Document of bibliographic reference 77289

BibliographicReference record

Type
Bibliographic resource
Type of document
Reports
BibLvlCode
MS
Title
Seasonal variation in surface temperature and salinity around Lagos Harbour, Nigeria (1978-1981)
Abstract
Continuous monitoring of sea and harbour (lagoon) surface temperature and salinity at 2 stations at Lagos Harbour, Nigeria, was carried out from 1978 to 1981. This paper presents the findings for the period and relates it to the prevailing meteorological regimes. The pattern of sea surface temperature at Victoria beach in the study period shows a clearly defined mean maximum temperature of 29.340C in April, and clearly defined mean minimum temperature of 25.63 in August. Depending on the year, there may be a less clearly defined mean, maximum and minimum temperature in October/November and in January respectively. The pattern of surface temperature in the Harbour station is basically similar. The salinity cycle especially in the Harbour was found to be critically dependent on rainfall. Practical salinity values as low as zero were recorded in the Harbour during the rainy season while in the dry season, values greater than 30.0 were sometimes recorded. The effect of rainfall on sea surface salinity was expectedly less significant. (DBO)
Bibliographic citation
Oyewo, E.O.; Ajao, E.A.; Orekoya, T. (1982). Seasonal variation in surface temperature and salinity around Lagos Harbour, Nigeria (1978-1981). Technical Paper. Nigerian Institute for Oceanography and Marine Research, 10. Nigerian Institute for Oceanography and Marine Research: Lagos. 20 pp.
Topic
Marine

Authors

author
author
author

thesaurus terms

term
Rainfall (term code: 6748 - defined in term set: ASFA Thesaurus List)
Surface salinity (term code: 8236 - defined in term set: ASFA Thesaurus List)
Surface temperature (term code: 8240 - defined in term set: ASFA Thesaurus List)

geographic terms

geographic terms associated with this publication
ASE, Nigeria, Lagos Lagoon

Document metadata

date created
2005-10-20
date modified
2016-02-11