This site, built upon Gregor Mendel's famous paper of 1865, is a teaching and learning resource complete with the full text of his paper, various texts, essays and commentaries, reference materials, and much more.

Human-Genetics: A Worldwide Search for the Dominant Trait allows you to collect data and share your results with students around the world. Register your class, complete the student survey, participate in discussion boards, and interact...

Explore this online exhibit highlighting Gregor Mendel's contributions to the science of genetics. Read about Mendel's life, view pieces of art inspired by genetics, and find a wealth of resources for planning further research on...

College student site with information about Gregor Mendel and Mendelian Genetics. Also contains an interactive pea experiment and a glossary.

A good interactive genetics site for testing your knowledge of Mendel's principles. Perform monohybrid and dihybrid crosses and see the results.

A web-based course which allows students to explore the fields of genetics and genomics. The three course modules are transmission genetics, the nature of genetic material, and medical genetics and genomics. Use of this resource requires...

Get an in-depth look at gene inheritance and transmission with this webpage. This site explores genetics beyond Mendel and his peas. Investigate transmission genetics with the following topics gene linkage, variation in gene expression,...

Explore how genes are passed from one generation to the next including Punnet squares. Kids learn about Gregor Mendel and his theories and experiments on inheritance and genetics.

This site, which is provided for by the University of Arizona, gives problems online that correspond to basic Mendelian genetics. Test your knowledge once you've read about Mendel and accessed the links to the various subjects covered in...

This interactive activity, adapted from the Dolan DNA Learning Center, illustrates how Gregor Mendel used purebred yellow and green peas to show that some genes are dominant and others are recessive.

This site is provided by the University of Arizona and it gives great information on the subject. Good collection of dihybrid crosses which exemplify the issue of independent assortment. Work these once you think you've mastered th concept.