Studies of food and feeding ecology are important to investigate trophic interrelationships of fishes in their resident water bodies. These are usually achieved using various important methods. However because no single measure gives an overall representation of the feeding habits of fish, best results are achieved only when methods are used to complement one another. This paper reviews various methods used in studying trophic fish ecology and suggests consolidation of the traditional or basic methods with relevant statistical indices and local ecological knowledge. More advanced methods are also proposed as valuable tools because they compensate for some possible errors that may arise from the use of quantitative methods
The study of fish diets or feeding behavior is an important aspect in ecology. Analysis of fish stom...
The collection of scales is common when fish communities are sampled within research and monitoring ...
Trophic studies are fundamental components of our understanding of biology and ecology, from observi...
The study of the feeding habits of fish and other animals based upon analysis of stomach content ha...
Feeding ecology explains predator’s preference to some preys over others in their habitat and their ...
In Ichthyology, fish ecology & fisheries resource management, the information on diet & food habits...
The siudy of food and feeding habits of marine fishes can be attempted from the standpoint of trans...
A feeding strategy model is proposed using stomach content and resource availability data as a modif...
Documenting trophic relationships in aquatic ecosystems can facilitate understanding of not only sys...
Unrevealing food and feeding habits of fishes is the centre of research in aquatic biology, ecology,...
Comparisons of fish trophic data are limited by the range of methods used to quantify dietary compos...
Selection of methods for quantitative description and assessment of food habits is a concern for tro...
Methods for analysing fish stomach contents are listed and critically assessed with a view to their ...
Comparisons of fish trophic data are limited by the range of methods used to quantify dietary compos...
Studies on the feeding ecology of sympatric coastal species is important, especially in revealing di...
The study of fish diets or feeding behavior is an important aspect in ecology. Analysis of fish stom...
The collection of scales is common when fish communities are sampled within research and monitoring ...
Trophic studies are fundamental components of our understanding of biology and ecology, from observi...
The study of the feeding habits of fish and other animals based upon analysis of stomach content ha...
Feeding ecology explains predator’s preference to some preys over others in their habitat and their ...
In Ichthyology, fish ecology & fisheries resource management, the information on diet & food habits...
The siudy of food and feeding habits of marine fishes can be attempted from the standpoint of trans...
A feeding strategy model is proposed using stomach content and resource availability data as a modif...
Documenting trophic relationships in aquatic ecosystems can facilitate understanding of not only sys...
Unrevealing food and feeding habits of fishes is the centre of research in aquatic biology, ecology,...
Comparisons of fish trophic data are limited by the range of methods used to quantify dietary compos...
Selection of methods for quantitative description and assessment of food habits is a concern for tro...
Methods for analysing fish stomach contents are listed and critically assessed with a view to their ...
Comparisons of fish trophic data are limited by the range of methods used to quantify dietary compos...
Studies on the feeding ecology of sympatric coastal species is important, especially in revealing di...
The study of fish diets or feeding behavior is an important aspect in ecology. Analysis of fish stom...
The collection of scales is common when fish communities are sampled within research and monitoring ...
Trophic studies are fundamental components of our understanding of biology and ecology, from observi...