Ocean Science Journal (OSJ) is an international journal whose aim is to achieve the advancement and dissemination of information in the field of oceanography. The journal is committed to the publication of original research articles, reviews and notes on all fields of oceanography including physical oceanography, biological oceanography/marine biology, chemical oceanography/marine chemistry, geological oceanography/marine geology, and marine pollution. Ocean Science covers the following fields: physical oceanography: waves, currents, air-sea interaction, ocean modeling, coastal processes, water masses biological oceanography/marine biology: plankton, benthic organisms, fish, ecology, molecular biology chemical oceanography/marine chemistry: Trace elements, Isotopes, Nutrients, Organic substances, Gases geological oceanography/marine geology: geophysics, sedimentology, paleontology, paleogeopraphy, sediment dynamics marine pollution: pollutants analysis and monitoring, fates of contaminants, aquatic toxicology, ecotoxicology
Ocean Science Journal
Opis
Identyfikatory
ISSN | 1738-5261 |
e-ISSN | 2005-7172 |
DOI | 10.1007/12601.2005-7172 |
Wydawca
Korea Institute of Ocean Science & Technology and The Korean Society of Oceanography
Informacje dodatkowe
Zbiór danych: Springer
Artykuły
Ocean Science Journal > 2019 > 54 > 3 > 487-495
This study evaluates the application of biomarkerbased temperature proxy data (alkenone with its resultant $$U_{37}^{K'}$$ U 37 K ′ index and glycerol dialkyl glycerol tetraether (GDGT) with its resultant TEX86and TEX index) in the Ulleung Basin of the East Sea. Based $$U_{37}^{K'}$$ U 37 K ′ on the and TEX86 indices from particles trapped for 10 days in December, 2015...
Ocean Science Journal > 2019 > 54 > 3 > 497-501
Zalophus japonicus (Japanese sea lion, family Otariidae) was a mammal that once flourished around Dokdo Island. Overharvesting of the Korean sea lion in the early and mid-20th century resulted in a drastic decline of individual numbers, and it is currently listed as an extinct species by the International Union for Conservation of Nature (IUCN). An attempt is made to analyze the DNA sequences of the...
Ocean Science Journal > 2019 > 54 > 3 > 393-406
We investigated the structure change of the macrobenthic community in Gwangyang Bay (Korea) in response to habitat alteration, using the summer fauna data collected between July 2007 and August 2015. The results showed that polychaete worms were the most abundant benthic community faunal group, and polychaetes were richest in species number and density, while mollusks accounted for the highest proportion...