ikonos satellite resolution

Launched in 1999, it was the first commercial satellite with sub-meter resolution in a panchromatic band. Want to learn more? IKONOS is a spaceborne multispectral sensor with very high spatial resolution capabilities. The Encyclopedia of GIS provides a comprehensive and authoritative guide, contributed by experts and peer-reviewed for accuracy, and alphabetically arranged for convenient access. IKONOS-. Wetland Delineation with IKONOS High-Resolution Satellite Imagery, Fort Custer Training Center, Battle Creek, Michigan, 2005 By L.M. IKONOS Data Acquisitions Overpass Satellite Satellite Sun Sun Site/Date Time (UTC) Elevation Azimuth Elevation Azimuth Stennis 12/15/04 16:45 68.9 deg 118.6 deg 34.0 deg 160.8 deg Wiggins 3/24/05 16:50 86.3 deg 71.9 deg 56.3 deg 146.1 deg Stennis 4/15/05 16:51 72.7 deg 25.4 deg 64.5 deg 138.8 deg Standard imagery Cubic Convolution resampling . 24 September 1999. Launched in September 1999, Maxar's IKONOS satellite — the only high-resolution commercial satellite in orbit at the time — was used to observe the areas that had been targeted. IKONOS. Photograph taken of Troy, Greece, by the Ikonos Satellite, a commercial Earth observation satellite. IKONOS Satellite 1 Meter Resolution Grid Cell Looking More Closely at Resolution Landsat 7 185 by 170 km 30-m multispectral Indian Remote Sensing 145 by 145 km 25-m multispectral SPOT 60 by 60 km 20-m multispectral QuickBird 2 16 by 16 km 2.5-m multispectral IKONOS 11 by 11 km 4-m multispectral Selected Satellite Footprints OrbView 3 8 by 8 km . Datum: NAD 27, 83, WGS 84 Band: Panchromatic; 4 multispectral bands (Red, Green, Blue & NIR) The IKONOS Satellite Sensor is a High Resolution Satellite. Georeferenced 1-m resolution panchromatic (Pan, 526-929 nm) and 4-m resolution Need an imagery quote? The sensor has the ability to rotate and can acquire images up . 29, No. IKONOS features the oldest high resolution satellite imagery archive with scenes dating back to 1999 in some locations. Prices increase for new collections and data processing. Found inside – Page 411.38 A composite image of multiple IKONOS satellite scenes taken over the Southern Key West National Wildlife Refuge, ... the biota growing upon it could be mapped using the high spatial and radiometric resolution of the IKONOS imagery. very high spatial resolution capabilities. IKONOS. or other freely access HQ images, if anyone can help? Found inside – Page 29The satellites have two sensors, a sin— gle band high—resolution panchromatic scanner, and a three band ... IKONOS Much as SPOT improved upon the prevailing commercial satellite resolution, so did the IKONOS satellite when it was ... Its applications include both Urban and Rural Mapping of Natural Resources and of Natural Disasters, Tax Mapping, Agriculture and Forestry . Found insideLike IKONOS, it carries a single instrument capable of producing panchromatic images with a spatial resolution of between 0.61 and 0.73 m, plus multispectral imagery with a spatial resolution of 2.44 and 2.88 m, depending on the angle ... Want to see whatâs available for your area? It was launched in 1999, making it the first commercially available satellite imagery available at less than 1 m pixel resolution. It also has 4 color bands with 4 meter resolution (blue, green, red, near infrared) black-and white images with 1-meter resolution. The IKONOS sensor was the first commercially available submeter resolution sensor, having been launched in September, 1999. High-resolution satellite data. ESRI ArcGIS Explorer. High-resolution satellite data. Found inside – Page 111The IKONOS satellite is a commercial satellite owned and operated by Space Imaging. It provides both multispectral and panchromatic images with very high spatial resolution. The multispectral imagery has a 4 x 4 m spatial resolution, ... Ikonos-2 is a commercial high-resolution imaging satellite of GeoEye Inc. of Dulles, VA, (formerly of Space Imaging Inc. of Thornton, CO), providing high-resolution imagery on a commercial basis. Found inside – Page 339High Resolution Satellite Imagery One of the more exciting developments in satellite imagery after CRISP had been set ... This facility would receive and process high resolution images of the earth's surface from the IKONOS satellite, ... Yet images from Ikonos and these newer satellites are of comparable resolution, 82 centimeters in the case of Ikonos and 1 meter for the Global satellites. Found inside – Page 102Nowadays, satellites with spatial resolution of 1 m and above and spectral resolution of nm level have been the subject of the commercialization of spatial information. For example, the spatial resolution of a QuickBird satellite ... The capability to observe Earth via space-based telescope has been called "one of the most significant developments in the history of the space age", and IKONOS brought imagery . Found inside – Page 1418.2.3 Satellite image interpretation During the last two decades , satellite image interpretation has come into use for geo- Availability logical ... The latest commercial high - resolution satellite is the QuickBird launched in 2001 . Interior and exterior The properties "platformName" and "sensorPlatformName" have the same value. High-resolution imagery (e.g., IKONOS and QuickBird at ≤5 m resolution) is typically used to map regional-to-local areas and species, and to inform land cover classifications derived from coarser imagery; but often such imagery is expensive and cost-prohibitive . The third dimension (3D), provided by the extraction of a Digital Elevation Model from high resolution Stereo Satellite sensors such as IKONOS, WorldView-1 and GeoEye-1 (scheduled to be launched during to be second quarter of 2008), 3D Visualization provides a greater transparency for nuclear and other facilities around the World. Fill out this form and weâll get back to you as soon as possible. IKONOS. With 4 high-resolution multispectral bands, IKONOS satellite imagery is appropriate for mapping projects and spectral analysis. The sensor has a swath width of 11.3 km when pointing straight down (nadir), 13.8 km when pointing off nadir (off to Satellite Imaging Corporation is an official Value Added Reseller (VAR) of imaging and geospatial data products for: For a better viewing experience, consider downloading these free geospatial data and image viewers. Launched on September 24, 1999, IKONOS is the world's first commercial satellite providing very high resolution (up to 1 m) imagery of the earth. Morgan, and S.S. Aichele The full report is available in Adobe Acrobat® Portable Document Format ( PDF ). More at : Ikonos . When you need to clearest imagery in the world. IKONOS-2. All rights reserved. Format: GeoTIFF, JPEG This field is for validation purposes and should be left unchanged. The IKONOS satellite is operated by Space Imaging Inc. of Denver, Colorado, USA. IKONOS.

The approach is demonstrated with a test case in a rapid damage assessment scenario using very high-resolution optical satellite QuickBird and IKONOS imagery over Southern Lebanon from 2006. This paper provides a comprehensive literature review on forest aboveground biomass (AGB) estimation and mapping through high-resolution optical satellite imagery (≤5 m spatial resolution). Index Terms—Collaborative mapping, feature extraction, geospatial queries, image processing, information management, on-demand processing, visualization . The design of a high-resolution satellite imaging system proceeds from a series of design trades between spatial resolution and swath width, revisit . It also has 4 color bands with 4 meter resolution (blue, green, red, near infrared). Found inside – Page 94Recognising the capability of acquiring satellite data of massive areas, the satellite remote sensing can provide a ... 7.2.1 Spectral Signature Analysis using Optical High-resolution Satellite Imagery Figure 7.1 depicts the IKONOS ... Discover what's possible. IKONOS Satellite Imagery An IKONOS satellite image of the Fort Custer study area was acquired on April 25, 2005. We use IKONOS to task imagery for mapping projects in all parts of the world that require a rapid turnaround. From a 680 km sun synchronous orbit, the IKONOS satellite simultaneously collects 1-meter panchromatic and 4-meter multispectral images in 4 bands with 11-bit resolution. Learn more about the IKONOS Satellite Sensor, Tornado Damage, Oklahoma City, Oklahoma, USA, Nuclear Power Plant After, Fukushima Dai-ichi, Japan, Nuclear Power Plant Before, Fukushima Dai-ichi, Japan, Denver Broncos Stadium, Denver, Colorado, USA, Wind Energy Farm, Palm Spring, California, USA, World Trade Center Memorial Post 9/11 Manhattan, New York, USA. We remember IKONOS through some of its best shots… images that helped us change our view of the world. Effective monitoring of coral reefs is important for ecological and economic reasons, and satellite remote sensing has been shown to be useful for mapping and monitoring these ecosystems.

IKONOS Satellite Image Data.

Found inside – Page 285Satellite high - resolution multispectral imagery 18.5.2.1 . Space Imaging , Inc. , IKONOS - 2 The recently launched IKONOS - 2 , by Space Imaging , Inc. , is the civilian world's first high spatial resolution satellite remote sensing ... PRO PRODUCT SUITE Pro-level products are perfect for projects requiring high-resolution imagery and medium-scale Ikonos. Found inside – Page 53A standard MODIS image covers 1200 km × 1200 km, whereas a standard IKONOS satellite image covers 11 km × 11 km. At such a large spatial coverage, MODIS spatial resolution is more than 50 times coarser than the IKONOS imagery (Space ... Through partnerships with global leaders in VHR satellite construction and by utilising our multi-mission ground station near Munich, we connect users to the most advanced remote sensing technology in space. Ikonos-2 is a commercial high-resolution imaging satellite of DigitalGlobe, Longmont, CO, USA, providing high-resolution imagery on a commercial basis. GeoEye orthocorrects and mosaicks all Reference-level imagery to a minimum accuracy of 25 meters CE90. IKONOS-2. Whether youâre an academic, an engineer, a map enthusiast or business owner, we believe Apollo Mapping is the clear choice for all of your geospatial, remote sensing and mapping needs. For an exact quote, please contact our Sales Team at [email protected]. IKONOS features 82-centimeter (cm) panchromatic and 3.28-m 4-band multispectral resolution (i.e. After Using Advanced Enterprise ENVI to Create Remote Sensing Service Platform for Meteorological and Ecological Monitoring, Improving Japanese Weather Forecasting With IDL. The sensor orientation accuracies of the three images reach 0.852 pixels, 0.798 pixels, and 0.921 pixels, which are respectively 49.7%, 55.1%, 65.7% better than those achieved before the jitter . sensorPlatformName. The scene was designed by three professional artists. Found inside – Page 13The IKONOS satellite, which was launched in 1999, marked the beginning of the commercial high-resolution satellite era; in 2001, the QuickBird satellite was developed by Digital Globe Company. Table 4 shows the high spatial resolution ... Its capabilities include capturing a 3.2m Multispectral, Near Infrared (NIR) 0.82m Panchromatic Resolution at nadir. Launched in 1999, IKONOS is still an agile satellite even by today’s standards. IKONOS imagery is being used for national security, military mapping, air and marine . IKONOS 80-cm Natural Color - Granada, Spain; July 28, 2002, IKONOS 80-cm Natural Color - Shreveport, Louisiana; October 16, 2011, IKONOS 80-cm Natural Color - Oakland, California, IKONOS 80-cm Natural Color - Solda, Italy; December 13, 2006, IKONOS 80-cm Natural Color - Nakuru, Kenya; February 2, 2008, IKONOS 80-cm Natural Color - Rural Costa Rica; February 12, 2011, IKONOS 80-cm Natural Color - Rome, Italy; February 24, 2011, IKONOS 80-cm Natural Color - Bangalore, India; February 12, 2011, IKONOS 80-cm Natural Color - Alberta, Canada; October 16, 2011. Found inside – Page 249Aerial hyperspectral scanners and high-resolution multispectral satellite systems, such as IKONOS and QuickBird, have been used in the past to map SAV with accuracies of about 75% for classes including high-density sea grass, ... IKONOS was the world's first sub-meter commercial earth imaging satellite, kick-starting what would become a multi-billion dollar industry for high resolution satellite imagery and geospatial products and services. of spectral and textural information inherent to Ikonos and QuickBird imagery and concluded that the Ikonos imagery performs slightly better than the QuickBird imagery for this application. Launched in late 1999, it is capable of acquiring multispectral and near-infrared panchromatic data at resolutions of 3.2m and 0.82m, respectively.

This handbook is the first comprehensive overview of the field of satellite remote sensing for archaeology and how it can be applied to ongoing archaeological fieldwork projects across the globe. Attempts to classify mangrove species in high spatial resolution satellite images using conventional multivariate classification methods face two major . Since its launch in September 1999, GeoEye's IKONOS satellite has provided a reliable stream of image data since January 2000, which has become the standard for commercial high-resolution satellite data products. (1) High-resolution IKONOS satellite imagery (GeoEye, Inc., Virginia, USA) was acquired for the study area on 6 April 2006. Found inside – Page 611This paper deals with how to correct distortions on high resolution satellite images and optimized cartographic feature extraction. It is shown, for an Ikonos satellite image that subpixel accuracy can be obtained using rational ... Resolution: 0.8m panchromatic, 4m multispectral Satellite imagery with a very high panchromatic resolution of <1 m has been available since 1999 with the IKONOS satellite, and nowadays panchromatic satellite imagery with a resolution of up to 30 cm (e.g., Digital Globe, WorldView 3 and 4) is captured. The panchromatic resolution for IKONOS imagery is .80 - 1 m. ex: 0.8407655. platformName. The images are sharp enough to detect changes in the terrain and the details of human-made structures and vehicles. It carried a 1-m resolution panchromatic camera and a 4-m resolution color imager, with a 13 km swath width. IKONOS simultaneously collects one-meter resolution black-and-white (panchromatic) images and four-meter resolution . Here we show that these data can be used to address diverse aspects of forest ecology and land-use classification . IKONOS. The satellite's orbit had decayed to approximately 300 kilometers, resulting in an image with incredible ground resolution of 41 cm. Found inside – Page 63IKONOS: IKONOS is a commercial satellite with high spatial resolution. It was sent into or‐bit in 1999 and can provide images with spatial resolution up to 1m for panchromatic im‐ages and 4m in multispectral bands. Projection: UTM, Geographic, or State Plane Satellite imagery has many advantages for scientific users, such as obtaining global views, multi-scale observations, frequent observations, direct and non-destructive observations, complete cover, and even . Coal fire-related crack mapping from high-resolution satellite data of sensors such as Ikonos or Quickbird. Dated 21st Century . It was placed in a 680 km sun synchronous orbit with descending node crossing at about 10:15 am local solar time and the orbital inclination of 98 degrees. Below is the least expensive, color IKONOS data offered. Found inside – Page 357With its high geometric accuracy and nominal 1 - m ground sample distance , the imagery from IKONOS is particularly suitable for mapping . As high - resolution imagery from this satellite and others that follow becomes widely available ... more ». While capturing at a slightly lower resolution than its successors, IKONOS imagery was the first of its kind, and offers the best archive of high resolution historical satellite data available. Although Ikonos has the sharpest photographic resolution of any commercial satellite, it still can't resolve an image less than 1 meter square. Satellite Constellations. Understanding the current status of the world's tropical rain forests (TRF) can be greatly advanced by global coverage of remotely sensed data at the scale of individual tree crowns. Sign up to receive the latest news, events, technologies and special offers. With an altitude of 681 km and a revisit time of approximately 3 days, IKONOS produces one-meter panchromatic and four . With an altitude of 681 km and a revisit time of approximately 3 days, IKONOS produces one-meter panchromatic and four . You can also. Found inside – Page 1423.2.1.4 High-to-Very-High-Resolution Satellite Sensing The most popular high-resolution remote-sensing satellites and their characteristics are listed in the following table (Table 3.12). Resolutions are in meters. 3.2.1.4.1 Ikonos ... Return to IKONOS Image Gallery. With Ikonos-2, a new era of 1 m spatial resolution imagery began for spaceborne instruments in the field of civil Earth observation. Since its launch in September 1999, GeoEye's IKONOS satellite has provided a reliable stream of image data since January 2000, which has become the standard for commercial high-resolution satellite data products. The IKONOS sensor was the first commercially available submeter resolution sensor, having been launched in September, 1999. Found inside – Page 76Commercial availability of high-resolution satellite sensors (i.e., IKONOS, QuickBird, GeoEye-1, and WorldView-2) has opened up ... IKONOS and QuickBird imagery has been evaluated for assessing soil properties (Sullivan et al., 2005), ... Ikonos Stock Photos and Images (24) Page 1 of 1. The new generation of high-resolution satellite imaging systems, such as IKONOS and QuickBird, opens a new era of earth observation and digital mapping. Sign up for our newsletter and get a sweet desktop background image. (2004). Accepted file types: pdf, txt, zip, jpg, kmz, bmp, gif, png, kml, Max. IKONOS-2 was launched on September 24, 1999 becoming the first commercial satellite to provide high-resolution imagery at 1 meter resolution. IKONOS produces 1-meter black-and-white (panchromatic) and 4-meter multispectral (red, blue, green . IKONOS is a high-resolution satellite operated by MAXAR. Spatial resolution. It was launched in 1999, making it the first commercially available satellite imagery available at less than 1 m pixel resolution. Dates: 1999 – present, The Hebei Provincial Meteorological Bureau is one of the provincial branches of the China... Found inside – Page 18Depending on the detector used, this varies between 6 bits (64 grey values) and 11 bits (2048 grey values) for modern systems such as IKONOS or Quickbird-2. Apart from spectral resolution, satellite systems also differ in their spatial ... As IKONOS, a high-resolution (1-m) satellite has been launched and several companies have plans to launch high-resolution satellites, extraction of man-made objects from high-resolution satellite images has been main concern of many scientists. IKONOS archive imagery, dating back to 1999, provides the longest historical record of high resolution commercial satellite imagery and has greatly contributed to the understanding of our changing planet. Fuller, T.R. The crack fields can be an indication for the moving direction of the fires as well as for the speed of spatial advance. Built on an LM-900 bus. Its capabilities include capturing a 3.2m multispectral, Near-Infrared (NIR) 0.82m panchromatic resolution at nadir.

Found inside – Page 171.2.1.7 IRS ( 5 m ) The Indian remote - sensing satellite , IRS - 1C , launched in December 1995 , provided the highest - resolution images available commercially for a 4 - year interval before IKONOS was launched in 1999. IKONOS. EarthScan Network Incorporated provides a time-critical advantage to the agricultural industry by allowing Internet access to ordering, archiving, analysis, and delivery of remotely sensed imagery from the IKONOS satellite. This image originally appeared in the NASA Earth Observatory story Summit Close Ups of Two African Volcanoes. This imagery can also have a high temporal coverage, as systems with several to hundreds of . Found inside – Page 171G. Dial & J. Grodecki Space Imaging, Thornton, Colorado, USA for various calibrations discussed. 1 INTRODUCTION The IKONOS satellite launched September 24, 1999 provides high-resolution panchromatic and multispectral satellite imagery. A synthesis of more than ten years of experience, Remote Sensing Image Fusion covers methods specifically designed for remote sensing imagery. Another referent '123 Main Street' pinpoints down to the footprint of a building, while 'metropolitan Atlanta' refers to a geographic area over 15 000 km 2 in size. This project is a cooperative effort among . more », Japan has a dynamic landscape and corresponding weather patterns. Its applications include both urban and rural mapping of natural resources and natural disasters, tax mapping, agriculture and forestry analysis . Archive data is still available from this satellite. on the 4-m resolution XS IKONOS image on the 1-m resolution Pan IKONOS image 4.3 Accuracy Evaluation The effect of segmentation on the accuracy of the final 3D shoreline is an interesting issue. Completing an atmospheric correction and/or radiance conversion of IKONOS imagery?

Found insideIKONOS imagery began being sold in 2000, and IKONOS was the first satellite to collect publiclyavailable high resolution imagery at 1 m (panchromatic mode) and 4 m (multispectral mode) spatial resolutions. At such resolution, details ... How can I get high resolution satellite . Its applications include both urban and rural mapping of natural resources and of natural disasters, tax mapping, agriculture and forestry analysis, mining .

IKONOS stereo satellite images have the potential for creating DSM/DEM's. The primary advantage of stereo imagery has the ability to extract vector features and geographic features in 3D such as buildings, roads, man-made structures, and other terrain features. Its capabilities include capturing a 0.82 m panchromatic resolution at nadir and 3.2 m multispectral, Near-Infrared (NIR). Mass at launch. IKONOS OVERVIEW Launched in September of 1999, IKONOS became the world's first commercial high-resolution imaging satellite.

IKONOS is a high-resolution, multi-spectral satellite sensor operated by GeoEye. IKONOS satellite was the first high-resolution satellite launched in 1999 with 80-cm pixels and 4-band imagery. Ikonos-2. GeoEye Mission Parameters. 2. The IKONOS satellite simultaneously collects imagery in four Since its launch in September 1999, GeoEye's IKONOS satellite has provided a reliable stream of image data since January 2000, which has become the standard for commercial high-resolution satellite data products. Found inside – Page 505[6] found that the adaptive wavelet packet fusion algorithm was suitable for the high-resolution satellite image of IKONOS. Wen [9] found the HPF fusion method works best on the IKONOS satellite image. Tan et al. Date of launch. The satellite itself was launched on the 24th of September in 1999 from the Vandenberg Air Base, California.

Satellite surveys in Syria have made use of imagery recorded some 30 years apart. Before Ikonos reached orbit in 1999, this resolution was strictly the . However, like QuickBird, the IKONOS satellite stopped collecting imagery as of December, 2014. Found inside – Page 118IKONOS is the first of a new generation of high spatial resolution satellites which by now also include QuickBird-2, OrbView-3 and Eros A1. The IKONOS sensor uses a large telescope and pushbroom detector technology to simultaneously ... This puts its images in the same class of the USGS aerial photographs, such as those available at terraserver.com. Launched into space on September 24, 1999 from a pad at Vandenberg Air Force Base, CA, IKONOS was originally owned by Space Imaging and was part of Maxar-DigitalGlobeâs constellation of high resolution satellites at the end of its ‘life’. IKONOS-2 was an Earth-imaging satellite of DigitalGlobe Inc. which launched in 1999 and ceased operations in 2015. blue, green, red and near-infrared/NIR). ER Mapper - ECW Plugins. True 30 cm Resolution. IKONOS is the worldâs first high-resolution commercially-available satellite with imagery exceeding 1-meter (m) resolution. •. IKONOS is the world's first high-resolution commercially-available satellite with imagery exceeding 1-meter (m) resolution. Launched in late 1999, it is capable of acquiring multispectral and near-infrared panchromatic data at resolutions of 3.2m and 0.82m, respectively. Since its launch in September 1999, Space Imaging's IKONOS earth imaging satellite has provided a reliable stream of image data that has become the standard for commercial high-resolution satellite data products. By comparing the earlier pictures (Corona) with the later (Ikonos), sites captured on the former can be accurately located by the latter. Launched into space on September 24, 1999 from a pad at Vandenberg Air Force Base, CA, IKONOS was originally owned by Space Imaging and was part of Maxar-DigitalGlobe's constellation of high resolution satellites at the end of its 'life'. The satellite . You can also call us at (303) 993-3863 or email us at [email protected]. Found inside – Page 327An existing street extraction method is applied on high - resolution images from the IKONOS satellite . Results of this method are discussed . Then , a methodology is proposed which aims at semi - automatically extracting all types of ... However, detailed analyses on the suitability of remote sensing for urban applications are still rare.For her study, Julia Kubanek conducted a quantitative evaluation of the suitability of Ikonos imagery (1m resolution) for population ... Since its launch in September 1999, Space Imaging's IKONOS earth imaging satellite has provided a reliable stream of image data that has become the standard for commercial high-resolution satellite data products. Found inside – Page 3It may range from 0.6 m ( very high resolution data ) as in the QuickBird satellite to 1 km or several kilometres per pixel ( very low resolution ) as in the meteorological satellites ( Buchroithner , 1999 ) . The name of the sensor platform that acquired the data. IKONOS is a space borne multispectral sensor with. Its capabilities include capturing a 3.2m multispectral, Near-Infrared (NIR)/0.82m panchromatic resolution at nadir. file size: 5 MB. IKONOS is a high-resolution satellite operated by MAXAR. This text offers technical guidance to those involved in processing and classifying such data. Found inside – Page 26As mentioned above, IKONOS has significantly finer spatial resolutions than SPOT HRV for both panchromatic and multispectral image production (Table 2.1b). A further difference, however, is that multispectral IKONOS imagery has four ... Scientific Applications. With an altitude of 681 kilometers and a revisit time of approximately 3 days, IKONOS produces 1-meter resolution . 2, pp. The IKONOS satellite was launched September 24th, 1999 to provide global, accurate, high-resolution imagery to individuals, organizations, and governments for mapping, monitoring, and development. We demonstrate this potential by combining two aerial photographs (1981 and 1992) and an Ikonos image (2000) to detect change in the coral reef com-munities for Carysfort Reef . High-resolution satellite data. For more information on any of our products and image processing services, please contact us for a complimentary consultation. IKONOS 2 is also a multispectral satellite with one metre panchromatic resolution, and four 4 m bands (blue 0.42 - 0.52 microns, green 0.52 - 0.60 microns, red 0.63 - 0.69 microns, and NIR 0.76 - 0.90 microns respectively. Full name. The IKONOS satellite sensor is a high-resolution satellite operated by DigitalGlobe. Satellite surveys in Syria have made use of imagery recorded some 30 years apart. IKONOS is a high-resolution, multi-spectral satellite sensor operated by GeoEye. Discover more captivating satellite imagery in our other image galleries. A referent expressed as coordinate (x, y) is a point. (2008) and Gielisch et al. (2003). Launched Sept. 24, 1999, the satellite has collected the world's largest archive of commercial, high-resolution Earth imagery.
Click on the expand button for a larger view of each image. IKONOS. IKONOS-2 satellite sensor, operated by Maxar, was the first sub-meter commercial earth imaging satellite. The IKONOS satellite is the world's first commercial satellite to collect panchromatic (black-and-white) images with 0,80 m resolution and multispectral imagery with 3,2-meter resolution. 817 kg. While capturing at a slightly lower resolution than its successors, IKONOS imagery was the first of its kind, and offers the best archive of high resolution historical satellite data available. IKONS imagery applications include both urban and rural mapping of natural resources and of natural disasters .