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Macrofauna of São Sebastião Channel, Southeastern Brazil 45°30'W 45°22'W Figure 1. Study area with location of the 15 sampling stations. The isobaths corresponding to 10 and 20 m are indicated. 1985). The Coastal Water mass (CW) dominated in the other periods. The CW is associated with high temperatures (>24°C) and low salinities (
45 Latin American Journal of Aquatic Research Table 1. Abiotic variables from the sampling stations of São Sebastião Channel in the four seasons. S: salinity (psu); T: temperature; O2 (%): percent saturation of oxygen; MS medium sand; FS: fine sand; C: organic carbon; Diam: mean diameter of the sediment. Station Depth S T O 2 O 2 MS FS Silt Clay C C/N Diam Class (m) (ºC) (mL L -1 ) (%) (%) (%) (%) (%) (%) (ϕ) Spring 1 15 33.59 20.71 3.85 74.9 11.7 85.46 0.23 0.00 0.07 7.00 2.98 Fine sand 2 26 34.18 20.42 3.72 72.2 0.25 12.42 59.07 28.25 1.92 16.00 6.35 Fine silt 3 10 32.53 21.64 4.70 92.4 21.24 14.63 0.52 0.00 0.71 14.20 0.72 Coarse sand 4 10 31.45 23.61 4.82 97.6 0.00 95.35 2.51 2.08 0.17 8.50 3.47 Very fine sand 5 23 34.79 19.69 3.08 59.2 2.12 79.37 10.45 6.96 0.61 12.20 3.44 Very fine sand 6 10 31.4 23.51 5.01 101.2 7.07 37.1 32.43 16.21 1.51 18.88 4.68 Coarse silt 7 10 31.6 23.1 4.65 93.4 0.37 32.23 49.85 17.45 1.69 21.13 5.64 Medium sand 8 45 35.57 16.81 3.84 70.2 8.13 18.23 38.53 14.62 1.20 13.33 4.25 Coarse silt 9 10 32.01 22.7 4.91 98.1 41.81 33.07 0.16 0.00 0.20 10.00 1.53 Medium sand 10 10 32.14 22.39 4.99 99.2 0.18 29.19 53.62 17.00 1.42 10.14 5.61 Medium silt 11 28 33.86 20.21 3.87 74.7 25.39 6.33 0.19 0.00 0.07 3.50 0.35 Coarse sand 12 9 31.42 22.36 5.09 100.7 10.78 50.91 23.65 9.46 0.88 17.60 3.85 Very fine sand 13 11 33,00 21.29 4.37 85.6 4.15 34.11 41.76 17.51 1.49 16.56 5.2 Medium silt 14 26 34.19 19.69 3.95 75.7 26.36 12.72 4.94 3.25 0.29 9.67 1.06 Medium sand 15 Summer 8 32.55 22,00 4.47 88.5 9.36 49.65 8,00 2.67 0.18 6.00 2.17 Fine sand 1 15 34.97 29.85 4.25 101.1 1.05 90.14 8.65 0.00 0.19 9.50 3.47 Very fine sand 2 26 34.87 27.5 4.87 98.7 0.42 37.42 41.17 20.59 1.66 15.09 5.55 Medium silt 3 10 34.95 26.83 --- --- 48.41 24.45 3.94 0,00 0.20 6.67 1.56 Medium sand 4 10 35.01 27.35 --- --- 0.19 93.84 4.6 1.06 0.33 11.00 3.45 Very fine sand 5 23 35.34 24.58 --- --- 0.49 89.48 8.56 1.07 0.63 21.00 3.25 Very fine sand 6 10 34.88 27.33 4.52 99.4 9.8 65.08 16.25 4.64 0.84 16.80 3.49 Very fine sand 7 10 34.76 27.9 4.65 103.1 0.36 37.57 44.87 16.98 1.26 9.69 5.51 Medium silt 8 45 35.31 22.86 3.95 80.7 6.54 14.65 49.22 18.62 1.38 5.52 5,00 Medium silt 9 10 34.76 27.97 4.71 104.6 38.9 35.07 0.00 0.00 0.08 4.00 1.55 Medium sand 10 10 35.07 28.27 4.87 108.9 0.09 29.5 55.48 14.94 1.51 7.95 5.42 Medium silt 11 28 35.15 23.21 4.25 87.3 38.56 19.45 4.25 1.06 0.17 5.67 1.35 Medium sand 12 9 34.84 26.89 4.59 106.7 12.38 15.97 11.02 18.73 0.47 11.75 3.18 Very fine sand 13 11 34.98 26.95 4.64 101.4 8.87 48.48 6.19 1.25 0.17 8.50 1.97 Medium sand 14 26 35.15 25.74 4.09 87.7 21.6 16.41 5.85 1.08 0.23 7.66 0.91 Coarse sand 15 Autumn 8 35.35 26.29 4.36 94.5 0.63 38.03 46.28 14.72 1.53 12.75 5.31 Medium silt 1 15 34.79 24.49 3.31 69.3 0.14 94.01 5.8 0.00 0.12 6.00 3.47 Very fine sand 2 26 35.78 24.11 3.72 77.9 0.3 25.75 50.02 23.92 1.91 19.10 5.92 Medium silt 3 10 33.91 26.01 4.35 93.1 33.07 35.67 1.34 0,00 0.19 6.33 1.55 Medium sand 4 10 33.73 25.06 5.10 107.3 0.15 98.16 1.6 0,00 0.19 6.33 3.41 Very fine sand 5 23 35.29 24.16 3.49 72.9 0.48 71.16 19.2 9.04 0.69 8.63 4.2 Coarse silt 6 10 34.02 25.82 4.04 86.2 7.27 67.93 17.31 4.33 0.67 11.17 3.72 Very fine sand 7 10 33.95 25.21 4.52 95.4 0.26 20.92 61.16 17.47 1.81 18.10 5.91 Medium silt 8 45 35.50 23.16 4.04 83.0 13.14 18.58 25.71 11.57 1.05 15.00 3.24 Very fine sand 9 10 34.16 25.26 4.27 90.3 42.77 31.43 0.005 0.00 0.12 4.00 1.51 Medium sand 10 10 34.25 24.95 4.40 92.6 0.33 20.63 62.7 16.26 1.49 16.56 5.76 Medium silt 11 28 34.92 24.3 3.95 82.5 24.11 8.46 2.34 0.00 0.15 7.50 0.5 Coarse sand 12 9 34.56 24.25 4.32 90.0 6.1 49.34 31.71 9.76 1.24 17.71 4.22 Coarse silt 13 11 34.35 25.02 4.17 87.9 8.07 54.43 17.1 3.95 0.31 10.33 3.1 Very fine sand 14 26 34.76 24.31 4.78 99.8 16.81 12.65 8.26 1.18 0.29 9.67 0.83 Coarse sand 15 8 34.71 24.70 4.10 86.2 40.1 22.82 2.91 0.00 0.11 3.67 1.41 Medium sand Winter 1 15 33.16 20.41 4.14 80.0 9.82 85.42 1.93 0.00 0.05 2.50 3.08 Very fine sand 2 26 33.76 20.23 4.77 92.0 0.36 31.84 40.98 26.64 1.65 12.67 5.87 Medium silt
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Page 4 and 5: Enox de Paiva-Maia, George Alves-Mo
Page 6 and 7: 2 INTRODUCCIÓN Las fluctuaciones e
Page 8 and 9: 4 Latin American Journal of Aquatic
Page 10 and 11: 6 escalas interanual e interdecadal
Page 12 and 13: 8 plataforma continental de Chile c
Page 14 and 15: 10 al., 2009), disminuciones en la
Page 16 and 17: 12 frecuencia presentes en esta pes
Page 18 and 19: 14 el fin de la temporada de surgen
Page 20 and 21: 16 Generación Índice Reclutamient
Page 22 and 23: 18 nacional de manejo ecosistémico
Page 24 and 25: 20 Bailey, K. 1989. Description and
Page 26 and 27: 22 symmetricus murphyi, in the open
Page 28 and 29: 24 Hurtado-Ferro, F., K. Hiramatsu
Page 30 and 31: 26 Parada, C., F. Colas, S. Soto-Me
Page 32 and 33: 28 conectividad de zonas de desove-
Page 34 and 35: 30 INTRODUCCIÓN El zooplancton com
Page 36 and 37: 32 Latin American Journal of Aquati
Page 38 and 39: 34 pequeños, incluso con una resol
Page 42 and 43: 38 calcular el Diámetro Circular E
Page 44 and 45: 40 Benfield, M., P. Grosjean, P.F.
Page 46 and 47: Lat. Am. J. Aquat. Res., 41(1): 42-
Page 50 and 51: sorting. To estimate biomass, speci
Page 52 and 53: Density (ind m -2) Diversity (H’)
Page 54 and 55: Table 2. Density (nº ind m -2 ), b
Page 56 and 57: Macrofauna of São Sebastião Chann
Page 58 and 59: amphi-atlantic mollusc assemblages.
Page 60 and 61: Strickland, J.D.H. & T.R. Parsons.
Page 62 and 63: 58 pigmentación; en algunas especi
Page 68 and 69: 64 El porcentaje de individuos con
Page 70 and 71: 66 Gudger, E.W. & F.E. Firth. 1937.
Page 74 and 75: pond surface area (Sup), pond deepn
Page 76 and 77: Nitrogen dynamics in low salinity w
Page 82 and 83: Burford, M.A. & K. Lorenzen. 2004.
Page 86 and 87: Interactions between Guiana dolphin
Page 88 and 89: Interactions between Guiana dolphin
Page 90 and 91: and ships have slower displacement
Page 92 and 93: Valle, A.L. & F.C.C Melo. 2006. Alt
Page 96 and 97: 92 SGR i = ([(WT) i − (WT)(i-1)]
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94 CFm (% TB) 4 3 2 1 0 Latin Ameri
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96 Figure 8. a) Incidence of Philom
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98 Japanese flounder, Paralichthys
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100 Latin American Journal of Aquat
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102 hidrodinámica y dinámica sedi
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108 suspensión (Restrepo et al., 2
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110 lodos litoclásticos pobremente
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112 Sociedad Portuaria Regional de
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118 globales disponibles del tiempo
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122 Figura 7. Parámetro de mezcla
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124 cuenca recibió los mayores cau
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Lat. Am. J. Aquat. Res., 41(1): 126
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treatment of the soil was performed
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Effect of probiotic on bacterial an
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Effect of probiotic on bacterial an
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oth treatments, from the intermedia
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probiotic, Bacillus subtilis E20, f
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Cyanobacteria algae and some protoz
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(1998) and Silva & Matsumura-Tundis
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Zooplankton as bioindicator in trop
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A close relationship among richness
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Paturej, E. 2008. Assessment of the
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Partial harvesting is useful in som
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Table 1. Performance of Nile tilapi
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Figure 4. Relationship between tota
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Growth performance of Nile tilapia
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espectively. At this time, the biom
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of un-ionized ammonia. Montana Stat
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164 incisor-like teeth at front of
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Nematocyst study in ethanol preserv
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Epitoquia en P. australis en aguas
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Epitoquia en P. australis en aguas
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the west coast of Ireland. Sci. Pro
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178 El proceso de doble difusión o
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182 You, Y. 2002. A global ocean cl
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184 pigments, although much new tax
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188 activity of seaweeds extracts a
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192 (Müller & Henle, 1841) (Myliob
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Figure 2. Gill filaments showing pl
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Gbankoto, A., C. Pampouli, A. Marqu
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200 pesquería, destacan estimacion
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206 entre estaciones correspondient
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208 partial local retention and tra
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