Department of Reproductive Sciences, Center for Species Survival, Smithsonian's National Zoological Park, Conservation & Research Center, Front Royal, Virginia 22630, USA.
Mol Reprod Dev. 2010 May;77(5):397-409. doi: 10.1002/mrd.21137.
Reproduction is quintessential to species survival. But what is underappreciated for this discipline is the wondrous array of reproductive mechanisms among species- variations as diverse as the morphology of the species themselves (more than 55,000 vertebrate and 1.1 million invertebrate types). We have investigated only a tiny fraction of these species in reproductive science. Besides the need to fill enormous gaps in a scholarly database, this knowledge has value for recovering and genetically managing rare species as well as addressing certain reproductive issues in humans. This article provides examples, first to advise against oversimplifying reproduction and then to show how such knowledge can have practical use for managing whole animals, populations, or even saving an entire species. We also address the expected challenges and opportunities that could lead to creative shifts in philosophy and effective actions to benefit more species as well as a future generation of reproductive scientists.
繁殖对于物种的生存至关重要。但是,这个领域被低估的是物种之间奇妙的生殖机制——多样性不亚于物种本身的形态(超过 55000 种脊椎动物和 110 万种无脊椎动物)。我们在生殖科学领域只研究了这些物种的一小部分。除了需要填补学术数据库中的巨大空白外,这些知识对于恢复和遗传管理稀有物种以及解决人类某些生殖问题也具有价值。本文提供了一些例子,首先是为了避免对繁殖过于简化,其次是为了展示这种知识如何实际用于管理整个动物、种群,甚至拯救整个物种。我们还讨论了可能导致哲学上创造性转变和有效行动的预期挑战和机遇,以造福更多物种和下一代生殖科学家。