T/G Layout 1
ctivities Day 1 - Warm-up Explain to the students that you will be assessing their prior knowledge of the charac- teristics of c ...
Day 2 - Classifying clouds on infrared APT images For procedure, see student worksheet entitled. For the answer to question 1, s ...
CL A S S I F Y I N G CL O U D TY P E S TH R O U G H IN F R A R E D APT IM A G E RY Your teacher will provide your group with a s ...
Table 1. standard atmosphere, altitude and temperature 3a. Using the graph you have plotted, estimate the temperature of the air ...
CL O U D TY P E SU RV E Y ...
CL O U D CL A S S I F I C AT I O N Your group will be provided with two or three polar-orbiting satellite images and a correspon ...
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Name: Cirrus Altitude: < 6 km. Composition: Ice Crystals Temperature: -50° to -60° C ...
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figure 79. ...
ctivities Day 3 In this exercise, the method for producing a satellite-generated image will be studied. The concept of computer ...
CO M P U T E R SI M U L AT I O N The APT images you have been working with are rectangular, 640 pixels wide by 480 pixels long. ...
Shade the scanner map as shown in the box below. SC A N N E R MA P SH A D I N G CH A RT Temperature Range 0–45 46–90 91–135 136– ...
ST U D E N T SC A N N E R MA P ...
CO M P L E T E D ST U D E N T SC A N N E R MA P ...
How does the computer know which number (0 to 255) is being encoded? It receives the information in the form of computer informa ...
figure 81. NOAA 10, March 28, 1994 infrared image courtesy of G. Chester, Smithsonian Institution, Albert Einstein Planetarium ...
figure 81a. NOAA 10, March 28, 1994 image courtesy of G. Chester, Smithsonian Institution, Albert Einstein Planetarium Visible i ...
figure 82. NOAA 10, March 28, 1994 infrared image courtesy of G. Chester, Smithsonian Institution, Albert Einstein Planetarium ...
figure 82a. NOAA 10, March 28, 1994 image courtesy of G. Chester, Smithsonian Institution, Albert Einstein Planetarium Visible i ...
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