Evaluation of different thermal conditions based on thi under different kind of tree types - as a specific case in ata botanic garden in eastern Turkey.
M. Irmak, S. Yılmaz, H. Yılmaz, Serkan Özer, S. Toy
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引用次数: 21
Abstract
Outdoor recreation is an important issue for people living in areas where they face problems caused by harsh climatic features like the city of Erzurum. The aim of this study was to determine the favourable features of tree species, which can grow in the city, for human bioclimatic comfort conditions. For this ai m, measurements of climatic elements (temperature, humidity, and wind) were carried out under different tree canopies in the Ataturk University Ata Botanic Garden in July and August 2008. For the calculation of bioclimatic conditions, one of the most widel y used indices, THI (Thermo hygrometric Index) was used based solely on the data of clear and calm days during the measurement period. From the results of the study, it was found that the canopy of Scotch pine trees can provide the most comfortable environ ment by increasing human thermal condition by 5.1 %, followed by Silver birch trees by 3.8 % which increased human thermal condition when compared to open space while mixed canopy did not give the respective results. Some suggestions about the use of plantmaterials in recreational areas are presented .
期刊介绍:
Global Network of Environmental Science and Technology Journal (Global NEST Journal) is a scientific source of information for professionals in a wide range of environmental disciplines. The Journal is published both in print and online.
Global NEST Journal constitutes an international effort of scientists, technologists, engineers and other interested groups involved in all scientific and technological aspects of the environment, as well, as in application techniques aiming at the development of sustainable solutions. Its main target is to support and assist the dissemination of information regarding the most contemporary methods for improving quality of life through the development and application of technologies and policies friendly to the environment