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Auburn’s School of Forestry and Wildlife Sciences has launched a new degree in geospatial and environmental informatics, or GSEI. The university’s supercomputer will help researchers to run past, present and future climate simulations, analyze very large data sets and manipulate global satellite data and imagery. Pictured, from left, are Assistant Professors Sanjiv Kumar and Susan Pan and Research Associate Jia Yang, who are shown studying climate model outputs from Auburn’s supercomputer.
Imagery Analysts from the Geospatial Intelligence Integration Support Test and Training Detachment, arrive at their training site on Fort Huachuca, AZ, July 19, 2013, as part of the Enterprise Challenge 13 (EC13) exercise, in which the Distributed Common Ground System-Army, will successfully share full motion video between Air Force assets, including Global Hawk, directly to the Army's DCGS-A Tactical Ground Station. This capability enables joint intelligence sharing across the battle space. (U.S. Army photo by Sergeant First Class Kristine Smedley/Released
geospatial@online am 06. Juli 2017 an der NaWi der Universität Salzburg.
Bilder: Hans-Christian Gruber
geospatial@online am 06. Juli 2017 an der NaWi der Universität Salzburg.
Bilder: Hans-Christian Gruber
SGT Troy Thatcher, Imagery Analyst, Geospatial Intelligence Integration Support Test and Training Detachment, while sitting the Tactical Intelligence Ground System, tests a newly designed pair of tactical glasses, as part of the Enterprise Challenge 13 (EC13) exercise, Fort Huachuca, AZ, July 19, 2013, in which the Distributed Common Ground System-Army, will successfully share full motion video between Air Force assets, including Global Hawk, directly to the Army's DCGS-A Tactical Ground Station. This capability enables joint intelligence sharing across the battle space. (U.S. Army photo by Sergeant First Class Kristine Smedley/Released
geospatial@online am 06. Juli 2017 an der NaWi der Universität Salzburg.
Bilder: Hans-Christian Gruber
geospatial@online am 06. Juli 2017 an der NaWi der Universität Salzburg.
Bilder: Hans-Christian Gruber
SSG Thomas LaBlanc, Imagery Analyst, Geospatial Intelligence Integration Support Test and Training Detachment, unscrews a latch in the Tactical Intelligence Ground System, as part of the Enterprise Challenge 13 (EC13) exercise, Fort Huachuca, AZ, July 19, 2013, in which the Distributed Common Ground System-Army, will successfully share full motion video between Air Force assets, including Global Hawk, directly to the Army's DCGS-A Tactical Ground Station. This capability enables joint intelligence sharing across the battle space. (U.S. Army photo by Sergeant First Class Kristine Smedley/Released
ROMA ARCHEOLOGIA e BENI CULTURALI: SITAR Web-GIS: A Tool for Managing Archeological Data in the Cultural Heritage Conservation and Town Planing, SSBAR (2013).
The SITAR geospatial databank is a project of the Soprintendenza Speciale per i Beni Archeologici di Roma that draws on the talents of a team consisting of archaeologists, topographers, and computer experts. SITAR uses RDBMS architecture to record the archeological data that enter the data base directly, analytically and without interpretation. The logic of the system is designed to organize, within one single databank, data deriving from bibliographic and archival research, as well as data from the entirety of the various territorial investigations (including remote sensing, boreholes, geophysical surveys, preventive excavations, etc.).The system is structured on three logical levels of detail which enable data deriving from a given number of corresponding conceptual categories to be archived and also allow very heterogeneous types of data sets to be organized.
The cognitive and analytical path works either bottom-up or top-down, and has as its primary goal the description of any given archaeological context. In order to acquire and use the geo-topographical information, an optimal procedure for the digitization of archive materials has been developed. This consists of successive steps of rasterizing, georeferencing within the cartographic system shared by the other offices that deal with town planning, vectorizing and entry into the databank. This procedure produces an archaeological GeoDatabase that can be used both internally by the Soprintendenza and externally through sharing and exchange with other offices and universities.
Fonte / source:
-- ROME, SITAR Web-GIS: A Tool for Managing Archeological Data in the Cultural Heritage Conservation and Town Planing, SSBAR (2013).
s.v.,
C. Häuber, "Digitale Topographie der Stadt Rom" (2012); A. Carandini & P. Carafa, "Atlante di Roma Antica" (2012); SITAR: "Sistema informativo Territoriale Archeologico Roma" (2011-12); A. Carandini - Progetto: "Imago Urbis" (2008-09).
www.flickr.com/photos/imperial_fora_of_rome/sets/72157615...
This year’s award was conferred on Nandini Ray Chaudhry, Scientist, Space Application Centre, ISRO, in recognition of her innovative and appropriate use of geospatial science in projects of societal relevance.
Assistant Minister of Agriculture, Kenya Hon. Japhet Kareke Mbiuki signing the visitors book during GIS Conference at ILRI Campus in Kenya.