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Distribution and habitat preferences of Hippocampus species along the Apulian coast
Author(s) -
Lazic Tamara,
Pierri Cataldo,
Gristina Michele,
Carlucci Roberto,
Cardone Frine,
Colangelo Paolo,
Desiderato Andrea,
Mercurio Maria,
Bertrandino Marta Simona,
Longo Caterina,
Carbonara Pierluigi,
Corriero Giuseppe
Publication year - 2018
Publication title -
aquatic conservation: marine and freshwater ecosystems
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 0.95
H-Index - 77
eISSN - 1099-0755
pISSN - 1052-7613
DOI - 10.1002/aqc.2949
Subject(s) - seahorse , ecology , habitat , endangered species , sympatric speciation , biodiversity , range (aeronautics) , littoral zone , geography , abundance (ecology) , biology , marine protected area , fishery , materials science , composite material
The aim of this study was to provide further knowledge of the ecological, spatial, and temporal distribution and life‐cycle traits of the sympatric seahorse species Hippocampus hippocampus and Hippocampus guttulatus . From 2011 to 2014, data were collected from 20 sites along the Apulian coast (Southern Italy) in order to cover a wide range of coastal marine, open water, and lagoon sites, from the surface to a depth of 48 metres. Seahorses were found at seven of the 20 sites investigated. Both species displayed temporal persistence, patchy distribution, and a high spatial demographic heterogeneity. This study revealed a smaller maximum size and size at maturity of H. guttulatus than has been reported elsewhere. Although it is possible that environmental factors are influencing the size of these animals, there may be genetic explanations, especially for lagoon populations. Despite the fragmented distribution and often low abundance found along the Apulian coast, some seahorse populations appear to be locally persistent and stable over time, suggesting that there is a need for appropriate location‐specific conservation strategies. Not just maintaining but increasing the area of artificial substrates, which enhance habitat complexity and provide holdfasts, could represent a possible approach to help conserve marine littoral biodiversity and to protect endangered species in lagoons.