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当前位置: 首页 > 文章 > 不同行道树降温增湿及滞尘效应 北方园艺 2016 (23) 83-85
Position: Home > Articles > Effect of Different Shade Trees on Influencing of Reducing Temperature,Increasing Humidity and Dust Retention Capacity Northern Horticulture 2016 (23) 83-85

不同行道树降温增湿及滞尘效应

作  者：
贺立静;周述波;贺立红;林伟;朱清清
单  位：
仲恺农业工程学院生命科学学院;海南热带海洋学院热带生物与农学院
关键词：
乔木树种;降温增湿;滞尘能力
摘  要：
以海南热带海洋学院(三亚校区)校园行道树优势树种高山榕、大叶相思、印度胶树、菩提树、非洲楝、火焰木、马占相思、香樟、鸭脚木、小叶榄仁、垂叶榕、隆缘桉为研究对象,比较了乔木绿化树种的降温增湿和滞尘能力。结果表明:在相同环境生长的种龄相当的树种,降温增湿效应不同,高山榕、大叶相思、印度胶树的降温增湿能力最好;降温增湿效应比较差的是隆缘桉、小叶榄仁和垂叶榕。不同树种的滞尘能力也有差异,其中滞尘能力较强的乔木树种是火焰木、菩提树、高山榕和印度胶树。该研究结果对校园绿化和城市行道树的规划选择都具有一定的参考价值。
译  名：
Effect of Different Shade Trees on Influencing of Reducing Temperature,Increasing Humidity and Dust Retention Capacity
作  者：
HE Lijing;ZHOU Shubo;HE Lihong;LIN Wei;ZHU Qingqing;College of Tropical Biology and Agronomy,Hainan Tropical Ocean University;College of Life Science,Zhongkai University of Agriculture and Engineering;
关键词：
tree species;;reducing temperature and increasing air humidity;;dust retention capacity
摘  要：
The capacity of arbor on reducing temperature,increasing humidity and dust retention was studied on campus shade trees in Hainan Tropical Ocean University(Sanya campus),such as Ficus altissima,Acacia auriculaeformis,Ficus elastica,Ficus religiosa,Khaya senegalensis,Spathodea campanulata,Acacia mangium,Cinnamomum camphora,Alstonia scholaris,Terminalia mantaly,Ficus benjamina,Eucalyptus exserta.The results shown that reducing temperature and increasing humidity were showed difference in tree species of the similar ages in the same environment.The effects of reducing temperature and increasing humidity were the best on Ficus altissima,Acacia auriculaeformis and Ficus elastica and were worse on Eucalyptus exserta,Terminalia mantaly and Ficus benjamina.The capacities of dust retention showed difference in different tree species,which were better capacities of dust retention focus on Spathodea campanulata,Ficus religiosa,Ficus altissima and Ficus elastica.The results of this study supplied some reference value for campus greening and city street planning.

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