Home | Courses | Calendar | Graduate Credit | Registration | About Us | Contact Us
  • Easy-to-use online courses designed around your busy schedule
  • Access to cutting-edge research and world-renowned scientists
  • Affordable graduate credit available

Calendar


This course draws on the Museum’s long-standing leadership in the fields of paleontology, geology, systematics, and molecular biology to tell a modern story of evolution. Students will learn why evolution is the fundamental concept that underlies all life sciences and how it contributes to advances in medicine, public health, and conservation.

Students will gain a solid understanding of the basic mechanisms of evolution — including the process of speciation — and how these systems have given rise to the great diversity of life in the world today. We’ll also look at how new ideas, discoveries and technologies are modifying prior evolutionary concepts.


Authoring Scientists:

Joel Cracraft

Read bio...
Niles Eldredge

Read bio...

Key Documents
All files in PDF format.

Syllabus Assessment Rubric
National Standards Correlation Final Project

Graduate Credit
This course is approved for grad credit at leading schools.

 Open list of schools...
Key Science Concepts
  • There are numerous lines of evidence that support the theory of evolution. Scientists study evolution in many ways. Charles Darwin developed his groundbreaking views on evolution by observing patterns in nature. This practice is still common today, but the tools of molecular biology and systematics add to the picture.

  • The Tree of Life represents evolutionary history. There are over a million species on Earth today. The basis of evolution is the theory that all living things share a common ancestor and that evolution is the mechanism that has driven that diversification. Scientists construct evolutionary trees to look for patterns of relationships between species and to examine relationships between diverse species.

  • Evolution happens through a variety of mechanisms. Natural selection, sexual selection, mutation, and genetic drift all influence the path of evolution as do interactions between species. We can study evolution by looking at the molecular biology of development in the new field of Evo Devo.

  • Many factors influence the formation of new species. Evolutionary biologists have different definitions of species and therefore subscribe to different notions about the process of speciation. Factors such as geography, environment, and population size determine the formation of new species.

  • Humans have a complex evolutionary history. Humans are the only species we know of that has evolved consciousness. A complex web of factors, such as geography and culture, has influenced the evolution of our own species, as well as other hominid lineages.

  • Evolution impacts our daily lives. Nearly one hundred and fifty years after he published On the Origin of Species, Darwin’s theory still holds up. An understanding of evolution helps fight disease, grow healthy food crops, and preserve endangered species and their habitats.

Explore rich resources from this course
Sample resources...
See what others are saying about this course
Testimonials...
Find out what's involved in an online course
Learning online...
Also at the Museum Beyond Planet Earth

AMNH News


    Warning: MagpieRSS: Failed to parse RSS file. (XML_ERR_NAME_REQUIRED at line 29, column 365) in /web/docs/magpierss/rss_fetch.inc on line 238

    Error:

    MagpieRSS: Failed to parse RSS file. (XML_ERR_NAME_REQUIRED at line 29, column 365)