应用实践表明，该系统能够满足在可控环境农业中实现自动化和开展科研的要求。
Practical application shows that this system can satisfy the further need of implementing automation and doing research in greenhouse agriculture.
结果表明，设施农业环境中，在人工可控条件下的水分调控，将能提高作物生产潜力和节水潜力。
The results indicated that crop productivity potential and water-saving potential could be improved through the artificial moisture regulation and control in the facility agriculture environment.
结果表明，设施农业环境中，在人工可控条件下的水分调控，将能提高作物生产潜力和节水潜力。
The results indicated that crop productivity potential and water-saving potential could be improved through the artificial moisture regulation and control in the facility agriculture environment.
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