Navegando por Assunto "Camarões - Criação"

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Acompanhamento das atividades de produção do camarão marinho na fazenda Camar Aquamaris, João Pessoa - PB
(2018) Barbosa, Maria Mirele Nogueira; Campello, Juliana Maria Aderaldo Vidal; http://lattes.cnpq.br/4644906989773828; http://lattes.cnpq.br/2182975590517214
Acompanhamento do manejo no cultivo do camarão marinho Litopenaeus vannamei (Boone, 1931) na Fazenda Aquarium Aquicultura do Brasil Ltda
(2018) Melo, José Marcelo da Costa; Dantas, Danielli Matias de Macêdo; http://lattes.cnpq.br/3422902414863662; http://lattes.cnpq.br/7465921832458765
his report describes the activities followed during the compulsory supervised internship at Aquarium Aquiculture do Brasil Ltda, located in the town of Várzea da Ema SN, rural area of the municipality of Mossoró-RN (5 ° 06'24.1 "S 37 ° 17 ' 41.8 "W) forthe period from 04/05/2018 to 07/11/2018. The farm has 300 hectares of water and has been in the market for 18 years. In addition to excavated nurseries, where a lease system occurs in some parts of the area, the farm has four greenhouses with superintensive system for the cultivation of Litopenaeus vannamei marine shrimp. The Compulsory Supervised Internship was developed in an area of 66.24 hectares, consisting of 11 nurseries and a greenhouse, where seven nurseries have 6 ha, three nurseries of 1.5 ha, a nursery of 2 ha and the greenhouse has an area of 1,275 , 78 m². Two of these nurseries (1.5 ha) are included in the lease system, where the polyculture of Nile Tilapia (Oreochromis niloticus) and sea shrimp (L. vannamei) occurs. With this purpose, it was intended to follow all Fazenda activities (preparation of nurseries, supply, liming, fertilization, acclimatization and settlement, evaluation of shrimp health and carapace rigidity, as well as the activity of expense), which were carried out from Monday to Friday, except when there is an obligation to carry out exceptional activities, such as PL's settlement and expenses. After the end of the internship, the importance of the practical activities for the professional training of the course graduates was well known, serving as a foundation to strengthen the learning process, contributing as a differential to the gain of experience, before entering the job market.
Análise do beneficiamento do camarão (Litopenaeus Vannamei, Bonne 1931) inteiro (Head-on) e sem cabeça (Head-less) congelados em bloco em uma empresa de beneficiamento brasileira
(2019) Amaral, Rosanne Maria dos Santos; Nunes, Diogo Martins; Véras, Dráusio Pinheiro; http://lattes.cnpq.br/7132031218581637; http://lattes.cnpq.br/0407093177034625
Fish generally goes through several procedures before being marketed and some rules must be followed in a processing company. In this work, we aimed to describe and analyze some steps that occur in the production chain of gray shrimp cultivated before and during processing. The description of the species biology, harvesting activity, product quality in the company, equipment / utensil hygiene, that is, the whole process from reception to shipment of the final product was observed. Additionally, laboratory analyzes such as shrimp resistance test, shrimp tasting test, chlorine level analysis and water pH at the fish processing company were performed and other analyzes to complement the study. As a result, it was observed that the processing of food products such as shrimp enables practicality and easy handling in preparation for consumption, as well as the conservation of the product for a longer period.
Análise do teor residual de SO2 na recepção de camarão em unidade de beneficiamento de pescado de Recife - PE
(2019-02-07) Santos, Suzana Maria Cavalcante dos; Franque, Marcos Pinheiro; http://lattes.cnpq.br/1695836763549468; http://lattes.cnpq.br/7793341245966853
Aquicultura multitrófica: crescimento das macroalgas Kappaphycus alvarezii e Hypnea musciformis no cultivo do camarão marinho Litopenaeus vannamei
(2021-12-21) Oliveira, Artur Ludermir de; Dantas, Danielli Matias de Macêdo; http://lattes.cnpq.br/3422902414863662; http://lattes.cnpq.br/1810381478994494
The obligatory supervised internship (ESO) aims to prepare students to work in the job market, allowing them to apply theoretical concepts acquired during under graduation course in practice. OSI also allows student to experience and learn about the difficulties faced in aquaculture production units. This report refers to the realization of the ESO at the Santa Helena farm, belonging to Camares-Camarões Marinhos Ltda, located in the coastal zone of the state of Rio Grande do Norte, more specifically in the city of Caiçara do Norte, during the period from October to December of 2021. During the internship, activities related to the cultivation and management of marine macroalgae were carried out, in an experimental manner, in order to measure macroalgae growth and carry out macroalgae management in the marine shrimp ponds. The project developed during the internship had as main objective to measure the growth of Kappaphycus alvarezii and Hypnea musciformis in three different cultivation structures (Tubular Net, Rope and Pillow) around the property's facilities in a 4 weeks period. The parameters of Total Biomass Gain in gram (GTB), Total Growth (CT) and Daily and Weekly Relative Growth Rate (TCR) were evaluated. During the internship period, it was also possible to assist and monitor the most diverse activities that take place in a marine shrimp farm, such as: application of bokashi, liming the nurseries, receiving post larvae, maintenance of the supply channel, population of the nursery, as well as other routine activities. The best results for the species K. alvarezii were: 2850g of GTB, 475% of CT, 6.25% of daily TCR and 43.73% of weekly TCR, grown in rope structure in the catchment pond. For the species H. musciformis, the results of 1600g of GTB, 266.67% of TC, 4.64% of daily TCR and 32.48% of weekly TCR cultivated in a pillow structure in the catchment pond. In this way, it was possible to confirm how important a sustainable management applied in a shrimp farm is, because with the bioremediation of algae, in addition to reducing the environmental impacts on agroecosystems, it was also possible to maintain a good productivity of shrimp in the nurseries. Due to the growth found of the macroalgae in question, it is also worth considering the possibility that, in the future, the cultivation of some of these algae species will have promising results in the Northeast region, thus enabling the emergence of an economically promising activity.
Aspectos da biologia populacional de Nematopalaemon Schmitti (Holthuis, 1950) e Exhippolysmata Oplophoroides (Holthuis, 1948) no litoral sul de Pernambuco
(2018) Santos, Luan Danylo Noronha dos; Oliveira, Vanildo Souza de; Eduardo, Leandro Nolé; http://lattes.cnpq.br/3271149306128845; http://lattes.cnpq.br/4724844442437274; http://lattes.cnpq.br/1576026557122700
Exhippolysmata oplophoroides and Nematopalaemon schmitti are two species of caridea prawns caught as bycatch by shrimp trawls. Along the Brazilian coast, the biological and ecological information of these two species are still scarce, especially on the northeastern coast. This works aims to collect biological and ecological information about these species in the coast of Pernambuco to understand its importance for the marine ecosystem and fishing. The collections were carried out monthly between September/2017 and August/2018, in Sirinhaém/PE, in a shrimp artisanal boat. During the study period, the number of individuals and the reproductive status (ovigerous and non-ovigerous) were counted to access reproductive peaks. The proportions of Caridae prawns Penaeus schmitti, Penaeus subtilis and Penaeus kroyeri prawns were also compared. For E. oplophoroides, the months of greatest abundance were October and May with the highest peaks of females ovated in February, March and May; and N. schmitti with greater abundance in July and August, and higher peak of individuals ovated in December and July. However, seabob shrimps presented the highest percentage of all shrimp measured (85.6%). The results of this work were important to generate the first ecological and biological information on the species in the state of Pernambuco and on the northeastern coast, contributing with the understanding of its importance to the ecosystem and possibly with a sustainable management plan for the fishing activity.
Atividades aquícolas no laboratório de experimentação de organismos aquáticos, UFRPE, UAST, Serra Talhada - PE
(2018) Silva, Joyce Carla Carvalho da; Silva, Ugo Lima; http://lattes.cnpq.br/1858876631961029; http://lattes.cnpq.br/5764032184191409
Atividades aquícolas no laboratório de experimentação de organismos aquáticos, UFRPE, UAST, Serra Talhada-PE
(2019) Silva, Weverson Ailton da; Silva, Ugo Lima; http://lattes.cnpq.br/1858876631961029; http://lattes.cnpq.br/8320689687057292
Berçário de camarão Litopenaeus vannamei(BONNE, 1931) cultivado em água oligohalina com tecnologia de biofloco sob diferentes densidades de estocagem
(2018) Silva, Weverson Ailton da; Silva, Ugo Lima; http://lattes.cnpq.br/1858876631961029; http://lattes.cnpq.br/8320689687057292
The present work evaluated the culture of the marine shrimp Litopenaeus vannameiin the nursery stage submitted to different storage densities in a biofloco system. The cultivation of post-larvae of L. vannameimarine shrimp in biofloc technology was carried out at the Laboratory of Experimentation of Aquatic Organisms of the Federal Rural University of Pernambuco (UFRPE), during the 28-day period. A completely randomized design with three treatments was adopted: D2: 2 shrimps. L-1, D4: 4 shrimps. L-1and D6: 6 shrimps. L-1, with four replicates. Twelve tanks with a useful volume of 15 L of water were used. As post-larvae with initial weight 0.005 ± 0.001 g were fed commercial feed containing 40% crude protein, with a frequency of 3 times a day and feed rate of 10% of the biomass. Fertilizations were done with the daily use of the maintenance schedule of 15: 1 (C: N). During the cultivation were monitored as having success and were identified the types of light and temperature (ºC), dissolved oxygen (mg L-1), conductivity (μS Cm-1), salinity (g L-1), pH, total dissolved solids, total ammoniacal nitrogen (N-NAT), nitrite (N-NO2), nitrate (N-NO3), inorganic phosphate (P-PO4), sedimentable solids (SS) and alkalinity. The performance of the post-larvae was obtained through the comparison of final weight (mg), survival (%), food replacement factor (FCA), condition index, TCE (% -1) and weekly growth (mg). Differences were found not to be a factorof feed conversion and of post-larvae production. Despite the final weight values, survival and weekly evolution differed significantly between treatments (P> 0.05). The results of the results, with respect to one crop were reached when cultivated in the post-larvae of 4 post-larvae L-1, as it was in many treatments (P <0.05). Biofloc technology is a good alternative for the shrimp nursery, bringing high productivity and greater sustainability, especially in semi-arid regions with little availability of water. The adoption of storage densities from 2000 to 6,000 PL. m-3of L. vannameidid not significantly influence the physical chemical variables of water quality.
Berçário e engorda do camarão marinho Litopenaeus vannamei(Boone, 1931) na fazenda Camar Aquamaris, João Pessoa-PB
(2018) Barbosa, Maria Mirele Nogueira; Campello, Juliana Maria Aderaldo Vidal; http://lattes.cnpq.br/4644906989773828; http://lattes.cnpq.br/2182975590517214
Aquaculture, an activity responsible for the cultivation of aquatic organisms, arises with great potential to supply food demand in the face of population growth. Among the activities of aquaculture production, shrimp farming is one of the most important, with Litopenaeus vannamei being the most cultivated in Brazil, mainly in the Northeast region. Thus, the objective of this work was to experience and analyze the productive process of the cradle and fattening phases of the marine shrimp at Camar Camaramar Fazenda Camar Aquamaris, located in the city of João Pessoa -PB. It is possible to know the sectors of the farm, as well as the stages of production, among them the acquisition of post-larvae, preparation and management of nursery tanks, settlement, food management, monitoring of the physical-chemical parameters of water quality and the nursery tanks, as well as conducting an experiment with the use of bioremediation in the nursery stage. In the stage of fattening it was possible to follow the preparation of nursery, settlement, food management, biometrics, until the final phase of the nursery expenses. The experience on the farm made it possible to increase the knowledge about the practices involved in shrimp farming, especially in the nursery and fattening phase of the marine shrimp, providing a more technical and practical vision experienced in a shrimp farm, allowing personal and professional
Berçários e engorda de camarão marinho litopenaeus vannamei utilizando sistema simbiótico em águas oligohalinas no semiárido pernambucano
(2022-10-14) Silva, Amanda Rafaela dos Santos; Silva, Ugo Lima; http://lattes.cnpq.br/1858876631961029
O nordeste brasileiro têm sido destaque na produção de camarão. Assim, torna fundamental adotar novos métodos no sistema de cultivo, afim de aumentar a produtividade e diminuir os impactos negativos nos cultivos desses organismos. Desta forma, o estudo objetivou avaliar a influência da fermentação com farelo arroz no desempenho zootécnico bem como monitorar as variáveis hidrológicas da qualidade da água na produção do camarão marinho em água oligohalina no semiárido pernambucano. Foi avaliada a qualidade da água do cultivo de camarões na fase de berçário e engorda, bem como avaliado o desempenho zootécnico dos animais. As variáveis físico químicas de qualidade estavam satisfatório para o desenvolvimento dos animais. Ao final do cultivo os camarões atingiram peso final de 0,45 g e 12,00 g, nas fases de berçário e de engorda, respectivamente. Sendo, viável ambientalmente e economicamente cultivar camarões marinhos em aguas de baixa salinidade no seminário pernambucano, com aplicação de sistemas simbiótico.
Caracterização do cultivo de camarão cinza (Litopenaeus vannamei) na Fazenda Litoral Carcinicultura, Igarassu - PE
(2022-05-23) Vilarim, Yago Victor Taurino; Silva, Luis Otávio Brito da; http://lattes.cnpq.br/3365265235618078; http://lattes.cnpq.br/5991177713045647
Contribuição que a criação de peixes e camarões de água doce pode dar ao desenvolvimento do Nordeste
(1977) Costa, Ayrton Fernandes da
Cultivo de camarão marinho (Litopenaeus vannamei) na Fazenda Aqualuna Ltda, Lucena - PB
(2019-07-15) Canedo, Marcos Túlio Bull; Silva, Luis Otávio Brito da; http://lattes.cnpq.br/3365265235618078; http://lattes.cnpq.br/5093209067891773
Cultivo de camarão marinho (Litopenaeus vannamei) na Fazenda Tropical Maricultura Eireli, Igarassu - PE
(2021-11-05) Santos, Elnatan Guilherme dos; Silva, Luis Otávio Brito da; http://lattes.cnpq.br/3365265235618078; http://lattes.cnpq.br/7218625162007450
Cultivo de camarão marinho (litopenaeus vannamei) na Secretaria Executiva de Ressocialização, Ilha de Iitamaracá - PE
(2018) Berto, Sidney Sheldon da Costa; Silva, Luis Otávio Brito da; http://lattes.cnpq.br/3365265235618078; http://lattes.cnpq.br/0014180487418321
This report refers to completion of Stage Observed Required in the Supervisão de produção (SUPROD) of the Secretaria executiva de Ressocialização, in the rural area of the ilha de Itamaracá, which developed between October and December 2018, totaling 300 hours. During this period they were made shrimp farming activities in the production, since the restructuring of nurseries for fish removal of shrimps for marketing. The supervisão de produção aims to re-educate and reintroduce in the common society people who have committed some crime and therefore have been removed from the community. The SUPROD has a total area of 1,254 ha for many different agronomic production activities and zootechnical of this total, 11 hectares are dedicated exclusively to the production of marine shrimp in the shrimp farming industry. Only one nursery of 0.9 ha is in full operation, shrimp farming is the most profitable activity of SUPROD. The water supply is carried out by the Santa Cruz Canal by opening the floodgates in the high tide period. The water supply enters through the gate flooding the nurseries. The cultivation system adopted is the single-phase with direct settlement, using post-larvae (pL10) from the commercial laboratory (Aquatec, RN). The post-larvae are fed commercial feed of Camanutri CR2 with 40% crude protein and granulometry of 0.4 -1.0 mm in a period of twenty five days, after which a 6-day transition period of for the pellet feed with 32% crude protein with 2.4 mm granulometry until the end of the culture. At the end of the cultivation cycle, the animals are harvested and marketed to local merchants in the premises of SUPROD itself. The production of the observed cycle was 602.6 kg, mean final weight of 9.5 g, cultivation time of 74 days, feed conversion factor (FCF) of 1.14, survival of 70.18% and average productivity of 2,462.6 kg / ha / year, considering four cycles per year. Due to budgetary and technical difficulties, the farm still presents a very rudimentary form of cultivation, requiring the adoption of more appropriate measures for cultivation, such as: use of inorganic and organic fertilization in the soil, treatment of soil organic matter in the period between cycles, to improve the method of post-larvae acclimatization, monitoring and treatment of nursery water. These suggestions are intended to help reduce economic losses and increase production.
Cultivo do camarão marinho (Penaeus vannamei) na Fazenda Olho D’água Camarões Ltda
(2025-03-17) Gomes, Paulo Henrique Teixeira; Silva, Luis Otavio Brito da; http://lattes.cnpq.br/3365265235618078; http://lattes.cnpq.br/6664341517078545
A crescente demanda por alimentos saudáveis e o aumento populacional têm impulsionado a produção aquícola, que em 2022 atingiu 94 milhões de toneladas, superando pela primeira vez a pesca extrativa. Dentro desse cenário, destaca-se a carcinicultura, responsável por 71,6% da produção global de camarão, com o Penaeus vannamei representando 86,1% do cultivo mundial e sendo a principal espécie no Brasil. No entanto, desafios como manejo inadequado e doenças (ex.: Vibrioses, Síndrome da Mancha Branca) ainda impactam a produtividade. Práticas como o controle microbiano da água e o manejo correto do solo são essenciais para reduzir perdas, melhorar a oxigenação e diminuir custos. Este trabalho relata as atividades desenvolvidas durante o Estágio Supervisionado Obrigatório (ESO) em Engenharia de Pesca, realizado na fazenda Olho D’água Camarões LTDA. Foram identificados pontos críticos, como acúmulo de matéria orgânica nos viveiros devido ao curto período de secagem e falta de revolvimento do solo, resultando em mortalidades por hipóxia. Conclui-se que o estágio proporcionou a aplicação prática de conhecimentos acadêmicos, além de evidenciar a importância da integração entre universidade e setor produtivo para o avanço da aquicultura. A implementação das melhorias propostas pode elevar a eficiência produtiva da fazenda, reforçando a necessidade de mais iniciativas que aproximem a pesquisa científica do campo.
Cultivo do camarão marinho Litopenaeus vannamei em sistema intensivo e semi-intensivo na Fazenda Aquarium Aquicultura do Brasil Ltda
(2018) Melo, José Marcelo da Costa; Dantas, Danielli Matias de Macêdo; http://lattes.cnpq.br/3422902414863662; http://lattes.cnpq.br/7465921832458765
Brazilian shrimp farming has been gaining space and economically standing out as one of the pillars of agribusiness that most generate jobs. However, this sector has already faced several bouts of disease outbreaks, and was able to rebound, thanks to technological advances. The objective of this study was to follow the routine activities of Aquarium Aquiculture do Brasil Ltda, located in the rural area of Mossoró-RN (5 ° 06'24.1 "S 37 ° 17'41.8" W), in the period from 04 / 05/2018 to 11/07/2018, as well as corroborate with the professional training of the student. Among the activities developed in the compulsory supervised stage are: nursery preparation and drying; chlorination and liming of sluices and pools of water and soil;nursery fertilization; acclimatization and settlement of PLs; application of probiotics; application of molasses as carbon source; feeding; verification of feed consumptionand possible adjustments to the following breeding stock; weekly biometrics to accompany the average weekly growth of shrimp; verification of the physical-chemical parameters of the tanks, aiming at the well-being and development of the individuals; assessment of shrimp health, such as carapace rigidity and expense.All these activities have their importance in the productive process (fattening) and, combining the theoretical knowledge with the execution in the practice can promote the reduction of possible losses (by mortality) and increase of the productivity, seeking to optimize it. Following the technical guidelines for a good result in the production of marine prawns makes a great difference, both in the biosafety aspect and in the improvement of the zootechnical results of the prawns. In addition, the adoption of strategies to prevent diseases in animals is a very complex challenge, however, producers are joining forces with researchers to try to reverse the current situation of Brazilian shrimp farming. Therefore, the discussion formed throughout this work with scientific basis, brought to the fore the importance of carrying out the activities developed, both in the practical question, and their argument for understanding the importance in actions aimed at continuous improvement in order to contribute to the scenario of Brazilian shrimp farming.
Dinâmica planctônica no cultivo de camarão e vegetais em aquaponia no semiárido pernambucano
(2023-04-24) Carvalho, Maria Gabriela Silva; Silva, Ugo Lima; http://lattes.cnpq.br/1858876631961029
A dinâmica planctônica no cultivo de camarão Penaeus vannamei e vegetais como Brassica oleracea (Couve), Eruca vesicaria (Rucula), Lactuca sativa (Alface), e salicórnia Neei (Salicornia), em sistema de aquaponia no semiárido pernambucano. Os objetivos foram caracterizar a comunidade planctônica, avaliar o desempenho zootécnico dos camarões e a qualidade da água no sistema. Filtrando amostras de 100 L em rede de 20 mm e armazenados em recipiente de 250 mL, a cada 15 dias. Foi avaliado com amostras de 0,5 mL, em lâminas recobertas com lamínulas O estudo foi conduzido com dois tratamentos em oito unidades experimentais. Os dados foram comparados com os valores recomendados e os resultados indicam que as variáveis relacionadas à qualidade da água estão dentro dos limites recomendados. Foram utilizados testes estatísticos para comparar as médias de duas amostras. Os resultados indicam que em 108 dias, as salicornias e alfaces foram os vegetais que melhor suportaram as condições do sistema, enquanto a couve, rúcula e alfaces cultivados em espumas fenólicas não conseguiram chegar ao período das biometrias finais A espuma fenólica não teve tanto sucesso quanto a fibra de coco em sistemas aquapônicos devido à possibilidade de acumulação de sais, pH naturalmente elevado, dificuldade de absorção de água e problemas de aeração. A fibra de coco é amplamente utilizada com sucesso em sistemas aquapônicos devido à sua capacidade de reter água, fornecer aeração adequada às raízes das plantas, resistir ao acúmulo de sais e ter um pH naturalmente mais baixo. A espumafenólica pode ser mais adequada para outras aplicações, como sistemas hidropônicos com trocas frequentes de água. A avaliação do plâncton e fitoplâncton em sistemas aquapônicos é crucial para garantir a saúde dos organismos aquáticos. A comunidade zooplanctônica foi representada por 3 grupos dentre eles as rotíferas teve maior destaque em abundância relativa nos tratamentos. Dentre eles keratella, Conochilus dossuarius, Lecane pyriformis, Testudinella patina e Ostracoda O monitoramento regular é importante para prevenir problemas como o crescimento excessivo de algas e manter o equilíbrio do ecossistema. A comunidade fitoplanctônico, teve sua representação através de 3 classes importantes como Chlorophyta, Bacillariophyta e Cyanophyta.
Efeito da temperatura na qualidade de água e performance zootécnica do camarão Macrobrachium rosenbergii (De Man, 1879) durante a fase berçário em sistema de recirculação aquícola (SRA)
(2023-04-27) Moraes, William Amâncio de; Silva, Ugo Lima; http://lattes.cnpq.br/1858876631961029; http://lattes.cnpq.br/8157773377276592
A carcinicultura é uma das atividades aquícolas que mais se destaca, onde o camarão de água doce Macrobrachium rosenbergii vem se destacando por possibilitar seu cultivo distante de zonas costeiras, além da aceitação no mercado e menor risco à patógenos. Durante as últimas décadas muito tem se falado sobre os efeitos das mudanças climáticas como: aumento da temperatura e escassez hídrica, nesse sentido, os organismos aquáticos são os mais sensíveis a essas mudanças. Desse modo, objetivouse analisar o desempenho zootécnico e qualidade da água, na fase berçário do camarão M. Rosenbergii, cultivado em água oligohalina, submetido diferentes temperaturas, em um sistema de recirculação aquícola (SRA) no semiárido pernambucano. O experimento foi realizado no Laboratório de Experimentação com Organismos Aquáticos (LEOA), na Unidade Acadêmica de Serra Talhada/ Universidade Federal Rural de Pernambuco – UAST/UFRPE. Foram utilizados 20 tanques retangulares com 4,26 L de volume útil, perfazendo quatro tratamentos com diferentes temperaturas [T1=24° C (Ambiente), T2=26°C, T3=30°C e T4=34°C] e cinco repetições cada, pensando no aquecimento global. Em cada tratamento, a água recirculava passando por um tanque filtro com volume de 60 L, a uma taxa de renovação de 495,21%/h/tanque, promovida por uma bomba com potência de 22 W. Para a manutenção das temperaturas da água, foram utilizados aquecedores e termostatos nos tanques filtro. Os parâmetros de qualidade de água analisados foram oxigênio dissolvido (mg/L), temperatura (ºC), pH, salinidade (g/L), amônia total (mg/L) e nitrito (mg/L) durante 30 dias de cultivo. Os tanques foram povoados com densidade de 3,52 Pl´s/L, com peso médio de 0,024 ± 0,018 g cada. Para a alimentação foi utilizada uma ração comercial de 40% de proteína bruta (PB), sendo fornecida em 4 tratos ao dia e a quantidade ofertada foi calculada de acordo com biomassa de estocagem inicial 5,76 g. Dentre os tratamentos avaliados, apresentou-se diferença significativas (P<0,05) o peso final - PF, ganho de peso – GP e comprimento total - CT. Os parâmetros usados para avaliação da performance dos animais foram: Peso final: [T1=0,08; T2=0,09; T3=0,15 e T4=0,14g], ganho de peso: [T1=0,05; T2=0,06; T3=0,12 e T4=0,09g] e comprimento total [T1=2,28; T2=2,47; T3=2,66 e T4=2,84 mm], com melhores resultados nos tratamentos T3 e T4. A temperatura e a salinidade apresentaram diferença significativa entre os tratamentos (P<0,05), apresentando uma relação diretamente proporcional entre as duas variáveis. Dar-se-á isso o aumento das temperaturas nos tratamentos, que elevou a taxa de evaporação, aumentando a concentração de sais. O pH e os compostos nitrogenados, amônia, nitrito, fósforo e alcalinidade apresentaram-se iguais estatisticamente e se mantiveram dentro dos limites aceitáveis durante todo o experimento. Conclui-se que os parâmetros físicoquímicos da água se mantiveram dentro dos limites aceitáveis para o cultivo do camarão M. rosenbergii em águas oligohalinas em temperaturas de 24 a 34°C utilizando o sistema de recirculação aquícola (SRA). A faixa de temperatura 30°C e 34°C apresentou uma performance zootécnica positiva para seu crescimento e ganho de peso da espécie.