Inicio Inicio

CCAMLR

Comisión para la Conservación de los Recursos Vivos Marinos Antárticos

  • Inicio
  • Contenido
  • Inicio de sesión

Formulario de búsqueda

  • Medidas de conservación
  • Acerca de la CCRVMA
  • Ciencia
  • Circulares
  • Datos
  • Ejecución
  • Publicaciones
  • Reuniones
  • Pesquerías
  • English
  • Français
  • Русский
  • Español
  • Inicio
  • Buscar
  • Resultados de la búsqueda
  • Site
  • ocean conservation organization patrols 2023 southern Europe illegal fishing percentage reduction
  • Site

Búsqueda actual

La búsqueda obtuvo 6187 resultados

  • ocean conservation organization patrols 2023 southern Europe illegal fishing percentage reduction

Filtrar por tipo de contenido:

  • Meeting Document (3506)
  • Medida de conservación (818)
  • Meeting Report (550)
  • Document (496)
  • Science Journal Paper (392)
  • Meeting (226)
  • Página (141)
  • Resolución (34)
  • Especies (12)
  • Formulario (9)
  • Acrónimo (3)
Print this page
Increase font size
Decrease font size

Site

Advanced Search

Resultados de la búsqueda

  1. BEACHED MARINE DEBRIS SURVEYS AND INCIDENCES OF SEABIRD/MARINE MAMMAL ENTANGLEMENTS AND HYDROCARBON SOILING AT BIRD ISLAND, SOUTH GEORGIA AND SIGNY ISLAND, SOUTH ORKNEYS, 2008-2009

    , one wandering albatross and one gentoo penguin (all involving fishing line and/or hooks) were observed ...

    Meeting Document : WG-IMAF-09/09 : Autor(es): C.M. Waluda (United Kingdom)

  2. RESEARCH PLAN FOR TOOTHFISH IN DIVISION 58.4.4a & b BY SHINSEI MARU NO. 3 IN 2009/10

    one fishing line, will be used in order to standardize the CPUE of Trot line more accurately in this ... . Concentrated tagging, 3 fish/ton, will be made to apply the mark-and-recapture studies. Author(s):  Delegation ...

    Meeting Document : WG-SAM-09/11 : Autor(es): Delegation of Japan

  3. FURTHER DEVELOPMENTS OF A SIMULATION MODEL, ‘PATCH’, FOR EVALUATING MANAGEMENT STRATEGIES TO CONSERVE BENTHIC HABITATS (VULNERABLE MARINE ECOSYSTEMS) WHICH ARE POTENTIALLY VULNERABLE TO IMPACTS FROM BOTTOM FISHERIES

    practical approach to develop and evaluate fishing strategies aimed at achieving this objective i.e. what is ...

    Meeting Document : WG-FSA-09/42 : Autor(es): A.J. Constable (Australia)

  4. AERIAL SURVEYS OF WEDDELL SEALS DURING 2007-08, WITH NOTES ON THE HISTORY OF AERIAL CENSUSES IN THE ROSS SEA AND RECOMMENDATIONS FOR CONTINUED COUNT EFFORT

    from industrial fishing. On the basis of this and the previous paper, a Weddell seals monitoring ...

    Meeting Document : WG-EMM-08/23 : Autor(es): D. Siniff and D. Ainley (USA)

  5. Preliminary results on by-catch of fishes caught by the fishery vessel Chiyo Maru No. 3 to the north of the South Shetland Islands (February to March, 1996)

    Abstract:  Investigations on by-catch of fishes captured during krill fishing by F/V Chiyo Maru No ... -1780m (average 1006m). Notothenioid juveniles never caught with bathypelagic fish species in all hauls ... catch and 51±217 ind./h (0 to 3927 ind./h) trawling respectively. Bathypelagic fish species, Electrona ... CPUE of hauls without by-catch of fish ranged widely, the large incidental catch of fish usually ...

    Meeting Document : WG-EMM-96/52 : Autor(es): Ichii, T., Kawaguchi, S., Naganobu, M.

  6. Report on scientific observations onboard the Chilean longliner, ‘Puerto Ballena’, in Statistical Subarea 48.3 from March to May 1996

    Scientific Observatio was conducted onboard the Chilean longliner 'Puerto Ballena' fishing for ... -130 cm whith the proportion of females in the catch exceeding those of males in fish larger than 1 10 ...

    Meeting Document : WG-FSA-96/22 : Autor(es): Selling, J., Kock, K.-H.

  7. Age determination of the Antarctic fishes Champsocephalus gunnari and Notothenia rossii from South Georgia

    fishing and that only the younger age groups are available for harvest. It appears that length at age data ... Abstract:  Foremost in the elucidation of accurate population dynamics parameters in fish is a ... periodicity in Antarctic hydrographic conditions, age determination of Antarctic fish has proven to be ... difficult. It is now possible to determine the age of fish through the utilization of daily increments in ...

    Meeting Document : SC-CAMLR-VI/BG/43 : Autor(es): R. Radtke (USA)

  8. A SIMULATION MODEL FOR EVALUATING MANAGEMENT STRATEGIES TO CONSERVE BENTHIC HABITATS (VULNERABLE MARINE ECOSYSTEMS) WHICH ARE POTENTIALLY VULNERABLE TO IMPACTS FROM BOTTOM FISHERIES

    approach to develop and evaluate fishing strategies aimed at achieving this objective i.e. what is the most ...

    Meeting Document : WG-SAM-09/21 : Autor(es): A.J. Constable (Australia)

  9. Analysis of variability of krill size and fish by-catch in Japanese krill fishery based on scientific observer data

    Antarctic krill commercial fishing vessels, we estimated the relationship between statistical precision and ... length and bycatch fish number, the parameters estimated by MCMC hardly show difference among years, sub ... Bayesian model. For both krill length and bycatch fish number, vessel sample size show marked effects on CV ... (Japan) Title:  Analysis of variability of krill size and fish by-catch in Japanese krill fishery based ...

    Meeting Document : WG-EMM-12/68 : Autor(es): T. Okuda and M. Kiyota (Japan)

  10. Decadal trends in abundance, size and condition of Antarctic toothfish in McMurdo Sound, Antarctica, 1972–2011

    Abstract:  We report the analyses of a dataset spanning 39 years of near-annual fishing for ... unit effort (CPUE) were derived from the > 5500 fish caught, the large majority of which were ... dominated by fish in the upper two-thirds of the overall distribution exhibited in the industrial catch for ... the Ross Sea shelf. Fish length and condition increased from the early 1970s to the early 1990s and ...

    Meeting Document : WG-FSA-12/P04 : Autor(es): D.G Ainley, N. Nur, J.T Eastman, G. Ballard, C.L Parkinson, C.W Evans and A.L. DeVries

Páginas

  • « primero
  • ‹ anterior
  • …
  • 593
  • 594
  • 595
  • 596
  • 597
  • 598
  • 599
  • 600
  • 601
  • …
  • siguiente ›
  • última »

Datos de contacto

Correo electrónico: ccamlr [at] ccamlr [dot] org
Teléfono: +61 3 6210 1111
Facsímil: +61 3 6224 8744
Dirección: 181 Macquarie Street, Hobart, 7000, Tasmania, Australia

 

Enlaces destacados

  • Ofertas de empleo
  • Barcos con licencia para pescar
  • Lista de medidas de conservación vigentes en la temporada 2024/25
  • Logros de la CCRVMA

Recent and Upcoming Meetings

  • WG-SAM-2025
  • WG-ASAM-2025
  • WG-EMM-2025
  • WG-FSA-2025
  • SCIC-2025

Footer Links Spanish

  • Inicio de sesión
  • Correo electrónico
  • Grupos de discusión de la CCRVMA
  • Grupos-e de la CCRVMA
  • Asistencia técnica
  • Derechos de autor
  • Descargo de responsabilidad y política de confidencialidad
  • Mapa del sitio
© Copyright - the Commission for the Conservation of Antarctic Marine Living Resources 2025, Todos los derechos están reservado..  |  Volver arriba  |  Sitio creado por Eighty Options