O sensoriamente remoto aplicado a um modelo de cartas de pesca

Maluf, Sydnéa

doi:10.1590/S0373-55241980000200047

Resumo

A methodology for the determination of the best potential fishing zones, for sardine, in the Brazilian coastal area of the Southwestern Tropical Atlantic Ocean, between latitudes 21º45'S and 25º00'S and longitudes 40º50'W and 47º00'W is presented. By using this methodology, a fishing chart model is developed from observations relative to the months of July, August, September, November and December. Marine fishing chart containing such zones are presented for the September month. The potentiality of the VHRR-IR and the surface charts of NOAA's satellite, as a help in the determination of the fishing zones is also demonstrated.

ARTIGOS

O sensoriamente remoto aplicado a um modelo de cartas de pesca

Sydnéa Maluf

Instituto de Pesquisas Espaciais - INPE São José dos Campos, SP - Brasil

SYNOPSIS

A methodology for the determination of the best potential fishing zones, for sardine, in the Brazilian coastal area of the Southwestern Tropical Atlantic Ocean, between latitudes 21º45'S and 25º00'S and longitudes 40º50'W and 47º00'W is presented. By using this methodology, a fishing chart model is developed from observations relative to the months of July, August, September, November and December. Marine fishing chart containing such zones are presented for the September month. The potentiality of the VHRR-IR and the surface charts of NOAA's satellite, as a help in the determination of the fishing zones is also demonstrated.

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Bibliografia

BULLIS, H.R.J. & KEMMERER, A J. 1976. Examples of aerospace remote sensing applications to fisheries investigations. Denmark, International Council for Exploration of the Sea.
CORBELL, R.P.; CALLAHAM , CJ . & KOTSCH, WJ. 1976. Operational enhancement curves in active memory bank. The GOES/SMS user's guide. Washington, D.C., NOAA/NESS, p.75.
IKEDA, Y. 1977. Influências sazonais nas propriedades oceanográficas em grande, média e pequena escalas, de Cabo Frio-RJ a Cananéia-SP, baseadas nos dados obtidos pelo N/Oc. "Prof. W. Besnard" e satélite NOAA-4. Tese de doutorado. Universidade de São Paulo, Instituto Oceanográfico.
INOSTROZA, V. & MALUF, S. 1978. Atlas de estruturas oceanográficas da costa sudeste do Brasil para estudos de sensoriamente remoto. São José dos Campos, INPE-1179-NTE/108, v.1 e 2.
KEMMERER, A. J. & BENIGNO, J. A. 1973. Relationships between remotely sensed fisheries distribution information and selected océanographic parameters in the Mississipi Sound. Symposium on Significant Results obtained from the Earth Resources Technology Satellite-1. Maryland, v.1, p.1685-1695.
______ & BUITLER, J.A. 1977. Finding fish with satellites. Mar. Fish. Rev., 39(1):16-21.
MALUF, S. 1978. Cartas de pesca: um modelo de cartas de pesca utilizando dados oceanográficos e de sensoriameniomoto aplicado à sardinha. Tese de Mestrado. São José dos Campos, SP, Instituto de Pesquisas Espaciais.
MAUGHAN. P. M.; MARMELSTEIN, A. S & TEMPLE, O. R. 1973. Application of ERTS-1 imagery to the harvest model of the menhaden fishery. Symposium on Significant Results obtained from the Earth Resources Technology Satellite-1. Maryland, v.1, p.1405-1411.
SMITH, W. L; RAO, P. K; KOFFLER, R. & CURTIS, W. R. 1970. The determination of sea-surface temperature satellite high resolution infrared window radiation measurements. Mon. Weath. Rev. U.S. Dep. Agric, 98(8):604-611.
STEVENSON, M. R. & KIRKHAN, R. G. 1976. On the use of satellite scanning radiometer data to monitor sea surface temperatures. III Simp, latinoamer. Oceanogr. biol., San Salvador.
______ & MILLER, F.R. 1973. Application of high resolution infrared and visual data to investigate changes in and the relationship between sea surface temperature and cloud patterns ovçr the eastern tropical Pacific. La Jolla, California, Inter-Amer. trop. Tuna Comm. (Final Report for SPOC Contract nş NOO14-72-C-0360).
______ & ______ 1974a. Application of satellite data to study oceanic fronts in the eastern Pacific. La Jolla, California, Inter-Amer. trop. Tuna Comm. (Final Report for SPOC, NOAA Grant nş 04-3-158-59).
______ & ______ 1974b. Comparison of infrared satellite data and fish catch data. Mems Congr. nac. Oceanogr., 5ş, Guaymas, México.
______; ______ & KIRKHAM, R. G. 1975. Use of ERTS (MSS) and NOAA VHRR data in marine resource assessment La Jolla, California, Inter-Amer. trop. Tuna Comm. (Final Report for SPOC NOAA Grant nş 04-5-158-56).
______; ______ & ______ 1976. Comparsion of NOAA 3-4 VHRR imagery and LANDS AT multi-spectral scanner images with marine resource measurements. La Jolla, California, Intet-Amer. trop. Tuna Comm. (Final Report for SPOC NOAA Grant nş 04-6-158-44043).

Datas de Publicação

Publicação nesta coleção
06 Jun 2012
Data do Fascículo
1980

This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.

[1] BULLIS, H.R.J. & KEMMERER, A J. 1976. Examples of aerospace remote sensing applications to fisheries investigations. Denmark, International Council for Exploration of the Sea.

[2] CORBELL, R.P.; CALLAHAM , CJ . & KOTSCH, WJ. 1976. Operational enhancement curves in active memory bank. The GOES/SMS user's guide. Washington, D.C., NOAA/NESS, p.75.

[3] IKEDA, Y. 1977. Influências sazonais nas propriedades oceanográficas em grande, média e pequena escalas, de Cabo Frio-RJ a Cananéia-SP, baseadas nos dados obtidos pelo N/Oc. "Prof. W. Besnard" e satélite NOAA-4. Tese de doutorado. Universidade de São Paulo, Instituto Oceanográfico.

[4] INOSTROZA, V. & MALUF, S. 1978. Atlas de estruturas oceanográficas da costa sudeste do Brasil para estudos de sensoriamente remoto. São José dos Campos, INPE-1179-NTE/108, v.1 e 2.

[5] KEMMERER, A. J. & BENIGNO, J. A. 1973. Relationships between remotely sensed fisheries distribution information and selected océanographic parameters in the Mississipi Sound. Symposium on Significant Results obtained from the Earth Resources Technology Satellite-1. Maryland, v.1, p.1685-1695.

[6] ______ & BUITLER, J.A. 1977. Finding fish with satellites. Mar. Fish. Rev., 39(1):16-21.

[7] MALUF, S. 1978. Cartas de pesca: um modelo de cartas de pesca utilizando dados oceanográficos e de sensoriameniomoto aplicado à sardinha. Tese de Mestrado. São José dos Campos, SP, Instituto de Pesquisas Espaciais.

[8] MAUGHAN. P. M.; MARMELSTEIN, A. S & TEMPLE, O. R. 1973. Application of ERTS-1 imagery to the harvest model of the menhaden fishery. Symposium on Significant Results obtained from the Earth Resources Technology Satellite-1. Maryland, v.1, p.1405-1411.

[9] SMITH, W. L; RAO, P. K; KOFFLER, R. & CURTIS, W. R. 1970. The determination of sea-surface temperature satellite high resolution infrared window radiation measurements. Mon. Weath. Rev. U.S. Dep. Agric, 98(8):604-611.

[10] STEVENSON, M. R. & KIRKHAN, R. G. 1976. On the use of satellite scanning radiometer data to monitor sea surface temperatures. III Simp, latinoamer. Oceanogr. biol., San Salvador.

[11] ______ & MILLER, F.R. 1973. Application of high resolution infrared and visual data to investigate changes in and the relationship between sea surface temperature and cloud patterns ovçr the eastern tropical Pacific. La Jolla, California, Inter-Amer. trop. Tuna Comm. (Final Report for SPOC Contract nş NOO14-72-C-0360).

[12] ______ & ______ 1974a. Application of satellite data to study oceanic fronts in the eastern Pacific. La Jolla, California, Inter-Amer. trop. Tuna Comm. (Final Report for SPOC, NOAA Grant nş 04-3-158-59).

[13] ______ & ______ 1974b. Comparison of infrared satellite data and fish catch data. Mems Congr. nac. Oceanogr., 5ş, Guaymas, México.

[14] ______; ______ & KIRKHAM, R. G. 1975. Use of ERTS (MSS) and NOAA VHRR data in marine resource assessment La Jolla, California, Inter-Amer. trop. Tuna Comm. (Final Report for SPOC NOAA Grant nş 04-5-158-56).

[15] ______; ______ & ______ 1976. Comparsion of NOAA 3-4 VHRR imagery and LANDS AT multi-spectral scanner images with marine resource measurements. La Jolla, California, Intet-Amer. trop. Tuna Comm. (Final Report for SPOC NOAA Grant nş 04-6-158-44043).