NOAA, National Geodetic Survey
20200510
Horizontal and Vertical Geodetic Control Data for the Unites States.
latest available
Diagram
N/A
N/A
NOAA Campus, Silver Spring, MD
NOAA, National Geodetic Survey
Questions concerning this data
may be addressed to
NGS Information Services Branch
EMail - ngs.software@noaa.gov
Phone - 301-713-3242
withheld
This data contains a set of geodetic control stations
maintained by the National Geodetic Survey.
Each geodetic control station in this dataset
has either a precise Latitude/Longitude used
for horizontal control or a precise Orthometric Height
used for vertical control, or both.
The National Geodetic Survey (NGS) serves
as the Nation's depository for geodetic data. The NGS
distributes geodetic data worldwide to a variety of
users. These geodetic data include the final results
of geodetic surveys, software programs to format,
compute, verify, and adjust original survey
observations or to convert values from one geodetic
datum to another, and publications that describe how to
obtain and use Geodetic Data products and services.
Provide a base of reference for latitude, longitude and height
throughout the United States.
20200510
retrieval date
Continually
-94.6
-89.7
36.5
33.0
geodesy
NSRS, geodetic, horizontal control,
vertical control, ellipsoid height, benchmark,
orthometric height, latitude, longitude
None
The geographic limits of USA including trust Territories
N/A
N/A
N/A
N/A
Geodetic Data are in the public
domain, not restricted from access or distribution.
Not restricted; Geodetic Data,
including software were developed and compiled with
U.S. Government funding; no proprietary rights may be
attached to them nor may they be sold to the U.S.
Government as part of any procurement of ADP products
or services.
NGS Information Services Branch
NOAA, National Geodetic Survey
Information Specialist
Mailing and Physical Address
SSMC3/9202
1315 East-west Highway
Silver Spring
MD
20910
USA
301-713-3242
301-713-4172
ngs.infocenter@noaa.gov
7:00am to 4:30pm EST
Prefer EMail
NOAA, National Geodetic Survey and
cooperating organizations
DOD
unclassified
none
The data was extracted from NGS datasheets which
are available at <http://www.ngs.noaa.gov/cgi-bin/datasheet.prl>
The NGS datasheet is a text document which summarizes
key geodetic information stored in the NGS database.
Horizontal control stations (those with precise Latitude, Longitude)
were established in accordance with FGDC publications
"Standards and Specifications for Geodetic Accuracy Standards"
and "Geometric Geodetic Accuracy Standards and Specifications for
Using GPS Relative Positioning Techniques"
The final Latitude, Longitude of these stations were determined
by a least squares adjustments of the horizontal observations.
Horizontal control station have Latitude, Longitudes displayed
to 5 places and are identified by attribute POS_SRCE = 'ADJUSTED'
Lesser quality Latitude, Longitudes may also be preset in the dataset.
These are identified by a POS_SRCE attributes
HD_HELD1, HD_HELD2, or SCALED.
These lesser quality positions are described at:
<http://www.ngs.noaa.gov/cgi-bin/ds_lookup.prl?Item=SCALED>
Vertical control stations (those with precise Orthometric Heights)
were established in accordance with FGDC publications
"Standards and Specifications for Geodetic Accuracy Standards"
The final Orthometric Height of these stations were in most cases
determined by a least squares adjustments of the vertical observations
but in some cases may have been keyed from old survey documents.
Vertical control stations have Orthometric Heights displayed
to 2 or 3 places and are identified by attribute ELEV_SRCE of
ADJUSTED, ADJ UNCH, POSTED,READJUST,N HEIGHT,RESET,COMPUTED
Lesser quality Orthometric Heights may also be preset in the dataset.
These are identified by a ELEV_SRCE attributes
GPS_OBS, VERT_ANG, H_LEVEL, VERTCON, SCALED.
These lesser quality orthometric heights are described at:
<http://www.ngs.noaa.gov/cgi-bin/ds_lookup.prl?Item=SCALED>
IMPORTANT - Control stations do not always have both precise
Latitude, Longitude AND precise Orthometric Height.
A horizontal control station may have a orthometric
height associated with it which is of non geodetic quality.
These types of heights are displayed to 0, 1, or 2 decimal
places. Worst case being off by +/- 1 meter.
LIKEWISE - A Vertical control station may have a Latitude, Longitude
associated with it which is of non geodetic quality.
These types of Latitude, Longitudes are displayed to 0, 1 or 2 decimal
places. Worst case being off by +/- 180 meter.
Refer to <http://www.ngs.noaa.gov/cgi-bin/ds_lookup.prl?Item=SCALED>
for a description of the various type of methods used in determining
the Latitude, Longitude, and Orthometric Height.
Attribute POS_CHECK and ELEV_CHECK indicate whether or not
an observational check was made to the position and/or orthometric height.
Care should be taken when using "No Check" coordinates.
If attribute ELEV_SRCE = 'VERTCON' then the Orthometric Height was
determined by applying NGS program VERTCON to an Old NGVD 29 height.
In most areas VERTCON gives results to +/- 2 cm.
See <http://www.ngs.noaa.gov/TOOLS/Vertcon/vertcon.html> for a more
detailed explanation of VERTCON accuracy.
Ellipsoid Heights are also present in the dataset.
The ellipsoid heights consist of those determined using a precise
geoid model, which are displayed to 2 decimal places and are considered
good to +/- .005 meters, and those displayed to 1 decimal place and are considered
only good to +/- .5 meters
95 percent confidence level for geodetic quality data.
Geodetic Data are continuously being processed;
their standards and specifications are being reviewed for next
publication release. "Standards and Specifications for Geodetic Control Networks",
1984 and "Geometric Geodetic Accuracy Standards
and Specifications for Using GPS Relative
Positioning Techniques," FGCS (formally FGCC)
publication version 5.0 1989, are most current
published documents.
FGCS sponsored testing in cooperation with equipment
manufacturers and National Institutes of Standards
and Technology, Gaithersburg, MD 20850
This dataset DOES NOT include destroyed marks.
All other non-publishable marks are NOT included.
Non-publishable criteria is available at
<http://www.ngs.noaa.gov/cgi-bin/craigs_lib.prl?HELP_NONPUB=1>
The description of tests are explained in "Geometric
Geodetic Accuracy Standards and Specifications For
Using GPS Relative Positioning Techniques," FGCS
(formally FGCC) publication version 5.0, 1989.
.05 meters for highest order of accuracy
Horizontal positional accuracy statements pertain
to horizontal control stations only.
i.e. Those with geodetic quality Latitude, Longitudes.
Positional Accuracy explanation contained in
"Geometric Geodetic Accuracy Standards and
Specifications For Using GPS Relative Positioning
Techniques," FGCS (formally FGCC) publication
version 5.0, 1989, (See table 1, p6).
with the exception of Order A and Order B which
have an accuracy of as described at:
<http://www.ngs.noaa.gov/cgi-bin/ds_lookup.prl?Item=HORZ%20ORDER>
The description of tests are explained in "Geometric Geodetic
Accuracy Standards and Specifications for Using
GPS Relative Positioning Techniques," FGCS
(formally FGCC) publication version 5.0, 1989,
(See table 1, p6).
.05 meter for highest order of accuracy
Vertical positional accuracy statements pertain
to vertical control stations only.
i.e. Those with geodetic quality Orthometric Heights.
Orthometric Height accuracy explanation is contained in
FGDC publication "Standards and Specifications for Geodetic Control Networks"
with the exception of vertical control of class 0
POSTED and READJUSTED Heights which are described at:
<http://www.ngs.noaa.gov/cgi-bin/ds_lookup.prl?Item=VERT%20ORDER>
Ellipsoid height accuracy explanation contained in
"Geometric Geodetic Accuracy Standards and
Specifications for Using GPS Relative Positioning
Techniques," FGCS (formally FGCC) publication
version 5.0, 1989. (see table 1, p6).
The accuracies for ellipsoid heights are described at:
<http://www.ngs.noaa.gov/cgi-bin/ds_lookup.prl?Item=ELLP%20ORDER>
NOAA, National Geodetic Survey
20200510
"Input Formats and Specifications of the
National Geodetic Survey Data Base" published by
FGCS (formally FGCC)
latest available
diagram
N/A
N/A
NOAA Campus, Silver Spring, MD
NOAA, National Geodetic Survey
N/A
withheld
paper, Web
1994
publication date
Blue Book
The geodetic data must be
submitted in the digital formats specified in the
FGCS (formally FGCC) publication "Input Formats
and Specifications of the National Geodetic Survey
Data Base" which describes the formats and
procedures for submission of data for adjustment
and assimilation into the National Geodetic Survey
Data Base. Separate volumes of this publication
refer to horizontal (volume 1), vertical (volume
2), and gravity (volume 3) control, and are
available from NOAA, National Geodetic Survey,
1315 East-West Hwy, Code N/CGS1, Silver Spring,
MD, 20910 (1-301-713-3242). Note guidelines for
submission of three-dimensional Global Positioning
System (GPS) relative positioning data are
contained in annex L to volume 1.
The National Geodetic Survey
produces geodetic data. Geodetic data comprise
the results of geodetic surveys to determine,
among other things, latitude, longitude, height,
scale, and orientation control. The National
Geodetic Survey original field survey project
observations and final reports are accessioned
into records system of the National Archives and
Records Administration of the U.S.A. These
surveys provide information valuable for a variety
of uses in the mapping, charting and surveying
community.
The NGS' final product is the geodetic data sheet.
Geodetic data sheets are comprehensive summaries
of all published information for a given
geodetic reference point, including:
the geographic position and/or height based on the
current reference datum, condition of the survey
mark when it was last visited, a description of
where the point is located and how to reach it,
and an explanation of the terms used in the data
sheet. In support of these geodetic data, the NGS
provides software, publications, and various user
services, including geodetic advisor program,
instrument calibration, surveying standards, and
technical workshops.
This dataset contains certain information extracted
from the above mentioned data sheet.
withheld
Not complete
withheld
NGS Information Services Branch
Information Specialist
Mailing and Physical Address
SSMC3/9202
1315 East-west Highway
Silver Spring
MD
20910
USA
301-713-3242
301-713-4172
ngs.infocenter@noaa.gov
9:00am to 4:30pm EST
Prefer EMail
Geodetic Data- horizontal positional datum
conversion, use program NADCON (version 2.1)
Geodetic Data - vertical positional datum
conversion, use program VERTCON (version 2.0)
These programs provide indirect spatial reference
data and are available from NOAA, National
Geodetic Survey at
<http://www.ngs.noaa.gov/PC_PROD/pc_prod.shtml>
point
Simple
FALSE
0
TRUE
FALSE
0.00001
0.00001
degrees, minutes, and decimal seconds
North American Datum of 1983 (NAD 83)
Geodetic Reference System 80 (GRS80)
6378137
298.26
North American Vertical Datum of 1988 (NAVD 88),
including Ellipsoidal and Orthometric
Heights.
.01
meters
implicit coordinate
the local surface
.01
meters
implicit coordinate
The current attributes and their meaning are shown below.
#FeatureId
Temporary unique ID assigned to this station.
DATA_DATE-
The date when this information was retrieved from the NGS database.
DATA_SRCE-
Data Source where the information for the mark came from.
You should use this link to obtain a full datasheet for the mark
or obtain the datasheets from http://www.ngs.noaa.gov/cgi-bin/datasheet.prl
if you intend to use the data for survey control.
DEC_LONG-
Decimal equivalent of the LONGITUDE
Always displayed to 10 decimal places, but you should
see POS_SRCE and POS_ORDER to determine the true accuracy.
DEC_LAT-
Decimal equivalent of the LATITUDE
PID-
Permanent Identifier assigned by NGS to each mark
NAME-
Station Name (a.k.a. Designation)
STATE-
State Code
COUNTY-
County Name
QUAD-
USGS Topographic Quad Map Name
LATITUDE-
Latitude in Deg-Min-Sec format
LONGITUDE-
Longitude in Deg-Min-Sec format
POS_DATUM-
Datum of the LATITUDE,LONGITUDE
Should always be NAD83
DATUM_TAG-
Datum Tag of the LATITUDE,LONGITUDE
NAD83 (1986) indicates positions on the NAD83 datum for the
North American Adjustment, completed in 1986.
NAD83 (nnnn) indicates positions on the NAD83 datum for the
North American Adjustment, but readjusted to a State High
Accuracy Reference Network (HARN) on the date shown in (nnnn).
NAD83 (CORS) indicates positions which are part of the CORS
network.
POS_SRCE-
Position Source for the LATITUDE,LONGITUDE
ADJUSTED = Least squares adjustment.
(Lat,Lon Rounded to 5 decimal places.)
HD_HELD1 = Differentially corrected hand held GPS observations.
(Lat,Lon Rounded to 2 decimal places.)
HD_HELD2 = Autonomous hand held GPS observations.
(Lat,Lon Rounded to 1 decimal places.)
SCALED = Scaled from a topographic map.
(Lat,Lon Rounded to 0 decimal places.)
ORTHO_HT-
Present if available.
The Orthometric Height in METERS indicating the height above the Geoid.
VERT_DATUM-
Datum of the ORTHO_HT
VERT_SRCE-
Vertical Source for the ORTHO_HT
ADJUSTED = Direct Digital Output from Least Squares Adjustment
of Precise Leveling.
(Rounded to 3 decimal places.)
ADJ UNCH = Manually Entered (and NOT verified) Output of
Least Squares Adjustment of Precise Leveling.
(Rounded to 3 decimal places.)
POSTED = Pre-1991 Precise Leveling Adjusted to
the NAVD 88 Network After Completion of
the NAVD 88 General Adjustment of 1991.
(Rounded to 3 decimal places.)
READJUST = Precise Leveling Readjusted as Required
by Crustal Motion or Other Cause.
(Rounded to 2 decimal places.)
N HEIGHT = Computed from Precise Leveling Connected
at Only One Published Bench Mark.
(Rounded to 2 decimal places.)
RESET = Reset Computation of Precise Leveling.
(Rounded to 2 decimal places.)
COMPUTED = Computed from Precise Leveling Using
Non-rigorous Adjustment Technique.
(Rounded to 2 decimal places.)
LEVELING = Precise Leveling Performed by Horizontal
Field Party.
(Rounded to 2 decimal places.)
H LEVEL = Level between control points not connected
to bench mark.
(Rounded to 1 decimal places.)
GPS OBS = Computed from GPS Observations.
(Rounded to 1 decimal places.)
VERT ANG = Computed from Vertical Angle Observations.
(Rounded to 1 decimal place;
If No Check, to 0 decimal places.)
SCALED = Scaled from a Topographic Map.
(Rounded to 0 decimal places.)
U HEIGHT = Unvalidated height from precise leveling
connected at only one NSRS point.
(Rounded to 2 decimal places.)
VERTCON = The NAVD 88 height was computed by applying the
VERTCON shift value to the NGVD 29 height.
(Rounded to 0 decimal places.)
ELLIP_HT-
Present if available.
The ellipsoid height in METERS referenced to GRS80 ellipsoid.
POS_ORDER-
Order of accuracy for the LATITUDE,LONGITUDE
Should be one of the following-
A,B,1,2,3
Order and class for Orders 1, 2, and 3
are defined in the Federal Geodetic Control Committee publication
"Standards and Specifications for Geodetic Control Networks".
In addition-
Order A stations have a relative accuracy of
5 mm +/- 1-10,000,000 relative to other A-order stations.
Order B stations have a relative accuracy of
8 mm +/- 1- 1,000,000 relative to other A- and B-order stations.
VERT_ORDER-
Order of accuracy for the ORTHO_HT
Should be 1,2, or 3 for Vertical Control Stations.
Will be blank for stations used for Horizontal Control only.
Also see attribute DIST_RATE which is used for some
vertical control stations.
Vertical order and class for 1, 2, and 3
are defined in the Federal Geodetic Control
Committee publication "Standards and Specifications for Geodetic
Control Networks". In addition-
Vertical control which were determined only for the purpose of
supplying a height for Horizontal Distance Reductions are
assigned an order of 3.
Class 0 is used for special cases of
orthometric vertical control as follows-
Vertical Order/Class Tolerance Factor
-------------------- ----------------
1 class 0 2.0 mm or less
2 class 0 8.4 mm or less
3 class 0 12.0 mm or less
VERT_CLASS-
Should be 0, 1, or 2
See details under ELEV_ORDER
DIST_RATE-
Distribution rate for POSTED and READJUSTED benchmarks
which do not have an Order and Class are as follows
"Posted bench marks" are vertical control points in the NGS data
base which were excluded from the NAVD 88 general adjustment.
Some of the bench marks were excluded due to large adjustment
residuals, possibly caused by vertical movement of the bench marks
during the time interval between different leveling epochs.
Adjusted NAVD 88 are computed for posted bench marks by
supplemental adjustments.
A range of mean distribution rate corrections is listed for each
posted bench mark in the data portion of the publication.
A summary table of the mean distribution rates and their codes is
listed below. The mean distribution rate corrections which were
applied to the original leveling observations is a good
indication of the usefulness of the posted bench marks' adjusted
NAVD 88 heights.
Distribution Distribution
Rate Code Rate Correction
------------ ---------------
"a" 0.0 thru 1.0 mm/km
"b" 1.1 thru 2.0 "
"c" 2.1 thru 3.0 "
"d" 3.1 thru 4.0 "
"e" 4.1 thru 8.0 "
"f" greater than 8.0 mm/km
POSTED BENCH MARKS SHOULD BE USED WITH CAUTION. As is the case for
all leveling projects, the mandatory FGCS check leveling two-mark or
three-mark tie procedure will usually detect any isolated movement
(or other problem) at an individual bench mark. Of course, regional
movement affecting all the marks equally is not detected by the two-
or three-mark tie procedure.
FIRST_RECV-
Date when the station was first monumented
or in the case of landmarks, first observed.
LAST_RECV-
Date when the station was last recovered.
LAST_COND-
Last recovered condition of the mark.
Should be one of the following-
MONUMENTED
FIRST OBSERVED
GOOD
POOR
MARK NOT FOUND
SEE DESCRIPTION
DESTROYED
LAST_RECBY-
Agency who reported the last condition of the mark.
STABILITY-
The stability of the mark may have 1 of 4 codes as indicated below-
A = MOST RELIABLE AND EXPECTED TO HOLD POSITION/ELEVATION WELL
B = PROBABLY HOLD POSITION/ELEVATION WELL
C = MAY HOLD, BUT OF TYPE COMMONLY SUBJECT TO SURFACE MOTION
- E.G. FROST HEAVE, ETC
D = MARK OF QUESTIONABLE OR UNKNOWN STABILITY
HT_MOD-
Designates if this site is a Height Modernization site. Y - Yes.
CORS_ID-
Continuously Operating Reference Stations (CORS) site ID.
PACS_SACS-
Designates whether this is a Primary Airport Control
Station (PACS) or Secondary Airport Control Station (SACS).
GEOID_HT-
Present if available. The geoid height in METERS referenced
to the geoid model attribute.
N_ACC_HZ-
Horizontal network accuracy at the 95 percent confidence level (cm).
N_ACC_EL-
Ellipsoid height network accuracy at the 95 percent confidence level (cm).
N_ACC_STD_N-
North component of coordinate standard deviation (latitude), used to compute horizontal network accuracy (cm).
N_ACC_STD_E-
East component of coordinate standard deviation (longitude), used to compute horizontal network accuracy (cm).
N_ACC_STD_H-
Up component of coordinate standard deviation (ellipsoid height), used to compute ellipsoid height network accuracy (cm).
N_ACC_CORR-
Correlation coefficient between north and east components of coordinate standard deviation (latitude and longitude), used to compute horizontal network accuracy (unitless).
ECEF_X-
The computed Earth-Centered, Earth-Fixed X position.
ECEF_Y-
The computed Earth-Centered, Earth-Fixed Y position.
ECEF_Z-
The computed Earth-Centered, Earth-Fixed Z position.
SPC_ZONE-
The State Plane Coordinate Zone.
SPC_NORTH-
The State Plane Coordinate Northing.
SPC_EAST-
The State Plane Coordinate Easting.
SPC_CONV-
The State Plane Coordinate Convergence Angle.
SPC_CSF-
The State Plane Coordinate Combined Scale Factor.
UTM_ZONE-
The Universal Transverse Mercator Zone.
UTM_NORTH-
The Universal Transverse Mercator Northing.
UTM_EAST-
The Universal Transverse Mercator Easting.
UTM_CONV-
The Universal Transverse Mercator Convergence Angle.
UTM_CSF-
The Universal Transverse Mercator Combined Scale Factor.
DYNAMIC_HT-
The computed dynamic height at a bench mark using the
orthometric height referenced the NAVD 88 and a gravity value.
MODELEDGRAV-
The interpolated gravity value which was used in the
NAVD 88 general adjustment.
MARKER-
Identifies the type of marker.
SETTING-
Identifies the type of setting.
STAMPING-
Identifies the stamping on the disk.
All values were obtained from the NGA Datasheet
available at <http://www.ngs.noaa.gov/cgi-bin/datasheet.prl>
GEODETIC_CONTROL_NGS_2020
Feature Class
0
OBJECTID
objectid
OID
4
10
0
Internal feature number.
Esri
Sequential unique whole numbers that are automatically generated.
FeatureId
featureid
SmallInteger
2
5
0
DATA_DATE
data_date
String
8
0
0
DATA_SRCE
data_srce
String
57
0
0
PID
pid
String
6
0
0
NAME
name
String
40
0
0
HT_MOD
ht_mod
String
1
0
0
CORS_ID
cors_id
String
4
0
0
PACS_SACS
pacs_sacs
String
4
0
0
STATE
state
String
2
0
0
COUNTY
county
String
26
0
0
QUAD
quad
String
40
0
0
LATITUDE
latitude
String
17
0
0
LONGITUDE
longitude
String
18
0
0
DEC_LAT
dec_lat
String
14
0
0
DEC_LON
dec_lon
String
15
0
0
ELLIP_HT
ellip_ht
String
10
0
0
POS_DATUM
pos_datum
String
6
0
0
DATUM_TAG
datum_tag
String
10
0
0
POS_EPOCH
pos_epoch
String
7
0
0
POS_SRCE
pos_srce
String
12
0
0
ORTHO_HT
ortho_ht
String
9
0
0
VERT_DATUM
vert_datum
String
12
0
0
VERT_EPOCH
vert_epoch
String
7
0
0
VERT_SRCE
vert_srce
String
12
0
0
GEOID_HT
geoid_ht
String
10
0
0
GEOID_MOD
geoid_mod
String
9
0
0
DYNAMIC_HT
dynamic_ht
String
14
0
0
MODEL_GRAV
model_grav
String
14
0
0
N_ACC_HZ
n_acc_hz
String
6
0
0
N_ACC_EH
n_acc_eh
String
6
0
0
N_ACC_STDN
n_acc_stdn
String
5
0
0
N_ACC_STDE
n_acc_stde
String
5
0
0
N_ACC_STDH
n_acc_stdh
String
5
0
0
N_ACC_CORR
n_acc_corr
String
11
0
0
POS_ORDER
pos_order
String
1
0
0
VERT_ORDER
vert_order
String
1
0
0
VERT_CLASS
vert_class
String
1
0
0
DIST_RATE
dist_rate
String
1
0
0
ECEF_X
ecef_x
String
13
0
0
ECEF_Y
ecef_y
String
13
0
0
ECEF_Z
ecef_z
String
13
0
0
SPC_ZONE
spc_zone
String
8
0
0
SPC_NORTH
spc_north
String
13
0
0
SPC_EAST
spc_east
String
13
0
0
SPC_CONV
spc_conv
String
12
0
0
SPC_CSF
spc_csf
String
12
0
0
UTM_ZONE
utm_zone
String
8
0
0
UTM_NORTH
utm_north
String
13
0
0
UTM_EAST
utm_east
String
13
0
0
UTM_CONV
utm_conv
String
12
0
0
UTM_CSF
utm_csf
String
12
0
0
STABILITY
stability
String
1
0
0
FIRST_RECV
first_recv
String
8
0
0
LAST_RECV
last_recv
String
8
0
0
LAST_COND
last_cond
String
16
0
0
LAST_RECBY
last_recby
String
6
0
0
SAT_USE
sat_use
String
1
0
0
MARKER
marker
String
57
0
0
SETTING
setting
String
50
0
0
STAMPING
stamping
String
50
0
0
Shape
shape
Geometry
4
0
0
Feature geometry.
Esri
Coordinates defining the features.
NGS Information Services Branch
NOAA, National Geodetic Survey
Information Specialist
Mailing and Physical Address
SSMC3/9202
1315 East-west Highway
Silver Spring
MD
20910
USA
301-713-3242
301-713-4172
ngs.infocenter@noaa.gov
9:00am to 4:30pm EST
Prefer EMail
Datasheet Shapefile
The distributor does not assume liability
ShapeFile
1.0
2013
Download options include PC Zip and Unix compressed tar
withheld
Distributed through http://www.ngs.noaa.gov/cgi-bin/datasheet.prl
SUN Solaris
free if you retrieve it yourself
20130513
NGS Information Services Branch
NOAA, National Geodetic Survey
Information Specialist
Mailing and Physical Address
SSMC3/9202
1315 East-west Highway
Silver Spring
MD
20910
USA
301-713-3242
301-713-4172
ngs.software@noaa.gov
9:00am to 4:30pm EST
Prefer EMail
FGDC Content Standards for Digital Geospatial Metadata
FGDC-STD-001-1998
local time
Geodetic Data are in the public domain, not restricted
from access or distribution.
not restricted;
Geodetic Data, including software were developed
and compiled with U.S. Government funding; no
proprietary rights may be attached to them nor may
they be sold to the U.S. Government as part of any
procurement of ADP products or services.
DOD
unclassified
none
withheld
N/A
GEODETIC_CONTROL_NGS_2020
-94.615490
-89.691664
33.004444
36.499434
1
002
Geographic
GCS_NAD_1983_2011
Angular Unit: Degree (0.017453)
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20240610
10192600
20240610
10192600
1.0
NGS Information Services Branch
NOAA, National Geodetic Survey
Information Specialist
301-713-3242
301-713-4172
SSMC3/9202 1315 East-west Highway
Silver Spring
MD
20910
US
ngs.software@noaa.gov
9:00am to 4:30pm EST
Prefer EMail
20240610
ArcGIS Metadata
1.0
NGS Information Services Branch
NOAA, National Geodetic Survey
Information Specialist
301-713-3242
301-713-4172
SSMC3/9202 1315 East-west Highway
Silver Spring
MD
20910
US
ngs.infocenter@noaa.gov
9:00am to 4:30pm EST
Prefer EMail
free if you retrieve it yourself
ShapeFile
1.0; 2013
Download options include PC Zip and Unix compressed tar
withheld
Distributed through http://www.ngs.noaa.gov/cgi-bin/datasheet.prl
Datasheet Shapefile
withheld
Feature Class
Horizontal and Vertical Geodetic Control Data for the Unites States.
2020-05-10
latest available
NOAA, National Geodetic Survey
NOAA Campus, Silver Spring, MD
NOAA, National Geodetic Survey
Diagram
N/A
N/A
Questions concerning this data may be addressed to NGS Information Services Branch EMail - ngs.software@noaa.gov Phone - 301-713-3242
This data contains a set of geodetic control stations maintained by the National Geodetic Survey. Each geodetic control station in this dataset has either a precise Latitude/Longitude used for horizontal control or a precise Orthometric Height used for vertical control, or both. The National Geodetic Survey (NGS) serves as the Nation's depository for geodetic data. The NGS distributes geodetic data worldwide to a variety of users. These geodetic data include the final results of geodetic surveys, software programs to format, compute, verify, and adjust original survey observations or to convert values from one geodetic datum to another, and publications that describe how to obtain and use Geodetic Data products and services.
Provide a base of reference for latitude, longitude and height throughout the United States.
NOAA, National Geodetic Survey and cooperating organizations
NGS Information Services Branch
NOAA, National Geodetic Survey
Information Specialist
301-713-3242
301-713-4172
SSMC3/9202 1315 East-west Highway
Silver Spring
MD
20910
US
ngs.infocenter@noaa.gov
7:00am to 4:30pm EST
Prefer EMail
The geographic limits of USA including trust Territories
N/A
N/A
N/A
N/A
NSRS
geodetic
horizontal control
vertical control
ellipsoid height
benchmark
orthometric height
latitude
longitude
geodesy
The geographic limits of USA including trust Territories
NSRS
geodetic
horizontal control
vertical control
ellipsoid height
benchmark
orthometric height
latitude
longitude
N/A
N/A
The distributor does not assume liability
Geodetic Data are in the public domain, not restricted from access or distribution.
DOD
none
Not restricted; Geodetic Data, including software were developed and compiled with U.S. Government funding; no proprietary rights may be attached to them nor may they be sold to the U.S. Government as part of any procurement of ADP products or services.
Version 6.2 (Build 9200) ; Esri ArcGIS 10.9.1.28388
retrieval date
2020-05-10
-94.6
-89.7
33
36.5
1
-94.615490
-89.691664
36.499434
33.004444
Geodetic Data are in the public domain, not restricted from access or distribution.
DOD
none
not restricted; Geodetic Data, including software were developed and compiled with U.S. Government funding; no proprietary rights may be attached to them nor may they be sold to the U.S. Government as part of any procurement of ADP products or services.
FGCS sponsored testing in cooperation with equipment manufacturers and National Institutes of Standards and Technology, Gaithersburg, MD 20850
This dataset DOES NOT include destroyed marks. All other non-publishable marks are NOT included. Non-publishable criteria is available at <http://www.ngs.noaa.gov/cgi-bin/craigs_lib.prl?HELP_NONPUB=1>
Horizontal control stations (those with precise Latitude, Longitude) were established in accordance with FGDC publications "Standards and Specifications for Geodetic Accuracy Standards" and "Geometric Geodetic Accuracy Standards and Specifications for Using GPS Relative Positioning Techniques" The final Latitude, Longitude of these stations were determined by a least squares adjustments of the horizontal observations. Horizontal control station have Latitude, Longitudes displayed to 5 places and are identified by attribute POS_SRCE = 'ADJUSTED' Lesser quality Latitude, Longitudes may also be preset in the dataset. These are identified by a POS_SRCE attributes HD_HELD1, HD_HELD2, or SCALED. These lesser quality positions are described at: <http://www.ngs.noaa.gov/cgi-bin/ds_lookup.prl?Item=SCALED> Vertical control stations (those with precise Orthometric Heights) were established in accordance with FGDC publications "Standards and Specifications for Geodetic Accuracy Standards" The final Orthometric Height of these stations were in most cases determined by a least squares adjustments of the vertical observations but in some cases may have been keyed from old survey documents. Vertical control stations have Orthometric Heights displayed to 2 or 3 places and are identified by attribute ELEV_SRCE of ADJUSTED, ADJ UNCH, POSTED,READJUST,N HEIGHT,RESET,COMPUTED Lesser quality Orthometric Heights may also be preset in the dataset. These are identified by a ELEV_SRCE attributes GPS_OBS, VERT_ANG, H_LEVEL, VERTCON, SCALED. These lesser quality orthometric heights are described at: <http://www.ngs.noaa.gov/cgi-bin/ds_lookup.prl?Item=SCALED> IMPORTANT - Control stations do not always have both precise Latitude, Longitude AND precise Orthometric Height. A horizontal control station may have a orthometric height associated with it which is of non geodetic quality. These types of heights are displayed to 0, 1, or 2 decimal places. Worst case being off by +/- 1 meter. LIKEWISE - A Vertical control station may have a Latitude, Longitude associated with it which is of non geodetic quality. These types of Latitude, Longitudes are displayed to 0, 1 or 2 decimal places. Worst case being off by +/- 180 meter. Refer to <http://www.ngs.noaa.gov/cgi-bin/ds_lookup.prl?Item=SCALED> for a description of the various type of methods used in determining the Latitude, Longitude, and Orthometric Height. Attribute POS_CHECK and ELEV_CHECK indicate whether or not an observational check was made to the position and/or orthometric height. Care should be taken when using "No Check" coordinates. If attribute ELEV_SRCE = 'VERTCON' then the Orthometric Height was determined by applying NGS program VERTCON to an Old NGVD 29 height. In most areas VERTCON gives results to +/- 2 cm. See <http://www.ngs.noaa.gov/TOOLS/Vertcon/vertcon.html> for a more detailed explanation of VERTCON accuracy. Ellipsoid Heights are also present in the dataset. The ellipsoid heights consist of those determined using a precise geoid model, which are displayed to 2 decimal places and are considered good to +/- .005 meters, and those displayed to 1 decimal place and are considered only good to +/- .5 meters
Geodetic Data are continuously being processed; their standards and specifications are being reviewed for next publication release. "Standards and Specifications for Geodetic Control Networks", 1984 and "Geometric Geodetic Accuracy Standards and Specifications for Using GPS Relative Positioning Techniques," FGCS (formally FGCC) publication version 5.0 1989, are most current published documents.
95 percent confidence level for geodetic quality data.
The description of tests are explained in "Geometric Geodetic Accuracy Standards and Specifications For Using GPS Relative Positioning Techniques," FGCS (formally FGCC) publication version 5.0, 1989.
Horizontal positional accuracy statements pertain to horizontal control stations only. i.e. Those with geodetic quality Latitude, Longitudes. Positional Accuracy explanation contained in "Geometric Geodetic Accuracy Standards and Specifications For Using GPS Relative Positioning Techniques," FGCS (formally FGCC) publication version 5.0, 1989, (See table 1, p6). with the exception of Order A and Order B which have an accuracy of as described at: <http://www.ngs.noaa.gov/cgi-bin/ds_lookup.prl?Item=HORZ%20ORDER>
.05 meters for highest order of accuracy
The description of tests are explained in "Geometric Geodetic Accuracy Standards and Specifications for Using GPS Relative Positioning Techniques," FGCS (formally FGCC) publication version 5.0, 1989, (See table 1, p6).
Vertical positional accuracy statements pertain to vertical control stations only. i.e. Those with geodetic quality Orthometric Heights. Orthometric Height accuracy explanation is contained in FGDC publication "Standards and Specifications for Geodetic Control Networks" with the exception of vertical control of class 0 POSTED and READJUSTED Heights which are described at: <http://www.ngs.noaa.gov/cgi-bin/ds_lookup.prl?Item=VERT%20ORDER> Ellipsoid height accuracy explanation contained in "Geometric Geodetic Accuracy Standards and Specifications for Using GPS Relative Positioning Techniques," FGCS (formally FGCC) publication version 5.0, 1989. (see table 1, p6). The accuracies for ellipsoid heights are described at: <http://www.ngs.noaa.gov/cgi-bin/ds_lookup.prl?Item=ELLP%20ORDER>
.05 meter for highest order of accuracy
The National Geodetic Survey produces geodetic data. Geodetic data comprise the results of geodetic surveys to determine, among other things, latitude, longitude, height, scale, and orientation control. The National Geodetic Survey original field survey project observations and final reports are accessioned into records system of the National Archives and Records Administration of the U.S.A. These surveys provide information valuable for a variety of uses in the mapping, charting and surveying community. The NGS' final product is the geodetic data sheet. Geodetic data sheets are comprehensive summaries of all published information for a given geodetic reference point, including: the geographic position and/or height based on the current reference datum, condition of the survey mark when it was last visited, a description of where the point is located and how to reach it, and an explanation of the terms used in the data sheet. In support of these geodetic data, the NGS provides software, publications, and various user services, including geodetic advisor program, instrument calibration, surveying standards, and technical workshops. This dataset contains certain information extracted from the above mentioned data sheet.
NGS Information Services Branch
Information Specialist
301-713-3242
301-713-4172
SSMC3/9202 1315 East-west Highway
Silver Spring
MD
20910
US
ngs.infocenter@noaa.gov
9:00am to 4:30pm EST
Prefer EMail
Geodetic Data
NOAA, National Geodetic Survey and cooperating organizations.
The geodetic data must be submitted in the digital formats specified in the FGCS (formally FGCC) publication "Input Formats and Specifications of the National Geodetic Survey Data Base" which describes the formats and procedures for submission of data for adjustment and assimilation into the National Geodetic Survey Data Base. Separate volumes of this publication refer to horizontal (volume 1), vertical (volume 2), and gravity (volume 3) control, and are available from NOAA, National Geodetic Survey, 1315 East-West Hwy, Code N/CGS1, Silver Spring, MD, 20910 (1-301-713-3242). Note guidelines for submission of three-dimensional Global Positioning System (GPS) relative positioning data are contained in annex L to volume 1.
"Input Formats and Specifications of the National Geodetic Survey Data Base" published by FGCS (formally FGCC)
Blue Book
2020-05-10
latest available
NOAA, National Geodetic Survey
NOAA Campus, Silver Spring, MD
NOAA, National Geodetic Survey
diagram
N/A
N/A
N/A
withheld
publication date
1994-01-01
Geodetic Data- horizontal positional datum conversion, use program NADCON (version 2.1) Geodetic Data - vertical positional datum conversion, use program VERTCON (version 2.0) These programs provide indirect spatial reference data and are available from NOAA, National Geodetic Survey at <http://www.ngs.noaa.gov/PC_PROD/pc_prod.shtml>
0
original metadata
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dataset
EPSG
8.2.2(10.2.1)