西澳大利亚高纬度珊瑚群霍尔滩的珊瑚繁殖

IF 1.3 4区 生物学 Q3 MARINE & FRESHWATER BIOLOGY Aquatic Biology Pub Date : 2018-05-30 DOI:10.3354/AB00696
A. Baird, D. Thomson
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引用次数: 5

摘要

近年来,对珊瑚繁殖的研究急剧增加;然而,仍有一些重要地区,特别是高纬度珊瑚礁,研究有限。例如,在西澳大利亚南部高纬度地区(南纬32度)的霍尔滩,珊瑚群落中物种的生殖生物学仍然未知。本研究利用2009年3月至2011年3月7个离散时间点的组织学资料,对霍尔滩约16种鱼类中12种的生殖性状和可能产卵时间进行了研究。繁殖活动的高峰最有可能出现在2月份,因为在这个月取样的10个物种中有7个具有成熟配子的殖民地。共生体的性别、幼虫发育模式和传播与先前的研究结果一致。霍尔滩珊瑚的生殖生物学特征与印度洋-太平洋其他地区一致,这支持了一种假设,即生殖特征(如性行为和幼虫发育模式)在进化上是保守的,不会因生物地理而变化。
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Coral reproduction at Hall Bank, a high latitude coral assemblage in Western Australia
Research on coral reproduction has increased dramatically in recent times; however, there remain significant regions, in particular high latitude reefs, where research is limited. For example, the reproductive biology of species in the coral assemblage at Hall Bank, a high latitude site (32 degrees S) in southern Western Australia, remain unknown. Here, reproductive traits and the likely time of spawning for 12 of the approximately 16 species that occur at Hall Bank were established using histology between March 2009 and March 2011 at 7 discrete time points. Peak reproductive activity most likely occurs in February, as 7 of the 10 species sampled in this month had colonies with mature gametes. The sexuality, mode of larval development and transmission of symbionts were, as expected, consistent with previous work. The reproductive biology of the corals at Hall Bank is consistent with other regions of the Indo-Pacific, supporting the hypo thesis that reproductive traits such as sexuality and mode of larval development are evolutionarily conserved and do not vary biogeographically.
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来源期刊
Aquatic Biology
Aquatic Biology 生物-海洋与淡水生物学
CiteScore
2.70
自引率
0.00%
发文量
7
审稿时长
3 months
期刊介绍: AB publishes rigorously refereed and carefully selected Feature Articles, Research Articles, Reviews and Notes, as well as Comments/Reply Comments (for details see MEPS 228:1), Theme Sections, Opinion Pieces (previously called ''As I See It'') (for details consult the Guidelines for Authors) concerned with the biology, physiology, biochemistry and genetics (including the ’omics‘) of all aquatic organisms under laboratory and field conditions, and at all levels of organisation and investigation. Areas covered include: -Biological aspects of biota: Evolution and speciation; life histories; biodiversity, biogeography and phylogeography; population genetics; biological connectedness between marine and freshwater biota; paleobiology of aquatic environments; invasive species. -Biochemical and physiological aspects of aquatic life; synthesis and conversion of organic matter (mechanisms of auto- and heterotrophy, digestion, respiration, nutrition); thermo-, ion, osmo- and volume-regulation; stress and stress resistance; metabolism and energy budgets; non-genetic and genetic adaptation. -Species interactions: Environment–organism and organism–organism interrelationships; predation: defenses (physical and chemical); symbioses. -Molecular biology of aquatic life. -Behavior: Orientation in space and time; migrations; feeding and reproductive behavior; agonistic behavior. -Toxicology and water-quality effects on organisms; anthropogenic impacts on aquatic biota (e.g. pollution, fisheries); stream regulation and restoration. -Theoretical biology: mathematical modelling of biological processes and species interactions. -Methodology and equipment employed in aquatic biological research; underwater exploration and experimentation. -Exploitation of aquatic biota: Fisheries; cultivation of aquatic organisms: use, management, protection and conservation of living aquatic resources. -Reproduction and development in marine, brackish and freshwater organisms
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