温室

In 2009, we are reviewing our GHG strategy in light of stakeholder concerns and emerging government policies.

2009年，我们现正检讨我们的利益相关者的关注，对温室气体的战略和新兴的政府政策。

The correlation determination coefficient (R2) and standard error between the simulated and measured gr...

该研究为进一步探讨温室环境的优化调控提供了理论依据和决策支持。

Oriental lily 'Star Gazer' was cultivated in the greenhouse with ℃、 l2℃ and 16℃ rooting treatment for 2weeks,another batch was treated with 0 day,14days and 28 days under 12℃.

另一批以0天、14天和28天生根时间在12℃下进行生根处理，处理后种植于温室进行栽培试验。

Plants grown with better lighting showed higher nutrient demands. 2. Oriental lily 'Star Gazer' and 'Bahia Blanca' was cultivated in the greenhouse during autumn with treatments of 75%RH and 90%RH.

以东方百合品种"凝视星空"和"巴希亚布兰卡"为材料，种植于温室进行湿度栽培试验，设置75％和90％二个相对空气湿度水平，60％为对照。

Think the Greenhouse Effect is the business of statesmen, the countries, and the factories, and has nothing to do with you?

你觉得温室效应是政治家，国家和工厂要关心的问题，与你无关？

Meanwhile, India is facing up more and more pressure from the international society due to its steady increasing of GHG emission, and the action plan also presented mitigation measures, such as improving energy efficiency and developing renewable energy.

方案中明确指出发展中国家是气候变化的最大受害者，发达国家应该承担温室气体减排的责任和义务；由于近年印度排放不断上升，方案也着重提出了提高能效、大力发展可再生能源等措施。

The stem rot incidence of test plants grown in substrates treated by 5.7×10^6-10^7 cfu/gram conidial preparation 15 weeks after treatment was approximately 10%, whereas that of the compared non-treated control was about 93.3%. In a serial field trials, the effectiveness of disease control was consistently found better by root coating or preplanting substrate blending with the conidial suspension than that by the chlamydospores preparation to the antagonist.

在温室试验中，以不同浓度TA菌株分生孢子制剂行栽培介质混合处理，於处理15周后，试验结果显示，病害防治效果随施用浓度提高而有明显增加之趋势，每克栽培介质施用57×10^6-10^3 cfu之TA菌株分生孢子处理，其茎腐病发病率低於10%以下，而未处理TA菌株之对照处理组发病率则达93.3%。

Greenhouse gases In the upper troposphere and stratosphere bottom, ozone effect also is very important.

温室气体作用在对流层上部和平流层底部，臭氧的作用同样非常重要。

One is increasing greenhouse gases, and the other one is the likely recovery of stratospheric ozone.

一个是温室气体增加，另一个是平流层臭氧的可能恢复。

How stratospheric temperatures will be changed by the two opposite effects is the main interest in the present study.

在温室气体增加和臭氧恢复这两种相反因素作用下的平流层温度如何变化是所关心的主要问题。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。