Let me talk a little bit about greenhouse climate.
再来说下温室的气候。
The modeling of greenhouse climate is the key to the control of greenhouse temperature.
温室温度的建模是实现温室控制的关键。
It is not only an important but also a difficult task to control the greenhouse climate.
温室温度控制是一个非常重要也非常困难的课题。
Some of you will think that I am mainly referring to greenhouse climate when I am saying this.
听到我这么说，大家想我主要谈论的是温室气候。
Therefore, in order to create a virtual rose model, we need to predict greenhouse climate, mainly light and temperature.
因此，为创造一个虚拟玫瑰模型，需要预知温室气候，主要是光照和温度。
Its environment control is not only one of the key techniques in modern automatic control but also difficult to control the greenhouse climate.
温室环境调控是现代自控温室中最重要的关键技术之一，温室气候的建模是实现温室控制的关键。
The main thermo-dynamical processes related to greenhouse climate are analyzed systemically, and the control of the greenhouse temperature is achieved with hot water.
本文系统分析了温室环境中的主要热力学过程，用热水加热实现对温室温度的控制。
Canopy transpiration of crops grown in greenhouses affects greenhouse air temperature and humidity and is therefore important for the optimization of greenhouse climate control.
温室作物蒸腾直接影响到温室内空气温湿度，是进行温室温度和湿度优化调控所必需的信息。
The Cretaceous is a typical period for greenhouse climate in geological history and has become an important paleoclimate simulation period in international paleoclimate modeling community.
白垩纪是地质史上一个典型的温室气候时期，国际上围绕白垩纪气候成因开展了一系列模拟研究。
According to the principle of thermal equilibrium and piping thermorytic characteristics, the relationship between the flow velocity in the heating pipe and the greenhouse climate has been set up.
根据热平衡原理和管道散热特征，得到了热水管道加热时流速与温室环境温度的关系，建立了温室温度的控制模型。
A study by the University of Manchester calculated the emissions of CO2—the main greenhouse gas responsible for climate change—at every stage of microwaves, from manufacture to waste disposal.
曼彻斯特大学的一项研究计算了二氧化碳（造成气候变化的主要温室气体）在微波炉生产的每个阶段的排放量，从产品制造到废物处理。
Faced with the problem of climate change, we should find an effective method of reducing greenhouse gases.
面对气候变化的问题，我们应该寻找有效的措施来减少温室气体。
NASA used the term "climate change" because it more accurately reflects the wide range of changes to the planet caused by increasing amounts of greenhouse gases in the atmosphere.
美国国家航空航天局之所以使用“气候变化”这个词，是因为这个词更准确地反映出由于大气中温室气体总量增多而对地球造成的大范围变化。
Try to simulate an Ice Age climate in their greenhouse and grow some trees in there?
他们是在温室里尝试模小冰河期气候并在里面种了一些树吗？
Over the past decade, the focus has been on climate change—how the warming of the Earth from greenhouse gases is leading to conditions that worsen fires.
在过去的十年里，人们关注的焦点一直是气候变化，即温室气体导致的地球变暖是如何导致火灾恶化的。
Greenhouse gas could lead to climate change.
温室气体可能导致气候变化。
And these greenhouse gases perturb the radiation balance of climate.
这些温室气体会扰乱气候的辐射平衡。
Oxford scientists pioneered techniques which enabled us to understand the role greenhouse gases play in climate change.
是牛津的先驱科学家们使我们了解温室气体在气候变化中所扮演的角色。
When it comes to the hazards posed to the climate by greenhouse gases they see science as an ally scarcely to be questioned.
当说到温室气体对气候造成的危害时，他们把科学看作是几乎不被质疑的盟友。
And now most of us see. Increasing concentrations of greenhouse gases are changing the climate.
现在我们大家都可以看到，不断增多的温室气体正在改变着气候。
Driving a car, using electric power, buying anything whose manufacture or transport consumes energy-all those activities generate greenhouse gases that contribute to climate change.
驾驶汽车、使用电能、购买任何通过耗能而生产或运输的产品，所有这些行为都产生导致气候变化的温室气体。
Increasing access to energy and other services using high-carbon technologies will produce more greenhouse gases, hence more climate change.
采用高碳技术增加能源和其它服务将会产生更多的温室气体，进而导致气候变化加剧。
It matters little for the climate where or what activities greenhouse gas emissions come from.
对气候来说，温室气体排放量来自哪里或者由什么活动产生，都没什么关系。
And it also has nearly no emissions of the greenhouse gases causing climate change.
而它也几乎没有引发气候变化的温室气体排放。
Cars already contribute around 10% of the man-made greenhouse gases that are responsible for climate change.
人类排放的温室气体导致气候变化，而这些气体中10%是汽车排放的。
While "adapting" or taking steps to build climate resilience is critical, "mitigating" or reducing greenhouse gas emissions is also vital to reduce the risk of catastrophic climate change.
在适应或采取措施建立应对气候变化能力的同时，“缓解”或减少温室气体排放对于减少灾难性气候变化风险也至关重要。
While "adapting" or taking steps to build climate resilience is critical, "mitigating" or reducing greenhouse gas emissions is also vital to reduce the risk of catastrophic climate change.
在适应或采取措施建立应对气候变化能力的同时，“缓解”或减少温室气体排放对于减少灾难性气候变化风险也至关重要。
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