USDA Agricultural Research Center, Beltsville, MD
Test Site Information
|
Site Name:
|
Agricultural Research Station, Beltsville, Maryland, USA |
|
Latitude:
|
39.03 N |
|
Longitude:
|
76.85 W |
|
Site Managed By:
|
U.S. Department of Agriculture |
|
Point of Contact:
|
Shunlin Liang |
|
Address:
|
Le Frak Hall, Rm.1113
College Park, MD 20742 USA |
|
Phone:
|
+1 301 405-4556 |
|
Email:
|
sliang@eng.umd.edu |
|
Site Operating Since:
|
1910 |
|
Affiliated Programs:
|
U.S. Department of Agriculture Agricultural Research Station |
|
Elevation:
|
22 meters |
|
Annual Precipitation:
|
890 mm |
|
Mean Summer Temperature:
|
25 C |
|
Mean Winter Temperature:
|
3 C |
|
Seasonality:
|
Humid subtropical, with precipitation throughout year |
|
Predominant Vegetation:
|
Cropland surrounded by urban and mixed forest |
|
Site Data Source:
|
Dr. Shunlin Liang (contact information above) |
|
Site Data Types:
|
Surface spectral reflectance and broadband albedos
Leaf area index
Leaf angle distribution
Leaf transmittance/reflectance
FPAR
Canopy structure parameters (fraction of coverage,
tree height etc.).
Soil moisture, nutrition and other parameters
Sunphotometers
Weather measurements from 4-5 weather stations. |
|
Site Data Access:
|
http://www.inform.umd.edu/geog/landcover/liang/ |
The 7000 acre Agricultural Research Center at Beltsville, Maryland is operated by the
Agricultural Research Service, an agency within the U.S. Department of Agriculture.
Research at the site focuses on natural resources, plant science, animal science, farm
commodities, nutrition, and data systems. This site is one of several that is to be used
by investigators that will be validating data products that are to be generated from
NASA's Earth Observing System.
The NASA validation studies at this site will quantify the accuracy of land surface
reflectance and albedo products that are to be produced by the MODIS and MISR sensors on
NASA's Earth Observing System. The NASA study includes intensive sites (two crop lands,
each about 0.5km by 1km) and an extensive 10km by 10km site that contains a wide variety
of land use/land covers from urban to forest. Research activities at the site will
include:
-
a) participating EOS field measurements and augmenting correlative measurements of land
surface reflectance/albedo;
-
b) validating the methodology of scaling point/plot measurements to MODIS/MISR pixel
sizes using high spatial resolution imagery such as low altitude hyperspectral data,
ASTER, and LANDSAT 7 observations;
-
c) validating an alternative coupled atmosphere-surface algorithm for retrieving surface
reflectance, BRDF and albedo simultaneously, and an alternative algorithm for calculating
surface broadband albedos directly from top-of-atmosphere measurements;
-
d) conducting end-to-end certainty evaluation of MODIS surface reflectance and
BRDF/albedo retrieval using retrieved MISR aerosol products and different surface BRDF
models for temporally variable cover types; and
-
e) testing algorithms for calculating new albedo products directly used for ecological
and climatic modeling.
The land cover map for the Beltsville, Maryland Agricultural Research
Station area was derived from a 1994 land use/landcover map for Prince George's County.
The map is in UTM projection (zone 18, NAD83 datum, GRS1980 spheroid) with upper left
corner coordinates of 4333374 north, 318931 east and a pixel size of 60 meters.
-
Class Description Color (R,G,B) ----- ------------------------------
--------------------- 1 Low Density Urban Bright Red (255,0,0) 2 Medium Density Urban Dark
Red (200,0,0) 3 High Density Urban Gray (128,128,128) 4 Surface Mining Operations Purple
(160,0,160) 5 Cropland Green (0,210,0) 6 Pasture Pale Green (190,255,190) 7 Orchards,
Horticulture Tan (230,200,145) 8 Agricultural Facilities Pink (255,200,200) 9 Deciduous
Forest Brown (220,130,0) 10 Evergreen Forest Dark Green (0,120,0) 11 Mixed Forest Yellow
(255,255,0) 12 Brush Light Brown (255,170,0) 13 Water Blue (0,0,255) 14
Forested/Nonforested Wetlands Slate (0,160,160) 15 Bare White (255,255,255)
USDA Agricultural Research Center, Beltsville, MD Header File
Project Description:
The purpose of the Global LandCover Test Sites (GLCTS) project is to develop a
multitemporal and multi-resolution satellite data set for a selection of global test sites
to support the research development of land cover characterization and the testing and
validation of improved algorithms for EOS. The sites selected represent a wide range of
global land cover types, are well characterized on the ground with on-going field-based
monitoring programs, and are of interest to the international global change research
community. The primary component of the data set will be historical and recent Landsat
data and a series of daily AVHRR 1km data acquisitions in a 500 Km by 500 Km window
centered on the site. Digital elevation data and land cover information will be also
included for each site.
As with all the Pathfinder projects, this activity will help provide experience with
which to develop the data and information system for EOS. In particular, problems
associated with developing registered multi-resolution and multi-source data sets,
providing tools for data extraction, and developing the appropriate metadata and
information management systems will be addressed. The targeted user-community for this
product includes: researchers developing regional and global scale land cover assessments;
researchers developing improved algorithm for surface parameterization; and field
scientists working at the test sites wanting to explore the application of remote sensing.
Site Description:
The 7000 acre Agricultural Research Center at Beltsville, Maryland is operated by the
U.S. Department of Agriculture's Agricultural Research Service. Research at the site
focuses on natural resources, plant science, animal science, farm commodities, nutrition,
and data systems. This site is one of several that is to be used by investigators that
will be validating data products that are to be generated from NASA's Earth Observing
System.
Data Format and Organization:
Data are distributed on a series of low and high density 8 mm tapes, organized by data
type. A copy of this header file is the first record on each tape and it will also include
specific format and organization data for each tape.
Tape 1
(ancillary, gif, dem data and first 1/3 of AVHRR data):
-
Readme/header file
-
Ancillary Data:
A full text description of the ongoing research at the site and a
listing of available LANDSAT scenes.
-
Landcover Map GIF Image:
generated by site PI.
-
The land cover map for the Beltsville, Maryland Agricultural Research Station area was
derived from a 1994 land use/landcover map for Prince George's County. The map is in UTM
projection (zone 18, NAD83 datum, GRS1980 spheroid) with upper left corner coordinates of
4333374 north, 318931 east and a pixel size of 60 meters.
-
Class Description Color (R,G,B) ----- ------------------------------
--------------------- 1 Low Density Urban Bright Red (255,0,0) 2 Medium Density Urban Dark
Red (200,0,0) 3 High Density Urban Gray (128,128,128) 4 Surface Mining Operations Purple
(160,0,160) 5 Cropland Green (0,210,0) 6 Pasture Pale Green (190,255,190) 7 Orchards,
Horticulture Tan (230,200,145) 8 Agricultural Facilities Pink (255,200,200) 9 Deciduous
Forest Brown (220,130,0) 10 Evergreen Forest Dark Green (0,120,0) 11 Mixed Forest Yellow
(255,255,0) 12 Brush Light Brown (255,170,0) 13 Water Blue (0,0,255) 14
Forested/Nonforested Wetlands Slate (0,160,160) 15 Bare White (255,255,255)
DEM in UTM projection, north up orientation:
Datum used to create the DEM.
Three arc-second (90 meters) Digital Terrain Elevation Data (DTED) used to create DEM.
Elevation in meters above mean sea-level, horizontal resolution is 130 meters, vertical
resolution is +/- 30 meters and resolution accuracy absolute to WGS - 72 (90% Assurance).
AVHRR data in band sequential order:
channels 1 - 5, NDVI, solar zenith angle,
viewing angle, relative azimuth angle; UTM projection, North up orientation.
Tape 2
(middle 1/3 of AVHRR data):
-
Readme/header file
-
AVHRR data in band sequential order:
channels 1 - 5, NDVI, solar zenith angle,
viewing angle, relative azimuth angle; UTM projection, North up orientation.
Tape 3
(last 1/3 of AVHRR data):
-
Readme/header file
-
AVHRR data in band sequential order
: channels 1 - 5, NDVI, solar zenith angle,
viewing angle, relative azimuth angle; UTM projection, North up orientation.
Tape 4
(MSS scenes 1 - 4):
-
Readme/header file
-
MSS scene 1 in band sequential order:
channels 1 - 4; UTM projection, north up
orientation.
-
MSS scene 2 in band sequential order:
channels 1 - 4; UTM projection, north up
orientation.
-
MSS scene 3 in band sequential order:
channels 1 - 4; UTM projection, north up
orientation.
-
MSS scene 4 in band sequential order:
channels 1 - 4; UTM projection, north up
orientation.
Tape 5
(MSS scenes 5 - 6):
-
Readme/header file
-
MSS scene 5 in band sequential order:
channels 1 - 4; UTM projection, north up
orientation.
-
MSS scene 6 in band sequential order:
channels 1 - 4; UTM projection, north up
orientation.
Tape 6
(TM scene 1):
-
Readme/header file
-
TM scene 1 in band sequential order:
channels 1 - 7; UTM projection, north up
orientation.
Tape 7
(TM scene 2):
-
Readme/header file
-
TM scene 2 in band sequential order:
channels 1 - 7; UTM projection, north up
orientation.
Tape 8
(TM scene 3):
-
Readme/header file
-
TM scene 3 in band sequential order:
channels 1 - 7; UTM projection, north up
orientation.
[HEADER Data record info:]
File 1: Readme Header File, 9735 bytes
[Ancillary Data record info:]
File 2: Ancillary data (ascii format), 53778 bytes
[Landcover Map GIF image record info:]
File 3: Landcover Map GIF image, 18867 bytes
468 Lines 256 Samples 8-bit data
[DEM record info:]
File 4: USGS DCW DEM, 65170980 bytes
| Projection = UTM |
Zone = 18 |
Datum = Clarke 1866 |
| ULCorner: |
4.5627E+06 |
5.4540E+04 |
| URCorner: |
4.5627E+06 |
5.7168E+05 |
| LLCorner: |
4.0525E+06 |
5.4540E+04 |
| LRCorner: |
4.0525E+06 |
5.7168E+05 |
| 5670 Lines |
5747 Samples [90 Meter Pixels] |
16-bit data |
The AVHRR scene id format consists of a combination of the following fields:
| Field Name |
Type |
Length |
Description |
Receiving Method | String | 2 | An indicator to tell whether the data was received real-time from the satellite or recorded.
Valid codes include:
AO = Orbital pass, a possible mix of HRPT and LAC acquired data.
AH = HRPT 1km High Resolution Picture Transmission (real-time).
AL = HRPT 1km Local Area Coverage(recorded).
|
Satellite Number | String | 2 | The number of the AVHRR satellite
which acquired the data. |
Acquisition Date | Date | 6 | The date this data was acquired by
the satellite.
Format = MMDDYY
Where M = Month, D = Day, Y = Year. |
|
Acq. Start Time | Numeric | 6 | The start time (GMT) when this data
was acquired.
Format = HHMMSS
Where H = Hours, M = Minutes,
S = Seconds. |
[AVHRR Data records info:]
| Projection = UTM |
Zone = 18 vm |
Datum = Clarke 1866 |
| ULCorner: |
4.5630E+06 |
5.4000E+04 |
| URCorner: |
4.5630E+06 |
5.7200E+05 |
| LLCorner: |
4.0520E+06 |
5.4000E+04 |
| LRCorner: |
4.0520E+06 |
5.7200E+05 |
| 512 Lines |
519 Samples [1000 Meter Pixels] |
16-bit data |
File 5: AO11040192185713 4783104 Bytes
File 6: AO11040292184512 4783104 Bytes
File 7: AO11040692195151 4783104 Bytes
File 8: AO11040792193411 4783104 Bytes
File 9: AO11040892192128 4783104 Bytes
File 10: AO11040992190949 4783104 Bytes
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File 12: AO11041492195656 4783104 Bytes
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File 14: AO11041792191458 4783104 Bytes
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File 16: AO11042392194409 4783104 Bytes
File 17: AO11042492193224 4783104 Bytes
File 18: AO11042892184411 4783104 Bytes
File 19: AO11050792184406 4783104 Bytes
File 20: AO11061292194851 4783104 Bytes
File 21: AO11061392193625 4783104 Bytes
File 22: AO11061592191424 4783104 Bytes
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File 24: AO11062192194152 4783104 Bytes
File 25: AO11062292192946 4783104 Bytes
File 26: AO11062392191711 4783104 Bytes
File 27: AO11062892195800 4783104 Bytes
File 28: AO11063092193356 4783104 Bytes
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File 38: AO11072692192320 4783104 Bytes
File 39: AO11072792191152 4783104 Bytes
File 40: AO11072892185936 4783104 Bytes
File 41: AO11072992185258 4783104 Bytes
[HEADER Data record info:]
File 1: Readme Header File, 9930 bytes
The AVHRR scene id format consists of a combination of the following fields:
| Field Name |
Type |
Length |
Description |
Receiving Method | String | 2 | An indicator to tell whether the data was received real-time from the satellite or recorded.
Valid codes include:
AO = Orbital pass, a possible mix of HRPT and LAC acquired data.
AH = HRPT 1km High Resolution Picture Transmission (real-time).
AL = HRPT 1km Local Area Coverage(recorded).
|
Satellite Number | String | 2 | The number of the AVHRR satellite
which acquired the data. |
Acquisition Date | Date | 6 | The date this data was acquired by
the satellite.
Format = MMDDYY
Where M = Month, D = Day, Y = Year. |
|
Acq. Start Time | Numeric | 6 | The start time (GMT) when this data
was acquired.
Format = HHMMSS
Where H = Hours, M = Minutes,
S = Seconds. |
[AVHRR Data records info:]
| Projection = UTM |
Zone = 18 vm |
Datum = Clarke 1866 |
| ULCorner: |
4.5630E+06 |
5.4000E+04 |
| URCorner: |
4.5630E+06 |
5.7200E+05 |
| LLCorner: |
4.0520E+06 |
5.4000E+04 |
| LRCorner: |
4.0520E+06 |
5.7200E+05 |
| 512 Lines |
519 Samples [1000 Meter Pixels] |
16-bit data |
File 2: AO11080192195209 4783104 Bytes
File 3: AO11080292193955 4783104 Bytes
File 4: AO11080592190415 4783104 Bytes
File 5: AO11080692185745 4783104 Bytes
File 6: AO11081192193237 4783104 Bytes
File 7: AO11081292192108 4783104 Bytes
File 8: AO11081392190849 4783104 Bytes
File 9: AO11081592184958 4783104 Bytes
File 10: AO11081792200117 4783104 Bytes
File 11: AO11081892194928 4783104 Bytes
File 12: AO11081992193703 4783104 Bytes
File 13: AO11082392185419 4783104 Bytes
File 14: AO11082692195946 4783104 Bytes
File 15: AO11082792194122 4783104 Bytes
File 16: AO11082892192928 4783104 Bytes
File 17: AO11082992192016 4783104 Bytes
File 18: AO11083092190729 4783104 Bytes
File 19: AO11090392195844 4783104 Bytes
File 20: AO11090492194601 4783104 Bytes
File 21: AO11090592193350 4783104 Bytes
File 22: AO11090692192156 4783104 Bytes
File 23: AO11090792190958 4783104 Bytes
File 24: AO11090892185745 4783104 Bytes
File 25: AO11091192200232 4783104 Bytes
File 26: AO11091292195022 4783104 Bytes
File 27: AO11091392193817 4783104 Bytes
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File 31: AO11092092195501 4783104 Bytes
File 32: AO11092892195915 4783104 Bytes
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File 48: AO11110392192800 4783104 Bytes
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File 50: AO11110892200807 4783104 Bytes
File 51: AO11110992195700 4783104 Bytes
File 52: AO11111092194545 4783104 Bytes
File 53: AO11111792200049 4783104 Bytes
File 54: AO11112192191212 4783104 Bytes
File 55: AO11112692195831 4783104 Bytes
File 56: AO11112792194255 4783104 Bytes
[HEADER Data record info:]
File 1: Readme Header File, 10131 bytes
[AVHRR Data records info:]
| Projection = UTM |
Zone = 18 vm |
Datum = Clarke 1866 |
| ULCorner: |
4.5630E+06 |
5.4000E+04 |
| URCorner: |
4.5630E+06 |
5.7200E+05 |
| LLCorner: |
4.0520E+06 |
5.4000E+04 |
| LRCorner: |
4.0520E+06 |
5.7200E+05 |
| 512 Lines |
519 Samples [1000 Meter Pixels] |
16-bit data |
File 2: AO11120492200232 4783104 Bytes
File 3: AO11120592194426 4783104 Bytes
File 4: AO11120692193817 4783104 Bytes
File 5: AO11121292200036 4783104 Bytes
File 6: AO11121392194826 4783104 Bytes
File 7: AO11121492193803 4783104 Bytes
File 8: AO11121592192437 4783104 Bytes
File 9: AO11121692191218 4783104 Bytes
File 10: AO11122192195702 4783104 Bytes
File 11: AO11122292194011 4783104 Bytes
File 12: AO11122392192802 4783104 Bytes
File 13: AO11122892200833 4783104 Bytes
File 14: AO11122992200204 4783104 Bytes
File 15: AO11010193192032 4783104 Bytes
File 16: AO11010693200022 4783104 Bytes
File 17: AO11010793194743 4783104 Bytes
File 18: AO11010893192845 4783104 Bytes
File 19: AO11011093191649 4783104 Bytes
File 20: AO11011393201637 4783104 Bytes
File 21: AO11011693193952 4783104 Bytes
File 22: AO11012193201953 4783104 Bytes
File 23: AO11012293200740 4783104 Bytes
File 24: AO11012393195512 4783104 Bytes
File 25: AO11012493194311 4783104 Bytes
File 26: AO11012993202405 4783104 Bytes
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File 28: AO11013193200004 4783104 Bytes
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File 30: AO11020293193508 4783104 Bytes
File 31: AO11020393192332 4783104 Bytes
File 32: AO11020493191103 4783104 Bytes
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File 36: AO11021293191609 4783104 Bytes
File 37: AO11021593201909 4783104 Bytes
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File 52: AO11031693192922 4783104 Bytes
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File 55: AO11032293195818 4783104 Bytes
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File 61: AO11033193194850 4783104 Bytes
Landsat Scene ID Definition:
Format = SPPPRRRFFYYDDDMN
Where:
|
|---|
| S | Satellite |
| PPP | Path |
| RRR | Row |
| FF | WRS offset (default to 00) |
| YY | Year |
| DDD | Julian date of acquistion |
| M | Instrument mode (1 = TM, 9 = MSS) |
| N | Instrument multiplexor (0 = satellites 1-5) |
[HEADER Data record info:]
File 1: Readme Header File, 9294 bytes
[MSS Data records info:]
Scene Id = 2016033007513490
| Projection = UTM |
Zone = 18 vm |
Datum = Clarke 1866 |
| ULCorner: |
4.4036E+06 |
2.1649E+05 |
| URCorner: |
4.4036E+06 |
4.6022E+05 |
| LLCorner: |
4.1677E+06 |
2.1649E+05 |
| LRCorner: |
4.1677E+06 |
4.6022E+05 |
| 4140 Lines |
4277 Samples [57 Meter Pixels] |
16-bit data |
File 2: 05/14/1975 = 2016033007513490 (P16/R33) Band1 17706780 Bytes
File 3: 05/14/1975 = 2016033007513490 (P16/R33) Band2 17706780 Bytes
File 4: 05/14/1975 = 2016033007513490 (P16/R33) Band3 17706780 Bytes
File 5: 05/14/1975 = 2016033007513490 (P16/R33) Band4 17706780 Bytes
[MSS Data records info:]
Scene Id = 2016033007620190
| Projection = UTM |
Zone = 18 vm |
Datum = Clarke 1866 |
| ULCorner: |
4.4193E+06 |
2.0902E+05 |
| URCorner: |
4.4193E+06 |
4.5281E+05 |
| LLCorner: |
4.1823E+06 |
2.0902E+05 |
| LRCorner: |
4.1823E+06 |
4.5281E+05 |
| 4159 Lines |
4278 Samples [57 Meter Pixels] |
8-bit data |
File 6: 07/19/1976 = 2016033007620190 (P16/R33) Band1 17792202 Bytes
File 7: 07/19/1976 = 2016033007620190 (P16/R33) Band2 17792202 Bytes
File 8: 07/19/1976 = 2016033007620190 (P16/R33) Band3 17792202 Bytes
File 9: 07/19/1976 = 2016033007620190 (P16/R33) Band4 17792202 Bytes
[MSS Data records info:]
Scene Id = 2016033007625590
| Projection = UTM |
Zone = 18 vm |
Datum = Clarke 1866 |
| ULCorner: |
4.4290E+06 |
2.0953E+05 |
| URCorner: |
4.4290E+06 |
4.5127E+05 |
| LLCorner: |
4.1926E+06 |
2.0953E+05 |
| LRCorner: |
4.1926E+06 |
4.5127E+05 |
| 4149 Lines |
4242 Samples [57 Meter Pixels] |
8-bit data |
File 10: 09/11/1976 = 2016033007625590 (P16/R33) Band1 17600058 Bytes
File 11: 09/11/1976 = 2016033007625590 (P16/R33) Band2 17600058 Bytes
File 12: 09/11/1976 = 2016033007625590 (P16/R33) Band3 17600058 Bytes
File 13: 09/11/1976 = 2016033007625590 (P16/R33) Band4 17600058 Bytes
[MSS Data records info:]
Scene Id = 4015033008313390
| Projection = UTM |
Zone = 18 vm |
Datum = Clarke 1866 |
| ULCorner: |
4.4312E+06 |
2.0742E+05 |
| URCorner: |
4.4312E+06 |
4.5070E+05 |
| LLCorner: |
4.1853E+06 |
2.0742E+05 |
| LRCorner: |
4.1853E+06 |
4.5070E+05 |
| 4315 Lines |
4269 Samples [57 Meter Pixels] |
8-bit data |
File 14: 05/13/1983 = 4015033008313390 (P15/R33) Band1 18420735 Bytes
File 15: 05/13/1983 = 4015033008313390 (P15/R33) Band2 18420735 Bytes
File 16: 05/13/1983 = 4015033008313390 (P15/R33) Band3 18420735 Bytes
File 17: 05/13/1983 = 4015033008313390 (P15/R33) Band4 18420735 Bytes
Landsat Scene ID Definition:
Format = SPPPRRRFFYYDDDMN
Where:
|
|---|
| S | Satellite |
| PPP | Path |
| RRR | Row |
| FF | WRS offset (default to 00) |
| YY | Year |
| DDD | Julian date of acquistion |
| M | Instrument mode (1 = TM, 9 = MSS) |
| N | Instrument multiplexor (0 = satellites 1-5) |
[HEADER Data record info:]
File 1: Readme Header File, 8659 bytes
[MSS Data records info:]
Scene Id = 4015033008322990
| Projection = UTM |
Zone = 18 vm |
Datum = Clarke 1866 |
| ULCorner: |
4.4287E+06 |
2.1740E+05 |
| URCorner: |
4.4287E+06 |
4.5953E+05 |
| LLCorner: |
4.1839E+06 |
2.1740E+05 |
| LRCorner: |
4.1839E+06 |
4.5953E+05 |
| 4297 Lines |
4249 Samples [57 Meter Pixels] |
8-bit data |
File 2: 08/17/1983 = 4015033008322990 (P15/R33) Band1 18257953 Bytes
File 3: 08/17/1983 = 4015033008322990 (P15/R33) Band2 18257953 Bytes
File 4: 08/17/1983 = 4015033008322990 (P15/R33) Band3 18257953 Bytes
File 5: 08/17/1983 = 4015033008322990 (P15/R33) Band4 18257953 Bytes
[MSS Data records info:]
Scene Id = 5015033008922190
| Projection = UTM |
Zone = 18 vm |
Datum = Clarke 1866 |
| ULCorner: |
4.4321E+06 |
2.0480E+05 |
| URCorner: |
4.4321E+06 |
4.4876E+05 |
| LLCorner: |
4.1856E+06 |
2.0480E+05 |
| LRCorner: |
4.1856E+06 |
4.4876E+05 |
| 4326 Lines |
4281 Samples [57 Meter Pixels] |
8-bit data |
File 6: 08/09/1989 = 5015033008922190 (P15/R33) Band1 18519606 Bytes
File 7: 08/09/1989 = 5015033008922190 (P15/R33) Band2 18519606 Bytes
File 8: 08/09/1989 = 5015033008922190 (P15/R33) Band3 18519606 Bytes
File 9: 08/09/1989 = 5015033008922190 (P15/R33) Band4 18519606 Bytes
[MSS Data records info:]
Scene Id = 5015033009111590
| Projection = UTM |
Zone = 18 vm |
Datum = Clarke 1866 |
| ULCorner: |
4.4307E+06 |
2.1073E+05 |
| URCorner: |
4.4307E+06 |
4.5480E+05 |
| LLCorner: |
4.1849E+06 |
2.1073E+05 |
| LRCorner: |
4.1849E+06 |
4.5480E+05 |
| 4313 Lines |
4283 Samples [57 Meter Pixels] |
8-bit data |
File 10: 04/25/1991 = 5015033009111590 (P15/R33) Band1 18472579 Bytes
File 11: 04/25/1991 = 5015033009111590 (P15/R33) Band2 18472579 Bytes
File 12: 04/25/1991 = 5015033009111590 (P15/R33) Band3 18472579 Bytes
File 13: 04/25/1991 = 5015033009111590 (P15/R33) Band4 18472579 Bytes
Landsat Scene ID Definition:
Format = SPPPRRRFFYYDDDMN
Where:
|
|---|
| S | Satellite |
| PPP | Path |
| RRR | Row |
| FF | WRS offset (default to 00) |
| YY | Year |
| DDD | Julian date of acquistion |
| M | Instrument mode (1 = TM, 9 = MSS) |
| N | Instrument multiplexor (0 = satellites 1-5) |
[HEADER Data record info:]
File 1: Readme Header File, 7609 bytes
[TM Data records info:]
Scene Id = 5015033008522610
| Projection = UTM |
Zone = 18 vm |
Datum = Clarke 1866 |
| ULCorner: |
4.4211E+06 |
2.1190E+05 |
| URCorner: |
4.4211E+06 |
4.4979E+05 |
| LLCorner: |
4.1936E+06 |
2.1190E+05 |
| LRCorner: |
4.1936E+06 |
4.4979E+05 |
| 7985 Lines |
8348 Samples [28.5 Meter Pixels] |
8-bit data |
File 2: 08/14/1985 = 5015033008522610 (P15/R33) Band1 66658780 Bytes
File 3: 08/14/1985 = 5015033008522610 (P15/R33) Band2 66658780 Bytes
File 4: 08/14/1985 = 5015033008522610 (P15/R33) Band3 66658780 Bytes
File 5: 08/14/1985 = 5015033008522610 (P15/R33) Band4 66658780 Bytes
File 6: 08/14/1985 = 5015033008522610 (P15/R33) Band5 66658780 Bytes
File 7: 08/14/1985 = 5015033008522610 (P15/R33) Band6 66658780 Bytes
File 8: 08/14/1985 = 5015033008522610 (P15/R33) Band7 66658780 Bytes
Landsat Scene ID Definition:
Format = SPPPRRRFFYYDDDMN
Where:
|
|---|
| S | Satellite |
| PPP | Path |
| RRR | Row |
| FF | WRS offset (default to 00) |
| YY | Year |
| DDD | Julian date of acquistion |
| M | Instrument mode (1 = TM, 9 = MSS) |
| N | Instrument multiplexor (0 = satellites 1-5) |
[HEADER Data record info:]
File 1: Readme Header File, 7609 bytes
[TM Data records info:]
Scene Id = 5015033009611310
| Projection = UTM |
Zone = 18 vm |
Datum = Clarke 1866 |
| ULCorner: |
4.4211E+06 |
2.1902E+05 |
| URCorner: |
4.4211E+06 |
4.5737E+05 |
| LLCorner: |
4.1907E+06 |
2.1902E+05 |
| LRCorner: |
4.1907E+06 |
4.5737E+05 |
| 8084 Lines |
8364 Samples [28.5 Meter Pixels] |
8-bit data |
File 2: 04/22/1996 = 5015033009611310 (P15/R33) Band1 67614576 Bytes
File 3: 04/22/1996 = 5015033009611310 (P15/R33) Band2 67614576 Bytes
File 4: 04/22/1996 = 5015033009611310 (P15/R33) Band3 67614576 Bytes
File 5: 04/22/1996 = 5015033009611310 (P15/R33) Band4 67614576 Bytes
File 6: 04/22/1996 = 5015033009611310 (P15/R33) Band5 67614576 Bytes
File 7: 04/22/1996 = 5015033009611310 (P15/R33) Band6 67614576 Bytes
File 8: 04/22/1996 = 5015033009611310 (P15/R33) Band7 67614576 Bytes
Landsat Scene ID Definition:
Format = SPPPRRRFFYYDDDMN
Where:
|
|---|
| S | Satellite |
| PPP | Path |
| RRR | Row |
| FF | WRS offset (default to 00) |
| YY | Year |
| DDD | Julian date of acquistion |
| M | Instrument mode (1 = TM, 9 = MSS) |
| N | Instrument multiplexor (0 = satellites 1-5) |
[HEADER Data record info:]
File 1: Readme Header File, 7609 bytes
[TM Data records info:]
Scene Id = 5015033009619310
| Projection = UTM |
Zone = 18 vm |
Datum = Clarke 1866 |
| ULCorner: |
4.4199E+06 |
2.2401E+05 |
| URCorner: |
4.4199E+06 |
4.6219E+05 |
| LLCorner: |
4.1907E+06 |
2.2401E+05 |
| LRCorner: |
4.1907E+06 |
4.6219E+05 |
| 8077 Lines |
8358 Samples [28.5 Meter Pixels] |
8-bit data |
File 2: 07/11/1996 = 5015033009619310 (P15/R33) Band1 67507566 Bytes
File 3: 07/11/1996 = 5015033009619310 (P15/R33) Band2 67507566 Bytes
File 4: 07/11/1996 = 5015033009619310 (P15/R33) Band3 67507566 Bytes
File 5: 07/11/1996 = 5015033009619310 (P15/R33) Band4 67507566 Bytes
File 6: 07/11/1996 = 5015033009619310 (P15/R33) Band5 67507566 Bytes
File 7: 07/11/1996 = 5015033009619310 (P15/R33) Band6 67507566 Bytes
File 8: 07/11/1996 = 5015033009619310 (P15/R33) Band7 67507566 Bytes
|
