can not be done in one or two nights.  To be done before the due date you should average about TWO articles per week.  In addition, points may be added or subtracted for the appearance and organization of the scrapbook as a whole, and extra credit may be earned if the project is completed early.
 

Variations

The following ideas are variations that you may or may not want to include within the scope of this project;

1. To extend the scrapbook collection you may want to include it as an ongoing project for the whole year. Maybe one article per  week.

2. You may want the articles to be more specialized in a particular realm of science or social studies (i.e., for a chemistry class articles must only apply to chemical processes and principles).

3. If time allows you may want to have an assigned day within the computer lab so that the students can construct a Table of Contents or type their summaries. 

4. A computer lab can also make this project become an electronic scrapbook where students can create their own with computer drawing, and graphics program. 
 

Interdisciplinary Connection

This project could easily be adaptive to the Global Studies, US History, American Government, Biology, Chemistry, Physics, and Geography curriculum. Also, this project could be easily done at nearly at age levels. It is our hope that we can later link this project, as well as others to the school web site that allows students with very limited English to still complete this project.  Due to limited speaking and understanding of English we would like to link  this page to another page of helpful terms and vocabulary as to help with the understanding of this project.

Resources Needed

1. Criteria Page to be handed out to each student during the first week of the quarter.
2. Sample Scrapbooks to show the students what is expected of them (one good & one bad)
3. Examples of a newspaper, magazine, and Internet resource that could be used for the project

Web Site Usage:

ABC News    www.abcnews.com
NBC News  www.wnbc.com
Netscape Homepage www.netscape.com
Metacrawler  www.metacrawler.com
Or you may use any of your favorite pages provided by your Internet provider.



Evaluation
Students will have eight weeks to complete the project.  For each complete and accurate article the student will receive five points per article. A maximum of 20 articles can be collected at five points a piece for a total score of 100 points.  Extra credit points can be awarded based upon early completion as long as the student has 20 articles.  For each article under  20 then five points will be deducted from their final score.

Conclusion
We have now done this particular project during the 1st quarter for each of the past ten years.  Every year I tend to add a new wrinkle to  project so that students have to do one more step in their thinking processes.  We believe that it is a worthy lesson in that it allows the student to control the data (in this case the article research) he or she collects.  No two people are doing exactly the same project, yet the end results (scrapbook and summaries) will look the same, although their collection of articles should be completely different.  Also, this allows my students to see a viable connection between the science and how it affects their everyday lives.
 



Credits & References

We would like to thank the following individuals that have used this project in the past few years to help students better understand the scientific method and how it applies to everyday events. 
Doug Field     Kip Hafey      Aaron Kessler       Tim Paschke


Last updated on August 15, 1999. Based on a template from The WebQuest Page