Accurate and unbiased modeling of length-weight relationship (LWR) is essential for precise
estimation of biomass from length-based abundance data for aquatic ecosystem modeling …

The deep sea is the largest and one of the most extreme environments on Earth. It is
estimated that 10–15% of all fish species are dwelling in the deep sea, most of which have …

Tropical fisheries tend to be multispecies and require management approaches adapted to
high diversity but scarce and poorly informative data. Productivity and Susceptibility Analysis …

The present study revealed complete information on length-weight relationships (LWRs),
length-length relationships (LLRs), and meristic counts (covering different fin rays and …

Fishes accidentally caught, commonly known as bycatch, usually have no economic
importance and are not reported in official statistics, being frequently discarded at sea …

The Haemulidae are one of the most abundant fish families along the Brazilian coast
(Rangel et al., 2007, Souza et al., 2007). They inhabit various habitats, but mostly use reef …

The aim of this study is to examine the relationship between length, weight, condition factor
(K), and relative condition factor (Kn) of Mystus tengara (Hamilton, 1822), with special …

Length‐weight relationship parameters were calculated for twelve mesopelagic fish species
from the western Tropical Atlantic: Diretmus argenteus, Melamphaes polylepis, Bolinichthys …

The present work provides length‐weight relationships (LWRs) for fish species captured
around artificial offshore reef deployed 5 km from Guaxindiba Port, northern Rio de Janeiro …

The length-weight relationships (LWRs) of four demersal fish species were estimated using
fishes collected over a seven-year period (2012–2019) from the commercial fish landing …