Shoemakerella lowryi Gable & Lazo-Wasem 1990

Shoemakerella lowryi Gable & Lazo-Wasem, 1990 Figs 7, 11 B Lysianassa punctata Kunkel, 1910: 8–10, fig. 1; Johnson 1986: 377, fig. 124. Shoemakerella lowryi Gable & Lazo-Wasem, 1990: 727–733, figs 5–7. Material examined. Panama • 2–5.5 mm • 1 ♂; Bocas del Toro, San Cristobal; 9.2625°N, 82.2350°W; depth 15 m, among coral rubble; 10 August 2021; K. N. White leg.; USNM 1739782 • 1 ♀; Bocas del Toro, Swan Cay; 9.4536°N, 82.300033°W; depth 2 m, among sponges; 24 Jun 2023; K. N. White leg.; USNM 1739783 • 2 ♀; Bocas del Toro, Crawl Cay; 9.245967°N, 82.136867°W; depth 1–4 m, among coral rubble; 25 June 2023; K. N. White leg.; USNM 1739784 • 4 ♀; Bocas del Toro, Cayo Zapatilla 1; 9.2700°N, 82.0587°W; depth 10–11 m, among coral rubble; 28 June 2023; K. N. White leg.; USNM 1739785. Diagnosis. Head and body with tiny setules. Epistome weakly concave. Pereopod 6 basis posterior margin slightly concave. Pereopod 7 propodus length ~ 9 × width. Telson apex truncate. Distribution. Bermuda (Gable and Lazo-Wasem 1990); Panama: Bocas del Toro (present study). Ecology and remarks. These amphipods are associated with algae, seagrass, and coral rubble at depths of 0.5– 9 m. Panamanian specimens closely resemble previously described specimens and can be readily distinguished from Shoemakerella cubensis based on the pereopod 6 basis posterior margin, pereopod 7 propodus length relative to the carpus length, and the telson apex. Panamanian specimens are transparent white in color with brown spots when alive.

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2024-10-24
DOI
https://doi.org/10.5281/zenodo.13988725
Primary Topic
Marine Biology and Ecology Research
Type
article
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article

Shoemakerella lowryi Gable & Lazo-Wasem 1990

Zenodo (CERN European Organization for Nuclear Research)
Marine Biology and Ecology Research
article

Shoemakerella lowryi Gable & Lazo-Wasem 1990

article en

Abstract

Shoemakerella lowryi Gable & Lazo-Wasem, 1990 Figs 7, 11 B Lysianassa punctata Kunkel, 1910: 8–10, fig. 1; Johnson 1986: 377, fig. 124. Shoemakerella lowryi Gable & Lazo-Wasem, 1990: 727–733, figs 5–7. Material examined. Panama • 2–5.5 mm • 1 ♂; Bocas del Toro, San Cristobal; 9.2625°N, 82.2350°W; depth 15 m, among coral rubble; 10 August 2021; K. N. White leg.; USNM 1739782 • 1 ♀; Bocas del Toro, Swan Cay; 9.4536°N, 82.300033°W; depth 2 m, among sponges; 24 Jun 2023; K. N. White leg.; USNM 1739783 • 2 ♀; Bocas del Toro, Crawl Cay; 9.245967°N, 82.136867°W; depth 1–4 m, among coral rubble; 25 June 2023; K. N. White leg.; USNM 1739784 • 4 ♀; Bocas del Toro, Cayo Zapatilla 1; 9.2700°N, 82.0587°W; depth 10–11 m, among coral rubble; 28 June 2023; K. N. White leg.; USNM 1739785. Diagnosis. Head and body with tiny setules. Epistome weakly concave. Pereopod 6 basis posterior margin slightly concave. Pereopod 7 propodus length ~ 9 × width. Telson apex truncate. Distribution. Bermuda (Gable and Lazo-Wasem 1990); Panama: Bocas del Toro (present study). Ecology and remarks. These amphipods are associated with algae, seagrass, and coral rubble at depths of 0.5– 9 m. Panamanian specimens closely resemble previously described specimens and can be readily distinguished from Shoemakerella cubensis based on the pereopod 6 basis posterior margin, pereopod 7 propodus length relative to the carpus length, and the telson apex. Panamanian specimens are transparent white in color with brown spots when alive.

Zenodo (CERN European Organization for Nuclear Research)
Georgia College & State University (US)
Life below water
Openalex Percentile: Top 56%
Marine Biology and Ecology Research
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