{"datasetrec":{"DasID":8136,"Acronym":null,"StandardTitle":"Abundance and Distribution of Temora turbinata and Temora stylifera in Mochima National Park, Venezuela","OrigTitle":"Abundancia y Distribuci\u00f3n de Temora turbinata y Temora stylifera en el Parque Nacional Mochima, Venezuela","OrigTitleLangID":17,"OrigTitleLangCode":"es","OrigTitleLang":"Spanish","OrigTitleLangNL":"Spaans","VersionName":null,"ContactEmail":null,"VersionDate":null,"VersionDay":null,"VersionMonth":null,"VersionYear":null,"SizeReference":null,"EngAbstract":"Some characteristic pelagic copepod species are important as an indicator of certain water masses, such as Temora turbinata; which is associated with the relaxation period (no upwelling) and to the coastal areas. This sampling analyzes the abundance and age structure of the population in periods of upwelling and relaxation. Sampling was carried out bimonthly from December 2015 to October 2016. A Bongo-type net with a diameter of 30 cm and a mesh opening of 300 \u00b5m was used; The setting was made from a pe\u00f1ero-type boat, obliquely, at a speed of 2 knots for 15 min at 10 and 50 meters from the coast, in 6 stations, distributed in the PN. Mochima: 3 external stations (stations 1, 2 and 3) and 3 internal (stations 4, 5 and 6). At each station, temperature, salinity and surface oxygen were measured using a multiparametric probe (YSI).","EngDescr":"The Mochima National Park (PN. Mochima) is subject to an active center of coastal upwelling, this phenomenon presents a seasonal behavior; therefore, with the present work it is intended to have quantitative information on the species of the Temoridae family, analyzing the seasonal and spatial variations of their abundance and the age structure of the population, during the periods of upwelling and relaxation. This in relation to the environmental variables. Significant differences were found in the temperature during the months of study. Furthermore, zooplankton biomass showed significant spatial differences in the two depths studied. The zooplankton density registered the highest average values \u200b\u200bin April 2016, 335 and 551 ind.m-3 at 10 and 50 m respectively. We found significant spatial differences in the two sampling periods and in both sampling depths, T. turbinata was more abundant and dominant than T. stylifera. The abundance of T. turbinata did not vary over time, nor for distance from the coast; however, the highest values \u200b\u200bwere recorded in the internal stations. For T. stylifera, the highest abundances were recorded 50 m from the coast and at external stations. The highest abundance found for T. turbinata is due to its short life cycle and high number of generations per year, a reproductive advantage over other species.\n\nStudy Extent: The study was conducted in the Mochima National Park, located in the northeastern region of Venezuela, between the states of Anzo\u00e1tegui and Sucre, between latitudes 10\u00b09'50\u2033 and 10\u00b026'0\u2033 North and longitudes 64\u00b013 '20\u2033 and 64\u00b047'32\u2033 West (Figure 1). The bay is surrounded by mountains and open to the north by a channel 1.7 km wide by 60 m deep that communicates directly with the Cariaco basin (Okuda et al., 1968; Kato, 1972). The external stations include the Caracas Islands, a system of islets located in the extreme north of the NP. Mochima, Sucre zone, considered oceanic stations, with sandy beaches with shallow profiles and limited by shallow coral reefs in the coastal part and octocoral formations in its deepest part. The internal stations are located within the Mochima bay, in three relatively well-differentiated zones: station 4, the innermost one, called sac, is characterized by a smooth and regular topography with a maximum depth of 20 m; station 5, in the central area, limited by steep slopes, including the central channel, whose maximum depth is 27 m, and station 6, in the outermost area of \u200b\u200bthe bay, the mouth, at the which is dominated by gently sloping slopes, where the maximum depth is 60 m (Okuda et al., 1968; M\u00e9ndez et al., 1988).\n\nMethod step description: Sampling was carried out bimonthly for a year, from December 2015 to October 2016. A Bongo-type net with a diameter of 30 cm and a mesh opening of 300 \u00b5m for mesozooplankton (Boltovskoy , 1981), equipped with a torpedo-type flowmeter at the mouth of the net to measure the volume of filtered water, and a zooplankton collector at the end of the net. The sampling was made from a pe\u00f1ero-type boat, obliquely, at a speed of 2 knots for 15 min at 10 and 50 meters from the coast, in 6 stations, distributed in the NP. Mochima: 3 external stations (stations 1, 2 and 3) and 3 internal (stations 4, 5 and 6). Once the sampling was finished, the zooplankton nets containing the biological material were emptied into previously identified plastic containers and fixed in a 4% formaldehyde solution with seawater, neutralized with sodium tetraborate (Smith and Richardson, 1979) and transferred to the Zooplankton Laboratory of the Oceanographic Institute of Venezuela. Temperature, salinity, and surface dissolved oxygen were measured at each station using a multiparameter probe (YSI).\nZooplankton components were quantified using a Bogorov chamber, three aliquots of 5 ml were taken with a Stempel pipette, from a 400 ml stock. This was taken under a stereoscopic magnifying glass to determine the different groups that make up the zooplankton and then the copepods of the Temoridae family were separated to determine the species and sex of each organism. The identification of the Temora species was carried out through specialized taxonomic keys.","OrigAbstract":"Existen especies de cop\u00e9podos pel\u00e1gicos muy caracter\u00edsticos, cuya sola presencia tiene importancia como indicador de ciertas masas de agua, como por ejemplo Temora turbinata; la cual, est\u00e1 asociada a la \u00e9poca de relajaci\u00f3n (no surgencia) y a zonas costeras. El presente trabajo analiza la abundancia y la estructura etaria de la poblaci\u00f3n en periodos de surgencia y relajaci\u00f3n. La toma de muestras se llev\u00f3 a cabo bimestralmente desde diciembre de 2015 hasta octubre de 2016. Se utiliz\u00f3 una red tipo Bongo de 30 cm de di\u00e1metro y 300 \u00b5m de abertura de malla; el calado se realiz\u00f3 desde una embarcaci\u00f3n tipo pe\u00f1ero, de forma oblicua, a una velocidad de 2 nudos por 15 min a 10 y 50 metros de distancia de la costa, en 6 estaciones, distribuidas en el PN. Mochima: 3 estaciones externas (estaciones 1, 2 y 3) y 3 internas (estaciones 4, 5 y 6). En cada estaci\u00f3n se midi\u00f3 la temperatura, la salinidad y el ox\u00edgeno superficial por medio de una sonda multiparam\u00e9trica (YSI). ","OrigDescr":"El Parque Nacional Mochima (PN. Mochima), est\u00e1 sujeto a un centro activo de surgencia costera, este fen\u00f3meno presenta un comportamiento estacional; por lo tanto, con el presente trabajo se pretende tener informaci\u00f3n cuantitativa sobre las especies de la familia Temoridae, analizando las variaciones estacionales y espaciales de su abundancia y la estructura etaria de la poblaci\u00f3n en los periodos de surgencia y relajaci\u00f3n, en relaci\u00f3n con las variables ambientales. Solo se hall\u00f3 diferencias significativas en la temperatura durante los meses de estudio, mientras que la biomasa zooplanct\u00f3nica mostr\u00f3 diferencias significativas espaciales en las dos distancias estudiadas. La densidad zooplanct\u00f3nica registr\u00f3 los valores medios m\u00e1s altos en abril 2016, con 335 y 551 ind.m-3 a 10 y 50 m respectivamente, se demostr\u00f3 diferencias significativas espaciales, as\u00ed como en los dos periodos de muestreo y en ambas distancias muestreadas. T. turbinata fue m\u00e1s abundante y dominante que su cong\u00e9nere T. stylifera. La abundancia de T. turbinata no vari\u00f3 temporalmente, ni para las distancias de la costa; sin embargo, los mayores valores se registraron en las estaciones internas. A diferencia de T. stylifera, las mayores abundancias se registraron a 50 m de distancia de la costa y en las estaciones externas.La mayor abundancia comprobada para la especie T. turbinata, debido a su ciclo de vida corto y alto n\u00famero de generaciones por a\u00f1o, le confieren ventaja reproductiva sobre las otras especies.\n\nStudy Extent: El estudio se realiz\u00f3 en el Parque Nacional Mochima, ubicado en la regi\u00f3n nororiental de Venezuela, entre los estados Anzo\u00e1tegui y Sucre entre las latitudes 10\u00b09'50\u2033 y 10\u00b026'0\u2033 Norte y las longitudes 64\u00b013'20\u2033 y 64\u00b047'32\u2033 Oeste (Figura 1). La bah\u00eda est\u00e1 rodeada por monta\u00f1as en toda su extensi\u00f3n y est\u00e1 abierta al norte por un canal de 1,7 km de ancho por 60 m de profundidad que se comunica directamente con la cuenca de Cariaco (Okuda et al., 1968; Kato, 1972). Las estaciones externas comprenden las Islas Caracas, un sistema de islotes ubicados en el extremo norte del PN. Mochima, zona Sucre, consideradas estaciones oce\u00e1nicas, con playas arenosas con perfiles de profundidades leves y limitadas por arrecifes coralinos someros en la parte costera y formaciones de octocorales en su parte m\u00e1s profunda. Las estaciones internas, se ubican dentro de la bah\u00eda de Mochima, en tres zonas relativamente bien diferenciadas: la estaci\u00f3n 4, la m\u00e1s interna, denominada saco, se caracteriza por una topograf\u00eda suave y regular con una profundidad m\u00e1xima de 20 m; la estaci\u00f3n 5, en la zona central, limitada por laderas de pendientes pronunciadas, entre las cuales se encuentra el canal central, cuya profundidad m\u00e1xima es de 27 m y la estaci\u00f3n 6, en la zona m\u00e1s externa de la bah\u00eda, la boca, en la cual predominan laderas de pendientes suaves, d\u00f3nde, la profundidad m\u00e1xima es de 60 m (Okuda et al., 1968; M\u00e9ndez et al., 1988).\n\nMethod step description: La toma de muestras se llev\u00f3 a cabo bimestralmente durante un a\u00f1o, a partir de diciembre de 2015 hasta octubre de 2016. Se utiliz\u00f3 una red tipo Bongo de 30 cm de di\u00e1metro y 300 \u00b5m de abertura de malla para mesozooplancton (Boltovskoy, 1981), dotada de un fluj\u00f3metro tipo torpedo en la boca de la red con la cual se determin\u00f3 el volumen de agua filtrada y un colector de zooplancton al final de las mismas. El calado se realiz\u00f3 desde una embarcaci\u00f3n tipo pe\u00f1ero, de forma oblicua, a una velocidad de 2 nudos por 15 min a 10 y 50 metros de distancia de la costa, en 6 estaciones, distribuidas en el PN. Mochima: 3 estaciones externas (estaciones 1, 2 y 3) y 3 internas (estaciones 4, 5 y 6). Una vez finalizado los calados, se procedi\u00f3 a vaciar las redes de zooplancton que contienen el material biol\u00f3gico, en envases pl\u00e1sticos previamente identificados y se procedi\u00f3 a fijarlos en una soluci\u00f3n de formaldeh\u00eddo con agua de mar al 4%, neutralizada con tetraborato de sodio (Smith y Richardson, 1979), posteriormente fueron trasladados al Laboratorio de Zooplancton del Instituto Oceanogr\u00e1fico de Venezuela. En cada estaci\u00f3n se midi\u00f3 la temperatura, la salinidad y el ox\u00edgeno disuelto superficial por medio de una sonda multiparam\u00e9trica (YSI).\nSe cuantificaron los componentes del zooplancton empleando una c\u00e1mara de Bogorov, a partir de tres al\u00edcuotas de 5 ml tomadas con una pipeta Stempel, de un stock de 400 ml; esta se llev\u00f3 a una lupa estereosc\u00f3pica para determinar los diferentes grupos que componen el zooplancton y luego se separaron los cop\u00e9podos de la familia Temoridae para determinar las especies y el sexo de cada organismo. La identificaci\u00f3n de las especies de Temora se llevo a trav\u00e9s de las claves taxonomicas especializadas.","Comments":null,"ReleaseDate":"Dec 6 2022 12:00AM","ReleaseDate0":"2022-12-06","OrigDescrLang":"Spanish","EmbargoDate":null,"OrigDescrLangNL":"Spaans","OrigLangCode":"es","OrigLangCodeExtended":"spa","OrigLangID":17,"DescrCompFlag":null,"DescrTransFlag":1,"Citation":"Colina-Romero H M, Marquez-Rojas B (2022): Abundance and Distribution of Temora turbinata and Temora stylifera in Mochima National Park, Venezuela. 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