2014
DOI: 10.1590/0001-3765201420120039
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Abstract: The present work investigated the occupation and the correlation of the shrimp abundance in relation to environmental variables in different habitats (mangroves, salt marshes and rocky outcrops) in an Amazon estuary Farfantepenaeus subtilis (98.36%) (marine) followed by Alpheus pontederiae (0.76%) (estuarine), Macrobrachium surinamicum (0.45%) and Macrobrachium amazonicum (0.43%) predominantly freshwater. The species F. subtilis and A. pontederiae occurred in the three habitats, whereas M. surinamicum occurred… Show more

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Cited by 3 publications
(4 citation statements)
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References 12 publications
(11 reference statements)
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“…Fishes from the family Gasterosteidae (sticklebacks) reside in marsh pools along the east and west coasts of North America and in Europe (Verhoeven and van Vierssen 1978;Worgan and FitzGerald 1981a, b;Wolf et al 1983;Barnby et al 1985;Ingólfsson 1994), and shrimp from the family Palaemonidae are present in marsh pools of Europe and the east coast of North America (present study; Rickards 1968;Verhoeven and van Vierssen 1978;Frid 1988;Hampel et al 2004). In addition, larvae and juveniles of economically important fishes (present study, Rickards 1968;Wolf et al 1983;Frid 1988;Davis et al 2012), shrimps (present study;Rickards 1968;Frid 1988;Hampel et al 2004;Sampaio and Martinelli-Lemos 2014), and crabs (present study ;Rickards 1968;Subrahmanyam and Coultas 1980) occur in marsh pools in many regions around the globe; this finding suggests that marsh pools may provide valuable nursery habitat for estuarine transient species worldwide.…”
Section: Discussionsupporting
confidence: 53%
See 1 more Smart Citation
“…Fishes from the family Gasterosteidae (sticklebacks) reside in marsh pools along the east and west coasts of North America and in Europe (Verhoeven and van Vierssen 1978;Worgan and FitzGerald 1981a, b;Wolf et al 1983;Barnby et al 1985;Ingólfsson 1994), and shrimp from the family Palaemonidae are present in marsh pools of Europe and the east coast of North America (present study; Rickards 1968;Verhoeven and van Vierssen 1978;Frid 1988;Hampel et al 2004). In addition, larvae and juveniles of economically important fishes (present study, Rickards 1968;Wolf et al 1983;Frid 1988;Davis et al 2012), shrimps (present study;Rickards 1968;Frid 1988;Hampel et al 2004;Sampaio and Martinelli-Lemos 2014), and crabs (present study ;Rickards 1968;Subrahmanyam and Coultas 1980) occur in marsh pools in many regions around the globe; this finding suggests that marsh pools may provide valuable nursery habitat for estuarine transient species worldwide.…”
Section: Discussionsupporting
confidence: 53%
“…The fish and decapod crustacean (i.e., nekton) communities of marsh pools have been examined primarily in estuaries along the east coast of North America (see Able et al 2005 and references therein) and to a lesser extent in Europe (Nicol 1935;Verhoeven and van Vierssen 1978;Frid 1988;Frid and James 1989;Ingólfsson 1994;Hampel et al 2004), Australia (Davis et al 2012(Davis et al , 2014a, South America (Sampaio and Martinelli-Lemos 2014), and the west coast of North America (Wolf et al 1983;Barnby et al 1985). Most of these studies Communicated by Charles T. Roman are limited to describing the presence and species richness of nekton within marsh pools; however, detailed studies along the northeastern coast of North America (i.e., north of Cape Hatteras, North Carolina) have found the species richness of nekton to be relatively low compared to adjacent marsh habitats (Rowe and Dunson 1995;Layman et al 2000;Raposa and Roman 2001;Able et al 2005) and that pools may function as locations for nekton to overwinter, forage, and reproduce (Chidester 1920;Bleakney and Meyer 1979;Worgan and FitzGerald 1981a, b;Ward and FitzGerald 1983;Talbot and Able 1984;Walsh and FitzGerald 1984;Talbot et al 1986;Poulin and FitzGerald 1989;Whoriskey and FitzGerald 1989;Smith and Able 1994;Rowe and Dunson 1995;Halpin 2000;Layman et al 2000;Raposa and Roman 2001;Raposa 2003;Able et al 2005Able et al , 2012…”
Section: Introductionmentioning
confidence: 99%
“…Sampaio e Martinelli- Lemos, 2014;Carvalho et al, 2016 observaram que dos camarões capturados no estuário de Curuçá, a espécie F. subtilis foi a mais frequente do total de indivíduos, não diferenciando do presente estudo.…”
Section: Discussionunclassified
“…Sampaio e Martinelli-Lemos, 2014; Carvalho et al, 2016 observaram que dos camarões capturados no estuário de Curuçá, a espécie F. subtilis foi a mais frequente do total de indivíduos, não diferenciando do presente estudo.De acordo com os resultados obtidos é possível observar que a espécie encontram-se com medidas inferiores aos citados porAraújo et al (2009) onde os machos apresentaram para o comprimento total e peso as médias de 5,9 cm e 1,8g enquanto que as fêmeas 6,2 cm e 2,0g, paraCruz et al (2011) que observou no estuário Bragantino para a espécie em estudo, que as fêmeas apresentaram média de 1,64g e os machos com 3,35g e para Nobrega, Bentes e Martinelli-Lemos(2013), na Ilha de Mosqueiro o espécime apresentou a média de 6,193 cm (Ct), possibilitando que espécie esteja em estado de sobrepesca ou sobexploração. Para o estuário de Curuçá há registros de Sampaio e Martinelli-Lemos (2014), com os F. subtilis apresentado para o comprimento total e peso 3,36 cm e 0,34g (média) e para Carvalho et al (2015) onde o camarão rosa apresentou um peso total médio de 1,29 g, medida inferior a encontrada no estuário de Guajará-Mirim.…”
unclassified