Potato cultivation

Potato cultivationPotato cultivation
  1. Preliminary Study on the Confined Factors of Potato Cultivation and Development

    马铃薯栽培和推广的限制因素初论

  2. An Experiment of Different Planting Density for Potato Cultivation

    马铃薯不同种植密度试验

  3. Basic questions on studying the history of Chinese potato cultivation were also discussed in this paper .

    讨论了研究中国马铃薯栽培史存在的3个基本问题。

  4. The Preliminary Report on Potato Cultivation Using Double Ridges with Plastic Film Cover Planting Techniques

    马铃薯双垄面全膜覆盖沟播和大垄膜侧栽培试验初报

  5. A Theoretical Approach to Appropriate Width , Height and Shape of Ridge in Sweet Potato Cultivation

    甘薯栽培适宜垄宽、垄高和垄形的理论探讨

  6. Research on Effect of production Increase of Potato cultivation with Seed-soaking with Trace Fertilizer Mn , Zn

    锰、锌微肥浸种栽培马铃薯增产效果的研究

  7. Study on Producing Seed Potato Cultivation Technique of Potato Microtuber ; Research on Nutrition Solution Control System for Greenhouse Aerosol Mini-potato Production

    马铃薯试管薯大田育苗栽培生产种薯的研究温室气雾法工厂化生产马铃薯微型薯营养液自动控制技术研究

  8. The research about molecular mechanism and controlling measures of tuber dormancy and sprouting has important role on potato cultivation , fresh-keeping and industry development .

    研究块茎休眠和发芽的分子机理及调控,对于马铃薯栽培、贮藏保鲜和产业的发展等具有十分重要的意义。

  9. The test is divided into three parts : high temperature screening of cellulolytic bacteria and organic waste fermentation , virus-free seedlings of potato cultivation .

    试验分为三部分:高温纤维分解菌的筛选、有机废弃物的发酵、脱毒马铃薯苗的栽培。

  10. All-film double ridge potato cultivation technology accelerate the growth and development , grow strong , the indicators are better than the other three treatments which was significant among treatments .

    全膜双垄沟马铃薯栽培技术使马铃薯生长发育加快,长势旺盛,各项指标均优于其他三个处理。

  11. Records of potato cultivation date back to 2500 BC , when the indigenous Aymara Indians farmed it in modern-day Peru and Bolivia .

    种植土豆的记载可以追溯到公元前2500年,那时勤劳的艾马拉族印第安人就在现在的秘鲁和玻利维亚种植土豆了。

  12. During the earlier growing stage , the topsoil temperature of all-film double ridge potato cultivation is higher than the other three treatments and increase by 2.3 ℃ compared with control open field cultivation ; while during later growing period , the soil temperature difference among treaments was not significant .

    生育前期,全膜双垄沟栽培各耕层地温均高于其他三个处理,较对照露地栽培的土壤温度平均提高了2.3℃差异显著;生育期后期,各处理间土壤温差较小差异不显著。

  13. Comparative Experiment of Spring Potato in Cultivation Method in Changsha

    长沙地区春马铃薯不同栽培方式比较试验

  14. Application of of Potato Mechanization Cultivation Technology in Highland Areas

    马铃薯机械化种植技术在高原地区的应用

  15. Characteristics of virus-free sweet potato and its cultivation technique

    脱毒甘薯特点及配套栽培技术

  16. Effects of different fertilization rates on yield and benefit of winter potato under no-tillage cultivation

    不同施肥水平对冬种免耕马铃薯产量及经济效益的影响

  17. Characteristics of Growth and Development and Performance of Yield and Quality for Winter-planting Potato in Different Cultivation Models

    不同栽培方式冬种马铃薯的生长发育特性及产量品质研究

  18. The Effect of the Continuous Potato Untilled Mulch Cultivation Pattern on Soil Physico-chemical Properties of Rice Fields

    稻田马铃薯连续免耕栽培对土壤理化性状的影响

  19. By using potato high yield cultivation and balanced fertilization techniques in the arid region of high altitude in Gansu , potato yield could reach up to 35 350.0 kg · hm-2,1.2 times more than that of local average .

    在甘肃高海拔干旱区采用马铃薯高产栽培技术和平衡施肥技术,马铃薯产量为35350kg。

  20. Dormancy and sprouting of potato tuber are very important for potato cultivation , production and processing .

    马铃薯块茎的休眠和发芽对于马铃薯的栽培、块茎生产和加工工业都极为重要。

  21. The experiment studies on virus-free seed potato miniaturization breeding system and matching commercial potato cultivation techniques .

    本文研究了冀中南地区马铃薯脱毒种薯小型化繁育体系和配套商品薯栽培技术问题。

  22. So it was necessary to use virus-free potato plants to produce virus-free seed potato through stem-tips tissue cultivation .

    利用茎尖组织培养便可获得无毒或不带某些病毒的植株,进而生产脱毒种薯。

  23. Throughout the whole potato growing period , the changes of water in different soil layers were basic similar , all-film double ridge potato cultivation technology with the highest water content .

    纵观马铃薯整个生育期,各处理不同土层贮水量的变化规律基本一致,全膜双垄沟栽培处理含水量最高。