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Full-Text Articles in Animal Sciences
The Envenoming Pandemic And The Misguided Views Of Snakes: Developing Sustainable Relationships Between Native Poisonous Snakes Of India And The Citizens Of Maharashtra Through The Use Of The Irula Model., Destiny Villanueva
Animal Science
Due to its vast population and general negative consensus regarding snakes, India is notorious for having more snakebite incidents than any other country. Snakes are simultaneously revered and feared in Indian religion and culture. This stigma is perpetuated through propaganda, family beliefs, and innate fears of snakes.These stigmas are more pronounced within rural areas, such as the region of Mahad within the state of Maharshtra. Envenoming is endemic in these areas, and others like them. The World Health Organization identified envenoming as one of the most neglected tropical diseases of the 21st century (Nature India, 2013). Additionally, both nonvenomous and …
Assessing The Potential Impact Of Nonnative Fish On Native Fish By Relative Condition, Özcan Gaygusuz, Özgür Emi̇roğlu, Ali̇ Serhan Tarkan, Hamdi̇ Aydin, Ni̇ldeni̇z Top, Zeynep Dorak, Uğur Karakuş, Sercan Başkurt
Assessing The Potential Impact Of Nonnative Fish On Native Fish By Relative Condition, Özcan Gaygusuz, Özgür Emi̇roğlu, Ali̇ Serhan Tarkan, Hamdi̇ Aydin, Ni̇ldeni̇z Top, Zeynep Dorak, Uğur Karakuş, Sercan Başkurt
Turkish Journal of Zoology
Nonnative species (NNS) pose one of the most common threats to the conservation of biodiversity. Given the difficulty in measuring and documenting the specific impacts of introduced species on native species, indices of condition may provide an easy and inexpensive alternative. The aim of this study was to understand the impact of NNS on some common and endemic freshwater fishes, examining their relative conditions in the absence (allopatry) and presence (sympatry) of nonnative fish species from 3 different regions in the western part of Turkey. Data from 19 sites, a total of 1672 fish of 11 cyprinid species, were used …
Metamodels For Transdisciplinary Analysis Of Wildlife Population Dynamics, Robert C. Lacy, Philip S. Miller, Philip J. Nyhus, J. P. Pollak, B. E. Raboy, S. L. Zeigler
Metamodels For Transdisciplinary Analysis Of Wildlife Population Dynamics, Robert C. Lacy, Philip S. Miller, Philip J. Nyhus, J. P. Pollak, B. E. Raboy, S. L. Zeigler
Philip J. Nyhus
Wildlife population models have been criticized for their narrow disciplinary perspective when analyzing complexity in coupled biological – physical – human systems. We describe a “metamodel” approach to species risk assessment when diverse threats act at different spatiotemporal scales, interact in non-linear ways, and are addressed by distinct disciplines. A metamodel links discrete, individual models that depict components of a complex system, governing the flow of information among models and the sequence of simulated events. Each model simulates processes specific to its disciplinary realm while being informed of changes in other metamodel components by accessing common descriptors of the system, …