The Geoware GMT Data Companion DVD-R
The Geoware GMT Data Companion DVD-R
Version 2.4 - Apr 2012
Paul Wessel, Geoware
More than 38 Gigabytes of information packed onto a single 4.3 Gb DVD-R!
New in this version: Updated CMT and EPIC databases, altimetry-derived gravity, curvature, and
predicted topography, crustal ages (v3.0), SRTM+ (30 arc sec global relief blend), and
GSHHS 2.2.0 binary files and shapefiles.
- GMT Companion DVD-R Installation WINDOWS
- GMT Companion DVD-R Installation UNIX
- GMT Companion DVD-R Data Descriptions
- GMT Companion DVD-R Data usage procedures
Insert the DVD into your DVD-R drive. If the installation does not start up
automatically, run the SETUP.EXE application on the DVD-R. The installer
will take you through the installation. Note that because this DVD-R contains over
33 Gb of highly compressed data the data extraction stage is done
by a separate installer application at the end of the GMT installation.
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The GMT Companion DVD-R installation has been tested successfully under Solaris,
Linux, Cygwin, Interix, and Mac OS X. The basic requirements are:
- You have access to a POSIX Bourne shell (Bash will also work). Note that on Solaris you are advised
to use the version in /usr/xpg4/bin since /usr/bin/sh (and things like /usr/bin/grep) are not Posix-compliant,
and furthermore /usr/bin/awk still thinks sin(1) = 1.
- You have bzip2 on your system. If not, use your package manager, or get source code and executables for bzip2
from the bzip2 site.
- You have write permissions in all directories you specify below.
To install data from Geoware GMT Companion DVD-Rs, follow these
simple instructions:
- Mount the DVD-rom device if your OS does not do so automatically.
See your system's technical documentation on how to do this step (e.g., man mount)
- Change directory to the top directory on the DVD. If you type ls you
should see a few files, including install.sh.
- Type sh install.sh (on some systems you may have to say sh INSTALL.SH).
Once running,
you will be faced with several questions that should be self-explanatory.
First, a main Geoware directory must be chosen. The default is /geoware in
your home directory - you can override this choice if necessary.
The installer will allow you to install any of the
data on the DVD as well as the required Companion utilities. Once you have finished
you may remove the DVD-R; it is not used once installation is complete.
Thus note: You cannot use the data
on the DVD-R directly; you must extract them onto your hard disk first.
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The Geoware GMT Ultimate Companion contains numerous programs and data sets, including everything contained
on the DVD-R Complete Companion. Fully inflated and
unpacked, the data sets will take up over 33 Gb of disk space. Here is a very
short description of each data to help you make decisions about what data to install.
- Seismology:
- CMT_catalog.d: Centroid Moment Tensor earthquakes, 1976-2011 [CMT].
- bigquake.tsv: Pacheco & Sykes catalog of large earthquakes [L-DEO]
- 64-02EHB.d: Engdahl, van der Hilst, Buland, 2003 relocated earthquakes > M5.5 [Engdahl]
- epic_quakes.dat: NOAA NEIC EPIC earthquake catalogue, 2100BC-2012 [NEIC]
- gshap_globe.grd: Global seismic risk assessment [GSHAP]
- slab_contours.d: Depth contours of subducting slabs [Sambridge & Gudmundsson, 1998]
- map2_ice.grd: CRUST 2.0 1 x 1 degree model for Ice thickness [G. Laske et al, 2000]
- map2_rho1.grd: CRUST 2.0 1 x 1 degree model for density of water
- map2_rho2.grd: CRUST 2.0 1 x 1 degree model for density of ice
- map2_rho3.grd: CRUST 2.0 1 x 1 degree model for density of soft sediments
- map2_rho4.grd: CRUST 2.0 1 x 1 degree model for density of hard sediments
- map2_rho5.grd: CRUST 2.0 1 x 1 degree model for density of upper crust
- map2_rho6.grd: CRUST 2.0 1 x 1 degree model for density of middle crust
- map2_rho7.grd: CRUST 2.0 1 x 1 degree model for density of lower crust
- map2_rho8.grd: CRUST 2.0 1 x 1 degree model for density of mantle below Moho
- map2_sed.grd: CRUST 2.0 1 x 1 degree model for sediment thickness
- map2_t0.grd: CRUST 2.0 1 x 1 degree model for boundary top of water
- map2_t1.grd: CRUST 2.0 1 x 1 degree model for boundary bottom of water
- map2_t2.grd: CRUST 2.0 1 x 1 degree model for boundary bottom of ice
- map2_t3.grd: CRUST 2.0 1 x 1 degree model for boundary bottom of soft sediments
- map2_t4.grd: CRUST 2.0 1 x 1 degree model for boundary bottom of hard sediments
- map2_t5.grd: CRUST 2.0 1 x 1 degree model for boundary bottom of upper crust
- map2_t6.grd: CRUST 2.0 1 x 1 degree model for boundary bottom of middle crust
- map2_t7.grd: CRUST 2.0 1 x 1 degree model for boundary bottom of lower crust (Moho)
- map2_thick.grd: CRUST 2.0 1 x 1 degree model for crustal thickness
- map2_topo.grd: CRUST 2.0 1 x 1 degree model for topography
- map2_vp1.grd: CRUST 2.0 1 x 1 degree model for P-wave velocity of water
- map2_vp2.grd: CRUST 2.0 1 x 1 degree model for P-wave velocity of ice
- map2_vp3.grd: CRUST 2.0 1 x 1 degree model for P-wave velocity of soft sediments
- map2_vp4.grd: CRUST 2.0 1 x 1 degree model for P-wave velocity of hard sediments
- map2_vp5.grd: CRUST 2.0 1 x 1 degree model for P-wave velocity of upper crust
- map2_vp6.grd: CRUST 2.0 1 x 1 degree model for P-wave velocity of middle crust
- map2_vp7.grd: CRUST 2.0 1 x 1 degree model for P-wave velocity of lower crust
- map2_vp8.grd: CRUST 2.0 1 x 1 degree model for P-wave velocity of mantle below Moho
- map2_vs1.grd: CRUST 2.0 1 x 1 degree model for S-wave velocity of water
- map2_vs2.grd: CRUST 2.0 1 x 1 degree model for S-wave velocity of ice
- map2_vs3.grd: CRUST 2.0 1 x 1 degree model for S-wave velocity of soft sediments
- map2_vs4.grd: CRUST 2.0 1 x 1 degree model for S-wave velocity of hard sediments
- map2_vs5.grd: CRUST 2.0 1 x 1 degree model for S-wave velocity of upper crust
- map2_vs6.grd: CRUST 2.0 1 x 1 degree model for S-wave velocity of middle crust
- map2_vs7.grd: CRUST 2.0 1 x 1 degree model for S-wave velocity of lower crust
- map2_vs8.grd: CRUST 2.0 1 x 1 degree model for S-wave velocity of mantle below Moho
- Volcanism:
- LIPS.1999.d: Polygon outlines for Large Igneous Privinces [UTIG]
- LIPS.1999.sym.d: Point locations for Large Igneous Privinces [UTIG]
- hotspots.d: List of global hotspots [UTIG]
- volcanos_of_the_world.txt: Global catalog of recent and active volcanism [Smithsonian]
- Plate Tectonics:
- PB2002_boundaries.txt: Plate boundaries 2002 [P. Bird, G cubed, 2003]
- PB2002_orogens.txt: Orogen outlines 2002 [P. Bird, G cubed, 2003]
- PB2002_plates.txt: Plate polygons 2002 [P. Bird, G cubed, 2003]
- PB2002_steps.dat.txt: Plate boundary steps 2002 [P. Bird, G cubed, 2003]
- ridge.d: Outline of global spreading centers from Plates project [UTIG]
- transform.d: Outline of global transform faults from Plates project [UTIG]
- trench.d: Outline of global subduction zones from Plates project [UTIG]
- cande_fz_and_features.b: Misc. global marine tectonic lineations from Cande et al [1989] [SIO]
- cande_mag_lineations.b: Global marine magnetic lineations from Cande et al [1989] [SIO]
- hs2_nuvel.vx.1.-1.grd: Global plate motions relative to HS2, x-component [iGMT project]
- hs2_nuvel.vy.1.-1.grd: Global plate motions relative to HS2, y-component [iGMT project]
- nnr_nuvel1.vx.1.-1.grd: Global plate motions (Nuvel-1) assuming no-net-rotation, x-component [iGMT project]
- nnr_nuvel1.vy.1.-1.grd: Global plate motions (Nuvel-1) assuming no-net-rotation, y-component [iGMT project]
- nnr_nuvel1a.vx.1.-1.grd: Global plate motions (Nuvel-1a) assuming no-net-rotation, x-component [iGMT project]
- nnr_nuvel1a.vy.1.-1.grd: Global plate motions (Nuvel-1a) assuming no-net-rotation, y-component [iGMT project]
- nuvel1.vx.1.5.grd: Global relative plate motions (Nuvel-1) x-component [iGMT project]
- nuvel1.vy.1.5.grd: Global relative plate motions (Nuvel-1) x-component [iGMT project]
- Potential Fields:
- curv.16.1.img: Sandwell/Smith 1x1 min Mercator grid of Vertical Gravity Gradients, version 16 [Sandwell/Smith]
- curv.18.1.img: Sandwell/Smith 1x1 min Mercator grid of Vertical Gravity Gradients, version 18 [Sandwell/Smith]
- grav.11.1.img: Sandwell/Smith 1x1 min Mercator grid of gravity, version 11 [Sandwell/Smith]
- grav.11.2.img: Sandwell/Smith 2x2 min Mercator grid of gravity, version 11 [Sandwell/Smith]
- grav.15.2.img: Sandwell/Smith 2x2 min Mercator grid of gravity, version 15 [Sandwell/Smith]
- grav.16.1.img: Sandwell/Smith 1x1 min Mercator grid of gravity, version 16 [Sandwell/Smith]
- grav.18.1.img: Sandwell/Smith 1x1 min Mercator grid of gravity, version 18 [Sandwell/Smith]
- geoid.9.2.img: Sandwell/Smith 2x2 min Mercator grid of geoid, version 9 [Sandwell/Smith]
- egm360.e.16.grd: EGM geoid, up to degree/order 16, 1 x 1 degree grid [iGMT project]
- egm360.e.grav.grd: EGM gravity, up to degree/order 360, 30 x 30 min grid [iGMT project]
- egm360.e.grd: EGM geoid, full solution (degree/order 360), 1 x 1 degree grid [iGMT project]
- egm360.h.0.5.grd: EGM hydrostatic geoid, full solution (degree/order 360), 30 x 30 min grid [iGMT project]
- egm360.h.16.grd: EGM hydrostatic geoid, up to degree/order 16, 1 x 1 degree grid [iGMT project]
- egm360.h.grd: EGM hydrostatic geoid, full solution (degree/order 360), 1 x 1 degree grid [iGMT project]
- osu91a1f.0.5.grd: Global geoid from Ohio State University, 30 x 30 min grid [OSU]
- Haxby_1987_Seasat_5m_grd.i2: Bill Haxby 5x5 min Seasat grid of gravity, 1987 [Haxby]
- US_Grav_refstations.d US Gravity Base Reference Stations [NIMA]
- jgd75d60.grd: Mars gravity grid, up to degree 60 (1 degree) [NASA]
- moon_faa.grd: Moon GLGM-2 Free-Air Gravity Anomaly grid (15 min) [NASA]
- venus_faa.grd: Venus SHG120 Free-Air Gravity Anomaly model, full solution (degree/order 120) (1 degree) [NASA]
- Surface Relief:
- IBCAO_ver2_23_GEO_netCDF_1min_grd.i2: Arctic geographic 1min bathymetry grid (version 2) [IBCAO]
- IBCAO_ver2_23_GEO_netCDF_2min_grd.i2: Arctic geographic 2min bathymetry grid (version 2) [IBCAO]
- IBCAO_ver2_23_PS_netCDF_2km.grd: Arctic stereographic bathymetry grid (version 2) [IBCAO]
- etopo2.i2: ETOPO2 global relief (2 min) [NGDC]
- etopo5.i2: ETOPO2 global relief (5 min) [NGDC]
- world_relief_30s.i2: Global 30x30 arc sec relief, a blend of GTOPO30, ICBAO, TOPO6.2, & ETOPO5 [Geoware]
- world_relief_1m.i2: Global 1x1 arc min relief, a blend of GTOPO30, ICBAO, TOPO6.2, & ETOPO5 [Geoware]
- world_relief_2m.i2: Global 2x2 arc min relief, a blend of GTOPO30, ICBAO, TOPO6.2, & ETOPO5 [Geoware]
- world_relief_6m.i2: Global 6x6 arc min relief (coregistered with gridded ages), derived from 30x30 arcsec grid [Geoware]
- world_relief_10m.i2: Global 10x10 arc min relief, derived from 30x30 arcsec grid [Geoware]
- world_relief_20m.i2: Global 1x1 arc min relief, a blend of GTOPO30, ICBAO, TOPO6.2, & ETOPO5 [Geoware]
- GINA_relief_30s_grd.i2: GINA Global 30x30 arc sec relief, a blend of GTOPO30, IBCAO, and topo8.2 [GINA]
- GLOBE_relief_30s_grd.i2: GLOBE 30x30 arc sec relief, land only [USGS]
- Smith_2004_Gebco_SS_1m_grd.i2: Global 1x1 arc min relief, a 2004 blend of TOPO8.2 and Gebco [W.H.F. Smith]
- srtm30+v7_grd.i2: Global 30x30 arc sec relief, a 2012 blend of TOPO14.1, SRTM and IBCAO [Sandwell et al.]
- topo.8.2.img: Sandwell/Smith 2x2 min Mercator grid of predicted bathymetry, version 8 [Sandwell/Smith]
- topo.14.1.img: Sandwell/Smith 1x1 min Mercator grid of predicted bathymetry, version 14 [Sandwell/Smith]
- BEDMAP_bathy.grd: BEDMAP bathymetry for Antarctica region [British Antarctic Survey]
- BEDMAP_bedelev.grd: BEDMAP bed elevation for Antarctica region [British Antarctic Survey]
- BEDMAP_groundbed.grd: BEDMAP grounded ice-sheet bed elevation for Antarctica region [British Antarctic Survey]
- BEDMAP_icethic.grd: BEDMAP ice thickness for Antarctica region [British Antarctic Survey]
- BEDMAP_surface.grd: BEDMAP surface elevation for Antarctica region [British Antarctic Survey]
- BEDMAP_water.grd: BEDMAP water-column (ice-shelves) thickness for Antarctica region [British Antarctic Survey]
- mola_ieg0062t.i2: Mars topography grid from MOLA (3.75 min) [NASA]
- moon_topo.grd: Moon topography grid from Clementine (15 min) [NASA]
- venus_topo.grd: Venus topography grid from Magellan (1 degree) [NASA]
- Coastlines:
- gshhs_c.b: GSHHS Shoreline v2.2.0, crude [Wessel/Smith]
- gshhs_f.b: GSHHS Shoreline v2.2.0, full [Wessel/Smith]
- gshhs_h.b: GSHHS Shoreline v2.2.0, high [Wessel/Smith]
- gshhs_i.b: GSHHS Shoreline v2.2.0, int [Wessel/Smith]
- gshhs_l.b: GSHHS Shoreline v2.2.0, low [Wessel/Smith]
- wdb_borders_c.b: WDB-II Political borders v2.2.0, crude [Wessel/Smith]
- wdb_borders_f.b: WDB-II Political borders v2.2.0, full [Wessel/Smith]
- wdb_borders_h.b: WDB-II Political borders v2.2.0, high [Wessel/Smith]
- wdb_borders_i.b: WDB-II Political borders v2.2.0, int [Wessel/Smith]
- wdb_borders_l.b: WDB-II Political borders v2.2.0, low [Wessel/Smith]
- wdb_rivers_c.b: WDB-II Rivers v2.2.0, crude [Wessel/Smith]
- wdb_rivers_f.b: WDB-II Rivers v2.2.0, full [Wessel/Smith]
- wdb_rivers_h.b: WDB-II Rivers v2.2.0, high [Wessel/Smith]
- wdb_rivers_i.b: WDB-II Rivers v2.2.0, int [Wessel/Smith]
- wdb_rivers_l.b: WDB-II Rivers v2.2.0, low [Wessel/Smith]
- GSHHSSHP.ZIP: GSHHS Shoreline v2.2.0, all resolutions, in shapefile format [Wessel/Smith]
- WDBIISHP.ZIP: WDBII Borders/Rivers v2.2.0, all resolutions, in shapefile format [Wessel/Smith]
- Miscellaneous:
- sedmap_interpolated.grd: Global Sediment thickness grid [Laske & Masters, 1997]
- UN_cities.dat: UN catalog of cities with 100,000+ inhabitants [UN]
- age.3.2.img: Global 2x2 min Mercator grid with seafloor ages, v3 [Muller et al, 2008]
- ageerror.3.2.img: Global 2x2 min Mercator grid with seafloor age errors, v3 [Muller et al, 2008]
- asym.3.2.img: Global 2x2 min Mercator grid with seafloor spreading asymmetry, v3 [Muller et al, 2008]
- rate.3.2.img: Global 2x2 min Mercator grid with seafloor spreading rates, v3 [Muller et al, 2008]
- age.3.2_grd.i2: Global 2x2 min geographic grid with seafloor ages, v3 [Muller et al, 2008]
- ageerror.3.2_grd.i2: Global 2x2 min geographic grid with seafloor age errors, v3 [Muller et al, 2008]
- asym.3.2_grd.i2: Global 2x2 min geographic grid with seafloor spreading asymmetry, v3 [Muller et al, 2008]
- rate.3.2_grd.i2: Global 2x2 min geographic grid with seafloor spreading rates, v3 [Muller et al, 2008]
- age.3.6_grd.i2: Global 6x6 min geographic grid with seafloor ages, v3 [Muller et al, 2008]
- ageerror.3.6_grd.i2: Global 6x6 min geographic grid with seafloor age errors, v3 [Muller et al, 2008]
- asym.3.6_grd.i2: Global 6x6 min geographic grid with seafloor spreading asymmetry, v3 [Muller et al, 2008]
- rate.3.6_grd.i2: Global 6x6 min geographic grid with seafloor spreading rates, v3 [Muller et al, 2008]
- res_basement_GDH1_1.5.nc: Global 5x5 min residual oceanic basement depth relative to GDH1 [Muller et al, 2008]
- res_basement_PM_Crosby07_1.5.nc: Global 5x5 min residual oceanic basement depth relative to PM Crosby (2007) [Muller et al, 2008]
- res_basement_TBL_Crosby_1.5.nc: Global 5x5 min residual oceanic basement depth relative to TBL Crosby (2007) [Muller et al, 2008]
- res_basement_PM_PS77_1.5.nc: Global 5x5 min residual oceanic basement depth relative to Parsons & Sclater (1977) [Muller et al, 2008]
- age_1.6.i2: Global grid with seafloor ages, v1.6 [Muller et al, 1998]
- rate_1.6.i2: Global grid with seafloor spreading rates, v1.6 [Muller et al, 1998]
- world_heat.d: Global heat flow data [LDEO]
- world_stable_lights_30s_grd.b: Global 30x30 arc sec grid of stable night light intensity (0-100%) [NGDC]
- world_stable_lights_1m_grd.b: Global 1x1 min arc sec grid of stable night light intensity (0-100%) [NGDC]
- world_stable_lights_2m_grd.b: Global 2x2 min arc sec grid of stable night light intensity (0-100%) [NGDC]
- world_stable_lights_5m_grd.b: Global 5x5 min arc sec grid of stable night light intensity (0-100%) [NGDC]
- world_stable_lights_10m_grd.b: Global 10x10 min arc sec grid of stable night light intensity (0-100%) [NGDC]
- IBCAO_glaciers.d: Glacier outlines, IBCAO Arctic map [IBCAO]
- IBCAO_land_in_glaciers.d: Glacier outlines of ice-locked lands, IBCAO Arctic map [IBCAO]
- gazetter.d: Locations and names of seafloor features [NGDC]
- GLCC2_bats2_30s.b: 30x30 arc sec Biosphere Atmosphere Transfer Scheme, v2 [USGS]
- GLCC2_igbp2_30s.b: 30x30 arc sec International Geosphere Biosphere Program, v2 [USGS]
- GLCC2_oge2_30s.b: 30x30 arc sec Global Ecosystems, v2 [USGS]
- GLCC2_run2_30s.b: 30x30 arc sec Vegetation Lifeforms, v2 [USGS]
- GLCC2_sib2_30s.b: 30x30 arc sec Simple Biosphere Model Scheme, v2 [USGS]
- GLCC2_sib22_30s.b: 30x30 arc sec Simple Biosphere 2 Model, v2 [USGS]
- GLCC2_usgs2_30s.b: 30x30 arc sec USGS Land Use - Land Cover Scheme, v2 [USGS]
- dist_to_coast_1m_grd.i4: Global 1 min grid of distances to nearest GSHHS v1.6 coastline [Wessel]
- Digital Chart of the World:
- -- 326 files -- Fillable country (and some states) polygons [DCW]
- World Ocean Atlas 2001:
- -- 1706 files -- Global 1x1 and 5x5 degree grids of ocean variables (temp, salinity, nutrients, etc) [NODC]
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Most of the datasets supplied with the Geoware GMT Companions can be used "as is". In particular,
- All files in *.grd or *.nc formats can be used directly by GMT.
- All files in *_grd.i4 format are 4-byte accessed either via grdraster which creates *.grd files of the specified subregions,
or used directly in GMT commands by appending =bi to the gridfile name.
- All files in *_grd.i2 format are 2-byte accessed either via grdraster which creates *.grd files of the specified subregions,
or used directly in GMT commands by appending =bs to the gridfile name.
- All files in *.img format are 2-byte grids accessed via img2grd which creates *.grd files of the specified subregions.
- All files in *_grd.b format are 1-byte grids accessed either via grdraster which creates *.grd files of the specified subregions,
or used directly in GMT commands by appending =bb to the gridfile name.
- All files in GMT multisegment file format can be used directly by GMT. This includes the plate tectonic and LIPS
files from the University of Texas, Institute for Geophysics (UTIG), and the slab_contours.d file. Subsets can
be extracted using extract_segments.
- All the GSHHS and WEBII *.b files can be read with the programs in the GMT GSHHS supplemental package.
- The IBCAO Arctic bathymetry data are provided both on a 2.5 km x 2.5 km stereographic grid that can be used directly in GMT as
well as on a geographic grid in *.i2 format accessed via grdraster. To plot the stereographic
grid with GMT, use -Jxscale, and overlay a basemap using -R0/360/64:00:3.5582/90 -Js0/90/75/scale.
- The UN_cities.dat file can be used via extract_cities, which provides output suitable for psxy or pstext.
- The Harvard CMT catalog can be plotted directly with the GMT supplemental program psmeca.
- The NEIC EPIC catalog can be used via extract_epic which provides output in psxy format.
- The Smithsonian volcano data can be used via extract_volcanoes which provides output in psxy format.
- The hotspot file can be plotted directly by psxy.
- The Cande et al database can be plotted by extracting lines with extract_candy and pipe output through psxy -M.
- Both heatflow data and Pacheco/Sykes big quakes are in ScientistHelper format; see the
the files for the internal format to determine which columns you want to extract with cut or awk.
- The Engdahl et al. relocated quakes can be plotted via awk with psxy. The format is described in the file header.
- All the BEDMAP grids are in projected meters on a stereographic grid and must be plotted
with a linear projection (-Jx or -JX). To overlay lon/lat gridlines etc you must plot using -JS0/-90
and give the same width (or scale) as the linear projection used earlier. Run grdinfo on each grid
for more details.
- All the WOA2001 data can be accessed using the extract_woa01 Geoware utility or the original Fortran
programs supplied from NODC. The files are in ASCII format with complete documentation in the WOA01 directory.
- All the DCW files are plain ASCII GMT multi-segment files that can be used directly. The extract_country
utility just simplifies the access to the files.
- All the SRTM data can be accessed using the extract_srtm Geoware utility. The files are in GMT's native 2-byte grid format,
and are compressed with grdzip (unless you chose to expend the files during installation).
The complete documentation can befound in the SRTM directory.
- The GLCC v2 Global Ecosystems from USGS are texture grids (integer values); see the DATA/DOC directory for the *leg.txt legends
for each data set and prepare cpt files accordingly.
Under Unix, many of the data sets are also easily manipulated from within iGMT (in fact, many of the smaller datasets originated
with the iGMT distribution). Note: Depending on your choice of Companion, some of the above descriptions may not apply to you.
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For details on file names and sizes in both compressed and natural form, see the file
gmtcomp.dat on the Geoware GMT Companion DVD-R.
Should you have questions regarding this DVD-R or the data
distributed with it, contact Geoware.
For questions regarding any of the program packages, see the contact person(s) for each package.
This page was last modified on April 06, 2012.