4 mi from the island's shoreline). Observations taken at a resolution of 5 mm-1 using the Advanced Microwave Scanning Radiometer (AMORC) and the High Resolution Microwave Scanning Radiometer (HRM) instrument were used. Results are shown in Figures 1 – 5. The results indicate that, in the lower troposphere near 25 km altitude with an atmospheric temperature of -40 °C, Nauru has dense and narrow cloud features. The clouds extend more than 6 km above the surrounding surface. In the high region, where temperatures rise to about 23 °C, the cloud features are broad, almost cirrus-like in appearance, and extend over only a few hundreds of meters. The high latitude regions of Nauru show broad-type cirrus-type features, which extend well above the surface, but in the lower troposphere, where the temperature of the air is about 6 °C, the clouds have a characteristic shape, with a central core covered by a large, relatively flat surface. The thick cloud top can be estimated by the observation that the average cloud top depth is 6 km. At high latitudes, the cloud features are broad in the high region, but can become very limited with a temperature of -20 °C. Figure 1. Thickest cirrus-like layer of the cloud on the leeward side of the island, Nauru. (1) The color scale on this plot has been corrected to 0.5 K. (2) The area of the thickest cirrus-type cloud. The thickness of the upper layer is approximately 6 km. (3) The color scale on this plot has been corrected to 0.5 K. (4) The area of the highest cloud layer. The thickness of the upper layer is approximately 2 km. (5) The color scale on this plot has been corrected to 0.5 K. Download figure: Standard image High-resolution image Export PowerPoint slide Figure 2. Cloud feature sizes of the leeward side of the island, Nauru. Note the central size of a very thin, nearly cirrus-like feature, at the center of this plot. The color scale on this plot has been corrected to 0.5 K. Download figure: Standard image High-resolution image Export PowerPoint slide Table 1. Results of the observations collected at 5-mm resolution. Results were corrected for the effect of spatial scales.
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Tenth ARM Science Team Meeting Proceedings, San Antonio, Texas, March 13-17, 2000 Cloud Plumes Observed at Nauru Using GMS Imagery M. L. Noreen, D. R. Dwelling, D. Pet hick, and L. Nguyen Analytical
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