与此同时，各种组织收集多年来的气象数据建立气候模型。这些气象数据都来自世界气象组织。
At the same time various organizations were collecting weather data over many years to establish climate patterns. The climate data collection was organized by the World Meteorological organization.
麻省理工学院全球变化科学中心的科学家StephanieDutkiewicz 建立了一个气候模型，预测了整个世纪的海洋变化。
Stephanie Dutkiewicz, a scientist in MIT's Center for Global Change Science, built a climate model that projects changes to the oceans throughout the century.
在三十年以前，他帮忙建立了世界上最早之一的气候模型来预测地球对温室气体含量升高的加热效应。
Three decades ago, he helped create one of the world's first climate models to predict how the Earth would heat up in response to rising greenhouse gases.
建立这样一个精细的全球气候模型所需的数百万的计算量，要求计算机有数千个处理器。
The millions of calculations involved in creating such a detailed global climate model require thousands of computer processors.
Van Ommen称，气候研究模型应当被建立起来，这样的话，我们就能猜测出目前暖热必将导致的结果。
Van Ommen says climate modelling will be needed before we can speculate how the results relate to current warming.
所以这块区域的气候模型是建立在夏季的数据之上，因而是不可靠的。
As a result, climatology models for the region have been based on summer data and are unreliable.
他们建立了计算机模型以展示如果没有发生气候变暖，本该收获的粮食量。
Computer models were used to show how much grain would have been harvested in the absence of warming.
并用双重筛选逐步回归的方法分析了环境(气候和土壤)因子与植物群落生活型谱梯度的关系，建立了相应的数学模型。
The relationship between environmental factors (climate and soil) and plant life form gradient was analysed by doub sieving progressive regression method, and mathematical models were set up.
利用广西90个气象台站30年的气候资料和台站地理信息，建立了区划指标的空间分析模型。
Using the climatic data recorded by the 90 weather stations in Guangxi in 30 years and geographic information of the stations, spatial analyzing models of division index are built.
还利用建立的模型，模拟了2080年的气候条件变化对潜在蒸散量和土壤水分含量的影响。
The impacts of climate on potential evapotranspiration and soil water content under 2080's climatic condition were simulated with the model.
建立生物量、气候生产力与社会产量之间的有效预报模型是以后产量预报研究中需要深入探讨的问题。
The prediction model between biomass, climate productivity and statistic yield in different DVS are built. The test of prediction shows that the correlations are not significant.
温室气候是一个复杂的动态系统，传统的建模方法很难建立精确有效的温室气候模型。
Greenhouse weather is a complex dynamic system, whose mathematical model usually is not precious and even invalid if built by the classical modeling methods.
本文考虑4个区域月平均海表水温的多时次历史资料，基于EOF迭代方案，建立了云南夏季气候变化的一种多时次e OF迭代预测模型。
By using the monthly mean sea surface temperature data in 4 regions, a forecast model based on EOF iteration scheme for the summer climatic prediction over Yunnan province is established.
根据反映不同空间尺度气候要素变化规律，充分考虑辐射、地形等气候形成因子的影响，采用不同内插方法，建立了越南气温和降水量插补模型。
The interpolation model of temperature and precipitation of Viet Nam is built by using different inserting methods according to the elements that reflect the climate in different dimension scales.
为了减少气候灾害造成的损失，提高灾害性气候的预测水平，用非线性预报原理和方法，建立了气候灾害的数学预测模型。
To reduce the effect of climatic disaster and improve it's forecast level, the nonlinear forecast model of the climatic disaster was set up.
最后，以这些气候指标为自变量，建立了用于该区草地蝗虫发生预测的气候学模型。
Finally, a Logistic regression model to describe the susceptibility to grasshopper outbreak in the study area was developed using the climatic norms as the variables.
然而海冰消失的速率使这些气象学家建立的气候模型陷入混乱。
Yet the rate the ice is vanishing confounds these climatologists' models.
建立一个基于温室小气候模型的温室冬季加温所需基础能耗计算机预测系统，为进一步研究中国温室环境的优化调控提供依据。
The aim of the study was to develop a model based energy consumption system to predict the energy consumption for greenhouse heating in winter.
建立的气候影响指数模型，能够用来解释当前浑善达克沙地沙尘暴频率的分布格局。
It was proved that the established index model could be used to well-explain the distribution pattern of sandstorm frequency in the study region.
最后，结合IBP算法强大的局部寻优能力完成整个温室小气候模型的建立。
Finally, the whole microclimate model in greenhouse was set up with the powerful local-optimization of IBP algorithm.
建立了主要作物生育期钟模型模式，反映作物生长发育随气候的动态变化，并将生育期与气候生长季进行对比分析，实现生长季适应性评估；
"clock" models for growing period of crops were established, which reflect dynamic change in growing period of crops with climate, and analyze the crop requirements to climate tondition;
建立了青藏高原热力作用和气候变化的关系及其对青海湖水位下降趋缓(年际差增大)的概念模型。
So a concept model has been get up by above research, this model explain that how the thermal in the Qinghai-Xizang Plateau effects on the water level in Qinghai Lake through basin climate change.
建立了青藏高原热力作用和气候变化的关系及其对青海湖水位下降趋缓(年际差增大)的概念模型。
So a concept model has been get up by above research, this model explain that how the thermal in the Qinghai-Xizang Plateau effects on the water level in Qinghai Lake through basin climate change.
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