Please use this identifier to cite or link to this item: http://repositorio.iiap.gob.pe/handle/IIAP/305
Title: Use of an acoustic telemetry array for fine scale fish behaviour assessment of captive Paiche, Arapaima gigas, breeders
Authors: Núñez Rodríguez, Jesús
Vela Díaz, Antonia
Bazan Albitez, Roger
Rebaza Alfaro, Carmela
Koua, Daniel
Núñez, Lucie
Testi, Baptiste
Renno, Jean-François
Duponchelle, Fabrice
Pella, Hervé
Keywords: Telemetría acústica
Comportamiento animal
Producción acuícula
Reproducción de peces
Biotelemetría
Poblacion cautiva
Estanques piscícolas
Sistema de posicionamiento acústico
Comportamiento reproductivo
Éxito reproductivo
Desove
Osteoglossidae
Arapaima gigas
Issue Date:  22
Publisher: Intituto de Investigaciones de la Amazonía Peruana
Series/Report no.: Aquaculture Research; 49(6):2296–2304
Abstract: As Arapaima gigas is one of the most valuable species for the growing production of Amazonian aquaculture, knowledge of its reproductive behaviour and its application to increase reproduction success in captivity is of great importance as no hormonal spawning induction technique exists for this species. An acoustic positioning system (LOTEK Inc.) was used to observe the interactions of adult fish to better understand the formation of mating pairs. Fish were placed in a 4,500 m2 aquaculture pond over a 6‐month period in the IIAP field station of Pucallpa, Perú. This paper describes the methodological protocols used to set up and test the hydrophone array and presents the methodology used for the analysis of the huge amount of collected data. This methodology is illustrated by the analysis of a 6‐day period for a mating pair that showed a spawning event. The results indicated that male and female occupied mostly one preferential area in one pond edge where the nesting area is located. Different activity patterns were observed during the spawning event, with male and female being closer during the spawning day. The results also showed that male travelled less distance than female during the studied period. Finally these results demonstrated the suitability of such equipment to monitor fish interactions at fine spatial (sub meter) and temporal (5 s) scales in confined environments like aquaculture ponds.
URI: http://repositorio.iiap.gob.pe/handle/IIAP/305
ISSN: 1355557X
Appears in Collections:Artículos científicos en revistas indexadas

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