Polyculture Jam grew dual-strain algae cultures to overcome stressed and contaminated environments. The successful outcomes of this project will be a robust microalgal polyculture that generates abundant biomass throughout the year for the production of food, feed, and fuel.
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Polyculture Jam: Austin Community College (TX), University of Texas at Austin (TX), Del Valle High School (TX), Humboldt State University (CA)
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Polyculture Jam
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Shaking platform and growth light prepared for culturing inside refrigerator
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Polyculture Jam
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Mitchell counting algae via hemocytometry
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Polyculture Jam
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(From left to right) SCAP, CSOR, and HPLU cultures in Environ Shaker
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Polyculture Jam
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Polyculture Jam: Austin Community College (TX), University of Texas at Austin (TX), Del Valle High School (TX), Humboldt State University (CA)
Credit
Polyculture Jam
Polyculture Jam: Austin Community College (TX), University of Texas at Austin (TX), Del Valle High School (TX), Humboldt State University (CA)
Polyculture Jam
May 9, 2025
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Caption
Shaking platform and growth light prepared for culturing inside refrigerator
Credit
Polyculture Jam
Shaking platform and growth light prepared for culturing inside refrigerator
Polyculture Jam
May 9, 2025
Photo

Caption
Mitchell counting algae via hemocytometry
Credit
Polyculture Jam
Mitchell counting algae via hemocytometry
Polyculture Jam
May 9, 2025
Photo

Caption
(From left to right) SCAP, CSOR, and HPLU cultures in Environ Shaker
Credit
Polyculture Jam
(From left to right) SCAP, CSOR, and HPLU cultures in Environ Shaker
Polyculture Jam
May 9, 2025