AIR TEMPERATURE AND RELATIVE MOISTURE OSCILLATIONS IN RECIFE – PE

Manoel Vieira de França, R. Holanda, Raimundo Mainar de Medeiros
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Abstract

The objective of this study was to study temperature variability and relative humidity, comparing the 1962-1990 and 1991-2016 periods with the averages of 1931-2016 and 1962-2016, respectively, with the aim of quantifying climate change and identifying the influence Of large-scale El Niño events, aiming to contribute to the managers responsible for urban planning and improving the quality of life of the inhabitants and the ecosystem. Air temperature and relative humidity data provided by the National Institute of Meteorology (INMET) were used. Basic statistical parameters were calculated as: mean, standard deviation, coefficient of variance, variations of annual anomalies in order to identify buoyancy in the data and the influence of extreme events. The city of Recife suffered from disorderly growth, with no specific patterns of planning in urbanization that caused variations in the microclimate of the urbis, causing thermal discomfort and reducing the quality of life of its inhabitants. There is intense flow of automotive vehicles and people throughout the day due to activities related to work, commerce and services, as well as the concentration of various buildings, waterproofed areas as well as buildings, making the local air circulation difficult. It is suggested an increase in green areas from the afforestation that has been shown as an alternative to improve the quality of life in urban spaces.
累西腓- PE的空气温度和相对湿度振荡
本研究的目的是研究温度变率和相对湿度,分别将1962-1990年和1991-2016年与1931-2016年和1962-2016年的平均值进行比较,旨在量化气候变化并确定大尺度El Niño事件的影响,旨在为负责城市规划的管理者提供帮助,提高居民和生态系统的生活质量。使用了国家气象研究所(INMET)提供的气温和相对湿度数据。计算基本统计参数为:平均值、标准差、方差系数、年异常变化,以识别数据中的浮力和极端事件的影响。累西腓的城市无序发展,没有特定的城市化规划模式,导致城市小气候的变化,造成热不适,降低了居民的生活质量。由于与工作、商业和服务有关的活动,以及各种建筑物、防水区域和建筑物的集中,全天汽车车辆和人员流动密集,使当地空气流通困难。建议增加绿化面积,这已被证明是提高城市空间生活质量的另一种选择。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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