<p>(A) Fin defects were quantified on a per fish basis using an arbirary scale (absence: 1 point, stunting: 0.75 point, reduction: 0.5 point and slight reduction: 0.25 point). The average of fin defects per fish are plotted for each group along with the standard deviation. *** indicates P-value (<0.005) calculated using Student's t-test. Numbers in white at the bottom of the bars indicate the number of individuals analyzed from each scale-pattern type.</p
Extreme environmental conditions, such as temperature, can lead to meristic trait variation and skel...
The main aim of this study was to estimate the heritability for four measures of deformity and their...
Abnormalities of shape or color and bony I body deformities whether related to lack of swimbladder ...
The body of most fishes is fully covered by scales that typically form tight, partially overlapping ...
<div><p>The body of most fishes is fully covered by scales that typically form tight, partially over...
Skeletal abnormalities are one of the most important key-performance-indicators (KPIs) in finfish ha...
Fin damage, commonly referred to as fin erosion, has been highlighted as a welfare issue in farmed f...
This study has utilized a non-invasive, rapid, and reliable method of assessing the scale of fin dam...
Different kinds of defects are observed on farmed fish, and while a lot of research has concentrated...
This master thesis is part of the BreedWell project, aiming to developing methods to improve fish we...
Background The aim of the study was to estimate genetic parameters for direct and social genetic eff...
Morphological abnormalities, especially skeletal deformities, are some of the most important problem...
The body of most fishes is fully covered by scales that typically form tight, partially overlapping ...
Mass rearing of Sparidae juveniles is at present a reality, but relatively low survival rates (20-30...
Intraspecific morphological variability may reflect either genetic divergence among groups of indivi...
Extreme environmental conditions, such as temperature, can lead to meristic trait variation and skel...
The main aim of this study was to estimate the heritability for four measures of deformity and their...
Abnormalities of shape or color and bony I body deformities whether related to lack of swimbladder ...
The body of most fishes is fully covered by scales that typically form tight, partially overlapping ...
<div><p>The body of most fishes is fully covered by scales that typically form tight, partially over...
Skeletal abnormalities are one of the most important key-performance-indicators (KPIs) in finfish ha...
Fin damage, commonly referred to as fin erosion, has been highlighted as a welfare issue in farmed f...
This study has utilized a non-invasive, rapid, and reliable method of assessing the scale of fin dam...
Different kinds of defects are observed on farmed fish, and while a lot of research has concentrated...
This master thesis is part of the BreedWell project, aiming to developing methods to improve fish we...
Background The aim of the study was to estimate genetic parameters for direct and social genetic eff...
Morphological abnormalities, especially skeletal deformities, are some of the most important problem...
The body of most fishes is fully covered by scales that typically form tight, partially overlapping ...
Mass rearing of Sparidae juveniles is at present a reality, but relatively low survival rates (20-30...
Intraspecific morphological variability may reflect either genetic divergence among groups of indivi...
Extreme environmental conditions, such as temperature, can lead to meristic trait variation and skel...
The main aim of this study was to estimate the heritability for four measures of deformity and their...
Abnormalities of shape or color and bony I body deformities whether related to lack of swimbladder ...