Ferrie Gina M, Alford Vance C, Atkinson Jim, Baitchman Eric, Barber Diane, Blaner William S, Crawshaw Graham, Daneault Andy, Dierenfeld Ellen, Finke Mark, Fleming Greg, Gagliardo Ron, Hoffman Eric A, Karasov William, Klasing Kirk, Koutsos Elizabeth, Lankton Julia, Lavin Shana R, Lentini Andrew, Livingston Shannon, Lock Brad, Mason Tom, McComb Alejandra, Morris Cheryl, Pessier Allan P, Olea-Popelka Francisco, Probst Tom, Rodriguez Carlos, Schad Kristine, Semmen Kent, Sincage Jamie, Stamper M Andrew, Steinmetz Jason, Sullivan Kathleen, Terrell Scott, Wertan Nina, Wheaton Catharine J, Wilson Brad, Valdes Eduardo V
Animals, Science and Environment, Walt Disney World Resort, Lake Buena Vista, FL; Department of Biology, University of Central Florida, Orlando, FL.
Zoo Biol. 2014 Nov-Dec;33(6):485-501. doi: 10.1002/zoo.21180. Epub 2014 Oct 8.
Amphibian biology is intricate, and there are many inter-related factors that need to be understood before establishing successful Conservation Breeding Programs (CBPs). Nutritional needs of amphibians are highly integrated with disease and their husbandry needs, and the diversity of developmental stages, natural habitats, and feeding strategies result in many different recommendations for proper care and feeding. This review identifies several areas where there is substantial room for improvement in maintaining healthy ex situ amphibian populations specifically in the areas of obtaining and utilizing natural history data for both amphibians and their dietary items, achieving more appropriate environmental parameters, understanding stress and hormone production, and promoting better physical and population health. Using a scientific or research framework to answer questions about disease, nutrition, husbandry, genetics, and endocrinology of ex situ amphibians will improve specialists' understanding of the needs of these species. In general, there is a lack of baseline data and comparative information for most basic aspects of amphibian biology as well as standardized laboratory approaches. Instituting a formalized research approach in multiple scientific disciplines will be beneficial not only to the management of current ex situ populations, but also in moving forward with future conservation and reintroduction projects. This overview of gaps in knowledge concerning ex situ amphibian care should serve as a foundation for much needed future research in these areas.
两栖动物生物学错综复杂,在建立成功的保护繁育计划(CBP)之前,有许多相互关联的因素需要了解。两栖动物的营养需求与疾病及其饲养需求高度相关,而且发育阶段、自然栖息地和摄食策略的多样性导致了关于适当照料和喂养的许多不同建议。本综述确定了几个方面,在维持健康的圈养两栖动物种群方面仍有很大的改进空间,特别是在获取和利用两栖动物及其食物的自然历史数据、实现更合适的环境参数、理解应激和激素产生,以及促进更好的个体健康和种群健康等领域。使用科学或研究框架来回答关于圈养两栖动物的疾病、营养、饲养、遗传学和内分泌学问题,将提高专家对这些物种需求的理解。总体而言,对于两栖动物生物学的大多数基本方面以及标准化的实验室方法,缺乏基线数据和比较信息。在多个科学学科中采用正式的研究方法不仅将有利于当前圈养种群的管理,也有助于推进未来的保护和重新引入项目。这篇关于圈养两栖动物照料方面知识空白的概述应成为这些领域未来急需研究的基础。