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濒危向日葵海星的全生命周期培养进展。

Progress Toward Complete Life-Cycle Culturing of the Endangered Sunflower Star, .

出版信息

Biol Bull. 2021 Dec;241(3):243-258. doi: 10.1086/716552. Epub 2021 Nov 19.

Abstract

AbstractUntil recently, the sunflower star, , was a dominant and common predator in a wide variety of benthic habitats in the northeast Pacific. Then, in 2013, its populations began to plummet across its entire range as a result of the spread of a phenomenon known as sea star wasting disease, or sea star wasting. Although dozens of sea star species were impacted by this wasting event, seems to have suffered the greatest losses and is now listed by the International Union for the Conservation of Nature as the first critically endangered sea star. In order to learn more about the life history of this endangered predator and to explore the potential for its restoration, we have initiated a captive rearing program to attempt complete life-cycle (egg-to-egg) culture for . We report our observations on holding and distinguishing individual adults, reproductive seasonality, larval development, inducers of settlement, and early juvenile growth and feeding. These efforts will promote and help guide conservation interventions to protect remaining populations of this species in the wild and facilitate its ultimate return.

摘要

摘要

直到最近,太阳海星( )在东北太平洋的各种海底栖息地中还是一种占主导地位且常见的捕食者。然而,2013 年,由于海星消瘦病(又称海星消瘦现象)的传播,这种现象在其整个分布范围内导致其数量开始骤降。尽管有数十种海星物种受到这种消瘦事件的影响,但 似乎遭受了最大的损失,现在被国际自然保护联盟列为第一种极危海星。为了更多地了解这种濒危捕食者的生活史,并探索其恢复的可能性,我们已经启动了一个圈养繁殖计划,试图对 进行完整的生命周期(从卵到卵)培养。我们报告了我们在饲养和区分个体成体、繁殖季节性、幼虫发育、附着诱导物以及早期幼体生长和摄食方面的观察结果。这些努力将促进并有助于指导保护干预措施,以保护该物种在野外的剩余种群,并促进其最终的回归。

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