Using previous bioenergetics models for fish species, we investigated the growth of juvenile rainbow trout, Oncorhynchus mykiss. The main objectives were: (1) to determine the effects on growth caused by varying levels of food consumption and (2) to observe the effects on growth caused by development of a dominance hierarchy while maintaining all other experimental variables. Our analysis indicated that the young age of our fish varied results from what we were expecting to obtain based on previous models and though our data was not consistent with the model for adult rainbow trout, our results followed a similar trend regardless of food level or dominance
ABSTRACT We used five nonlinear models to calculate the weight gain of rainbow trout (122.11±15.6 g)...
Juveniles of different salmonid species often co-exist along environmental gradients, making them a ...
Typescript (photocopy).A dynamic model of fish bioenergetics and growth at the organismal and popula...
Abstract.—We developed and tested a combined foraging and bioenergetics model for predicting growth ...
Models that accurately describe and predict growth and nutrient utilization of fish call be useful i...
To investigate the carrying capacity and factors affecting growth of rainbow trout in Lake Rotoiti, ...
Abstract The application of a drift-foraging bioenergetic model to evaluate the relative influence o...
1. The chief objective of the present study was to develop a functional model for the daily change i...
The effects of feeding level on growth and energy partitioning were studied in rainbow trout growing...
Modeling fish growth to predict fish production is important for planning of aquaculture development...
Growth rate is a fundamental life history trait common to all taxa. Despite its importance, the unde...
The purpose of my thesis research was to explore the physiological and behavioural correlates and tr...
Understanding how environmental productivity and resource competition influence somatic growth rates...
Fish proximate composition and energy density can influence growth, survival, and reproduction, so i...
In Italy, there is a long tradition of rainbow trout (Oncorhynchus mykiss) farming, which requires h...
ABSTRACT We used five nonlinear models to calculate the weight gain of rainbow trout (122.11±15.6 g)...
Juveniles of different salmonid species often co-exist along environmental gradients, making them a ...
Typescript (photocopy).A dynamic model of fish bioenergetics and growth at the organismal and popula...
Abstract.—We developed and tested a combined foraging and bioenergetics model for predicting growth ...
Models that accurately describe and predict growth and nutrient utilization of fish call be useful i...
To investigate the carrying capacity and factors affecting growth of rainbow trout in Lake Rotoiti, ...
Abstract The application of a drift-foraging bioenergetic model to evaluate the relative influence o...
1. The chief objective of the present study was to develop a functional model for the daily change i...
The effects of feeding level on growth and energy partitioning were studied in rainbow trout growing...
Modeling fish growth to predict fish production is important for planning of aquaculture development...
Growth rate is a fundamental life history trait common to all taxa. Despite its importance, the unde...
The purpose of my thesis research was to explore the physiological and behavioural correlates and tr...
Understanding how environmental productivity and resource competition influence somatic growth rates...
Fish proximate composition and energy density can influence growth, survival, and reproduction, so i...
In Italy, there is a long tradition of rainbow trout (Oncorhynchus mykiss) farming, which requires h...
ABSTRACT We used five nonlinear models to calculate the weight gain of rainbow trout (122.11±15.6 g)...
Juveniles of different salmonid species often co-exist along environmental gradients, making them a ...
Typescript (photocopy).A dynamic model of fish bioenergetics and growth at the organismal and popula...