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Thursday, July 30, 2020 | History

3 edition of Satellite remote sensing of clouds and the atmosphere IV found in the catalog.

Satellite remote sensing of clouds and the atmosphere IV

Satellite remote sensing of clouds and the atmosphere IV

20-22 September 1999, Florence, Italy

  • 388 Want to read
  • 15 Currently reading

Published by SPIE in Bellingham, Wash .
Written in English

    Subjects:
  • Clouds -- Remote sensing -- Congresses.,
  • Atmospheric radiation -- Remote sensing -- Congresses.,
  • Radiative transfer -- Congresses.,
  • Satellite meteorology -- Congresses.,
  • Remote sensing -- Congresses.

  • Edition Notes

    Includes bibliographical references and author index.

    Other titlesRemote sensing of clouds and the atmosphere IV
    StatementJaqueline E. Russell, chair/editor ; sponsored by University of Florence, Department of Earth Science (Italy) ... [et al.].
    GenreCongresses.
    SeriesProceedings EurOpt series, SPIE proceedings series ;, v. 3867, Proceedings of SPIE--the International Society for Optical Engineering ;, v. 3867.
    ContributionsRussell, Jacqueline E., Università di Firenze. Dipartimento di scienze della terra., Society of Photo-optical Instrumentation Engineers.
    Classifications
    LC ClassificationsQC920.7 .S282 1999
    The Physical Object
    Paginationvii, 366 p. :
    Number of Pages366
    ID Numbers
    Open LibraryOL3584327M
    ISBN 100819434620
    LC Control Number2002282229
    OCLC/WorldCa43208367

    Remote Sensing of Clouds and the Atmosphere XI SUB Gottingen James R. Slusser Klaus Schdfer Results of the 50 year ground-based measurements in comparison with satellite remote sensing of two prominent dust emission sources located in Iran [] SESSION 4 REMOTE SENSING OF CLOUDS H Recent field campaigns with. Satellite retrieval of AOT in visible spectrum Refractive index, Size, Shape, etc Key factors: ω, P(θ), and R sfc 4µµ 0 ωτP(θ) Rsat =Rsfc + single scattering, low R sfc .

    atmospheric state (T, Q, clouds) Satellite remote sensing of the Earth-atmosphere 2. 3 Radiation and the Planck Function. Spectral Characteristics of Energy Sources and Sensing Systems 4. The atmosphere transmits, absorbs (by H2O, O2, O3, dust) reflects (by clouds), and. Remote sensing of SST. Principles of sounding by emission and applications. Oct. 30 Lab. 8 Applications of passive remote sensing using emission: Sounding of atmospheric temperature. Retrievals of SST. Nov. 4 Lecture Applications of passive remote sensing: Remote sensing of precipitation and clouds.

    Satellite remote sensing tools for the detection, monitoring and quantification of volcanic emissions (e.g. sensors working in the visible, ultraviolet, infrared, and/or microwave band). Ground based remote sensing for source parameters definition (e.g., radars, LiDAR, cameras, infrasounds, in situ sampling of granulometry, new instruments, etc.). Shefer, OV & Samokhvalov, IV , Interpretation of laser sensing data based on a model of a cloud as plate crystals. in Proceedings of SPIE - The International Society for Optical Engineering. vol. , pp. , Satellite Remote Sensing of Clouds and the Atmosphere III, Barcelona, Spain,


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Satellite remote sensing of clouds and the atmosphere IV Download PDF EPUB FB2

Get this from a library. Satellite remote sensing of clouds and the atmosphere IV: September,Florence, Italy. [Jaqueline E Russell; Università di Firenze. Dipartimento di scienze della terra.; Society of Photo-optical Instrumentation Engineers.;].

Introduction to Satellite Remote Sensing: Atmosphere, Ocean and Land Applications is the first reference book to cover ocean applications, atmospheric applications, and land applications of remote sensing.

Applications of remote sensing data are finding increasing application in fields as diverse as wildlife ecology and coastal recreation management.

Get this from a library. Satellite remote sensing of clouds and the atmosphere IV: September,Florence, Italy. [Jaqueline E Russell; Università di Firenze. Dipartimento di scienze della terra.; Society of Photo-optical Instrumentation Engineers.; SPIE Digital Library.;].

With the launch of TRMM in (Kummerow et al. ) and CloudSat and Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observation (CALIPSO) in April (e.g., Stephens et al. ), we are now entering a truly active age of spaceborne remote sensing of clouds and precipitation.

With this era comes a twofold challenge, one is to learn Cited by: Basics of (atmospheric) remote sensing • Location of measurement is different from that of the instrument ⇒Information from atmosphere must be propagated to instrument by means of electromagnetic radiation ⇒Remote sensni g requries ‘ retrieval’ = derivation from the atmosphericFile Size: 7MB.

In addition to common radar and satellite images, many more types of remote sensing data exist, which measure a vast array of atmospheric properties. Although many of these data lie beyond the scope of this course, they all have something in common: All remote sensing data is based on measurements of electromagnetic radiation.

Remote Sensing of Aerosols, Clouds, and Precipitation compiles recent advances in aerosol, cloud, and precipitation remote sensing from new satellite observations. The book examines a wide range of measurements from microwave (both active and passive), visible, and infrared portions of the spectrum.

Effects of Atmosphere. In satellite remote sensing of the earth, the sensors are looking through a layer of atmosphere separating the sensors from the Earth's surface being observed. Hence, it is essential to understand the effects of atmosphere on the electromagnetic radiation travelling from the Earth to the sensor through the atmosphere.

RIS Citation TY - CPAPER ID - ali AU - Alexandrov, M. AU - Lacis, A. AU - Carlson, M. AU - Cairns, B. PY - TI - Remote sensing of atmospheric aerosols, nitrogen dioxide, and ozone by means of the Multifilter Rotating Shadow-band Radiometer BT - Satellite Remote Sensing of Clouds and the Atmosphere IV, 20 Sep.Florence, Italy T3 - Proc.

SPIE VL - SP - DO - This is an excellent introduction to remote sensing of the atmosphere."--James A. Weinman, NASA Goddard Space Flight Center "An excellent overview of the remote-sensing field. The treatment is even-handed and his book is well-suited for an introductory course on the subject."--William C.

Keene, University of Virginia Cited by: Remote Sensing of Clouds and Precipitation (Springer Remote Sensing/Photogrammetry) - Kindle edition by Andronache, Constantin. Download it once and read it on your Kindle device, PC, phones or tablets. Use features like bookmarks, note taking and highlighting while reading Remote Sensing of Clouds and Precipitation (Springer Remote Sensing/Photogrammetry).Cited by: 3.

satellite remote sensing the path properties are primarily determined by the atmosphere. The same applies for certain ground- and air-borne remote sensing instruments. Conference attendees are invited to attend the Remote Sensing poster session held on Wednesday to Posters will be on display after hrs on Monday in the conference area hallway.

Authors of poster papers will be present to answer questions concerning their papers during the Wednesday Poster Session. Because clouds are difficult to observe directly, cloud study requires methods of sensing them remotely, and such techniques are reviewed in Chapter 4.

Part II of this book delves into how dynamics combine with microphysics to produce the different types of clouds that occur in the by: 2. Remote sensing aerosols, clouds, and aerosol–cloud interactions is a hot topic of modern atmospheric remote sensing studies.

Both aerosols and clouds influence climate and weather. Their properties could change with time, leading to planetary energy imbalance on a global scale. satellite retrievals (infrared, microwave) targeting the upper troposphere and lower stratosphere (MIPAS, ACE-FTS, MLS, OMPS.) advances in laser sources for lidar sensing of clouds, aerosols and gases from ground, airborne and space-borne platform ; advances in detectors for remote sensing systems of clouds and the atmosphere.

research on the remote sensing of clouds and precipi-tation. Satellite observing systems Understanding and quantifying the real capabilities of satellite-based cloud and precipitation observing sys-tems is a complex task.

A consequence of such com-plexities results in the way observing system errors are typically estimated and validated. under a specific condition and how the solution is relevant to remote sensing of certain meteorological parameters. In Section 3, we focused on three topics of applications of satellite remote sensing: hurricanes, precipitation and air-sea energy exchange (including the influence by clouds).

The reasons to pick up these three topics for tropical. Remote sensing of the planetary boundary layer refers to the utilization of ground-based, flight-based, or satellite-based remote sensing instruments to measure properties of the planetary boundary layer including boundary layer height, aerosols and clouds.

Satellite remote sensing of the atmosphere has the advantage of being able to provide global coverage of atmospheric planetary boundary. Satellite remote sensing of aerosols does have some limitations. Technical and scientific issues such as cloud contamination, surface reflectance, sensitivity of instruments, and other atmospheric errors need to be considered while using remote-sensing techniques for atmospheric and climate by:.

Remote Sensing of Aerosols, Clouds, and Precipitation compiles recent advances in aerosol, cloud, and precipitation remote sensing from new satellite observations. The book examines a wide range of measurements from microwave (both active and passive), visible, and infrared portions of the : Elsevier Science.

Clearly a better definition of the atmospheric state, and the vertical structure of clouds and precipitation, are needed to improve the information extracted from satellite observations, and it is for this reason that the combination of active and passive measurements offers much hope for improving cloud and precipitation by: Remote sensing is the science and art of identifying, observing, and measuring an object without coming into direct contact with it.

This involves the detection and measurement of radiation of different wavelengths reflected or emitted from distant objects or materials, by which they may be Cited by: 2.