Surficial Geology Map of the Port Hawkesbury Area (NTS 11F/11)
DP ME 60, Version 2, 2006, Digital Version of Nova Scotia Department of
Natural Resources, Open File Map ME 2004-2, Surficial Geology Map of the Port
Hawkesbury Area, Inverness, Richmond, Guysborough and Antigonish Counties,
Nova Scotia, NTS 11F/11, scale 1:50 000, by R. R. Stea, 2004. Digital product compiled
by B. E. Fisher.
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Sample
Format and Projection
Metadata
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Abstract
This digital product is a digital version of Nova Scotia Department
of Natural Resources (NSDNR) Open File Map ME 2004-2, Surficial
Geology Map of Port Hawkesbury Area (NTS 11F/11), Inverness, Richmond,
Guysborough and Antigonish Counties, Nova Scotia, 2004, by R.R.
Stea, scale 1:50 000.
This map depicts the nature, distribution and thickness of surficial
(surface-unconsolidated) deposits in the Port Hawkesbury map sheet
of southwest Cape Breton Island.
This map was produced as part of the joint federal-provincial
Targeted Geoscience Initiative(South-central Cape Breton Island ).
Funding for this project provided
by the Nova Scotia Department of Natural Resources and the Geological
Survey of Canada |
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The information on the PDF map comes from a variety of government and non-government
sources. NSDNR accepts no liability for any errors or deficiencies on this map.
This map should not be used for legal purposes.
The PDF map is intended for use at the published scale of 1:50 000.
The DATA is provided to the USER on an "as is" basis, without warranties of any kind, express
or implied. The entire risk as to the quality and accuracy of the DATA is with the USER and the USER shall
use his/her own judgment in making use of the DATA or drawing conclusions based upon it. DNR shall not be
liable to the USER, his/her clients, servants, agents, contractors, assigns, or to any other person for any
loss or damage of any kind including personal injury or death arising from the use of the DATA or
accompanying written materials, or from errors, deficiencies or faults therein, whether such damage is
caused by negligence or otherwise. If errors or omissions are found in the DATA, the USER will notify DNR.
The terms and conditions of the license accompany the downloaded digital product.
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A Sample Image
of the Surficial Geology Map of the Port Hawkesbury Area, OFM ME 2004-2
(Sample image - Click to view an enlargement from this image)
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| Format |
PDF, ArcInfo Export (E00),
DXF/DBF, ArcView shape files (SHP) and TXT files compressed
in self-extracting EXE/ZIP files (more
information on data formats) |
| Size |
PDF - 5.1 MB (compressed), 5.3
MB (uncompressed)
E00 - 0.9 MB (compressed), 5.3 MB (uncompressed)
DXF/DBF - 0.9 MB (compressed), 8.0 MB (uncompressed)
SHP (full ) - 46.4 MB (compressed), 50.3 MB (uncompressed)
SHP (basic) - 2.4 MB (compressed), 5.7 MB (uncompressed) |
| Projection |
The PDF map is in six-degree
Universal Transverse Mercator (UTM) projection, Zone 20,
Central Meridian 63° 00' West using the North American
Datum of 1927 (NAD27). All other data (E00, DXF/DBF,
SHP) is in six-degree Universal Transverse Mercator (UTM)
projection, Zone 20, Central Meridian 63° 00' West
using the North American Datum of 1983 (NAD83). |
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Downloading Instructions
The data files have been compressed using PKZIP into a single, self-extracting EXE file.
- Read the Licence before accepting the data.
- Download the self-extracting EXE file to the desired location on your hard drive.
- Double click or "RUN" the EXE file and the data files will be unzipped automatically.
The EXE file can also be opened in WinZip to view and extract the compressed files in
the data set.
On UNIX platforms, the unzip command will extract the compressed files in the
EXE.
The PDF map is in six-degree
Universal Transverse Mercator (UTM) projection, Zone 20,
Central Meridian 63° 00' West using the North American
Datum of 1927 (NAD27). All other data (E00, DXF/DBF,
SHP) is in six-degree Universal Transverse Mercator (UTM)
projection, Zone 20, Central Meridian 63° 00' West
using the North American Datum of 1983 (NAD83). |
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Download Digital Data Set DP ME 60 |
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