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Diversity and Distribution of Invasive Plant Species in Suburban Vegetation of Kashmir Himalayas

机译:克什米尔喜马拉雅山近郊植被中入侵植物的多样性和分布

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Biological invasion has been considered one of the most important mechanisms of global change, posing serious threats to the conservation of native ecosystems world-wide. The present study was conducted in the sub-tropical vegetation stands in the suburban areas of Muzaffarabad city to study the diversity and distribution of invasive alien species (IAS) of plants and assess the factors responsible for their spread. A total of 9 sites, including 2 in the city and 7 in suburban areas, were sampled using random quadrate methods. The sampled flora were classified according to the phytogeographic origin and invasion status, whereas the phytosocioogoical attributes of plant communites were also calculated following standard protocols. A total of 121 plant species represented by 108 genera belonging to 58 families was recorded from the study area. Results revealed that 35.6% flora comprised of 43 species were recorded as IAS. The IAS dominating the area included Parthenium hysterophorus, Lantana camara, Xanthium strumarium, Ailanthus aItissima, Cannabis sativa, Broussonetia papyrifera, Arundo donax and Sorghum halepense. Analysis of the Invasion status revealed that invasive aliens had a weight of 46% followed by naturalized aliens and casual aliens, respectively. The dominance of invasive species resulted in decreased species diversity at the disturbed sites. Landslides and road construction were identified as factors promoting the establishment and spread of invasive species in the area. Principal component analysis revealed significant correlation of edaphic disturbances with the abundance of IAS. An integrated management system is recommended for early detection and control of IAS.
机译:生物入侵被认为是全球变化的最重要机制之一,对全世界的原生生态系统的保护构成了严重威胁。本研究是在穆扎法拉巴德市郊区的亚热带植被林中进行的,以研究植物入侵外来物种(IAS)的多样性和分布,并评估造成其扩散的因素。使用随机四边形方法对总共9个地点进行了采样,包括城市中的2个和郊区中的7个。根据植物地理学起源和入侵状态对采样的植物区系进行了分类,同时还按照标准方案计算了植物群落的植物社会生物学特性。研究区域共记录了由58个科的108属代表的121种植物。结果表明,IAS记录了由43个物种组成的35.6%的菌群。在该地区占主导地位的IAS包括Parthenium hysterophorus,马Lan丹(Lantana camara),Xanthium strumarium,臭椿(Ailanthus aitissima),苜蓿大麻(Cannabis sativa),细叶布鲁氏菌(Broussonetia papyrifera),Arundo donax和高粱halepense。对入侵状态的分析表明,外来入侵者的体重为46%,其次是归化外国人和临时外国人。入侵物种的优势导致受干扰地区物种多样性的下降。滑坡和道路建设被认为是促进该地区入侵物种的建立和传播的因素。主成分分析显示,EDA的丰富与edaphic干扰显着相关。建议使用集成管理系统对IAS进行早期检测和控制。

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