Sentence examples for catchability of from inspiring English sources

We found no effect of propeller wash on the catchability of larval cisco.

Therefore, it is important to understand the factors that affect the catchability of lobsters and their behavioural response to traps.

Depletion-based methods are used to estimate the catchability of a research dredge survey for blue crabs (Callinectes sapidus) in Chesapeake Bay.

Reduction in fish catches was the largest in periods with poor fishery, and area and bottom conditions may have influenced the catchability of norsel nets to a greater degree than standard nets.

Therefore, the findings of this and other studies indicate that it is worth investigating the hypothesis that the catchability of sailfish by longline increases in both hemispheres during periods of increased solar radiation, which is closely connected with the reproduction of this species.

The density or catchability of Atlantic sailfish compared to spearfish was greater in regions not far from areas above sea level, supporting the literature which states that Atlantic sailfish tend to get close to the coast of the continent, islands and reefs (De Sylva 1974; Nakamura 1985).

This model (model 7) included two interactions between sources, and interactions between sources and variables of catchability (DOVIH*place of birth, EPF*place of birth, DOVIH*region of diagnosis, EPF*region of diagnosis, LaboVIH* region of diagnosis, and EPF*year of diagnosis).

The selected models showed that the equatorial and coastal regions presented higher densities or catchabilities of sailfish when compared to spearfish, as in the case for fleets of China Taipei and the United States.

It has been shown that mandatory notification systems lack completeness (of unknown magnitude) and representativeness, and overrepresent hospitalized case-patients (6 ), leading to unequal probability of being included in a sample (catchability) (7 ) of dengue cases.

The parameter q is a constant, called catchability, units of q are (mathrm{SVU}^{-1}times (mathrm{time} mathrm{unit})^{-1}).

h(t)=frac{eta Ex t)}{mu E+nu x t)}, (1.3) where η, E, μ, ν are positive parameters that are used for the catchability coefficient of the species, the effort devoted to their nonselective harvesting, each proportional to the radio of the stock-level to the catch-rate at higher levels of effort and each proportional to the radio of the effort level to the catch-rate at higher stock-levels.