SCIENCE METHODS CLASS
EDU316
Spring, 2011

 

Textbook: Differentiated Science Inquiry -D. Llewellyn

 

This course requires the active participation of students.
Methods of instruction include: lecture / demonstration; laboratory; media presentations; review
and analysis of teaching strategies / materials; library research; collaborative/cooperative
learning.

 

Feb. 9 and 11 Feb.16 and 18 February 23 and 25 March 2 and 4 March 9 and 11 March 16 and 18 March 23 and 25 - Spring Break
March 30 and April 1 April 6 and 9
NASA
April 13 and 15 April 20 and 22 April 27 and 29 May 4 and 6 May 11 and 13
**Overview
SURVEY

Math Wonders

 

SCIENCE - Feb. 9 and 11 -Wed./ Fri. - 12:30-2:30

Syllabus
Spring 2011 Assignments

Teaching Strategy Presentations
Strategy Presentation Checklist

MyUSF Class Wiki Practicum Journal
Practicum list of activities
Practicum Evaluation

 

"Tell Me" "A Teacher Who Made a Difference" Teaching Secrets - Five Tips for the New Teacher

FOSS Web

FOSS SCIENCE

Crickweb
Watch Know Videos -Excellent

NASA

Go Beyond the Textbook
Textbook > Tecbook

When you look up into the night sky, it seems like you can see a lot of stars. There are about 2,500 stars visible to the naked eye at any one point at any one time on the Earth, and 5,800-8,000 total visible stars. But this is a very tiny fraction of the stars the Milky Way is thought to have! Astronomers estimate that there are 200 billion to 400 billion stars contained within the Milky Way.

This is a difficult number to know for certain, since we can only see a fraction of the Universe, even with our most powerful instruments. The most current estimates guess that there are 100 to 200 billion galaxies in the Universe, each of which has hundreds of billions of stars. A recent German supercomputer simulation put that number even higher: 500 billion. In other words, there could be a galaxy out there for every star in the Milky Way.

Hubbel Telescope Deep Field - video

Hubble Showcase

Number of Galaxies

 

SD Science Standards

Nature of Science
Physical Science
Life Science
Earth/Space Science
Technology, Enviornment, and Society

SD Technology Standards Science Essential Guides
21st Century Skills PowerPoint
 

SCIENCE MEMORIES

**Experts Urge Early Start to Teaching Science

"Science Education in the Spotlight"


Science education in the spotlight
New testing rules, and poor science achievement scores, are bringing renewed focus and energy to science instruction in schools

 
As schools prepare for science testing under No Child Left Behind, educators and science advocates are calling for renewed awareness of what many say is a national crisis in science education.
States will be required to test students in science once a year in elementary (grades 3-5), middle (grades 6-9), and high schools (grades 10-12). The new rules come at a critical time for the nation, because the science scores of U.S. students on recent national and international benchmark exams have been anything but stellar.

Eighty-two percent of the nation’s 12th graders performed below the proficient level on the 2000 National Assessment of Educational Progress science test. Average scores on the most recent Program for International Student Assessment ranked U.S. students 21st out of 30 industrialized countries in science.

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Assignment:   Science Journal Critique #1 – Open Topic. – find the article in the Science and Children journal in the USF library. Write a 2 -page critique and attach it to your Science Portfolio. DUE: Feb. 18

 

FRIDAY - FEB. 11 - GLIDDEN COMPUTER LAB

 

Create online Science Portfolio in Glidden Computer Lab
Sample
Google Sites
web page creator
Portaportal
Find sites for each State Standard topic.

 

ASSIGNMENT: Read pp 1-8 in Differentiated Science Inquiry by Douglas Llewellyn - discuss on Feb. 25

Online Science Portaportal/Science Webpage

 

BAR

 

 

SCIENCE - Feb. 16 and 18 - Wed./Fri. - 12:30-2:30

 

 


*Discuss Online Multiple Intelligences Assessment from
February 9 and 11
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Complete Multiple Intelligences poster
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Complete
MI Lesson Ideas
TicTacToe Homework
*Discuss Journal article critique #1

A Science Self-Assessment
go over in class
How Should You Teach Science?

Leaf Activity
Using Process Skills
in Inquiry Teaching Activity

Leaves

Case Studies in Science - video #2
Patricia Grade 1
video worksheet

 

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INQUIRY-BASED LEARNING

Inquiry Approach

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BLOOM'S TAXONOMY

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 Assignment:   Science Journal Critique #2

Open Topic. – find the article in the Science and Children journal in the USF library.
Write a 2 -page critique and attach it to your Science Portfolio. DUE:
Feb. 23

 

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Feb 18 - FRIDAY - Computer Lab

Science Journal Article Critique #1
Discuss 3 things you learned.
Discuss your feelings about the article.

 

 

Online Science Portaportal/Science Webpage

 

SMARTBOARD WORKSHOP - Glidden Lab  

Longwood Science Sites
Educational Origami Wiki - lots of sites

Internet4Classrooms

 

PORTAPORTAL EXAMPLE SITES

Sprinkle Portaportal Frazier Portaportal Callett Portaportal WPSVA Portaportal Stultz Portaportal
Middle School Portaportal Science Portaportal Cain Portaportal Portaportal Links MN Portaportal Links
Math Portaportal Hubbard Portaportal McCauley's Portaportal Gloucester Website Teacher

 

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PRESENTATION INFORMATION

Teaching Strategy Presentations
Strategy Presentation Checklist
Sign up for Teaching Strategy Presentation on Class Wiki.
Science Standards Lesson

Sign up for Standards Presentation on Class Wiki.

 

ASSIGNMENT: Read pp 1-8 in Differentiated Science Inquiry by Douglas Llewellyn - discuss on Feb. 25

 

BAR

 

SCIENCE - Feb. 23 and 25 - Wed./Fri. - 12:30-2:30

Hand in Science Self Assessment and the Multiple Intelligences Tic Tac Toe worksheet

Practicum Journal
Practicum list of activities
Practicum Evaluation

SF Staff

Science Journal Article Critique #2 
Discuss
*Scientific Method
*Steps of the Scientific Method
*Scientific Method Handout

*Science Pages
Process Skills Activities  Hands on in class
Handouts
*"Students Walk on Water" - video
 cornstarch


*
Making Outrageous Ooze

Quick Craft Recipes
*Apple Demo

*Our Galaxy - The Milky Way


*SqoolTube Videos

ASSIGNMENT: Work with group to form some questions for your Science Methods Inquiry Project - work on how you will develop your project.

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Friday - Feb. 25

 

 

Discuss Introduction pp. 1-8 in Differentiated Science Inquiry

Science Standards

SD Science Standards

Nature of Science
Physical Science
Life Science
Earth/Space Science
Technology, Enviornment, and Society

 

K-8 Essentials Guides

Activity
Activity Word
Activity Web

Assessment
Assessment Ideas for the Elementary Science Classroom
*Assessment Test Practice
Case Studies in Science Education - video
#12
Modules 1 - 3
Science WebQuests –
Print off an online WebQuest and evaluate it using the
WebQuest Form
Online Science Lesson Plans

ASSIGNMENT: Work with group to form some questions for your Science Methods Project - work on how you will develop your project.

Read Chapter 1 - pp. 11 - 21 "Pathways to Inquiry" - discuss on March 2

 

BAR

 

 

SCIENCE - March 2 - Wed. - 12:30-2:30/ March - School Practicum - 12:30-2:30

 

Response System Quiz
Chapter 1

Inquiry implies that students are in control of an important part of their own learning where they can manipulate ideas to increase understanding.

Discuss Chapter 1 - pp. 11 - 21
"Pathways to Inquiry"
   PowerPoint
slide 27 - 35
*Worksheet
*Demonstrated Inquiry
*Structured Inquiry
*Guided Inquiry
* Self-Directed (Open) Inquiry


Science Inquiry Lesson
Balls and Ramps Lesson
*Structured Inquiry
*Guided Inquiry
* Self-Directed Inquiry

 

Integrated Studies -
3 minute video

Activity - print out
Write down 3 activities
for each subject area
Vocabulary Activity
Science Glossary
Vocabulary Hangman
Vocabulary Games
PRAXIS SCIENCE TEST EXAMPLE
Work on Teaching Strategy Presentation

 

ASSIGNMENT: Read Chapter 2 - pp. 23 - 27 "The Art and Science of Inquiry" - discuss on March 9

 

BAR

 

 SCIENCE - March 9- Wed. - 12:30-2:30; March 11 - School Practicum - 12:30-2:30

 

Iditarod Race

Iditarod Home Page

From Anchorage, in south central Alaska, to Nome on the western Bering Sea coast,
each team of 12 to 16 dogs and their musher cover over 1150 miles in 10 to 17 days.

 

PRESENTATIONS

Teaching Strategy Presentations
Strategy Presentation Checklist

30 minutes

Discuss Chapter 2 - pp. 23 - 27
"The Art and Science of Inquiry" PPT
*21st Century Skills
*Partnership for 21st Century Skills
*3 Steps for 21st Learning
21st Century Skills
**21st Century Teacher
**What's So Different About
21st Century Skills?
**enGauge -21st Century Skills
Presentation
Cooperative Learning Presentation
Cooperative Learning
Video

Cooperative learning is a successful teaching strategy in which small teams, each with students of different levels of ability, use a variety of learning activities to improve their understanding of a subject. Each member of a team is responsible not only for learning what is taught but also for helping teammates learn, thus creating an atmosphere of achievement. Students work through the assignment until all group members successfully understand and complete it. 

 

 

Assessment
Assessment Ideas for the Elementary Science Classroom
*Assessment Test Practice
Case Studies in Science Education
#12- video
Modules 1 - 3
Worksheet
Having High Expectations

view 8 minute video

Class Videos - desktop
"Educating Everyone's Children"

ASSIGNMENT: Read Chapter 3 - pp. 29 - 50 "Differentiated Science Inquiry" - discuss on March 16


BAR

SCIENCE - March 16 - Wed. - 12:30-2:30/March 18 - School Practicum - 12:30-2:30

PRESENTATIONS

Teaching Strategy Presentations
Strategy Presentation Checklist

30 Minutes

Discuss Chapter 3 - pp. 29 - 50 "Differentiated Science Inquiry"

Discuss Videos
Using Children's Literature in the Science Classroom Presentation
*Integrated Science Books

*Online Resources
*CyberGuides
Graphic Organizer Presentation
List

My Webspiration
Tools and Templates
Organizer Tools and Interactives from ReadWriteThink

 

Chapter 3 - DIFFERENTIATED SCIENCE INQUIRY  ppt + Activity

 

ASSIGNMENT: Read Chapter 4 - pp. 51-58 "Why Teachers Differentiate Science Instruction" - discuss on April 13

 

 

BAR

March 23 and 25 - SPRING BREAK

BAR

 

SCIENCE - March 30 - Wed. - 12:30-2:30 - /April 1 - School Practicum - 12:30-2:30

 

NASA Webinar with Angelo

 

Reading, Writing & Rings!
NASA lessons
Edible Space Shuttle Finding Teaching Materials NASA Space Place NASA Kids' Club

 

"How Great is Our God" - video

Images from NASA and Hubble Spacecraft -  "Indescribable" Chris Tomlin

 

ASSIGNMENT: Read Chapter 4 - pp. 51-58 "Why Teachers Differentiate Science Instruction" - discuss on April 13

 

BAR

 

SCIENCE - April 6 - Wednesday and April 7 Thursday - NASA WORKSHOP/April 8 - School Practicum - 12:30-2:30

NASA Workshop

Washington Pavilion
8:00-3:30

Workshop Agenda

NASA Space Place NASA 50 Years  NASA for Educators NASA's Photo Journal  "A Walk Through Space"
Nebula

 

BAR

 

SCIENCE - April 13 - Wednesday and April 15 - School Practicum - 12:30-2:30

 

Discuss: Chapter 4 - pp. 51-58
"Why Teachers Differentiate
Science Instruction"
Science Differentation
Tiered Curriculum Project
worksheet
video 1
Case Studies in Science Education - video # 3
Meet the Needs
of diverse Learners
NASA PROJECTS
Work on
Class Presentation

ASSIGNMENT: Read Chapter 5 - pp. 59-70 "Motivation -The Key to Unlock Learning" - discuss April 20

 

BAR

 

SCIENCE - April 20 - Wed. 12:30-2:30 - April 22 - GOOD FRIDAY

 

 

Discuss Chapter 5 - pp. 59-70 "Motivation -The Key to Unlock Learning" PRESENTATION
SMARTBOARD RESOURCES
Learning Theories and
the Net Generation
- PPT

The Nature of Science
Activity
Work on
Class Presentations

 

BAR

 

SCIENCE - April 27 - Wed. - 12:30-2:30 - Presentations 50-60 minutes/April 29 - School Practicum - 12:30-2:30

Presentation Checklist

 

TEACHING CHILDREN SCIENCE

Differentiated Life Science Inquiries - Chapter 7 Presentation - Grades 6-8
GROUP 1 - Differentiated Life Science Inquiries - Chapter 7 grades 6-8 - April 27
*Worm Watching

*Project Study: Sioux Falls Drinking Water **WATER**
1.Aimee Wiederrich
2.Ashley Auch
3.Patty C
COMPUTER LAB

 BAR

 

SCIENCE - May 4 - Wed. - 12:30-2:30 - Presentations 50-60 minutes/May 6 - School Practicum - 12:30-2:30

 

TEACHING CHILDREN SCIENCE

Differentiated Earth Science Inquiries - Chapter 8
Presentation -Grades 3-5
GROUP 2
Differentiated Earth Science Inquirieis - Chapter 8 grades 3-5 - May 4
*Mineral Detectives

*Project Study: Sioux Falls Garbage/Recycling
1.Krysti Cameron
2.Kayla Akland
3.Kendra Kooiker
4. Jordan
COMPUTER LAB

 

 

SCIENCE - May 11- Wed. - 12:30-2:30 - Presentations 50-60 minutes/May 13 - School Practicum - 12:30-2:30

 

TEACHING CHILDREN SCIENCE

Differentiated Physical Science Inquires - Chapter 9 Presentation - Grades 3-5
GROUP 3 - Differentiated Physical Science Inquiries - Chapter 9 grades 3-5 - May 11
Investigating M&M's

Project Study: South Dakota Sioux River and Missouri River **WATER**
1. Mandy Scheuren
2. Kourtney Leuthold
3. Eric Andersen
4. Megan Boomgarden
COMPUTER LAB

 

 

TEACHING CHILDREN SCIENCE

Differentiated Physical Science Inquires - Chapter 9 Presentation - Grades 6-8
GROUP 4 - Differentiated Physical Science Inquiries - Chapter 9 grades 6-8 - May 11
Dropper Poppers

Project Study: Sioux Falls Streams and Rivers **WATER**
1. Matt
2. Lee
3. Brandon
COMPUTER LAB

 

SCIENCE PORTFOLIO DUE

 

Arlys Peterson's Web Site
Updated 08/16/2011
Comments to Arlys Peterson email at
arlys.peterson@usiouxfalls.edu

Peterson Methods WebPage

http://wps.ablongman.com/ab_abruscato_teachsci_6/15/3966/1015487.cw/index.html