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Figure 9. Same as Fig. 8, but for 01:00-06:00 LT on 28 January 2002.

Figure 9 Same as Fig. 8, but for 01:00-06:00 LT on 28 January 2002.

Related Figures (10)

Figure 1. (a) Map of the BMKG station locations. (b) Rainfall amounts recorded by BMKG stations during 25-31 January 2002. (c) Hovmiller diagram showing a time-latitude cross-section along 106.68°E. The black dashed line is the coastline along the north coast of West Java. (d) Composite of the streamlines of near-surface winds (925 hPa) from 25 to 31 January 2002.
Figure 1. (a) Map of the BMKG station locations. (b) Rainfall amounts recorded by BMKG stations during 25-31 January 2002. (c) Hovmiller diagram showing a time-latitude cross-section along 106.68°E. The black dashed line is the coastline along the north coast of West Java. (d) Composite of the streamlines of near-surface winds (925 hPa) from 25 to 31 January 2002.
Table 1. Configuration of the Weather and Research Forecasting model for simulating precipitation over the Maritime Mankwe nant at hretonnkeal wacnleiiinne nf O77 bee: fTWH11) GO Lew 1TH and 2 ben (TYR which captures the effects of regional processes (e.g., wind circulation and sea surface
Table 1. Configuration of the Weather and Research Forecasting model for simulating precipitation over the Maritime Mankwe nant at hretonnkeal wacnleiiinne nf O77 bee: fTWH11) GO Lew 1TH and 2 ben (TYR which captures the effects of regional processes (e.g., wind circulation and sea surface
Figure 3. Hovmoller diagram showing a time-latitude cross-section along 106.86°E of daily rainfall from 26 to 30 January 2002 for the (a) TMPA-RT, (b) CTL, (c) SCE, and (d) CTL-SCE simulations. 2002) as well as landward (29-30 January 2002) propagation of rainfall (Fig. 3b,d) sug-
Figure 3. Hovmoller diagram showing a time-latitude cross-section along 106.86°E of daily rainfall from 26 to 30 January 2002 for the (a) TMPA-RT, (b) CTL, (c) SCE, and (d) CTL-SCE simulations. 2002) as well as landward (29-30 January 2002) propagation of rainfall (Fig. 3b,d) sug-
Figure 4. Spatial maps of the CTL, SCE, and CTL-SCE simulation results from 26 to 28 January 2002. (a-c) Daily rainfall (shading) overlain by the near-surface wind average and anomaly at 925 hPa (vectors). (d—f) Daily equivalent potential temperature anomaly with respect to the five-day average (shading and contour lines; blue and red are negative and positive anomalies, respectively).
Figure 4. Spatial maps of the CTL, SCE, and CTL-SCE simulation results from 26 to 28 January 2002. (a-c) Daily rainfall (shading) overlain by the near-surface wind average and anomaly at 925 hPa (vectors). (d—f) Daily equivalent potential temperature anomaly with respect to the five-day average (shading and contour lines; blue and red are negative and positive anomalies, respectively).
Figure 7. Same as Fig. 5, but for the hourly evolution from 13:00-00:00 LT on 26 January 2002. The blue contour line over the neat surface (<1 km) is the cold pool.
Figure 7. Same as Fig. 5, but for the hourly evolution from 13:00-00:00 LT on 26 January 2002. The blue contour line over the neat surface (<1 km) is the cold pool.
Figure 10. Same as Fig. 7, but for 19:00-06:00 on 28-29 January 2002.
Figure 10. Same as Fig. 7, but for 19:00-06:00 on 28-29 January 2002.
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