Learn how to construct a butterfly habitat using inexpensive materials, obtain larvae, and feed and care for butterflies.
Butterflies in Space
Loading Content
With approximately 20,000 species on Earth, butterflies are among the world's most recognizable and popular insects. In 2009, four painted lady butterflies flew aboard the space shuttle Atlantis to the International Space Station (ISS), where they grew and lived. Students can use original photos from the mission to conduct open-ended scientific investigations to learn how gravity and microgravity affect the life cycle of painted lady (Vanessa cardui) butterflies.
Developed and conducted by the Center for Educational Outreach, Baylor College of Medicine, in collaboration with BioServe Space Technologies (University of Colorado), National Space Biomedical Research Institute, and the United States National Aeronautics and Space Administration.
Investigation Information: Click Here
Painted Lady Butterflies in Space! On November 16, 2009, larvae that hatched six days earlier flew aboard the space shuttle Atlantis to the ISS. While in space, they were monitored continually, with photos and video transmitted hourly to the BCM and BioServe teams on Earth.
The larvae successfully fed, grew, formed chrysalises, and emerged as adult butterflies. The historic space experiment concluded on December 10, 2009, but photos and video from the mission remain available on BioEd Online (see below). We invite you and your students to perform butterfly investigations in your own classrooms and compare your Earth-based butterflies to those that lived on ISS. The free Butterflies in Space Teacher’s Guide provides instructions for setting up ground-based butterfly habitats and helping students to design their own experiments.
Developed and conducted in collaboration with BioServe Space Technologies of the University of Colorado, National Biomedical Research Institute, and the United States National Aeronautics and Space Administration.
Subtopics:
Related Content
-
Exploring Microgravity
Presentation
What is microgravity? How is it created? And how does it impact astronauts during spaceflight? Gregory Vogt, EdD, provides answers to these and other questions about the near-weightless conditions in space.
-
Introduction to Animal Behavior
Presentation
Explore the distinctions and interactions between inherited and learned behaviors in animals.
-
Rockets
Teacher Guide
Students build and launch rockets to study forces and motion, Newton's Laws, mass, acceleration, change, momentum, push, pull, friction, and more. (15 activities)
-
Rockets: Force and Motion
Presentation
Join Dr. Greg Vogt as he discusses the history of rockets and explains how astronauts and scientific experiments are launched into space.
Funding
National Space Biomedical Research Institute
This work was supported by National Space Biomedical Research Institute through NASA cooperative agreement NCC 9-58.
Houston Endowment Inc.
Foundations for the Future: Capitalizing on Technology to Promote Equity, Access and Quality in Elementary Science Education; Opening Pathways for Teacher Instructional Opportunities in Natural Sciences
Howard Hughes Medical Institute
Science Education Leadership Fellows Program
Grant Numbers: 51006084, 51004102, 51000105