Contact us
|
Sitemap
BayerUS.com
About
MSMS
Science Fun
Education Resources
Systemic Science Education Reform
Employee Volunteerism
News
Our Communities
Meet Our National Spokesperson
Awards and Recognition
MSMS
Around the Globe
MSMS Toolbox
Periodic Table of Elements
Science Library
Science Fair Projects
Science Riddles
Partnerships and Programs
Resources for Students, Teachers and Parents
Resources for Business and Industry Leaders
Elementary School Science Education Reform
School-to-Career Programs
Bayer Volunteers in Your Community
Online Resources
Current News Releases
News Release Archive
MSMS Home
Education Resources
Partnerships and Programs
Resources for Students, Teachers and Parents
Bayer Facts of Science Education Surveys
MSMS
Audio Series
MSMS
Video Vignettes
Tips for Parents
Science Education Myths
Resources for Business and Industry Leaders
Bayer Links
Bayer Global
Bayer HealthCare
Animal Health
Consumer Care
Diabetes Care
Pharmaceuticals
Bayer CropScience
Bayer MaterialScience
Bayer Corporation
Bayer Business and
Technology Services
Special Interest
Investor Relations
News Room
Careers
General Conditions of Use
Privacy Statement
Imprint
KIDS AND SCIENCE: POINTERS FOR PARENTS
What can parents do to help nurture and maintain their children’s interest in science? In a recent Bayer Facts of Science Education survey, America’s Ph.D. scientists offer these tips:
Know that interest in science begins early in childhood
.The majority of scientists caught the “science bug” while still in elementary school. And, if your four-year-old daughter wants a doctor’s kit and your son an erector set, don’t be surprised: biological sciences first appealed to female scientists, while physics and chemistry attracted the males.
Be aware that girls like science as much as boys
. Mounting evidence indicates that girls and boys typically start out with equal interest in science. Unfortunately, behaviors in the classroom may turn girls off to the subject. When they were in elementary school, the scientists surveyed report that girls were encouraged far less than boys in science class – a situation that grew worse in high school.
Understand adult roles
. When it came to igniting their early interest in science, it was scientists’ parents who were the biggest influences. And, it’s not because their parents were professional scientists, but rather because the adults encouraged them to pursue their interests and find answers to questions on their own.
Expose children to role models
. Mentors are very important to young professionals just beginning their careers. The same is true for students. Exposing students to male and female professionals helps them see that they can accomplish their goals, too. Companies like Bayer have employee volunteer programs that encourage scientists to spend time with students in schools.
Check out school science programs
. National science education reformers advocate science learning at the earliest elementary school levels through an inquiry-based, hands-on method. Students learn by researching, analyzing, experimenting and testing conclusions, just like scientists do. Talk to your children’s teachers. To find out the best curricula available, contact the National Science Resources Center in Washington, D.C.
Nurture their interests outside of school
. Science is everywhere, not just in the classroom or laboratory. It’s in the fish tank, in the backyard where caterpillars turn into butterflies and in the kitchen where baking a cake is a chemistry lesson. Doing informal experiments at home is not only fun, but effective in helping to develop long-term skills and interest.
Utilize science resources
. From the media and Internet to science museums and the public library, resources abound. Visiting science museums and zoos had a profound early affect on many scientists. And, with the number of outstanding web sites devoted to scientific discovery and learning, the Internet can play a positive role.
The "Making Science Make Sense" Experiment Guide consists of fun and instructional experiments from expert sources on topics such as how colors separate and making play putty. Each experiment uses regular household products such as coffee filters and marker pens to learn about the composition of colors or a balloon, needle and cooking oil to learn interesting lessons about air pressure.
Click here
to view our online version of the Experiment Guide.
Last updated:
Bookmark this page
E-mail this page
Copyright © Bayer Corporation
Print page
Search
Advanced Search
Quick Links
STEM Education
National Science Teachers Association
National Council of Teachers in Math
National Science Resources Center
Math and Science Partnership Network
Triangle Coalition for Science and Technology Education
Business-Education Partnerships
The Conference Board
U.S. Chamber of Commerce
The Business Roundtable
Biz4Ed.org
Best Practice Programs
Elementary School Programs
ASSET Inc.
California Mathematics, Engineering, Science Achievement (MESA)
Environment As A Context For Opportunities In Schools (ECOS)
FOSS, GEMS, EQUALS Lawrence Hall of Science
Kinetic City
Math Out Of The Box™
Omaha Public Schools/ Banneker 2000
Science On Wheels Pacific Science Center
Secondary School Programs
American Chemical Society’s Project SEED
Biotech Partners
California Mathematics, Engineering, Science Achievement (MESA)
Gateway Institute for Pre-College Education
Illinois Math and Science Academy’s E2K+
JETS (Junior Engineering Technical Society)
Project Lead The Way
Science In Motion
Techbridge, Chabot Space & Science Center
Publications
Publications
Perspectives on Creating Successful Business Education Partnerships
Compendium of Best Practice K-12 STEM Education Programs
Bayer Facts of Science Education I-XII Survey Findings At-A-Glance
Bayer Facts of Science Education Surveys
MSMS Tools
MSMS Brochure (English)
MSMS Brochure (Spanish)
MSMS Experiment Guide Vol. 1 (English)
MSMS Experiment Guide Vol. 2 (English)
MSMS Audio Series Experiment Kit (English)
MSMS Activity Book (English)
Periodic Table of the Elements (English)
Periodic Table of the Elements (Spanish)
MSMS Background Information
MSMS Backgrounder
MSMS Systemic Reform Program Backgrounder
Mae C. Jemison Official Biography
MSMS 10th Anniversary Scrapbook
Chemical Week CSR Special Insert
MSMS News Article Search
Please enter a list of one or more keywords, separated by commas, to search for
Current News Releases
Current News Releases
This site requires the use of Javascript to perform properly. Please enable Javascript in your browser.