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Redalyc.Fish Community Structure on Coral Habitats with Contrasting Revista de Biología Tropical ISSN: 0034-7744 [email protected] Universidad de Costa Rica Costa Rica Palacios, María del Mar; Zapata, Fernando A. Fish community structure on coral habitats with contrasting architecture in the Tropical Eastern Pacific Revista de Biología Tropical, vol. 62, núm. 1, febrero, 2014, pp. 343-357 Universidad de Costa Rica San Pedro de Montes de Oca, Costa Rica Available in: http://www.redalyc.org/articulo.oa?id=44932442026 How to cite Complete issue Scientific Information System More information about this article Network of Scientific Journals from Latin America, the Caribbean, Spain and Portugal Journal's homepage in redalyc.org Non-profit academic project, developed under the open access initiative Fish community structure on coral habitats with contrasting architecture in the Tropical Eastern Pacific María del Mar Palacios1, 2*, Fernando A. Zapata1 1. Coral Reef Ecology Research Group, Department of Biology, Universidad del Valle, A.A. 25360, Cali, Colombia; [email protected] 2. School of Marine & Tropical Biology, James Cook University, Townsville, Queensland 4811, Australia; [email protected] Recibido 18-X-2013. Corregido 20-XI-2013. Aceptado 19-XII-2013. Abstract: Reefscape architecture, shaped by dominant coral morphologies, can play a major role in determining the structure and composition of fish assemblages by affecting niche and resource availability and mediating interspecific interactions. To explore the role of dominant coral morphologies on reef fish communities, we car- ried out a comparative study of the fish community associated with a Massive Coral Community (MCC) and a Branching Coral Community (BCC) at Gorgona Island, Tropical Eastern Pacific (TEP). On each community, the benthic substrate was assessed through the “chain transect method” while the fish assemblage was evalu- ated through visual surveys on belt transects. We found differences between both fish assemblages in terms of the abundance, diversity (H’), and evenness (J’). The BCC, despite being formed by morphologically complex pocilloporid colonies, had a simple and relatively flat architecture that attracted principally small and territorial fishes. Significant higher abundances of Chromis atrilobata and Thalassoma lucasanum at the BCC boosted the total fish abundance but caused low fish evenness and diversity. Conversely the MCC, composed of massive coral species with considerable sizes and diversity of shapes, held a complex and high-relief reefscape capable of sustaining a more diverse and even fish community, although with the same species richness as the BCC. Fishes with large sizes, roving behavior and piscivore-feeding preferences were especially attracted to the MCC. Although, massive coral species are important in determining a diverse and complex reefscape architecture, both dominant coral morphologies (massive and branching) attract and provide resources to different types of fish according to their size, mobility and trophic group. Our results suggest that a loss of massive coral species and a community shift towards stress-resistant taxa (such as Pocillopora spp.), could alter the structure and function of fish assemblages in the TEP due to the habitat loss for large, mobile and piscivore species. Rev. Biol. Trop. 62 (Suppl. 1): 343-357. Epub 2014 February 01. Key words: coral reef fishes, reefscape architecture, coral morphology, massive coral community, branching coral community, Tropical Eastern Pacific. Habitat complexity can be a major determi- marine habitats (e.g., Risk, 1972; Luckhurst & nant of community structure because it strongly Luckhurst, 1978; Friedlander & Parrish, 1998; influences the availability of niches and the Gratwicke & Speight, 2005; Alvarez-Filip, Gill ways in which species exploit environmental & Dulvy, 2011a). resources (Hutchinson, 1959; MacArthur & Tropical coral reefs, bio-constructed by MacArthur, 1961; Tews et al., 2004). Although scleractinian coral species, are among the a strong positive relationship between habitat most complex marine ecosystems due to their complexity and species diversity was first coral diversity, architectural complexity, vari- observed in terrestrial ecosystems (reviewed ety of refuge sizes, percentage of live cover by Tews et al., 2004), many studies have also and vertical relief (Luckhurst & Luckhurst, demonstrated strong linkages between proper- 1978; Roberts & Ormond, 1987; Friedlander ties of fish assemblages and the complexity of & Parrish, 1998; Gratwicke & Speight, 2005; Rev. Biol. Trop. (Int. J. Trop. Biol. ISSN-0034-7744) Vol. 62 (Suppl. 1): 343-357, February 2014 343 Pratchett et al., 2008; Messmer et al., 2011). their associated morphological and functional Among these habitat features, architectural traits (Luckhurst & Luckhurst, 1978; Jones & complexity (defined here as the structure of Syms, 1998; Kerry & Bellwood, 2012). the physical environment) usually plays the Although reef fish communities from the most important role in shaping the richness, Tropical Eastern Pacific (TEP) have received diversity, abundance and biomass of reef fish increasing attention in the last decade (e.g., assemblages (Luckhurst & Luckhurst, 1978; Edgar, Barrett & Morton, 2004; Alvarez-Filip, McCormick, 1994; Almany, 2004; Alvarez-Fil- Reyes-Bonilla & Calderon-Aguilera, 2006; ip et al., 2011a). It is believed that a high struc- Dominici-Arosemena & Wolff, 2006; Benfield tural complexity boosts fish diversity because it et al., 2008), few studies have considered coral reduces interspecific competition by providing morphology (massive or branching) as an a greater spectrum of niches and resources. It important factor influencing habitat structure also increases fish survivorship by diminishing and thus the composition and structure of fish prey-predator encounter rates and/or by offer- assemblages in the region (Zapata & Morales, ing additional prey refuges (Beukers & Jones, 1997; Dominici-Arosemena & Wolff, 2006; 1997; Friedlander & Parrish, 1998; Almany, Benfield et al., 2008). For instance, Zapata & 2004; Gratwicke & Speight, 2005). Morales (1997) noted that changes in fish rich- The importance of dominant coral mor- ness and evenness among reef zones within a phologies (e.g., tabular, massive, branching) fringing coral reef responded to the relative dis- has been highlighted in recent years, because tribution of massive and branching coral types. it is an important coral reef attribute that As the dominant coral forms of a coral commu- shapes the reefscape architectural complexity nity determine substrate monotony and com- and determines habitat usage by reef fishes plexity, they appear to be strongly correlated (Alvarez-Filip et al., 2011a; Messmer et al., with the richness and diversity of fish assem- 2011; Kerry & Bellwood, 2012). For exam- blages (Dominici-Arosemena & Wolff, 2006). ple, branching coral communities with many In this study, we examined how dominant interstices are often used by small reef fishes coral morphologies influence fish community for shelter (Beukers & Jones, 1997), while structure and composition by carrying out a tabular corals congregate larger reef fishes comparative study of the fish assemblages on that seek concealment for ambush predation two coral formations with contrasting reefscape or shade from sunlight (Kerry & Bellwood, architecture. One formation was dominated 2012). Studying fish-habitat associations also by branching coral species, which formed a provides insights into the effects of decreased monotonous framework of low relief, while structural complexity as a consequence of habi- the other was composed of large massive coral tat degradation (Pratchett et al., 2008; Benfield, colonies that made a high-relief, heterogeneous Baxter, Guzman & Mair, 2008; Alvarez-Filip, and complex seascape (Fig. 1). Considering a Dulvy, Côté, Watkinson & Gill, 2011b). Coral large spatial scale (the gross reefscape mor- morphology is, however, a measure of architec- phology) we addressed the following ques- tural complexity usually not considered in coral tions: (1) Are there differences in the fish reef fish studies, as most methods designed to assemblages inhabiting habitats dominated by assess the habitat complexity of coral commu- branching and massive corals?, (2) which reef- nities (Risk, 1972; McCormick 1994; Wilson, scape pattern or habitat architecture features Graham & Polunin, 2007; Wedding, Fried- the highest fish species richness, diversity, and lander, McGranaghan, Yost & Monaco, 2008) abundance?, and (3) which types of fish species involve the use of quantitative indices that and trophic groups are most attracted to each of conceal the role of dominant coral species and the two coral communities assessed? 344 Rev. Biol. Trop. (Int. J. Trop. Biol. ISSN-0034-7744) Vol. 62 (Suppl. 1): 343-357, February 2014 A B Massive Coral Community Caribbean Sea 3º0’ N 3º0’ Gorgona Colombia Island Pacic Ocean Gorgona Pacic Ocean C Branching Coral Community Island B C 1 km N 2º56’ 78º12’ W Fig. 1. A) Map of Gorgona Island showing the location. Photographs of the reefscape architecture at the MCC (B) and the BCC (C) are shown. MATERIALS AND METHODS locally known as “La Camaronera”, which is characterized by strong waves and low light Study area: Located in the Panamic prov- penetration due to high turbidity and sediment ince at 2°58’27”N - 78°11’13”W, Gorgona is a re-suspension (Zapata & Vargas-Ángel, 2003). continental island 35 km off the Pacific coast In contrast, the Branching Coral
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