The relation between water temperature and the capture of giant squid in the Gulf of California was analyzed. Data were collected in May and June 1996 at 60 stations. Each fishing session lasted 30 minutes, and an average of 100 organisms per 0.5º · 0.5º square were caught. The hypothesis was that if water temperature is a factor affecting squid movement, we can infer that the catch of squid is successful in an optimum temperature range. With both exploratory and correlation analyses, the conclusion was that the hypothesis was true
Cephalopod fisheries have expanded over the last decade. They are characterised by annual uncertaint...
Ommastrephes bartrami has been caught by jigging fishery as a substitute for Todarodes pacificus si...
Ommastrephes bartramii is an oceanic squid distributed widely in the North Pacific, and its western ...
The California market squid (Loligo opalescens) has been harvested since the 1860s and it has become...
Abundance of the Ommastrephes bartramii winter-spring cohort fluctuated greatly from 1995 to 2004. T...
This study examines the abundance and distribution of Panama brief squid (Lolliguncula panamensis) c...
The environmental and biotic conditions affecting fisheries for cephalopods are only partially under...
Loligo gahi were collected from bottom trawl samples taken around the Falkland Islands on both comme...
The squid Loligo plei concentrates in the southeastern Brazil Bight, where it has traditionally supp...
The most important landing sites of the giant squid (Dosidicus gigas D´Orbigny, 1835) fishery in the...
Strandings of the giant squid, Architeuthis monachus (Steen-strup), have always stirred attention be...
Data collected from an exploratory cruise to the eastern North Pacific were analyzed to describe the...
The population structure of the California market squid Loligo opalescens was studied for the Channe...
An analysis of environmental effects on autumn survey catches of two commercially exploited squid sp...
Two cohorts of Loligo gahi recruit to the fishery around the Falkland Islands, the first in summer a...
Cephalopod fisheries have expanded over the last decade. They are characterised by annual uncertaint...
Ommastrephes bartrami has been caught by jigging fishery as a substitute for Todarodes pacificus si...
Ommastrephes bartramii is an oceanic squid distributed widely in the North Pacific, and its western ...
The California market squid (Loligo opalescens) has been harvested since the 1860s and it has become...
Abundance of the Ommastrephes bartramii winter-spring cohort fluctuated greatly from 1995 to 2004. T...
This study examines the abundance and distribution of Panama brief squid (Lolliguncula panamensis) c...
The environmental and biotic conditions affecting fisheries for cephalopods are only partially under...
Loligo gahi were collected from bottom trawl samples taken around the Falkland Islands on both comme...
The squid Loligo plei concentrates in the southeastern Brazil Bight, where it has traditionally supp...
The most important landing sites of the giant squid (Dosidicus gigas D´Orbigny, 1835) fishery in the...
Strandings of the giant squid, Architeuthis monachus (Steen-strup), have always stirred attention be...
Data collected from an exploratory cruise to the eastern North Pacific were analyzed to describe the...
The population structure of the California market squid Loligo opalescens was studied for the Channe...
An analysis of environmental effects on autumn survey catches of two commercially exploited squid sp...
Two cohorts of Loligo gahi recruit to the fishery around the Falkland Islands, the first in summer a...
Cephalopod fisheries have expanded over the last decade. They are characterised by annual uncertaint...
Ommastrephes bartrami has been caught by jigging fishery as a substitute for Todarodes pacificus si...
Ommastrephes bartramii is an oceanic squid distributed widely in the North Pacific, and its western ...