In previous studies, high nutrient concentrationswere also observed
in the central YS in winter and spring (Fu et al., 2009; Hyun and Kim,
2003; Jin et al., 2013). They suggest that this high nutrient water
might have originated from the bottom mixed water in the winter season.
The nutrient-rich bottomwater is a result of nutrient accumulation
in the YSCWM during the previous summer and fall. However, in the
present study the nutrient-rich water was observed coincidently with
the occurrence of the YSWC (Figs. 3 and 6), which is confirmed to be
linked to the water intrusion of the Cheju Warm Current, a Kuroshio
branch current (Lie et al., 2009)
In previous studies, high nutrient concentrationswere also observed
in the central YS in winter and spring (Fu et al., 2009; Hyun and Kim,
2003; Jin et al., 2013). They suggest that this high nutrient water
might have originated from the bottom mixed water in the winter season.
The nutrient-rich bottomwater is a result of nutrient accumulation
in the YSCWM during the previous summer and fall. However, in the
present study the nutrient-rich water was observed coincidently with
the occurrence of the YSWC (Figs. 3 and 6), which is confirmed to be
linked to the water intrusion of the Cheju Warm Current, a Kuroshio
branch current (Lie et al., 2009)
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