Biological character and key cultivation techniques of new sweet potato variety "Xuzhou 43 14" were studied.
研究了新品种徐州43- 14的生物学特性及高产栽培技术。
The sweet potato variety Yushu 13, bred by inter varietal hybridization, is high yielding multi resistant and rich in starch content.
采用品种间杂交方法，育成了高产多抗淀粉加工型甘薯新品种豫薯13号。
When they predicted an attack of butterflies and insects, they had a potato variety which was resistant to this pest, and everyone was encouraged to plant that.
当他们预计有蝴蝶和昆虫的虫害袭击，他们就种植可以抵抗这些害虫的马铃薯，大家都被鼓励种这些。
Photosynthesis and dry-matter partioning are main procedures in crop growth and development models. In this paper, a model is presented based on experiment of sweet potato variety Xushu 18.
光合作用和于物质的生产与分配模型是作物生长模拟模型中最基础的部分，在试验的基础上以徐薯18为例建立模型。
Atlantic, a potato variety, was tested under different harvest time to study the effects on yield and output value for providing the theoretical basis of rationally harvesting commercial potato.
为给商品薯的科学收获时间提供理论参考，设置不同收获时间对马铃薯大西洋产量及产值的影响试验。
Potato, tolerating store and transportation is important variety of adjusting midseason and low-season.
马铃薯耐贮运，是调节旺淡的重要蔬菜品种。
Creating a new broad-spectrum resistant variety has become the goal of potato breeders.
因此，培育广谱抗病新品种是育种学家的首选目标。
The advancement achieved in new variety breeding and technique research will provide technical support for sweet potato production.
甘薯新品种选育和技术研究取得重要进展，为甘薯生产提供了技术支撑。
Richard Veilleux, a professor at Virginia Tech, provided that variety of potato.
弗吉尼亚理工大学的Richard Veillexus教授提供了这种马铃薯。
Diet Portugal is one of the most famous culture is a variety of rice, food, potato, bread, meat, seafood and fish.
饮食葡萄牙一项最出名的文化乃饮食，各种米饭、马铃薯、面包、肉类、海鲜和鱼类组成其主要食谱。
This variety plants in more than 10,000 hectares in the Fujian Liancheng County sweet potato to account for 80%, is the most main raw material origin of dried sweet potato in Liancheng County.
该品种在福建连城县甘薯种植1万多公顷中占80%，是龙岩连城县地瓜干最主要的原材料来源。
The rack may be formed of a variety of biodegradable, compostable materials, including for example molded polypropylene or organic resins such as a corn-based resin or potato-based resin.
该支架可由各种可生物降解、可堆肥材料形成，包括例如模制聚丙烯或有机树脂例如基于谷物的树脂或基于马铃薯的树脂。
The rack may be formed of a variety of biodegradable, compostable materials, including for example molded polypropylene or organic resins such as a corn-based resin or potato-based resin.
该支架可由各种可生物降解、可堆肥材料形成，包括例如模制聚丙烯或有机树脂例如基于谷物的树脂或基于马铃薯的树脂。
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