This research was conducted from June until August 2015 at Laboratory Aquaculture of Technology University of Riau. The purpose of this research was to investigate growth and survival rate of african catfish with addition bacterial inoculant in bioflocs techniques. This research using experimental method and completely random design (RAL) with three treatment and three replications, there are P1 : every 5 days given bacterial inoculant , P2 : every 10 days given bacterial inoculant, P3 : every 15 days given bacterial inoculant . The result showed that african catfish with addition bacterial inoculant in bioflocs techniques affect significantly on the growth of absolute weight and absolute length growth but does not affect the specific growt...
Scarcity of water remains a major restriction to fish culture operations in inland aquaculture. The ...
Catfish is a species of freshwater fish that contains a source of protein and it has economic value ...
The main problem caused by African catfish farmers is the input production inefficiency, namely the ...
This research was conducted from May until Juny 2013 at LaboratoryAquaculture of Technology Universi...
This study aimed to determine the effect of feeding fermented with probiotic on, absolute body weigh...
Catfish was one of the most popular consumption fish in Indonesia. Increasing the production of catf...
This research was conducted 17 juny to 16 july 2015 held at environmental quality laboratory cultiva...
Biofloc system is a technology in aquaculture which utilized waste mainly in form of anorganic nitro...
The study purposed to investigate the growth and survival rate of catfish (Clarias gariepinus) reare...
ABSTRACT Biofloc is a water quality management technology by heterotrophic bacteria development and ...
ABSTRACT This study was aimed to analyze the growth performance of African catfish Clarias gariepinu...
Teknologi biofok merupakan metode pemeliharaan ikan dengan sedikit ganti air dan mengembangkan kongk...
This research aimed to evaluate the health status, growth performance, and meat quality of African c...
African catfish (Clarias gariepinus) is one type of freshwater fish that has high economic value. Af...
The biofloc technology can control water quality under negligible water exchange. The aim of this st...
Scarcity of water remains a major restriction to fish culture operations in inland aquaculture. The ...
Catfish is a species of freshwater fish that contains a source of protein and it has economic value ...
The main problem caused by African catfish farmers is the input production inefficiency, namely the ...
This research was conducted from May until Juny 2013 at LaboratoryAquaculture of Technology Universi...
This study aimed to determine the effect of feeding fermented with probiotic on, absolute body weigh...
Catfish was one of the most popular consumption fish in Indonesia. Increasing the production of catf...
This research was conducted 17 juny to 16 july 2015 held at environmental quality laboratory cultiva...
Biofloc system is a technology in aquaculture which utilized waste mainly in form of anorganic nitro...
The study purposed to investigate the growth and survival rate of catfish (Clarias gariepinus) reare...
ABSTRACT Biofloc is a water quality management technology by heterotrophic bacteria development and ...
ABSTRACT This study was aimed to analyze the growth performance of African catfish Clarias gariepinu...
Teknologi biofok merupakan metode pemeliharaan ikan dengan sedikit ganti air dan mengembangkan kongk...
This research aimed to evaluate the health status, growth performance, and meat quality of African c...
African catfish (Clarias gariepinus) is one type of freshwater fish that has high economic value. Af...
The biofloc technology can control water quality under negligible water exchange. The aim of this st...
Scarcity of water remains a major restriction to fish culture operations in inland aquaculture. The ...
Catfish is a species of freshwater fish that contains a source of protein and it has economic value ...
The main problem caused by African catfish farmers is the input production inefficiency, namely the ...