It is important for the growth of the crop to control the greenhouse environment.
温室环境控制对于作物的生长有着重要的意义。
Soil salinization is one of the major factors compromising crop growth and leading to soil degeneration and desertification in natural ecological environment.
土壤盐渍化已成为危害农作物生长、土壤荒漠化和自然生态环境恶化的主要原因之一。
Temperature, humidity, light, CO_2, and PH of soil are the most essential factors in the growth environment of the crop.
就农作物的生长环境而言，温度、湿度、光照、CO_2、土壤PH值等是其最基本的因子。
Crop growth simulation is a newly established research area, and useful for understanding, predicting, and then regulating growth and development of crop plantS in response to environment.
作物生长模拟是一门新兴的研究领域。有助于理解、预测和调控作物生长发育及其对环境的反应。
The relevant application shows that this method is adaptable to the natural environment and the crop growth habit in Jianghuai hilly region in Anhui Province.
应用表明，该方法适合于安徽江淮丘陵区的自然环境条件和作物生长习性。
It is a core technology of greenhouse environment and crop growth and development precise control and quantitative management.
建立温室园艺作物生长模型，是进行温室环境和作物生长发育精确化控制和定量化管理的核心技术。
It is a core technology of greenhouse environment and crop growth and development precise control and quantitative management.
建立温室园艺作物生长模型，是进行温室环境和作物生长发育精确化控制和定量化管理的核心技术。
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