Browsing by Author "Asraf Bakri"
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Publication Spiders of Sabah: Fifty new records including the description of a new Leucauge species(Society for Indonesian Biodiversity, 2016) ;Dzulhelmi Muhammad Nasir ;Wong Chun Xing ;Asraf Bakri ;Faszly RahimNorma-Rashid YusoffThis paper is the second part of a continuing series, with the main objective of compiling and recording the spider species that can be found in Sabah, Malaysia. Based on the specimens collected during this field trip, a total of 50 new records of spider species from 11 families and 37 genera have been found. This includes one newly discovered spider species, the Leucauge sabahan sp. nov which is described based on a female specimen. It is hoped that this inventory can be used to assist in the knowledge about the spider species for this stage. In summary, an increment of 18% from the total number of spider species has contributed to a total of 272 recognized spider species recorded in Sabah, Malaysia. - Some of the metrics are blocked by yourconsent settings
Publication Web characteristics determine niche partitioning for orb-web spiders (Araneae, Tetragnathidae) in Malaysia(Taylor and Francis Online, 2017) ;Dzulhelmi Muhammad Nasir ;Thary Gazi Goh ;Asraf Bakri ;Faszly Rahim ;Zulqarnain MohamedNorma-Rashid YusoffOrb-web building spiders choose quality microhabitat to optimise foraging success. In this study, web-site selection of 12 tetragnathid species was investigated to determine its influence on the web characteristics. The two most significant variables were web size and the web height from ground (web-site). Statistical analyses showed that some tetragnathid species that coexist within the same habitat had very little clustering in terms of web characteristics, while other species showed many similarities. This study on the web characteristics provides an insight into the tetragnathid species� ability to respond to different habitats and develop niches. Using the web characteristic variables in the principal component analyses (PCA), individuals of conspecifics clustered together instead of mixtures of individuals from different species. This finding suggests that tetragnathid spiders exhibit niche partitioning in some habitats and their web characteristics may determine the web placement in a particular habitat type.