As a Space Imaging
representative, DTM Consulting can offer significant discounts from
the listed prices. Please call us for a custom quote.
Since its
founding in late 1994, Denver, Colorado-based Space Imaging has
quickly become a world leader in digital Earth information to better
map, measure, monitor, and manage the world we live in - from our
national assets to global crop production. Space Imaging's already
diverse collection of resources grew with the launch of IKONOS, the
world's first one-meter resolution, commercial imaging satellite, on
September 24, 1999. The addition of the IKONOS satellite to Space
Imaging's portfolio enables the company to produce more economical
information products with delivery timelines that far exceed the
standards in the marketplace.
Space Imaging
markets its products under the brand name CARTERRA™, a term
originating from Latin’s "carta" for map and
"terra" for Earth. The CARTERRA product line of imagery
offers diversity and flexibility to support a variety of
applications:
Available Products
- Sub-meter
aerial imagery:
Collectd by Space Imaging's Digital Airborne Imagery System
(DAIS-1™),
this true multispectral imagery is ideal for high-resolution
applications requiring information and accuracy in the
sub-meter scales.
- One-meter
resolution space imagery: Space Imaging’s IKONOS
satellite is the first to provide imagery that enables
customers to see objects as small as one-meter in size in
black-and-white (panchromatic).
- Four-meter
resolution space imagery: Space Imaging’s IKONOS
satellite is the first to provide imagery that enables
customers to see objects as small as four-meters in size in
color (multispectral).
- Five-meter
resolution space imagery, collected by the Indian
Remote Sensing (IRS) satellites, is ideal for urban planning,
disaster management, mapping and other applications requiring
the unique combination of high-resolution imagery, high
revisit frequency, and broad-area coverage. This imagery is
black-and-white but can be combined with multispectral imagery
to show color detail.
- 20-meter
and 180-meter resolution color space imagery, also
from the IRS satellites, is well-suited for applications such
as environmental and agricultural monitoring, natural resource
management, land use planning and disaster management due to
its information-rich content and wide-area coverage.
- 25-meter
resolution Landsat imagery set a standard in the early
remote sensing industry. Current coverage and complementary,
historical imagery from our CARTERRA Archive are available.
- Synthetic
aperture radar (SAR) imagery provides imaging at all
times of day or night, in all weather conditions. This imagery
is information rich, available in a range of resolutions and
provides a valuable complement to visual imagery by revealing
additional information such as terrain and elevation. SAR
imagery is collected by the European Radar Satellite (ERS) and
the Canadian Space Agency’s RADARSAT. Space Imaging also has
access to an archive of imagery from the Japanese Earth
Resource Satellite (JERS) as well as Space-Borne Imaging
Radar-C (SIR-C).
- Future:
Space Imaging is investigating new systems for a variety of
applications, including oceanographic, climatic,
environmental, agriculture, exploration, and atmospheric
applications.
In addition to
providing imagery products, Space Imaging sells a variety of
value-added information products, fully integrated hardware and
software systems, and analysis services.
- World Views
satellite imagery provides a wide-area, comprehensive view of the
entire continental U.S. Customers can even buy this stunning
180-meter color imagery by the region or state, making the product
more convenient than ever. The product is packaged with separate
files containing graphical overlays showing state boundaries and
state capitals.
More Information
Please feel free to contact us contact us at
dtm@dtmgis.com
or (406) 585-5322 if you have any questions regarding the
Space Imaging line of products, licensing, or pricing.
Copyright 2002 - DTM Consulting, Inc. - All Rights
Reserved |