Albula gilberti, a new species of bonefish (Albuliformes: Albulidae) from the eastern Pacific, and a description of adults of the parapatric A. esuncula

Pfeiler, Edward; Heiden, Albert M. van der; S., Ruboyianes, Ryan; Watts, Tom

doi:10.11646/zootaxa.3088.1.1

Cited by 12 publications

(8 citation statements)

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“…Molecular characters, alone or supplemented with other evidence such as ecological or life history data, have been used in the past for describing new species of different organisms that are morphologically extremely similar and the taxonomic distinctiveness of which is not easily diagnosed morphologically (e.g., Brower 2010). Most of these works have also assessed morphological variation, thus providing a link to the existing diagnostic reference system based on morphology (Burns et al 2008;Halt et al 2009;Pfeiler et al 2011). Renner (2016) discussed the use of DNA characters in the formal naming of species based on previous works that used DNA marker information for species diagnosis (of which the majority provided a link to morphological traits in the descriptions).…”

Section: Standardizing New Species' Discoverymentioning

confidence: 99%

Is it time to describe new species without diagnoses?—A comment on Sharkey et al. (2021)

Ahrens

Ahyong

Ballerio³

et al. 2021

Zootaxa

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New methods in taxonomy and systematics can influence the overall practice of formally naming and describing biodiversity. DNA barcoding has been controversial since its emergence, but now, large scale species descriptions exclusively based on barcodes have created what can be called a ‘new quality of performance’. Its limitations are discussed from different perspectives: nomenclature, general pragmatism, and problems of DNA-based species delimitation in the light of the central aim of achieving a robust and stable nomenclature of organisms, essential for all applications of biodiversity research. This issue needs to be addressed to prevent restraining the progress of taxonomy and its ability to contribute to modern science.

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Section: Standardizing New Species' Discoverymentioning

confidence: 99%

Is it time to describe new species without diagnoses?—A comment on Sharkey et al. (2021)

Ahrens

Ahyong

Ballerio³

et al. 2021

Zootaxa

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“…Members of Albula are found throughout the world's shallow tropical seas, whereas Pterothrissus inhabit waters of the continental slope up to 1000 m in depth in subtropical and temperate regions of the Eastern Atlantic and North-west Pacific (Table 1). vulpes (Albulidae) (Colborn et al 2001;Adams et al 2008;Bowen et al 2008 Pfeiler et al 2011). Until recently, the genus Albula contained two species, the circumglobal Albula vulpes (Albulidae) and the western Atlantic and eastern Pacific Albula nemoptera (Albulidae).…”

Section: Albuliformes: Albulidaementioning

confidence: 99%

“…Until recently, the genus Albula contained two species, the circumglobal Albula vulpes (Albulidae) and the western Atlantic and eastern Pacific Albula nemoptera (Albulidae). Recent morphometric and population genetic research indicates that there are at least 12 morphologically indistinguishable, but genetically distinct species (Colborn et al 2001;Hidaka et al 2008;Wallace and Tringali 2010;Kwun and Kim 2011;Pfeiler et al 2011). In the Caribbean and western North Atlantic, there are two described species of Albula, A. vulpes and A. nemoptera, and we include here recent genetic work that documents two additional cryptic and presently unnamed species: Albula species B (Albulidae) and Albula sp.…”

Section: Albuliformes: Albulidaementioning

confidence: 99%

“…cf. vulpes (Albulidae) (Colborn et al 2001;Adams et al 2008;Bowen et al 2008 Pfeiler et al 2011). In the Indo-West Pacific, Albula glossodonta (Albulidae) is broadly distributed, and in Hawaii, Fiji and northern Australia, it is sympatric with Albula argentea (Albulidae) (also referenced as Albula neoguinaca and Albula forsteri).…”

Section: Albuliformes: Albulidaementioning

confidence: 99%

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Global conservation status and research needs for tarpons (Megalopidae), ladyfishes (Elopidae) and bonefishes (Albulidae)

et al. 2013

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We assessed the taxonomic diversity, geographic distributions, life history, ecology and fisheries of tarpons, ladyfishes and bonefishes (members of the subdivision Elopomorpha), which share many life history and habitat use characteristics that make them vulnerable to environmental and anthropogenic stresses in coastal environments. This assessment of Red List status for the International Union for the Conservation of Nature reveals three species considered near threatened or vulnerable, three species of least concern, and 11 data‐deficient species. Although the taxonomy of tarpons appears stable, it is less so for ladyfishes and bonefishes. In aggregate, these species are distributed circumtropically and foray into temperate zones. Although they spawn in marine habitats, larvae of many species disperse into estuarine habitats, which are declining in area or degrading in quality. Several species support high‐value recreational fisheries, or culturally important small‐scale commercial and artisanal fisheries. Nonetheless, no formal stock assessment exists for any species, so improved data collection, information sharing and assessment techniques should facilitate socio‐economic development of individual fisheries. Catch‐and‐release recreational fisheries that promote conservation of tarpon and bonefishes in some regions are promising models to improve the conservation status of these fishes elsewhere, as well as the economic development of these fishing communities. Most tarpons, ladyfishes and bonefishes likely face significant challenges from anthropogenically mediated habitat loss and alteration, and several are vulnerable to both habitat degradation and overfishing. Broader protection and enhancements to fisheries habitat in all regions will benefit these as well as many other coastal fishery species.

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“…Because Albula morphology has been conserved across species, taxonomic identification remains difficult so the Albula genus is currently in a state of revision. However, recent work by Wallace (2015) and others (Colborn et al 2001;Hidaka et al 2008;Wallace and Tringali 2010;Kwun and Kim 2011;Pfeiler et al 2011) has made significant inroads into the taxonomic status of this complex genus.…”

Section: Systematics and Natural Historymentioning

confidence: 99%

Advancing the science and management of flats fisheries for bonefish, tarpon, and permit

Adams

Cooke

2015

Environ Biol Fish

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The fish of the sub-tropical and tropical flats including bonefish (Albula spp.), Atlantic tarpon (Megalops atlanticus), and permit (Trachinotus falcatus), capture the imagination of specialized coastal marine recreational anglers. Until recently, little was known about the biology and natural history of these iconic species. Flats ecosystems are under threat from coastal development and environmental change while basic information on demographics and population size is lacking. This makes it difficult to understand the consequences of these threats, or to formulate potential management strategies. Through extensive partnerships involving anglers, industry, conservation organizations, natural resource agencies, and academics, the mysteries surrounding these species are starting to be solved. Nonetheless, many challenges remain. The systematics of these fish is complex, particularly for the bonefish which include a number of cryptic species. Identifying the timing and habitats associated with reproduction remain high priority such that management efforts can target protecting that important life-history event. Information on the spatial ecology of flats fish at various spatial scales is being elucidated by electronic tagging studies and angler tagging programs. Habitat science for these fish continues to improve but there is still need to identify effective habitat restoration strategies. Catch-and-release science has improved dramatically (especially for A. vulpes in The Bahamas) although there is need to for additional work across regions and species. Targeted species-specific management strategies (e.g., catch-and-release regulations) as well as more ecosystem-level strategies (e.g., habitat protection and fishing effort management) are increasingly being used for active management of flats fish and their habitats. Partnerships will remain key to addressing outstanding research questions and in working cooperatively to ensure that evidence (both scientific and stakeholder knowledge) forms the basis for management decisions. ContextCoastal marine waters in tropical and sub-tropical regions are often characterized by expansive shallow areas with adjacent tidal creeks collectively referred to as Bflats^. The flats are a complex habitat mosaic comprised of mangroves, sea grass, benthic algae, sand, coral rubble, limestone, and mud bottom that supports an inherently diverse community that includes resident species and species that use these habitats as nurseries (Barbier Environ Biol Fish (2015) 98:2123-2131

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Albula gilberti, a new species of bonefish (Albuliformes: Albulidae) from the eastern Pacific, and a description of adults of the parapatric A. esuncula

Cited by 12 publications

References 1 publication

Is it time to describe new species without diagnoses?—A comment on Sharkey et al. (2021)

Is it time to describe new species without diagnoses?—A comment on Sharkey et al. (2021)

Global conservation status and research needs for tarpons (Megalopidae), ladyfishes (Elopidae) and bonefishes (Albulidae)

Advancing the science and management of flats fisheries for bonefish, tarpon, and permit

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