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Phytoplankton blooms with sequential cyclonic and anticyclonic eddies during the passage of tropical cyclone Hibaru Cover

Phytoplankton blooms with sequential cyclonic and anticyclonic eddies during the passage of tropical cyclone Hibaru

Open Access
|Jan 2024

Figures & Tables

Figure 1

The tracks of TC Hibaru and the TC centers are shown by black lines and red dots, respectively. The black dashed line frames the study area. Box A: 3.5° N-6° N, 83.5° E-88.5° E.The position of the Argo is indicated by the black star.

Table 1

Position, time and MWS (maximum wind speed) of TC Hibaru.

LATITUDE (°N)LONGITUDE (°E)TIMEMWS (M•S–1)
4.089.82005/01/11/1810.289
4.489.92005/01/12/0010.289
4.789.72005/01/12/0610.289
5.089.42005/01/12/1210.289
5.388.92005/01/12/1810.289
5.288.12005/01/13/0012.861
5.487.52005/01/13/0615.433
5.687.22005/01/13/1215.433
5.987.32005/01/13/1815.433
5.887.62005/01/14/0015.433
5.487.62005/01/14/0615.433
5.189.62005/01/14/1218.005
5.187.42005/01/14/1818.005
5.087.12005/01/15/0018.005
5.086.92005/01/15/0618.005
4.886.62005/01/15/1218.005
4.586.42005/01/15/1818.005
4.286.42005/01/16/0018.005
4.586.32005/01/16/0618.005
4.685.92005/01/16/1218.005
4.985.62005/01/16/1815.433
4.785.22005/01/17/0012.861
4.385.12005/01/17/0610.289
Figure 2

Surface Chl-a distribution on January 14 (a) and January 20 (b). Black arrows indicate sea surface currents.

Figure 3

The change curve of two-day averaged Chl-a concentration in Box A from January 1 to February 7.

Figure 4

The vertical distribution of Chl-a concentration in Box A from January 1 to 30.

Figure 5

Time series of Chl-a fluxes in the eastern (a), southern (b), western (c) and northern (d) sides of Box A from January 1 to 28.

Figure 6

Sea surface height (SSH) and current on January 11, 15, 17 and 19 (a, b, c, d). The sea current is represented by a black arrow, and the color bar represents the SSH. On January 25 and 26, the currents at a depth of 75 m are represented by red arrows (e, g).The black arrows (f, h) shows the direction of the surface current.

Figure 7

The vertical distribution of temperature over time in Box A from January 1 to 30 .

Figure 8

Barrier layer thickness calculated from Argo data in Box A on January 14 and 29.

Figure 9

The spatially averaged precipitation for Box A from January 1 to 31.

Figure 10

Curve of the spatial average PAR over time in Box A from Jan. 1 to Feb. 7.

Figure 11

Vertical profile of the Argo buoyancy frequency of Box A, which includes six time points on January 9, 14, 19, 24 and 29.

Figure 12

Time series of spatially averaged vorticity in Box A from January 1 to 31.

Figure 13

Schematic diagram of mechanisms for the first (a) and second (b) phytoplankton blooms in Box A.

Language: English
Page range: 1 - 13
Submitted on: May 23, 2023
Accepted on: Dec 3, 2023
Published on: Jan 19, 2024
Published by: Stockholm University Press
In partnership with: Paradigm Publishing Services

© 2024 Rui Wang, Xiaoqi Ding, Hao Shen, Tingchen Jiang, Junbo Tang, Haibin Lü, published by Stockholm University Press
This work is licensed under the Creative Commons Attribution 4.0 License.