达曼都市圈枣椰树树干的变形:原因与后果

Q2 Environmental Science
Landscape Online Pub Date : 2019-03-29 DOI:10.3097/LO.201965
Ali Omar Al-Sulbi
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引用次数: 1

摘要

椰枣是一种优雅的树木,具有多种园林绿化功能。它的单一树干由切割的叶子底部构成纹理,这使它与其他观赏树木不同。这种圆柱形纹理树干是一个主要的吸引人的特点,强调使用椰枣树作为装饰园林树木。在整个沙特阿拉伯王国,公共景观规划中的椰枣树干都发生了变形。这是与种植、灌溉和维护相关的几个因素的函数。本研究旨在对椰枣树干变形的原因、类型和形式进行调查和分类。在实地调查之前,随机进行了一项试点调查,以收集来自达曼都市区(DMA)不同地区的数据,在这些地区,椰枣树被用作景观装饰树。它应用直接观察、测量和分析来发展对现象的初步理解;并将其结果应用于达曼市海滨(DCS)的案例研究。结果表明,枣树树干变形主要发生在下部、中部和上部,是多种因素共同作用的结果;在调查的树木中,这一比例几乎高达97%。然而,58%的变形症状过程发生在靠近土壤表面的三分之一树干底部;其中27.5%在阿卜杜拉国王海滨公园(KASP)。该研究从统计上证明,洒水和鼓泡灌溉系统是棕榈树干近地面变形的主要原因,棕榈树干以每年3.5和3.3厘米的速度膨胀。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Deformation of the Date Palm tree trunk in Dammam Metropolitan Area: causes and consequences
Date palm (Phoenix dactylifera) is one of the elegant trees that performs several landscaping functions. Its single trunk textured by bases of the cut leaves distinguishes it from other ornamental trees. This cylindrical textured trunk is one of the major attractive features emphasized the use of date palms as ornamental landscaping trees. Across the Kingdom of Saudi Arabia, Date palms in public landscaping schemes have experienced deformation of their trunks. This is a function of several factors related to plantation, irrigation, and maintenance. This research to investigate and categorise the causes, types, and forms of date palm trees‘ trunks deformation. Prior to a field survey, a randomly conducted pilot survey to collect data from different areas where date palms are used as landscaping ornamental trees across the Dammam Metropolitan Area (DMA). It applies direct observation, measuring and analysis to develop preliminary understanding of the phenomena; and apply its outcomes on a case study of the Dammam City Seafront (DCS). The result showed that date palm trees‘ trunks deformation has occurred at bottom, middle, and upper parts as results of several factors; and it is as high as almost 97% among investigated trees. However, 58% of deformation symptoms processes have been noticed on bottom third of the date palm trees‘ trunks, near soil surface; and 27.5% of them are in the King Abdullah Seafront Park (KASP). The study proves statistically that sprinkler and bubbler irrigation systems are of major responsibility for near ground deformation of palm trees‘ trunks, which expands at rate of 3.5 and 3.3 CM/Year.
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来源期刊
Landscape Online
Landscape Online Environmental Science-Nature and Landscape Conservation
CiteScore
2.60
自引率
0.00%
发文量
8
审稿时长
20 weeks
期刊介绍: Landscape Online focuses on studies dealing with landscape research. The subject matter deals with any scientific, educational or applied aspect of processes, dynamics, indicators, controllers and visions related to landscapes. Furthermore, Landscape Online emphasizes the coupling of societal and natural systems, not only the involvement of human impact on landscape systems but also human perception of the landscape, its values and the evaluation of landscapes. Moreover, articles are appropriate that deal with landscape theory, system approaches and conceptual models of landscape, both their improvement and their discussion. Papers may be undisciplinary or multidisciplinary but have interdisciplinary or transdisciplinary appeal. All kinds of articles or parts of it must not be published beforehand in another journal
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