The slow motion photography will continue throughout satellite's 15-day space flight, according to the Institute of Plant Physiology and Ecology (SIPPE) with CAS's Shanghai Institutes for Biological Sciences that is conducting the experiment.

This is the first space experiment conducted by China on higher plants.

After being exposed to cosmic radiation and zero gravity, some seeds are expected to mutate so their seeds may produce much higher yields and improved quality when they are planted on earth.

The experiment aims to discover just what happens to the germination and sprouting of plants when they are exposed to zero gravity, the SIPPE said.

The Shijian-8, a recoverable satellite, was launched aboard a Long March-2C rocket carrier. Its mission is to expose more than 2,000 seeds of nine varieties of plants to cosmic radiation and zero gravity.

The satellite, the first specifically dedicated to the propagation of seeds, is the 23rd recoverable satellite launched by China.

Once the space-bred seeds, including grain, cash crops, forage plants and fungi, are recovered, the Ministry of Agriculture will distribute them to research institutions for further study.

SIPPE said the flowering Chinese cabbage will not be recovered by but will be left in the orbital module to circle the earth forever.

The United States and Russia have also been capable of breeding seed in space.

Since 1987, China has conducted seed breeding tests on nine return satellites and a number of new species of plant seeds have been bred in space by Chinese scientists.

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