Agonistic Behavior of Captive Saltwater Crocodile, Crocodylus Porosus in Kota Tinggi, Johor

M. Najmuddin, Nurhizatul Safikah Mohd Hauri, H. Haris, Fatin Zahari, N. Othman, Siti Hasmaliza Hassem, M. A. Abdul-Latiff
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Abstract

Agonistic behavior in Crocodylus porosus is well known in the wild, but the available data regarding this behavior among the captive individuals especially in a farm setting is rather limited. Studying the aggressive behavior of C. porosus in captivity is important because the data obtained may contribute for conservation and the safety for handlers and visitors. Thus, this study focuses on C. porosus in captivity to describe systematically the agonistic behaviour of C. porosus in relation to feeding time, daytime or night and density per pool. This study was carried out for 35 days in two different ponds. The data was analysed using Pearson’s chi-square analysis to see the relationship between categorical factors. The study shows that C. porosus was more aggressive during daylight, feeding time and non-feeding time in breeding enclosure (Pond C, stock density =0.0369 crocodiles/m2) as compared to non-breeding pond (Pond B, stock density =0.3317 crocodiles/m2) where it is only aggressive during the nighttime. Pond C shows the higher domination in the value of aggression in feeding and non-feeding time where it is related to its function as breeding ground. Chi-square analysis shows that there is no significant difference between ponds (p=0.47, χ2= 2.541, df= 3), thus, there is no relationship between categorical factors. The aggressive behaviour of C. porosus is important for the farm management to evaluate the risk in future for the translocation process and conservation of C. porosus generally.
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柔佛哥打丁吉圈养咸水鳄的竞争行为
鳄鱼的竞争行为在野外是众所周知的,但是关于圈养个体特别是在农场环境中的这种行为的可用数据相当有限。研究圈养条件下porosus的攻击行为具有重要意义,因为所获得的数据可能有助于保护和处理者和游客的安全。因此,本研究着重于圈养条件下的孢子虫,以系统地描述孢子虫在摄食时间、白天或夜间以及每池密度方面的拮抗行为。本研究在两个不同的池塘中进行了35天的试验。数据分析采用皮尔逊卡方分析,以了解分类因素之间的关系。研究表明,在养殖圈养池(C池,种群密度=0.0369条/m2)的白天、喂食时间和非喂食时间,棘孔鳄的攻击性较强,而在非繁殖圈养池(B池,种群密度=0.3317条/m2),棘孔鳄仅在夜间具有攻击性。池C在取食时间和非取食时间的攻击性值上表现出较高的优势,这与其作为繁殖地的功能有关。卡方分析显示,池间差异无统计学意义(p=0.47, χ2= 2.541, df= 3),分类因素之间不存在相关性。孢子虫的攻击行为对今后的养殖场管理评估孢子虫迁移过程和保护的风险具有重要意义。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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