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Revision 70b3c019

Added by Jim Regetz over 12 years ago

  • ID 70b3c019c479f8ff3f98d212794b80db043e8a50

removed obsolete/preliminary DEM 60N mosaicing scripts

View differences:

terrain/shellscripts/ReadmeCreateBoundaryMosaic.txt
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May 5, 2011 / Rick Reeves
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ReadMe file: Shell scripts to create the mosaic (3 arcsecond resolution) 
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of CGIAR/SRTM and ASTER GDEM imagery spanning the 60 Degree North Latitude 
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boundary within western Canada
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Three shell scripts used:
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1) "mosaicCgiarSrtmBdySRTM.sh" : creates mosaic from CGIAR/SRTM 5 degree tiles
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    (3 arcsecond resolution) converted to .tif format from original ArcMap ASCII
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    format.
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2) "mosaicCgiarSrtmMBdyAster.sh" : creates mosaic from ASTER GDEM 1 degree tiles
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   (1 arcsecond resolution) converted to .tif format from original ArcMap ASCII
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   format. Note: incoming image tiles are resampled to 3 arcsecond resolution
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   to create outgoing image mosaic,
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3) "mosaicSrtmAsterPartsBdy.sh" : creates mosaic from the outputs from scripts
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    1) and 2) (3 arcsecond resolution): 
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                                            mergeCgiarAsterBdySRTM_BL.tif 
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                                            mergeCgiarAsterBdyASTER_BL.tif
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To create the ASTER / CGIAR boundary mosaic: 
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1) make current directory '/data/project/organisms/rcr/AsterCgiarMerge/'
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2) run the script "mosaicCgiarSrtmBdySRTM.sh"
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3) run the script "mosaicSrtmMBdyAster.sh"
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4) run the script "mosaicSrtmAsterPartsBdy.sh"
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Note: These initial scripts do NOT specify a new image extent for any of the mosaic components.
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      (gdalwarp parameter '-te xmin ymin xmax ymax' used to specify the extent)
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      So for these initial *test* runs, the output image extent is derived from the input files.
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      In 'production' runs, the extent of output mosaic tile compoents will be specified using -te;
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      we may also set other 'gdalwarp' parameters to properly establish other output image parameters.
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terrain/shellscripts/mosaicCanadaDEMAll.sh
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#! /bin/sh
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# script uses gdalwarp to create mosaic  with 9KM resolution using 
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# using a second set of Canada DEM tiles adjacent to 60 Degrees North Latitude.
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# Author: Rick Reeves, NCEAS April 26, 2011
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date
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rm ./CanadaDemMosLatest.tif
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gdalwarp -of GTiff -ot Int16 -tr .0008333 .0008333 -srcnodata -32767 -dstnodata -9999 \
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064demFile.tif \
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065demFile.tif \
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074demFile.tif \
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075demFile.tif \
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084demFile.tif \
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085demFile.tif \
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094demFile.tif \
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095demFile.tif \
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mergeCanada104105.tif \
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./CanadaDemMosLatest.tif
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date
terrain/shellscripts/mosaicCgiarSrtmBdy.sh
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#! /bin/sh
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# script uses gdalwarp to create mosaic  with 90M resolution 
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# using ASTER GDEM and CGIAR/SRTM iles adjacent to 60 Degrees North Latitude.
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# Author: Rick Reeves, NCEAS April 26, 2011
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date
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rm /data/project/organisms/rcr/AsterCgiarMerge/mergeCgiarAsterBdyDem90mBL.tif
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gdalwarp -of GTiff -ot Int16 -tr .0008333 .0008333 -r bilinear -srcnodata -9999 -dstnodata -9999 \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W101_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W102_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W103_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W104_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W105_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W106_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W107_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W108_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W109_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W110_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W111_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W112_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W113_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W114_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W115_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W116_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W117_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W118_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W119_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W120_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W121_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W122_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W123_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W124_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W125_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W126_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W127_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W128_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W129_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W130_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W131_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W132_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W133_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W134_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W135_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W136_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W137_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W138_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W139_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W140_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W101_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W102_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W103_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W104_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W105_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W106_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W107_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W108_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W109_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W110_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W111_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W112_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W113_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W114_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W115_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W117_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W118_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W119_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W120_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W121_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W122_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W123_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W124_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W125_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W126_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W127_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W128_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W129_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W130_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W131_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W132_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W133_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W134_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W135_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W136_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W137_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W138_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W139_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W140_dem.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_07_01.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_08_01.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_09_01.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_10_01.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_11_01.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_12_01.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_13_01.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_14_01.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_15_01.tif \
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/data/project/organisms/rcr/AsterCgiarMerge/mergeCgiarAsterBdyDem90mBL.tif
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date
terrain/shellscripts/mosaicCgiarSrtmBdyAster.sh
1
#! /bin/sh
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# script uses gdalwarp to create mosaic  with 90KM resolution 
3
# using ASTER GDEM tiles adjacent to 60 Degrees North Latitude.
4
# Author: Rick Reeves, NCEAS April 26, 2011
5
date
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rm /data/project/organisms/rcr/AsterCgiarMerge/mergeCgiarAsterBdyASTER_BL.tif
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gdalwarp -of GTiff -ot Int16 -tr .0008333 .0008333 -r bilinear \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W101_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W102_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W103_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W104_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W105_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W106_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W107_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W108_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W109_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W110_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W111_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W112_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W113_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W114_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W115_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W116_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W117_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W118_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W119_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W120_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W121_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W122_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W123_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W124_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W125_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W126_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W127_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W128_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W129_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W130_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W131_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W132_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W133_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W134_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W135_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W136_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W137_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W138_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W139_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N60W140_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W101_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W102_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W103_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W104_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W105_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W106_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W107_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W108_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W109_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W110_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W111_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W112_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W113_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W114_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W115_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W117_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W118_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W119_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W120_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W121_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W122_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W123_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W124_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W125_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W126_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W127_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W128_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W129_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W130_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W131_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W132_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W133_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W134_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W135_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W136_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W137_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W138_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W139_dem.tif \
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/data/project/organisms/rcr/ASTERNorthernHemi/ASTGTM_N61W140_dem.tif \
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/data/project/organisms/rcr/AsterCgiarMerge/mergeCgiarAsterBdyASTER_BL.tif
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date
terrain/shellscripts/mosaicCgiarSrtmBdySRTM.sh
1
#! /bin/sh
2
# script uses gdalwarp to create mosaic  with 90KM resolution 
3
# using CGIAR/SRTM tiles adjacent to 60 Degrees North Latitude.
4
# Author: Rick Reeves, NCEAS April 26, 2011
5
date
6
rm /data/project/organisms/rcr/AsterCgiarMerge/mergeCgiarAsterBdySRTM_BLX.tif
7
gdalwarp -of GTiff -ot Int16 -tr .0008333 .0008333 -r bilinear -srcnodata -9999 -dstnodata -9999 \
8
/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_07_01.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_08_01.tif \
10
/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_09_01.tif \
11
/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_10_01.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_11_01.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_12_01.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_13_01.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_14_01.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_15_01.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_16_01.tif \
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/data/project/organisms/rcr/AsterCgiarMerge/mergeCgiarAsterBdySRTM_BLX.tif
19
date
terrain/shellscripts/mosaicMostCanadaDem.sh
1
rm ./mergeCanada104105.tif
2
gdalwarp -of GTiff -ot Int16 -tr .0008333 .0008333 -srcnodata "None -9999" -dstnodata -9999 \
3
104a_0100_deme.dem \
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104a_0100_demw.dem \
5
104b_0100_deme.dem \
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104b_0100_demw.dem \
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104c_0100_deme.dem \
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104c_0100_demw.dem \
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104f_0100_deme.dem \
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104f_0100_demw.dem \
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104g_0100_deme.dem \
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104g_0100_demw.dem \
13
104h_0100_deme.dem \
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104h_0100_demw.dem \
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104i_0102_deme.dem \
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104i_0102_demw.dem \
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104j_0102_deme.dem \
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104j_0102_demw.dem \
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104k_0100_deme.dem \
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104k_0100_demw.dem \
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104l_0100_deme.dem \
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104l_0100_demw.dem \
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104m_0100_deme.dem \
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104m_0100_demw.dem \
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104n_0100_deme.dem \
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104n_0100_demw.dem \
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104o_0100_deme.dem \
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104o_0100_demw.dem \
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104p_0100_deme.dem \
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104p_0100_demw.dem \
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105a_0100_deme.dem \
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105a_0100_demw.dem \
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105b_0100_deme.dem \
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105b_0100_demw.dem \
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105c_0100_deme.dem \
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105c_0100_demw.dem \
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105d_0100_deme.dem \
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105d_0100_demw.dem \
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105e_0100_deme.dem \
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105e_0100_demw.dem \
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105f_0100_deme.dem \
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105f_0100_demw.dem \
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105g_0100_deme.dem \
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105g_0100_demw.dem \
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105h_0100_deme.dem \
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105h_0100_demw.dem \
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105i_0100_deme.dem \
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105i_0100_demw.dem \
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105j_0100_deme.dem \
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105j_0100_demw.dem \
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105k_0100_deme.dem \
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105k_0100_demw.dem \
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105l_0100_deme.dem \
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105l_0100_demw.dem \
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105m_0100_deme.dem \
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105m_0100_demw.dem \
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105n_0100_deme.dem \
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105n_0100_demw.dem \
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105o_0100_deme.dem \
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105o_0100_demw.dem \
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105p_0100_deme.dem \
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105p_0100_demw.dem \
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./mergeCanada104105.tif
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terrain/shellscripts/mosaicNorthAmCgiar1KmNN.sh
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#! /bin/sh
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# script uses gdalwarp to create mosaic  with 1KM resolution 
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# using all downloaded CGIAR/SRTM image tiles.
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# Author: Rick Reeves, NCEAS April 26, 2011
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date
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rm /data/project/organisms/rcr/AsterCgiarMerge/mergeWestHemiCgiar1kmNN.tif
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gdalwarp -of GTiff -ot Float32 -r near -tr .009246 .009246 -srcnodata -9999 -dstnodata -9999 \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_03_01.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_04_01.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_05_01.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_06_01.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_07_01.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_08_01.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_09_01.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_09_14.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_09_15.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_09_16.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_09_17.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_10_01.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_10_02.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_10_17.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_10_18.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_11_01.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_11_02.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_11_03.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_11_17.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_12_01.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_12_02.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_12_03.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_12_04.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_12_05.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_12_06.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_12_17.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_13_01.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_13_02.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_13_03.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_13_04.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_13_05.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_13_06.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_13_07.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_13_08.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_14_01.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_14_02.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_14_03.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_14_04.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_14_05.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_14_06.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_14_07.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_14_08.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_14_09.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_15_01.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_15_02.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_15_04.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_15_05.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_15_06.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_15_07.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_15_08.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_15_09.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_15_10.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_15_18.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_16_02.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_16_03.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_16_04.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_16_05.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_16_06.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_16_07.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_16_08.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_16_09.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_17_01.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_17_02.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_17_03.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_17_04.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_17_05.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_17_07.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_17_08.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_17_09.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_18_01.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_25_01.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_25_02.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_25_03.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_25_04.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_25_10.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_25_11.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_25_12.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_25_14.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_25_15.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_25_16.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_25_17.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_25_18.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_25_19.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_25_20.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_25_23.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_26_03.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_26_11.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_26_12.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_26_13.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_26_14.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_26_15.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_26_16.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_26_17.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_26_18.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_26_19.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_27_13.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_27_14.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_27_15.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_27_16.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_27_17.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_27_18.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_28_13.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_28_14.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_28_15.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_28_16.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_28_17.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_29_13.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_29_14.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_29_15.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_29_16.tif \
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/data/project/organisms/CgiarSrtmAll/5_5x5_ascii/srtm_29_17.tif \
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/data/project/organisms/rcr/AsterCgiarMerge/mergeWestHemiCgiar1kmNN.tif
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date
terrain/shellscripts/mosaicSrtmAsterPartsBdy.sh
1
#! /bin/sh
2
# script uses gdalwarp to create mosaic  with 90KM resolution 
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# using sub-mosaics created from ASTER GDEM and CGIAR/SRTM images
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#  adjacent to 60 Degrees North Latitude.
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# Author: Rick Reeves, NCEAS April 26, 2011
6
date
7
rm /data/project/organisms/rcr/AsterCgiarMerge/mergeCgiarAsterBdyFinalBL.tif
8
gdalwarp -of GTiff -ot Int16 -tr .0008333 .0008333 -r bilinear -dstnodata -9999 \
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/data/project/organisms/rcr/AsterCgiarMerge/mergeCgiarAsterBdySRTM_BL.tif \
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/data/project/organisms/rcr/AsterCgiarMerge/mergeCgiarAsterBdyASTER_BL.tif \
11
/data/project/organisms/rcr/AsterCgiarMerge/mergeCgiarAsterBdyFinalBL.tif
12
date
terrain/shellscripts/translateToTif.sh
1
#!/bin/sh
2
# script translates SRTM files in ESRI .ASC format files into .tif format
3
# Author: Rick Reeves, NCEAS April 26, 2011
4

  
5
iNames=`ls ./srtm_0[2-9]*.asc`
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for iName in $iNames
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do
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  echo " translating: $iName"
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  gdal_translate -ot Int16 -of GTiff  $iName $iName.tif
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done
terrain/shellscripts/unzipSrtmFiles.sh
1
#!/bin/sh
2
# Script extracts .tif-format image files from SRTM .zip archives
3
# Author: Rick Reeves, NCEAS
4
#
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iNames=`ls ./srtm_0[2-9]*.zip`
6

  
7
for iName in $iNames
8
do
9
  echo " unpacking: $iName"
10
  unzip -o $iName
11
done

Also available in: Unified diff