Seeds, Rocket Ships, The Space Station And The Red Planet

STATION NEWS

fun for the whole family

Ottawa - Nov 11, 2003
Mauril Bďż˝langer, MP for Ottawa-Vanier, on behalf of Allan Rock, Minister of Industry and Minister responsible for the Canadian Space Agency today announced before a group of 200 Ottawa-area students that half a million Heinz tomato seeds will be launched to the International Space Station onboard a Russian rocket in early 2004 as part of the Tomatosphere Project.

The Tomatosphere Project uses Space to teach students to think critically, and to help them to explore science concepts in way that will allow them to enjoy and embrace science learning. A national educational outreach program, the Tomatosphere Project is designed to challenge students to uncover clues about growing food in space through scientific experiments.

"This project opens young minds to the idea that they can be a contributing part of 'science', 'exploration', 'innovation' and 'discovery'. It epitomizes the value of collaborations between public, private organizations and the academic community to bring innovative and inspiring learning opportunities to the youth of this country," said Mauril Bďż˝langer, MP.

Long-term space missions to Mars will use plants to provide a source of food, water, oxygen and a way to consume the carbon dioxide produced by the crewmembers. Data collected from the student experiments will help achieve a better understanding about the effects of space travel on seed germination.

The announcement was followed by a presentation from CSA Astronaut Dr. Bob Thirsk and Dr. Mike Dixon from the University of Guelph, who spoke about life support requirements for manned missions to Mars and the importance of plants in manned planetary exploration.

EXO LIFE

Mapping Of Arabidopsis Could Lead To New Generation Of Hybrid Plants

Berkeley - Nov 05, 2003
In a study led by researchers at the University of California, Berkeley, and the Salk Institute in La Jolla, Calif., scientists have accurately mapped the genes of the common mustard weed, Arabidopsis. The achievement may lead to the next generation of genetically modified crops that can grow faster, produce more food and resist disease.

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