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)
9
Revista de Biología Tropical, ISSN: 2215-2075, Vol. 71: e52345, enero-diciembre 2023 (Publicado Jun. 29, 2023)
Morán por compartir su experiencia y conoci-
miento empírico, además de la historia sobre
la pesca artesanal en Los Cóbanos. A Laura
Figueroa por su colaboración en la elaboración
del mapa. Finalmente, a Óscar Picardo por su
apoyo al proyecto. Este trabajo fue financiado
por el proyecto de investigación “Arrecifes
Mesofóticos de El Salvador” inscrito en el
Instituto de Ciencia, Tecnología e Innovación
de la Universidad Francisco Gavidia. Agra-
decimientos a los revisores anónimos cuyas
observaciones contribuyeron a la mejora de
la publicación.
REFERENCIAS
Araya, J. F., Aliaga, J. A., & Araya, M. E. (2016). First
record of Lillipathes ritamariae Opresko and Breedy,
2010 (Cnidaria: Antipatharia) from the southeastern
Pacific Ocean. Marine Biodiversity, 48, 1601–1605.
http://doi.org/10.1007/s12526-016-0591-1
Barraza, J. E. (2018). Buceo responsable en El Salva-
dor. Realidad y Reflexión, 47, 13–20. http://dx.doi.
org/10.5377/ryr.v0i47.6208
Bo, M., Lavorato, A., Di Camillo, C. G., Poliseno, A.,
Baquero, A., Bavestrello, G., & Reimer, J. D. (2012).
Black coral assemblages from Machalilla National
Park (Ecuador). Pacific Science, 66(1), 63–81. http://
doi.org/10.2984/66.1.4
Bo, M., Montgomery, A. D., Opresko, D. M., Wagner, D.,
& Bavestrello, G. (2019). Antipatharians of the Meso-
photic Zone Four Case Studies. In Y. Loya, K. Pugli-
se, & T. Birdge (Eds.), Mesophotic Coral Ecosystems
(pp. 683–708). Springer Nature.
Cairns, S. D. (2007). Deep-water corals: an overview with
special reference to diversity and distribution of deep-
water scleractinian corals. Bulletin of Marine Science,
81(3), 311–322.
Cortés, J. (2019). Isla del Coco, Costa Rica, Eastern Tro-
pical Pacific. In Y. Loya, K. Puglise, & T. Birdge
(Eds.), Mesophotic Coral Ecosystems (pp. 465–475).
Springer Nature.
Elías-Ilosvay, X. E., Segovia, J., Ferse, S., Elias, W. E., &
Wild, C. (2021). Rapid relative increase of crustose
coralline algae following herbivore exclusion in a
reef of El Salvador. PeerJ, 9, e10696. https://doi.
org/10.7717/peerj.10696
Excoffon, A. C., Acuña, F. H., & Cortés, J. (2009). The sea
anemone Nemanthus californicus (Cnidaria: Actinia-
ria: Nemanthidae) from Costa Rica: re-description
and first record outside the type locality. Marine
Biodiversity Records, 2, 1–5. https://doi.org/10.1017/
S1755267209990601
Grigg, R. W. (2001). Black coral: History of a sustainable
fishery in Hawai’i. Pacific Science, 55(3), 291–299.
https://doi.org/10.1353/psc.2001.0022
Hickman, C. P. (2008). A Field Guide to Corals and Other
Radiates of Galapagos: An Illustrated Guidebook to
the Corals, Anemones, Zoanthids, Black Corals, Gor-
gonians, Sea Pens, and Hydroids of the Galapagos
Islands. Sugar Spring Press.
Joma, S. (21 de abril de 2021). Varios corales y hasta
el pez sierra ya están extintos en El Salvador.
elsalvador.com. https://www.elsalvador.com/eldia-
riodehoy/reservas-marinas-pez-sierra-corales-extin-
tos/829857/2021/
Kahng, S. E., & Grigg, R. (2005). Impact of an alien octo-
coral, Carijoa riisei, on black corals in Hawaii. Coral
Reefs, 24, 556–562.
Lavorato, A., Stranges, S., & Reyes-Bonilla, H. (2021).
Potential distribution and environmental niche of
the black corals Antipathes galapagensis and Myrio-
pathes panamensis in the Eastern Tropical Paci-
fic. Pacific Science, 75(1), 129–145. https://doi.
org/10.2984/75.1.6
López, G. (2017). Composición y estructura de opisto-
branquios (Gastropoda: Heterobranchia) en la zona
intermareal de las playas rocosas del Área Natural
Protegida Complejo Los Cóbanos y Punta Amapala,
El Salvador (Tesis de Licenciatura). Universidad de
El Salvador, El Salvador.
Matamoros-Calderón, W., Lara, M., & Breedy, O. (2021).
Bosques de coral negro del Área de Conserva-
ción Guanacaste: especies y distribución. Revista de
Biología Tropical, 69(S2), S208–S218. https://doi.
org/10.15517/rbt.v69iS2.48317
Ministerio de Medio Ambiente y Recursos Naturales.
(2009). Listado oficial de especies de vida silvestre
amenazadas o en peligro de extinción. Acuerdo
No. 36. Ministerio de Medio Ambiente y Recursos
Naturales. https://sherloc.unodc.org/cld/document/
slv/2009/acuerdo_n_36_listado_oficial_de_espe-
cies_de_vida_silvestre_amenazadas_o_en_peligro_
de_extincion.html?
Ministerio de Medio Ambiente y Recursos Naturales.
(2015). Listado oficial de especies de vida silvestre
amenazadas o en peligro de extinción. Acuerdo
No. 74. Ministerio de Medio Ambiente y Recursos
Naturales. https://cidoc.marn.gob.sv/documentos/
listado-oficial-de-especies-de-vida-silvestre-amena-
zadas-o-en-peligro-de-extincion/
Ocaña, O., den Hartog, J. C., & van Ofwegen, L. P. (2004)
Ring sea anemones, an overview (Cnidaria, Antho-
zoa, Actiniaria). Graellsia, 60(2), 143–154. https://
doi.org/10.3989/graellsia.2004.v60.i2.209