The cloud feedback is an important factor, which brings out uncertainty of simulation in the climatic model.
云反馈是影响气候变化的重要因子，它导致气候模拟的不确定性。
The land surface model, which has been coupled to GCM, is the common interface for the coupling between hydrological model and climatic model.
而已包含在气候模型中的陆面模式正是水文模型与气候模型耦合的共同界面。
Simulates the meteorologic data of Chengdu and Chongqing using a stochastic climatic model. Both the temperature data and solar radiation date are quite satisfactory.
利用随机气象模型对成都和重庆的气象资料进行了模拟，所得的温度和辐射数据的准确性均较好。
If these paleoclimatic constraints apply to the future, as predicted by our model, the results imply less probability of extreme climatic change than previously thought.
如果这些古气候约束适用于未来的话，那么就像我们的模型所预计的那样，极端气候变化不像先前想象的那么可能。
The impacts of climate on potential evapotranspiration and soil water content under 2080's climatic condition were simulated with the model.
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 stability of the climatic solution in two-dimensional energy balance model is theoretically analysed.
本文从理论上分析了二维能量平衡气候模式解的稳定性。
In this paper, Huaihe River Basin is the zone of the runoff simulation experimentation of moist climatic region, by the statistic-dynamic parameterization the storage model is developed.
本文以淮河流域作为湿润气候区地表径流模拟的试验区，利用统计-动力学方法改进基于蓄满产流模式的地表径流参数化方案。
The model was applied to a forest transect in eastern China (NSTEC, North-South transect of eastern China) to investigate the responses of the transect to possible future climatic change.
改进后的模型被用于研究中国东部南北样带(NSTEC)植被和净第一性生产力对未来气候变化的响应。
A global sea sea ice air coupled numerical model is used to simulate the main climatic features of sea ice in the northern high latitude region.
利用一个全球海冰气耦合模式对北半球高纬海冰的主要气候特征进行了数值模拟。
The probability distributions of climatic elements are discussed. Based on the characters of them, a multimode model is introduced and verified through the nonlinear fitting.
对气候要素的概率分布进行了讨论，根据这些概率分布的特点提出了多模态模型，并用非线性拟合的方法进行了验证。
Using linear regressive models (e. g. AR, ARMA model) to fit and predict the climatic time series, the results are not sufficiently good because there exist nonlinear variations in the time series.
在用AR、ARMA等线性模式对气候序列进行拟合和预报时，由于气候序列中存在着非线性变化，所以拟合和预报效果往往不太理想。
To reduce the effect of climatic disaster and improve it's forecast level, the nonlinear forecast model of the climatic disaster was set up.
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。
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.
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。
Using this model simulated the climatic effect of the change of land-use in Changjiang Delta area.
并利用模式模拟了长江三角洲地区地面特征改变对气候的影响。
The result shows that the climate model has a considerable capacity for simulating climatic changes. This work has laid the groundwork for the relevant future studies.
结果表明该气候模式具有相当的气候变化模拟能力，为后续的相关研究奠定了基础。
Finally, some mathematical mechanisms about climatic evolution and climatic catastrophe are discovered by studying the features of a censcored cubic time series model.
并讨论了“检测”三次方时间序列模式的一些特性，揭示了当代气候的演化和突变的一些数学机制。
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.
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。
In order to make full use of the accumulative huge climatic data, this paper presents a phase space analogy model of short range climatic forecast with multitime series.
采用方向关系矩阵模型进行空间方向关系描述，讨论了一般情况下的空间方向相似性计算，提出了基于空间方向相似性的矢量数据匹配算法流程。
Among them, the interpolation model selection of climatic data and analysis of AGB models are the keys to this study.
其中，气象要素空间插值模型的选择和草地地上生物量遥感监测模型的分析是本研究的关键。
The conceptual prediction model of climatic tendency in cold dews wind weather in Guangxi is set up after contributing factors was analyzed and step-by-step regression equator was set up.
对影响广西寒露风的多种因子普查、分析、挑选后组建了逐步回归方程。
The conceptual prediction model of climatic tendency in cold dews wind weather in Guangxi is set up after contributing factors was analyzed and step-by-step regression equator was set up.
对影响广西寒露风的多种因子普查、分析、挑选后组建了逐步回归方程。
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