remote sensing
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our work
kalteng remote sensing shows trends in environments like Kalimantan.
- TanDEM-X elevation model data for canopy height ...
- Monitoring Forest Threats with C- and L-band SAR, ...
- Ground Penetrating Radar Mapping of Peat ...
- Spectral Variability and Discrimination ...
- Kalteng Consultants Company Profile, Oct
- Visiting of Wetlands International Camp on ...
- Ortho Photo Mosaik von Kelurahan Tumbang Tahai ...
- Ortho-Photo Mosaik from Lake Batu, north of ...
- International Symposium & Workshop on Tropical ...
- The Contribution of CHRIS/PROBA Data for Tropical ...
- Workshop on Spatial Planning and new Remote ...
- Ortho-Photo Generation and Mosaiking of City ...
- Ortho-Photo Mosaik from Kecamatan Bukit Batu, ...
- International Workshop, Wild Fire and Carbon ...
- Planning Group for Kecamatan Bukit Batu gathered ...
- Carbon Storage in the Northern Sabangau Area ...
- Peat Land Topography derived from 30m Resolution ...
- Peat depth, minerals below peat, carbon, fires ...
- Carbon Storage in the Northern Sebangau Area ...
- Peatland Topography DEM-measurements with ...
- Precise Measurements of Peatland Topography and ...
- Environmental Management Study of the Tangkiling ...
- Environmental Field Trials and GIS Image ...
- Land Cover Change on Peatland in Kalimantan ...
- The Impact of Logging and Land Use Change in ...
- Tracks along the Kalimantan Highway from Kasongan ...
- Fires in 2002 monitored on the Landsat-images 14 ...
- The Amount of Carbon released from Peat and ...
- Land use Change in Central Kalimantan over the ...
- Remote Sensing and Aerial Survey of Vegetation ...
- Monitoring land cover and impacts, Remote Sensing ...
- Fire Impacts and Carbon Release on Tropical ...
- Ecological Impact of the one Million Hectare Rice ...
- Land Use Change and (Il)-Legal Logging in Central ...
- Peat fires in Central Kalimantan, Indonesia: Fire ...
- Environmental Helicopter Flight Trails with ...
- Impact of the 1997 Fires on the Peatlands of ...
- Application of Remote Sensing and GIS to monitor ...
- Monitoring of 1997/1998 Fires and Burnt Scars in ...
- Flight survey over the Mega Rice Project and over ...
- Application of Remote Sensing and GIS to survey ...
- Mega Rice Project in Central Kalimantan, ...
- Satellite Images and Aerial Photos from the ...
- The need for better
- Remote Sensing Verification by Aerial Surveys and ...
- NATURAL RESOURCE FUNCTIONS, BIODIVERSITY AND ...
- Excursion to Central Kalimantan, ...
- Satellite Images and Aerial Photography’s from ...
- Symposium of International Peat Society, ...
- Indonesia Travel to Jakarta, Bali and Kalimantan ...
- The Mega Rice Project Central Kalimantan ...
- Land Use Planning and Environmental Monitoring in ...
- Bildverarbeitung von Sensorbildern zur Erstellung ...
- GIS-Workshop, Camp km48 Sangai.
- Monitoring Land Use Change on Tropical Peatland ...
- Seminar on Scientific Implications of the ...
- Report of Ground Truth Campaigns incl. Aerial ...
- Ground and Helicopter verification of Satellite ...
- Environmental Detection from Satellite and ...
- First visit to Central Kalimantan in June 1995, ...
- Environmental Helicopter with Modular Sensor ...
- Remote Sensing with a Thermal Imager on an ...
- The Use of an Environmental Helicopter for the ...
- EUROMAR-SEASTARS a Modular Multi-Sensor System ...
gallery
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image gallery
Find a large collection of images from many years of exploration by kalteng-consultants.
History Borneo - Kalimantan · Excursions to peatland 1996 · Mega Rice Project 1999 · 2004 · 2005 · 2006 · 2007 · 2008 · 2009 · 2010 · 2011 · 2012 · 2013 · 2014 · 2015 · 2016-March · 2016-August ·
remote sensing
Ortho-Photo Generation and Mosaiking of City Palangka Raya, 5-2009 (acquired 10.8.2007)
by Viktor Boehm and Alvand Miraliakbari
The city Palangka Raya was scanned with a LiDAR and a Hasselblad Camera 18 times with an overlap of approx. 50% in an average altitude of 500m on the 10. August 2007. The weather was good. Beside LiDAR data RGB-Photos were taken with a Hasselblad camera of 22MB image size (5440 x 4080). These RGB-Photos had in flight direction and to the side an overlap. For the 5km wide and 7km long area of Palangka Raya we collected more than 400 RGB-Photos.
The orientation parameters (x, y, z, flight altitude, tilt angles, time, camera boresight) were stored during the helicopter flight. They were first used to ortho-rectify the RGB-Photos.
Some misalignments over the images were noticed. An automatic aerial triangulation process was used to generate an Ortho-Photo Mosaik. Next step was the Ground Control Point (GCP) measurements which were taken in the LiDAR data. This was carried out with the multi photo measurement tool. Most of those GCPs were found along road intersections since they are easy to find.
The final Ortho-Photo-Mosaik from city Palangka Raya has a size of 5km x 7km with approx. 25000 x 35000 pixels (pixel resolution 0.2m x 0.2m). The city map above has a reduced resolution!!! 29.5.2009