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The vertical distribution of planktonic ciliates and nanoplankton was investigated in 3 types of oceanic waters in the western Pac~f~c . Ranges of their standing crops, in abundance and biomass, were 50 to 2540 cells 1-' and 4.89 X 104 to 6.32 X 106 pg C I-' for ciliates and 7.2 X 104 to 1.97 X 106 cells I-' and 2.45 X 10' to 4.92 X 10' pg C 1-' for nanoplankton in the spring subarctic water, <l080 cells I-' and <1.27 X 106 pg C 1-' for ciliates and 7.5 X 104 to 2.76 X 106 cells I-' and 1.01 X 105 to 1 03 X 10' pg C 1.' for nanoplankton in the fall subarctic water, and c570 cells 1" and <1.59 X 106 pg C 1.' for ciliates and 1.45 X 105 to 3.18 X 106 cells I ' and 3.05 X 10' to 2.62 X 107 pg C 1-' for nanoplankton in the subtropical water. The standing crop of ciliates, as a whole, was positively correlated to that of nanoplankton especially in biomass: B, = 0.211 X B,,'"'"", r = 0.81, p < 0.001, where B, and B, are biomass of ciliates and nanoplankton, respectively. This suggests that nanoplankton and ciliate stocks are t~ghtly linked in oceanic waters.

Standing crops of planktonic ciliates and nanoplankton in oceanic waters of the western Pacific