Measuring and forecasting recruitment are central to the understanding and management of fish stocks. Kainge et al. (2013) studied the effect of spawning stock size and environmental fluctuations on the recruitment levels of the Cape hake Merluccius capensis in Namibia. However, their study contains some flaws that undermine the conclusion that Cape hake recruitment is under the influence of upwelling in summer. Until those flaws are properly addressed, this conclusion, in our view, should be treated with caution.Keywords: environment, fish growth, fisheries surveys, spawning, stock dynamic
The distribution area for the South African hake population is separated into nine regions to accom...
© 2019 John Wiley & Sons, Ltd. We respond to criticism of our earlier paper where we report Austra...
In the marine environment, small forage species can predate on, or compete with, the pre-recruits of...
The factors modulating recruitment success of Cape hake Merluccius capensis in Namibian waters are s...
10 páginas.The factors modulating recruitment success of Cape hake Merluccius capensis in Namibian w...
7 páginas, 4 figuras, 1 tablaTo identify spatio-temporal distribution in Namibian Cape hake (M. para...
This study attempts to explain the variability in recruitment of sardine in the northern Benguela an...
The hypothesis that increases in spawning frequency for and more viable eggs from larger hake lead t...
One of the most important fisheries in the northern Benguela is the Namibian hake fishery, which tar...
We developed generalised additive models (GAMs) to estimate standardised time-series of population a...
The “recruitment problem” - trying to understand what regulates recruitment variability in marine fi...
Cape hake in Namibian waters are demersal and mesopelagic spawners, spawning peaking offshore betwee...
In this study demersal survey data for the period 1990–1999 are used to investigate the average dist...
Swept area surveys in Namibian waters provide input data to the stock assessment model. To evaluate ...
This document presents a first attempt at a spatially structured model for the South African hake (t...
The distribution area for the South African hake population is separated into nine regions to accom...
© 2019 John Wiley & Sons, Ltd. We respond to criticism of our earlier paper where we report Austra...
In the marine environment, small forage species can predate on, or compete with, the pre-recruits of...
The factors modulating recruitment success of Cape hake Merluccius capensis in Namibian waters are s...
10 páginas.The factors modulating recruitment success of Cape hake Merluccius capensis in Namibian w...
7 páginas, 4 figuras, 1 tablaTo identify spatio-temporal distribution in Namibian Cape hake (M. para...
This study attempts to explain the variability in recruitment of sardine in the northern Benguela an...
The hypothesis that increases in spawning frequency for and more viable eggs from larger hake lead t...
One of the most important fisheries in the northern Benguela is the Namibian hake fishery, which tar...
We developed generalised additive models (GAMs) to estimate standardised time-series of population a...
The “recruitment problem” - trying to understand what regulates recruitment variability in marine fi...
Cape hake in Namibian waters are demersal and mesopelagic spawners, spawning peaking offshore betwee...
In this study demersal survey data for the period 1990–1999 are used to investigate the average dist...
Swept area surveys in Namibian waters provide input data to the stock assessment model. To evaluate ...
This document presents a first attempt at a spatially structured model for the South African hake (t...
The distribution area for the South African hake population is separated into nine regions to accom...
© 2019 John Wiley & Sons, Ltd. We respond to criticism of our earlier paper where we report Austra...
In the marine environment, small forage species can predate on, or compete with, the pre-recruits of...