水稻栽培的英文

• rice cropping

• "水稻"英文翻译    paddy; rice
• "栽培"英文翻译    cultivate; grow; plant; crop ...
• "水稻栽培植被" 英文翻译 :    paddy cultural vegetation
• "水稻栽培的机械化" 英文翻译 :    mechanization in rice cultivation
• "稻栽培" 英文翻译 :    rice culture; rice growing; rice plantation
• "水稻节水高效栽培技术" 英文翻译 :    water saving irrigation
• "水稻" 英文翻译 :    paddy (rice); rice 中国是世界上最早种植水稻的国家。 浙江省余姚县河姆渡遗址, 距今已6,000多年。在这个遗址中发现分布遍及400平方米的水稻遗物, 证明中国是最早种植水稻的国家。 china was the first country in the world to plant rice. this is evident in the remains of rice covering an area of 400 square metres found in the ruins of hemudu in yuyao county, zhejiang province, which dates back more than 6,000 years.; 水稻拔秧机 nursery planter puller; rice seedling puller; 水稻插秧机 rice planter; rice transplanting machine; rice transplanter; 水稻土 paddy soil; rice soil; 水稻秧田 rice seedling bed; 水稻遗传学 rice genetics; 水稻育秧设备 rice nursery equipment; 水稻直播机 paddy planter
• "栽培" 英文翻译 :    1.(种植; 培养) cultivate; grow; plant; cropping 棉花栽培 the culture of cotton; 栽培野生植物 domesticate wild plants; 模式化栽培 systematic cultivation2.(造就) foster; train; educate3.(提拔) help advance sb.'s career; patronize 多谢您的大力栽培。 a thousand thanks for your patronage.; 栽培草地 arable meadow; 栽培法 cultivation; 栽培技术 cultivation technique; 栽培蘑菇 cultured mushroom; 栽培品种 cultivar; 栽培植物 agrad; hemerophyte; cultivated plant; 栽培种 cultigen
• "割水稻" 英文翻译 :    cut paddy
• "和水稻" 英文翻译 :    oryza sativa
• "深水稻" 英文翻译 :    deepwater rice
• "水稻“秋落”" 英文翻译 :    akiochi
• "水稻清" 英文翻译 :    bambooleaf fig herb
• "水稻区" 英文翻译 :    rice belt; rice-growing district
• "水稻鼠" 英文翻译 :    thomas' water rat
• "水稻所" 英文翻译 :    irri
• "水稻田" 英文翻译 :    paddy field, rice field; paddy land; paddyfield; rice paddy field
• "水稻土" 英文翻译 :    padi soil; padisoil; rice paddy soil; rice soil
• "盐水稻" 英文翻译 :    salt rice
• "耕作,栽培" 英文翻译 :    cultivate
• "畦栽培" 英文翻译 :    bedding cultivation
• "示栽培" 英文翻译 :    arboriculture
• "水栽培" 英文翻译 :    hydroponics
• "栽培参" 英文翻译 :    cultivated ginseng
• "栽培场" 英文翻译 :    ranch

• Evolution and development of rice planting pattern
  水稻栽培方式的演变与发展研究
• The application and development of the rice cultivation expert system in guizhou
  贵州水稻栽培专家系统的开发与应用
• Paddy cultural vegetation
  水稻栽培植被
• The second part of the thesis tries to construct the architecture of multi - agent knowledage discovery system in rice cultivation database ( makdsrcd ) , and build a system model on it . the functions of those respective components and the operation procedure of the system are also described in this part
  本文第二章建立了基于多agent的水稻栽培数据库知识发现系统( makdsrcd )的体系结构，并在此基础上构建出用于描述系统各构成实体功能及系统运行过程的系统模型。
• Based on visual rice growth models ( vrgm ) and the techniques of " vigorous root - strong culm - heavy panicle " , " once - for - all basal application " etc , rice expert system of cultivation management for high yield has functions of inquiry , optimum decision on agronomy measures , cultivation management decision , diagnosis and control of physiological problems , disease and insect pests
  该系统以可视水稻生长模型系统为基础，以水稻“旺壮重”栽培技术、一次性全层施肥技术、水稻全程化控工程等研究成果为知识中心，试图覆盖水稻全部栽培过程和方式，为水稻栽培管理决策提供优化方案。
• Based on integration of " high yield & benefit and good grain quality of modeled cultivation of foodstuff crop ( rice ) and its consultation system " , this thesis sets it ultimate goal to deal with the knowledge discovery in the consultation system of simulation - optimization decision making in quality and high - yielding rice cultivation . after a close study of the features of the database in rice cultivation , this thesis introduces the system engineering theory of agent aralysing and designing and offers a practical new way to promote the intelligence of the knowledge discovery system in rice cultivation database , to improve the efficiency of data mining and the human - computer interactive ability to realize the integrated knowledge - based combination between human and computer or among the sub - systems
  本文以广西“粮食作物(水稻)两高一优模式栽培技术集成与咨询系统研究”为背景，以基于专家系统( es )的水稻优质高产栽培模拟优化决策咨询系统的知识获取问题为导向，针对水稻栽培数据库的特点，从系统工程角度引入面向agent的分析与设计思想，提出一种用多agent从水稻栽培数据库中发现知识的人机合作、半自动的知识获取方法，实现利用多agent的自主性、反应性和社会性，提高水稻栽培数据库知识发现系统的智能水平、数据挖掘效率和人机交互能力，实现人机之间、各子系统之间基于知识的柔性综合集成，为水稻栽培知识发现提供了一条新的可行途径。
• In systematic design and in realizing , analyse current rice procedure of cultivation technique at first of making policy , the dataflow of drawing dss is pursued , then adopted the analytic approach of the dataflow , put forward the function structure form of the subsystem , utilize vb , sql finally , access data base , multimedia technology , etc . facing target programming tool realize rice function of dss
  在决策系统的设计与实现中，首先分析现行水稻栽培技术的流程，之后绘制了决策支持系统的数据流图，然后采用数据流分析法，提出子系统的功能结构表，最后利用vb 、 sql 、 access数据库、多媒体技术等面向对象的编程工具实现水稻决策支持系统的功能。
• The fourth part offers the adaptability of the cultivation of different spicies of rice , and some examples to reveal knowledge discovery in detecting the most suitable seed sowing period , which leads to the resolution that makdsrcd having achieve a special function to discover knowledge in rice cultivation database , makdsrcd is a new way to achieve the knowledge of rice cultivation and is valuable to some degree
  第四章绐出了水稻栽培品种的适宜性和水稻最佳播种期的知识发现实例，实践表明makdsrcd具有水稻栽培数据库发现知识的独特功能，是获取水稻栽培知识的一种新途径。
• Knowledge acquisition is one of three major factors which should be dealt with in systems based on knowledge . it is so difficult to achieve knowledge that it is often considered as the crucial and decisive factor in knowledge system . difficulties in expert - orientd knowledge acquisition are especially prominent in the field of rice cultivational simulation - optiminzation - decision making
  知识获取是基于知识的系统必须解决的三个关键问题之一。知识获取是困难的，以致于被认为是制约知识系统成败的瓶颈问题。在水稻栽培计算机模拟优化决策领域，面向专家的知识获取问题尤为突出。
• The results of the 2 - year field experiments of reducing chemical n fertilizer application in rice growth and the 1 - year demonstration and extension on a rather of large - area showed that appropriately selecting various ways of reducing chemical n fertilizer application according to different contents of alkali - hydrolysable n in soil could decrease the application amount by 15 % ~ 20 % and maintain the current rice yield per unit area
  摘要通过2年水稻化学氮肥减量施用田间试验及1年较大面积的推广示范研究，结果表明：崇明常年高氮水平下的水稻栽培区，降低氮肥用量可以通过土壤高、中、低碱解n含量水平，以维持现有水稻单产为原则，针对性地选取减氮途径进行减量， 2年结果可比习惯施肥减氮15 % ~ 20 % 。