PANGAEA_884244 Ichthyoplankton composition from AREPE cruise 3, Southern Brazilian Shelf, in 1980 Muelbert, Jose H; de Macedo-Soares, Luis Carlos Pinto; Favareto, L R; Costa, M D P Ichthyoplankton composition from AREPE cruise 3, Southern Brazilian Shelf, in 1980 2017-12-19 PANGAEA Dataset https://doi.pangaea.de/10.1594/PANGAEA.884244 Investigator Jose H Muelbert docjhm@furg.br Earth Science Event label Date/Time of event Latitude of event Longitude of event Depth, bathymetric Distance Temperature, water Salinity Volume Zooplankton, biovolume Fish eggs Fish larvae Fish eggs Fish larvae Order Family Species Number of species Flag Method comment Transect geoscientificInformation 33_205 33_206 33_207 33_208 33_209 33_210 33_211 33_212 33_213 33_214 33_215 33_216 33_217 33_218 33_219 33_220 33_221 33_222 33_223 33_224 33_225 33_226 33_227 33_228 33_229 33_230 33_231 33_232 33_233 33_234 33_235 33_236 33_237 33_238 33_239 33_240 33_241 33_242 33_243 33_244 33_245 33_246 33_248 33_249 33_250 33_254 33_255 33_256 33_257 33_258 33_259 33_260 33_261 33_262 33_263 33_264 33_265 33_266 33_270 33_271 33_272 33_273 33_274 33_275 33_276 33_277 33_278 33_279 33_280 33_281 33_282 33_283 33_284 33_285 33_286 33_287 33_288 33_289 33_290 33_291 33_292 33_293 33_294 33_295 33_296 33_297 33_298 33_301 33_302 33_303 Arepe_3 Arepe_3_205 Arepe_3_206 Arepe_3_207 Arepe_3_208 Arepe_3_209 Arepe_3_210 Arepe_3_211 Arepe_3_212 Arepe_3_213 Arepe_3_214 Arepe_3_215 Arepe_3_216 Arepe_3_217 Arepe_3_218 Arepe_3_219 Arepe_3_220 Arepe_3_221 Arepe_3_222 Arepe_3_223 Arepe_3_224 Arepe_3_225 Arepe_3_226 Arepe_3_227 Arepe_3_228 Arepe_3_229 Arepe_3_230 Arepe_3_231 Arepe_3_232 Arepe_3_233 Arepe_3_234 Arepe_3_235 Arepe_3_236 Arepe_3_237 Arepe_3_238 Arepe_3_239 Arepe_3_240 Arepe_3_241 Arepe_3_242 Arepe_3_243 Arepe_3_244 Arepe_3_245 Arepe_3_246 Arepe_3_248 Arepe_3_249 Arepe_3_250 Arepe_3_254 Arepe_3_255 Arepe_3_256 Arepe_3_257 Arepe_3_258 Arepe_3_259 Arepe_3_260 Arepe_3_261 Arepe_3_262 Arepe_3_263 Arepe_3_264 Arepe_3_265 Arepe_3_266 Arepe_3_270 Arepe_3_271 Arepe_3_272 Arepe_3_273 Arepe_3_274 Arepe_3_275 Arepe_3_276 Arepe_3_277 Arepe_3_278 Arepe_3_279 Arepe_3_280 Arepe_3_281 Arepe_3_282 Arepe_3_283 Arepe_3_284 Arepe_3_285 Arepe_3_286 Arepe_3_287 Arepe_3_288 Arepe_3_289 Arepe_3_290 Arepe_3_291 Arepe_3_292 Arepe_3_293 Arepe_3_294 Arepe_3_295 Arepe_3_296 Arepe_3_297 Arepe_3_298 Arepe_3_301 Arepe_3_302 Arepe_3_303 Bongo net Atlantico Sul 1980-10-24 1980-11-14 Complete -34.58 -28.63 -53.22 -48.32 unrestricted CC-BY-SA-3.0: Creative Commons Attribution-ShareAlike 3.0 Unported English PANGAEA Data Publisher for Earth & Environmental Science https://www.pangaea.de/ Data Center Contact Michael Diepenbroek info@pangaea.de

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Bremen Bremen 28359 Germany online 7781 data points text/tab-separated-values Castello, J P; Vasconcellos, M C (1995): Growth rate of anchovy (Engraulis anchoita) larvae caught off Cape Santa Marta Grande (Brazil). Archive of Fishery and Marine Research, 423, 263-281

For all details see the full metadata description at "https://doi.pangaea.de/10.1594/PANGAEA.884244"! ** The AREPE (Avaliação de Recursos Pelágicos) cruises were carried out by the Department of Oceanography at the Federal University of Rio Grande in the South Brazilian Continental Shelf, a region between Cape Santa Marta (28°30'S) and Chuí (34°30'S). In each of the five cruises, 21 transects (14 on the 4th cruise) perpendicular to the coastline were conducted aboard NOc. Atlantic, resulting in approximately 100 oceanographic stations (62 on the 4th cruise) spaced 20 nautical miles (~ 37 km) apart, bounded to the east by the 200 m isobath (Vasconcellos & Castello, 1995; Marcon, 2003). Ichthyoplankton samples were obtained with oblique trawls using a 0.60 m diameter net with 300 µm mesh equipped with a flowmeter, at a speed of approximately 1.3 ms-1 (2.5 kt). The trawls were performed between the surface and 5 m above the bottom in shallow water, and from 200 m depth to the surface in the deep stations. The samples were fixed and preserved in formaldehyde solution, buffered with sodium tetraborate, diluted in sea water with a final approximate concentration of 4%. The filtered volume was calculated and used to standardize the abundance of fish eggs and larvae per 100 m3 of filtered water (Vasconcellos et al., 1998; Marcon, 2003).

http://en.wikipedia.org/wiki/Volume Volume https://en.wikipedia.org/wiki/Species Species PANGAEA_884342 DIF 9.4 2017-12-19 2026-02-15