智能温室大棚是全机械化操作，对生物成长能非常好的操控其内部要素，使其内部环境能抵达做精确的标准。
Intelligent greenhouses is fully mechanized operation, can very good control of its internal elements for biological growth, make its internal environment can arrive to do precise standards.
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.
这主要是由制造、运输和操作该电子设备所耗费的能源造成的。然而，很多专家称，信息和通信技术也未减少温室气体排放提供了最好的机会。
This is mostly because of the energy used to manufacture, transport and operate such equipment. Still, many experts say ICTs offer the best chance for reducing greenhouse gases.
对有机耕作而言，使用环控温室更为有利，因其密封式操作可以加强防御病虫害入侵及避免作物受外来环境污染。
The use of ce greenhouse in organic cultivation is beneficial as the plants are more protected from pests , diseases and external pollution.
同时，我们发出温室气体在我们日常的操作而导致的损害性后果的一系列改变地球的气候。
At the same time, we emit the greenhouse gases in our daily actions, which changed the earth's climate and led to a series of damaging consequences.
同时，我们发出温室气体在我们日常的操作而导致的损害性后果的一系列改变地球的气候。
At the same time, we emit the greenhouse gases in our daily actions, which changed the earth's climate and led to a series of damaging consequences.
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