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作物育种和栽培是涉及多种学科的综合学科,也是一门综合技术,有较强的生产实践性、区域性、时间性。无论是作物育种,还是作物栽培,都与外界环境密切相关,任何措施的实施,需因时、因地制宜。这些特点一方面表明,作物育种和栽培为计算机应用提供了广阔天地,大有作为,有着良好的前景;另一方面表明,在这些领域里应用计算机的复杂性和困难性。要真正作到育种、栽培技术与计算机技术相结合,以计算机技术改造其传统技术,达到实用化,尚需进行许多艰苦的研究和开发工作。
Crop breeding and cultivation is a comprehensive discipline involving a variety of disciplines, but also a comprehensive technology, a strong practical production, regional, timeliness. Whether crop breeding, or crop cultivation, are closely related with the external environment, the implementation of any measure, due to time, according to local conditions. These characteristics show, on the one hand, that crop breeding and cultivation provide a vast space for computer applications, promising great accomplishments and promising prospects; on the other hand, the complexity and difficulty of using computers in these fields. To really make breeding, cultivation techniques and computer technology combined with computer technology to transform its traditional technologies, to achieve practical, still need to carry out many hard research and development work.