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E-grāmata: Meteorological Satellite Systems

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Meteorological Satellite SystemsPalielināt
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“Meteorological Satellite Systems” is a primer on weather satellites and their Earth applications. This book reviews historic developments and recent technological advancements in GEO and polar orbiting meteorological satellites. It explores the evolution of these remote sensing technologies and their capabilities to monitor short- and long-term changes in weather patterns in response to climate change. Satellites developed by various countries, such as U.S. meteorological satellites, EUMETSAT, and Russian, Chinese, Japanese and Indian satellite platforms are reviewed. This book also discusses international efforts to coordinate meteorological remote sensing data collection and sharing.

This title provides a ready and quick reference for information about meteorological satellites. It serves as a useful tool for a broad audience that includes students, academics, private consultants, engineers, scientists, and teachers.

About the Author xiii
Acronyms xv
1 Introduction to Meteorological Satellites
1(8)
2 History and Background
9(10)
A History of Weather Forecasting
9(1)
Early Meteorological Instrumentation
10(3)
The Evolution of Weather Satellites
13(1)
Polar-Orbiting Weather Satellites
14(2)
Geostationary Weather Satellites
16(3)
3 Examining the Tools of Space Meteorology
19(14)
Types of Meteorological Satellites
19(2)
Spin Stabilized Satellites
21(1)
Three-Axis Stabilized Satellites
22(1)
Comparison of Polar-Orbiting and GEO Satellites
22(2)
Evolution of Sensing Techniques
24(4)
Data Synthesis and International Data Exchange
28(5)
4 U.S. Meteorological Satellites
33(18)
The Development Role of NASA
33(2)
The Operational Role of NOAA
35(1)
DOD's Mission Objectives for Meteorological Satellites
36(1)
Tri-Agency Partnership and Coordination
37(1)
Polar-Orbiting Meteorological Satellites
38(6)
Geostationary Orbiting Meteorological Satellites
44(7)
5 European Meteorological Satellites and EUMETSAT
51(12)
First European Satellite Developments
51(2)
The Beginnings of Meteosat
53(1)
EUMETSAT
54(4)
European Polar-Orbiting Weather Satellites
58(5)
6 Russian, Chinese, Japanese, and Indian Meteorological Satellites
63(22)
Russian Meteorological Satellites
63(2)
Meteor Satellites
65(2)
GOMS-Electro Geostationary Satellites
67(1)
Okean
68(1)
Chinese Meteorological Satellites
69(1)
FengYun1 Polar-Orbiting Satellites
70(1)
FengYun2 Geostationary Satellites
71(1)
FengYun3 Second Generation Polar-Orbiting Satellites
72(1)
FengYun4 Second Generation Geostationary Satellites
73(1)
Japanese Meteorological Satellites
74(1)
GMS (Himawari) Series
74(1)
MTSAT Series
74(3)
Indian Meteorological Satellites
77(1)
INSAT Series
77(2)
Indian Polar-Orbiting Satellites
79(2)
Summary
81(4)
7 International Collaboration in Meteorological Satellite Systems
85(10)
World Meteorological Organization (WMO)
85(4)
Coordination Group for Meteorological Satellites (CGMS)
89(2)
CEOS, GCOS, and GEO
91(4)
8 Evolving and Future Capabilities
95(12)
9 Meteorological and Remote-Sensing Satellites in Monitoring Climate Change
107(20)
Global Climate Observing System (GCOS) Essential Climate Variables
108(2)
Atmospheric Ozone
110(3)
Precipitation and Cloud Patterns
113(3)
Ocean Dynamics
116(2)
Sea Ice
118(3)
Meeting Long-term Climate Monitoring Requirements
121(3)
Summary
124(3)
10 Top Ten Things to Know About Meteorological Satellites
127
Dr. Su-Yin Tan is a senior lecturer at the University of Waterloo (Canada). She teaches courses on geographic information systems, remote sensing, and spatial data analysis. She is a distinguished Gates Scholar and received her PhD degree from the University of Cambridge (UK), two Masters degrees from Oxford University (UK) and Boston University (USA), and a BSc (Env) from the University of Guelph (Canada).

Dr. Tan has also chaired the Department of Space Applications and regularly serves as a visiting lecturer at the International Space Universitys Space Studies Program. Dr. Tan has an interdisciplinary background in the environmental sciences and spatial data analysis methodologies in a range of application areas, such as climatology, ecosystem modeling, and remote sensing.

Dr. Tan has built a diverse record of research experience in North America, Australia, Asia, South America, and Europe. Although born in Canada, she was raised in Papua New Guinea, where she developed an interest in conservation. She maintains an interest in issues related to space technologies and environmental applications.
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