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Peruvian Shelf

Figure 15. Copepod and chlorophyll profiles sampled at 1900 h (a) and the corresponding estimated production profiles (b) from the Peruvian shelf at 9° S. The vertical chlorophyll structure shows both a surface and subsurface... Figure 15. Copepod and chlorophyll profiles sampled at 1900 h (a) and the corresponding estimated production profiles (b) from the Peruvian shelf at 9° S. The vertical chlorophyll structure shows both a surface and subsurface...
Karpinsky, M.G. (1985), Peculiarities in Benthos Distribution on Peruvian Shelf Moscow VNIRO Publishing House) (in Russian). [Pg.107]

Karpinsky, M.G. (1996) Opportunistic benthic populations on the Peruvian shelf and El-Ninjo. In Neyman and Tarverdieva (eds) Hydrobiological Studies in Marine and Oceanic Fishing Grounds (Moscow VNIRO Publishing House), pp. 29-34 (in Russian). [Pg.107]

One of the the most comprehensive data sets for maritime SO2 is that of Nguyen et al (1983) who took shipboard measurements in the Indian, Atlantic and sub-Antarctic oceans and observed an average value of 50 ng(S)m ". Areas of greater productivity, eg, continental shelf areas and the Peruvian upwelling,gave higher values around 100-150 ng(S)m while lower values around 15 ng(S)m were observed in less productive seas such as the tropical Indian Ocean. Values at Dome C on the Antarctic continent were below the detection limit of 10 ng(S)m". ... [Pg.42]


See other pages where Peruvian Shelf is mentioned: [Pg.309]    [Pg.311]    [Pg.311]    [Pg.309]    [Pg.311]    [Pg.311]    [Pg.294]    [Pg.308]   


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