Codonopsis pilosula frame building and seed harvesting method
A technology of Codonopsis pilosula and seed collection, which is applied in the field of Chinese herbal medicine planting, can solve the problems of inconsistent seed maturity, reduced seed germination rate, and more natural landing, and achieves the effect of facilitating growth, improving the uniformity of ripening and fullness, and ensuring quality.
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Embodiment 1
[0029] On October 25, 2012, Guizhou Hongfutang Daodi Medicinal Materials Co., Ltd. conducted a comparison test of seed collection in Gaochao Village, Shimen Township, Weining County. The well-growing field of Codonopsis pilosula was selected as the test base. The previous potato crop in the test base was 1917 meters above sea level. Divide the Daejeon test base into two comparison treatments, A and B, each with a volume of 667m 2 , wherein A treatment adopts conventional seed collection technology, without the need for scaffolding, natural growth and drying, cutting vines and seed collection; B processing adopts the above-mentioned technology of the present invention, that is, scaffolding seed collection technology. By adopting the technology of the invention, the seed recovery rate can be increased by 35%, and the seed germination rate can be increased by 27%.
Embodiment 2
[0031] On November 6, 2013, Guizhou Hongfutang Daodi Medicinal Materials Co., Ltd. conducted a comparison test of seed collection in Xichong Village, Xiaohai Town, Weining County. The well-growing field of Codonopsis pilosula was selected as the experimental base. The experimental base was interplanted with corn and potatoes at an altitude of 2276 meters. Divide the Daejeon test base into two comparison treatments, A and B, each with a volume of 667m 2 , wherein A treatment adopts conventional seed collection technology, without the need for scaffolding, natural growth and drying, cutting vines and seed collection; B processing adopts the above-mentioned technology of the present invention, that is, scaffolding seed collection technology. By adopting the technology of the invention, the seed recovery rate can be increased by 28%, and the seed germination rate can be increased by 19%.
Embodiment 3
[0033] On October 15, 2014, Guizhou Hongfutang Daodi Medicinal Materials Co., Ltd. conducted a comparison test of seed collection in Baodu Village, Mezhan Town, Weining County. The well-growing field of Codonopsis pilosula was selected as the test base. The previous corn crop in the test base was 2098 meters above sea level. Divide the Daejeon test base into two comparison treatments, A and B, each with a volume of 667m 2 , wherein A treatment adopts conventional seed collection technology, without the need for scaffolding, natural growth and drying, cutting vines and seed collection; B processing adopts the above-mentioned technology of the present invention, that is, scaffolding seed collection technology. By adopting the technology of the invention, the seed recovery rate can be increased by 37%, and the seed germination rate can be increased by 21%.
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