The Technology of Growing Ecologically Clean Potato Seed Material

Hyochoong Bang

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The Technology of Growing Ecologically Clean Potato Seed Material

机译：生态清洁马铃薯种子材料的技术

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The article shows the results of raising the coefficient of tubers reproduction due to the thickness of the planting and the mass of the seed material. It was found out that to raise the coefficient of potato tubers reproduction in the system of seedgrowing in the optimal fertilizing area of 70x15 and average mass of the planting tuber 30-50 grammas, it is purposeful to raise the thickness of the per hectare to 95 thousands of plants.

机译：本文显示了由于种植厚度和种子材料的质量而导致块块速度的系数的结果。发现在70x15的最佳施肥面积和种植块茎30-50克的平均质量的播种系统中，提高马铃薯块茎繁殖系数，有目的是将每公顷的厚度提高至95 成千上万的植物。

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来源
《International Journal of Horticulture & Crop Science Research》 |2017年第2期|共5页
作者
Hyochoong Bang;
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作者单位

Daejeon 34141 Republic of Korea;

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原文格式 PDF
正文语种 eng
中图分类农学（农艺学）;
关键词
Potato; biochemical content; starch; protein; Vitamin ?C?; seed material; productivity; Condor sort;

机译：土豆;生化含量;淀粉;蛋白质;维生素？C？;种子材料;生产力;CONDOR SORT;

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专利

1. The Technology of Growing Ecologically Clean Potato Seed Material [J] . Hyochoong Bang International Journal of Horticulture & Crop Science Research . 2017,第2期

机译：生态清洁马铃薯种子材料的技术
2. Minimization of the negative influence on the biosphere in heavy oil extraction and ecologically clean technology for the injection of the steam with supercritical parameters in oil strata on the basis of new ecologically clean tubing pipes with heat-resistant coatings [J] . Komkov M. A., Moiseev V. A., Tarasov V. A., Izvestiya Atmospheric and Oceanic Physics . 2015,第8期

机译：在新的带有耐热涂层的生态清洁油管的基础上，最大程度地减少重油开采中对生物圈的负面影响以及生态清洁技术，该技术用于在油层中注入超临界参数的蒸汽
3. Integrated control of potato pathogens through seed potato certification and provision of clean seed potatoes. [J] . Frost K. E., Groves R. L., Charkowski A. O. Plant Disease . 2013,第10期

机译：通过种薯认证和提供干净的种薯来综合控制马铃薯病原体。
4. Preliminary research to develop a low-technology aeroponic system for producing clean seed potato in the Philippines [C] . Nandita Pathania, Peter Trevorrow, Michael Hughes, The Australian Centre for International Agricultural Research-Philippine Council for Agriculture, Aquatic and Natural Resources Research and Development Southern Philippine fruits and vegetables program Meetin . 2013

机译：初步研究开发菲律宾干净种子马铃薯的低技术曝气系统
5. Critical Material Supply Risks and Mitigation Strategies in Clean Energy Technologies [D] . Leader, Alexandra . 2020

机译：清洁能源技术中的关键材料提供风险和缓解策略
6. Large-Scale Seedling Grow-Out Experiments Do Not Support Seed Transmission of Sweet Potato Leaf Curl Virus in Sweet Potato [O] . Sharon A. Andreason, Omotola G. Olaniyi, Andrea C. Gilliard, 2021

机译：大规模的幼苗生长实验不支持甘薯甘薯叶卷曲病毒的种子传播
7. Ecologically clean evaporation-condensation method application for obtaining of electrical contacts based on copper composite materials [O] . V.G. Grechanuyk, O.V. Matsenko 2018

机译：基于铜复合材料获取电触点的生态清洁蒸发 - 冷凝方法

The Technology of Growing Ecologically Clean Potato Seed Material

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