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Surface energy balance measurements in the Mexico City region: a review

机译:墨西哥城地区的表面能平衡测量:回顾

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During the last decade of the 20th Century, diverse campaigns for measuring the atmospheric energy balance were performed in downtown Mexico City (School of Mines and Preparatory School No. 7), in the southern suburbs (University Reserve) and in the surrounding rural areas (Plan Texcoco), in addition to a campaign carried out in 1985 in the Tacubaya district, a suburban western peripheral site. The objective was to obtain data for a better understanding of the climatic alterations due to urbanization, particularly to describe the role that the modification of the natural ground cover has played as a result of paving and the construction of urban canyons. In this paper, a review of these campaigns is presented. Energy partitioning in some areas (Tacubaya and Preparatory School No.7) is similar to that observed in urban centers of middle latitudes, whereas the major contrast was observed between Texcoco, with a maximum energy consumption through evaporation, and School of Mines, where the latent heat is as low as in a desert. From the values of the correlations among the different components of energy balance, it may be possible to attempt the modeling of the diverse components of energy balance by means of regression equations starting from the net radiation. Those same coefficients distinguish the type of environment: urban, suburban or rural.
机译:在20世纪的最后十年,在墨西哥市区(矿业学校和预科学校7号),南部郊区(大学预科学校)和周围的农村地区(计划(Texcoco),以及1985年在西郊郊区Tacubaya地区开展的运动。目的是获得数据,以更好地理解由于城市化引起的气候变化,特别是描述由于铺路和建造城市峡谷而对自然地面覆盖物的修改所起的作用。在本文中,将对这些运动进行回顾。在某些地区(塔库比亚和第7预备学校)的能源分配与在中纬度地区的城市中心所观察到的相似,而在蒸发最大的能源消耗的德士古和矿业学校之间的主要对比被发现。潜热与沙漠一样低。根据能量平衡的不同组成部分之间的相关性值,可以通过从净辐射开始的回归方程尝试对能量平衡的不同组成部分进行建模。这些系数可以区分环境类型:城市,郊区或农村。

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