During the past 40 years the fisheries productivity of the world has been declining due to
pressures from overfishing, habitat change, pollution, and climate change. Sustainable use …

Aquatic life exists between very small passive floating objects such as spores, eggs or seeds
which are at the mercy of currents through to animals which swim powerfully enough to …

The potential utility of agent‐based models of adaptive, spatially aware, and mobile entities
in geographic and ecological research is considerable. Develo** this potential, however …

Our ability to model spatial distributions of fish populations is reviewed by describing the
available modelling tools. Ultimate models of the individual's motivation for behavioural …

We are develo** a spatial, multigear, multispecies population dynamics simulation model
for tropical tunas in the Pacific Ocean. The model is age‐structured to account for growth …

This study investigates the movement and growth of cohorts in a coastal fish stock by
simulating animal responses to spatial heterogeneity of biotic and abiotic conditions in a …

A conceptual approach to study spatial movements of fish using an individual-based neural
network genetic algorithm model is presented. Artificial neural networks, where the weights …

A two-dimensional individual-based model coupled with fish bioenergetics was developed
to simulate migration and growth of Japanese sardine (Sardinops melanostictus) in the …

This paper explores the habitat characteristics of commercial tuna species based on daily
oceanography parameters in the Eastern Indian Ocean Off Java-Bali Waters. Moreover …

This paper presents an overview of the effectiveness of satellite images with remote sensing
applications in determining potential fishing grounds and its applicability for the Indian …