作物生长模拟模型是精准农业支持技术的核心部分之一，也是温室生产智能化操作与管理软件的核心部分。
Crop growth simulation models belongs to the core parts of supporting techniques in precision agriculture and intellectualized operations and management softwares in greenhouse production.
该模型可作温室顶棚，内部空气，作物表面和地表的温度预报之用。
The model presented here can be used to predict the temperatures of the cover, internal air, plant canopy, and soil surface of the greenhouse.
实行温室控制的首要步骤是建立一个合理的数学模型，用该模型来描述温室外部变量和作物生长环境的关系。
For controlling the greenhouse environment the first step is to set up a mathematical model which describes the relationship between the external variables and the plant environment.
温室小气候和作物模型研究是辅助温室作物生产环境优化调控和栽培管理的有力工具。
Study on greenhouse microclimate and crop model is a useful tool for optimization of greenhouse crop and climate 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.
本文综述了作物生长模拟模型建立的过程，及目前国内外在精准农业和智能温室中的运用现状。
This paper summarizes the process of construction of growth simulation models and their current applications in precision agriculture and intellectualized greenhouse at home and abroad.
该模型可作温室顶棚，内部空气，作物表面和地表的温度预报之用。
The model presented here can be used to predict the temperatures of the cover, internal air, plant canopy, and soil surface oft…
该模型可作温室顶棚，内部空气，作物表面和地表的温度预报之用。
The model presented here can be used to predict the temperatures of the cover, internal air, plant canopy, and soil surface oft…
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