Add to ORKGLupatsch, I. (2008). Predicting growth, feed intake and waste production of intensively reared tilapia based on nutritional bioenergetics. In: Proceedings of the Seventh International Conference on Recirculating Aquaculture Roanoke, Virginia, July 2008. p. 306 – 314
New and alternative plant ingredients are increasingly incorporated in fish feed due to the scarcity...
Nile tilapia weighing 8.29-11.02 g were fed a practical diet at seven ration levels (starvation, 0.5...
The nutrient influx, water quality and growth performance of Nile tilapia Oreochromis niloticus fed ...
A feed requirement and waste output model for commercial tilapia production was developed using the ...
Feeding guides for salmonid fishes have been available from various sources for many years. These fe...
A bioenergetic growth model was developed to examine the integrated effects of fertilization, stocki...
The objective of the present study was to develop models for predicting live weight from the length-...
Lupatsch, I. (2009) Quantifying nutritional requirements in aquaculture – the factorial approach. In...
An assessment of the nutritive value of the waste slurry of the African locust bean, Parkia biglobos...
Models that accurately describe and predict growth and nutrient utilization of fish call be useful i...
A seven week study was conducted to evaluate the nutrient retention capabilities of juvenile Nile ti...
A bioenergetic model was constructed to estimate growth potential, feed requirement, and waste outpu...
Abstract only.Balanced feed represents approximately 60 % of production costs in fish culture and ra...
One of the largest areas of growth in the aquaculture industry is in the production of Tilapia (Wijk...
The aim of the study was to derive the economic value (s) (EVs) of growth rate, feed intake, feed co...
New and alternative plant ingredients are increasingly incorporated in fish feed due to the scarcity...
Nile tilapia weighing 8.29-11.02 g were fed a practical diet at seven ration levels (starvation, 0.5...
The nutrient influx, water quality and growth performance of Nile tilapia Oreochromis niloticus fed ...
A feed requirement and waste output model for commercial tilapia production was developed using the ...
Feeding guides for salmonid fishes have been available from various sources for many years. These fe...
A bioenergetic growth model was developed to examine the integrated effects of fertilization, stocki...
The objective of the present study was to develop models for predicting live weight from the length-...
Lupatsch, I. (2009) Quantifying nutritional requirements in aquaculture – the factorial approach. In...
An assessment of the nutritive value of the waste slurry of the African locust bean, Parkia biglobos...
Models that accurately describe and predict growth and nutrient utilization of fish call be useful i...
A seven week study was conducted to evaluate the nutrient retention capabilities of juvenile Nile ti...
A bioenergetic model was constructed to estimate growth potential, feed requirement, and waste outpu...
Abstract only.Balanced feed represents approximately 60 % of production costs in fish culture and ra...
One of the largest areas of growth in the aquaculture industry is in the production of Tilapia (Wijk...
The aim of the study was to derive the economic value (s) (EVs) of growth rate, feed intake, feed co...
New and alternative plant ingredients are increasingly incorporated in fish feed due to the scarcity...
Nile tilapia weighing 8.29-11.02 g were fed a practical diet at seven ration levels (starvation, 0.5...
The nutrient influx, water quality and growth performance of Nile tilapia Oreochromis niloticus fed ...