麻省理工的综合全球系统模型不同于其它模型，它不仅能详细评估气候科学，而且还能详细评估人类活动可能带来的影响。
Unlike other models, MIT's Integrated Global Systems model makes detailed assessments not just of climate science but also of the likely changes in human activity.
模型在输出水量结构的同时还提供了人类活动对水环境影响的信息。
At the time of exporting the structure of water amount, the model can also provide the information about the impacts of human activity on the water environment.
散耗型模型考虑了水在不同介质和不同形态之间的交换或转化，并重点考虑人类活动如引水灌溉、地下水的开采等对水平衡的影响。
The water movement and exchange in deferent media and phases are investigated, and the influences of human activities such as irrigation, exploiting groundwater are also taken into consideration.
利用降水-径流经验统计模型，定量评估了潮河流域降水变化与人类活动对流域年径流量的影响程度。
Impacts of precipitation variations and human activities on annual runoff of the Chao River Basin are evaluated quantitatively based on the rainfall-runoff empirical statistical model.
通过相似模型试验对高原多年冻土区斜坡在自然和人类活动影响下的失稳机制和活动规律进行分析，是开展研究的重要手段。
Model experiment method is an important means to study the instability mechanism affected by natural forces and human activities for frozen slope in Tibet plateau region.
通过建立2个简单的铬生物地球化学循环模型PM和CM，来说明人类工业活动对铬的生物地球化学循环的影响。
Two simple biogeochemical cycle models(PM and CM) were developed to demonstrate the influence of chromium on the biogeochemical cycle from human activities in this paper.
所以人类活动因素影响下河流径流量变化模型及模拟还有待于针对不同地域、不同时空尺度做进一步的深化研究。
So further study on model of influence of human activities on river runoff change and simulation in different regions is necessary.
应用分布式流域水文模型WEP-L模型初步分析了人类活动影响下的黄河水资源演化规律。
The paper applies the dualistic distributed hydrological model (WEP-L model) to stu-dy the evolutionary laws of the Yellow River Basin's water resources under the impact of human activities.
该模型突出了对人类活动具有决定性制约作用或者受人类活动影响极大的环境因子(或状态)——敏感因子的作用。
The model intensifies the affection of sensitive factors, which play decisive roles and are mostly effected by human being.
该模型突出了对人类活动具有决定性制约作用或者受人类活动影响极大的环境因子(或状态)——敏感因子的作用。
The model intensifies the affection of sensitive factors, which play decisive roles and are mostly effected by human being.
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