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1996 | Buch | 3. Auflage

Observation of the Earth and Its Environment

Survey of Missions and Sensors

herausgegeben von: Herbert J. Kramer

Verlag: Springer Berlin Heidelberg

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Über dieses Buch

The following listing represents a survey and short descriptions of 'Earth Observing Mis­ sions' in alphabetical order. The listing in Part A considers completed, operational as well as planned missions on an international scale (Earth observations from space know no na­ tional boundaries). A look into past activities is important for reasons of heritage, context and perspective. The document is intended for all who want to keep track of missions and sensors in the fast-growing field of Earth observation. There cannot be any claim to com­ pleteness, although a considerable effort was made to collect and integrate all known mis­ sions and sensors into this book. Earth observation by remote sensing changes our view and perception of the world. We be­ gin to realize the global character of remote sensing, its multidimensional and complemen­ tary nature, its vast potential to many disciplines, its importance to mankind as a whole. Re­ mote sensing permits for the first time in history a total system view of the Earth. The view from space toward Earth has brought about sweeping revisions in the Earth sciences, in par­ ticular in such fields as meteorology, oceanology, hydrology, geology, geography, forestry, agriculture, geodynamics, solar-terrestrial interactions, and many others.

Inhaltsverzeichnis

Frontmatter
Introduction
Abstract
The following listing represents a survey and short descriptions of ‘Earth Observing Missions’ in alphabetical order. The listing in Part A considers completed, operational as well as planned missions on an international scale (Earth observations from space know no national boundaries). A look into past activities is important for reasons of heritage, context and perspective. The document is intended for all who want to keep track of missions and sensors in the fast-growing field of Earth observation. There cannot be any claim to completeness, although a considerable effort was made to collect and integrate all known missions and sensors into this book.
Herbert J. Kramer
Part A. Survey of Spaceborne Missions and Sensors
Abstract
A NASA/GSFC solar-terrestrial mission in the explorer program with the objectives to determine: the elemental and isotopic composition of matter, the origin of the elements, the formation of the solar corona and acceleration of the solar wind. S/C builder: JHU/APL. The S/C structure has two octagonal decks, 1.6 m across and 1 m high; the S/C is three-axis stabilized with the spin axis Earth/sun pointing. The mission is planned for a launch in August 1997 with a Delta II launch vehicle from Cape Canaveral, Florida. S/C mass = 785 kg (includes 189 kg of fuel), power=430 W, nominal life of the mission is 5 years.2)
Herbert J. Kramer
Part B. Survey of Airborne Sensors
Abstract
Airborne observations with dedicated instruments have their own history in contributing to advances in the Geosciences and extending our general knowledge in many fields, including the numerous surveys for natural resources. These observations cannot simply be regarded as an appendix to spaceborne observations, as one might assume with virtually all the publicity on the spaceborne front; rather, airborne observations add another dimension to Earth observation and provide a wide field of applications of their own. They are the most efficient means by which laboratory- and ground-based observations can be extended to regional observations. The science community needs data on the local and regional scales for calibration of its global data from spaceborne observation and for understanding overall concepts.487)
Herbert J. Kramer
Part C. Reference Data and Definitions
Abstract
Remote sensing, in the broadest sense, is the measurement or acquisition of information of some property of an object or phenomenon that is not in physical contact with the object or phenomenon under study. Remote sensing instruments, such as optical imagers or radar sensors, acquire information about an object of interest by detecting and measuring the changes that the object imposes on the surrounding electromagnetic field. For instance, in the case of visible and near-infrared (VNIR) sensors the reflected sunlight is used to acquire information about the chemical composition and physical structure of the object being observed. In the case of thermal infrared and passive microwave sensors, the emitted field is used to acquire information about the thermal properties as well as the composition of the object. In the active microwave region, information about the object’s physical structure and electrical properties is acquired by analyzing the reflected field when the sensor illuminates the object with a well-defined generated field of electromagnetic waves.
Herbert J. Kramer
Backmatter
Metadaten
Titel
Observation of the Earth and Its Environment
herausgegeben von
Herbert J. Kramer
Copyright-Jahr
1996
Verlag
Springer Berlin Heidelberg
Electronic ISBN
978-3-642-97678-0
Print ISBN
978-3-642-97680-3
DOI
https://doi.org/10.1007/978-3-642-97678-0