
Dr. Greg Vogt explains the Plants in Space experiment, including how to create a small, white-light plant growth chamber made from inexpensive materials. He also provides tips and techniques for materials and media preparation.
Do plants grow differently in microgravity? Use Wisconsin FastPlants® to investigate plant root growth, and compare seedlings in class to images and videos of ones grown on the ISS.
Developed and conducted in collaboration with BioServe Space Technologies of the University of Colorado, and the United States National Aeronautics and Space Administration. Funding provided by the National Space Biomedical Research through NASA cooperative agreement NCC 9-58.
Dr. Greg Vogt explains the Plants in Space experiment, including how to create a small, white-light plant growth chamber made from inexpensive materials. He also provides tips and techniques for materials and media preparation.
Watch the History of Space Shuttle Endeavour produced by NASA.
JAXA astronaut Satoshi Furukawa sets up the second of four Plants in Space experiments aboard the ISS.
Video compilation of ISS-based plant root growth (microgravity) vs. ground-based control (gravity). First planting (Brassica rapa).
The out-of-this-world sequel to the Plantango!
Video compilation of ISS-based plant root growth (microgravity) vs. ground-based control (gravity). Third Planting (Brassica rapa).
Photos from the unlit ground-based control module.
Photos from the unlit module aboard ISS.
Photos from the lit ground-based control module.
Photos from the lit module aboard ISS.
Photos from the unlit ground-based control module.
Photos from the unlit module aboard ISS.
Photos from the lit ground-based control module.
Photos from the lit module aboard ISS.
Photos from the dark ground-based control module.
Photos from the dark module aboard ISS.
Photos from the light ground-based control module.
Photos from the light module aboard ISS.
Photos from the dark module aboard ISS.
Photos from the light ground-based control module.
Photos from the light module aboard ISS.
Photos from the dark ground-based control module.
Photos from the dark module aboard ISS.