Precise separating technique for viridescence sedge seed
A technology of green sedge and seeds, applied in the field of agricultural biology, to achieve the effects of neat germination, shortening the germination time, and increasing the germination rate
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Embodiment 1
[0021] On May 20, 2008, mature green Carex seeds were harvested in the Xiaotangshan base of Beijing Grass Industry and Environmental Research and Development Center, and stored in mesh bags after air-drying. On June 1, weigh 1g of seeds and soak them in 100ml 3g / L potassium nitrate solution KNO 3 In the beaker of the aqueous solution, the beaker 24 is placed in a 38°C incubator. After soaking, stir once every 30 minutes. After soaking for 12 hours, take out the sunken seeds, add 3 times of wet sand, and store them in a constant temperature box at 25°C. After 10 days, take out the stored seeds, wash away the fine sand through a sieve with clear water, gently crush the rotten seeds and empty shell seeds on the sieve, and select them with clear water to obtain pure and plump green carex seeds. The selected seeds were mixed with 3 times the amount of dry sand and spread in the flat plate of the greenhouse. Seedlings began to emerge after 3 days, and the emergence rate reached 82%...
Embodiment 2
[0023] The seed selection procedures were all carried out as in Example 1, except that the soaking temperature of the seeds was 25°C. After the selected seeds are sown, seedlings begin to emerge after 5 days, and the emergence rate reaches 78% after 8 days.
Embodiment 3
[0025] The cutting procedure is all carried out according to embodiment 1, the difference is that the seed soaking solution is that the concentration is 500mg / L GA 3 , soaking time is 24h. After the selected seeds are sown, seedlings begin to emerge after 3 days, and the emergence rate reaches 84% after 8 days.
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