User Gallery |
Some examples of how our customers from around the world are using PCI Geomatics software to help in their specific application areas.
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 Monitoring River Ice From SAR Images
Monitoring and characterizing river ice is essential for assessing the safety of ice cover as well as for predicting the river’s behavior in winter. Ice related floods are the cause of severe damage to human infrastructure and to the environment. Through the FRAZIL project (GEOIDE network), INRS-ETE is developing a GIS-based system designed to support winter river flow modeling and ice related flood forecasting.
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 Coca Crop Monitoring in Peru
Under the direction of the Peruvian state, the Crop Assistants of Alternative Development (CADA) is responsible to monitor and quantify the coca crops within Peru. This quantification and monitoring can be achieved remotely by utilizing classified satellite image products created using PCI Geomatics supervised classification workflows.
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 Multi Temporal Analysis of Landsat and CBERS Imagery to estimate Urban Growth and its environmental Impacts on Vegetation Cover and Water Bodies
PCI Geomatics OrthoEngine technology was used to orthorectify CBERS and Landsat imagery based on SRTM DEM and ground control data. Supervised classification was run and class polygons were created.
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 Environmental Monitoring of Landslide Scars
Pipelines are buried in Cubatao, Brazil, that carry material ranging from sewage to natural gas. The existing geomorphological conditions, which include steep inclines and slopes, combined with human occupation lead to the occurrence of numerous landslides, threatening the security of these pipelines. So, the intent of the work is to contribute to the study of landslide susceptibility in areas surrounding pipelines in Cubatao in order to improve the management and monitoring of these pipelines.
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 Coca Crop Quantification & Monitoring In Peru
The Objective of the project is to determine the illicit coca crop extension in Peru for monitoring purposes using satellite images (SPOT5, Ikonos, QuickBird, etc) and advanced remote sensing techniques and geographic information systems.
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 Cultivation Inventory and Evaluation of Coca in the Jungles of Peru
National inventory of coca cultivation and quantity was achieved. This information was used to aid the armed forces and for use in the regions alternative development program. GeoVideo film system equipped with GPS receiver was used to collect ground samples for training sites and the supervised classification of SPOT% imager.
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 Using Satellite Remote Sensing to Detect Vehicles in Freeway Queues
The purpose of this project was to propose a method of automatically detecting vehicles in a freeway queue using satellite remote sensing techniques. Such as system would be of significant importance to any municipality who wishes to monitoring development of freeway queues. Most of the traditional methods of detecting vehicles involve elaborate system which can only detect vehicles in motion. However, in a freeway queue, vehicles are motionless and thus such systems foil.
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 Reducing Emission from Deforestation and Forest Degredataion
As UNFCCC negotiations lead to a powerful new mechanism for compensating tropical countries for their nation-wide reductions of greenhouse gas emiision from deforestation and forest degradation (REDD), an important, re-occuring questions is: “can we monitor forests?”. Most of the world’s tropical forest countries still don’t have high quality maps of their forests for multiple reasons including chronic cloud cover, and run the risk of being excluded from REDD.
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 Use of radar data to delineate palaeodrainage leading to the Kufra Oasis in the eastern Sahara
As UNFCCC negotiations lead to a powerful new mechanism for compensating tropical countries for their nation-wide reductions of greenhouse gas emiision from deforestation and forest degradation (REDD), an important, re-occuring questions is: “can we monitor forests?”. Most of the world’s tropical forest countries still don’t have high quality maps of their forests for multiple reasons including chronic cloud cover, and run the risk of being excluded from REDD.
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 The Nubian Aquifer in Southwest Egypt
Abstract Synthetic Aperture Radar (SAR) images, and topographic and groundwater data are used to understand heterogeneities of the Nubian Aquifer between 20–24.5°N and 25–32°E in southwest Egypt. New fluvial and structural interpretations emphasize that the desert landscape was produced by fluvial action, including newly mapped alluvial fans.
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 Role of fluvial and structural processes in the formation of the Wahiba Sands, Oman: A remote sensing perspective
The Wahiba Sands in northeastern Oman are bordered on the north, south and west by highlands. Remote sensing data are used to characterize the region between 19–23.51N and 56.5–601E by mapping surface and near-surface drainage, faults and fractures and aeolian features.
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Please continue to tell us how you are using PCI Geomatics software by emailing Alysia Vetter. |
