Harvard Forest LTER Product Summary


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Harvard Forest LTER

Test Site Information

Site Name:	Harvard Forest LTER, Massachusetts USA
Latitude:	42.5 N
Longitude:	72.2 W
Site Managed By:	Faculty of Arts and Sciences (FAS) of Harvard University
Point of Contact:	David Foster Harvard University P. O. Box 68 Petersham, Massachusetts 01366 USA
Phone:	508-724-3302
Point of Contact #2:	Mary Martin University of New Hampshire Complex Systems Research Center Morse Hall Durham, NH 03824
Phone:	(603) 862-4098
Email:	mem@woody.unh.edu
Site Operating Since:	1907
Affiliated Programs:	National Science Foundation Long Term Ecological Research (LTER) Program; Harvard University; Universities of New Hampshire and Massachusetts; The Ecosystem Center, Marine Biological Laboratory
Elevation Range:	275 - 490 meters
Annual Precipitation:	279 cm
Mean Summer Temp.:	20 C
Mean Winter Temp.:	-6 C
Seasonality:	Temperate maritime, maximum precipitation in summer
Predominant Vegetation:	Eastern deciduous forest. Hardwood-white-pine-hemlock forest; spruce swamp forest; conifer plantations.
Site Data Source:	LTER Data
Site Data Types:	Meterological Data (incl. micro-meteorological tower) GIS data layers Canopy Chemistry Chronic Nitrogen Atmospheric Chemistry Breeding bird species list Vascular plant species list Mosses species list
Data Access:	http://lternet.edu/~rlent/hfrhome.htm

The Harvard Forest has been used for research and education in forest biology since 1907. The site includes approximately 3000 acres of land and includes mixed hardwood and conifer forests, ponds, extensive spruce and maple swamps, white pine and hemlock, and conifer plantations. The site was established as part of the National Science Foundation Long Term Ecological Research (LTER) network in 1988. The Fisher Museum and Torrey Laboratories in Petersham, Massachusetts provide office and laboratory space, computer and greenhouse facilities, and a lecture room and lodging for seminars and conferences. An additional six houses and apartments provide housing for staff, visiting researchers and students. Extensive records of plant research, long-term data sets and historical information are maintained in the Harvard Forest archives.

Research at the site has traditionally focused on silviculture and forest management, soils and the development of forest site concepts, the biology of temperate and tropical trees, forest ecology and economics and ecosystem dynamics. LTER and site related research currently includes research in:

long-term climate change disturbance history and vegetation dynamics;
comparison of community, population, and plant architectural responses to human and natural disturbance;
forest-atmosphere trace gas fluxes;
organic matter accumulation, decomposition and mineralization; and
element cycling, fine root dynamics and forest microbiology.

Site researchers are also participating in the LTER MODLERS project ( http://atlantic.evsc.virginia.edu/~jhp7e/modlers/ ) which is developing a validation strategy for land cover, leaf area index, and net primary productivity products to be derived from the MODIS sensor on the NASA Earth Observing System (EOS).

The land cover map for the Harvard Forest was provided by the site investigator. It is based on a classification of Thematic Mapper imagery which was developed for the MODLERS effort within the LTER site network.with the data sets.

Class #	Description	Color (R,G,B)
1	Cloud	Black (0,0,0)
2	Softwood Forest	Dark Green (0,127,0)
3	Hardwood Forest	Light Green (0,191,0)
4	Urban	Magenta (255,0,127)
5	Grass / Field	Tan(255,255,191)
6	Water	Aqua (0,255,255)

Product Request for the Harvard Forest LTER GLCTS Product

Go to GLCTS Project Server

Harvard Forest LTER 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 Harvard Forest research site includes mixed hardwood and conifer forests, ponds, extensive spruce and maple swamps, white pine and hemlock, and conifer plantations. The site was established as part of the National Science Foundation Long Term Ecological Research (LTER) network in 1988. Extensive records of plant research, long-term data sets and historical information are maintained in the Harvard Forest archive.

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.

Class #	Description	Color (R,G,B)
1	Cloud	Black (0,0,0)
2	Softwood Forest	Dark Green (0,127,0)
3	Hardwood Forest	Light Green (0,191,0)
4	Urban	Magenta (255,0,127)
5	Grass / Field	Tan(255,255,191)
6	Water	Aqua (0,255,255)

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.

Harvard Forest LTER AVHRR Tape 1 Directory

[HEADER Data record info:]
File 1: Readme Header File, 8593 bytes

[Ancillary Data record info:]
File 2: Ancillary data (ascii format), 52982 bytes

[Landcover Map GIF image record info:]
File 3: Landcover Map GIF image, 25234 bytes

772 Lines 580 Samples 8-bit data

[DEM record info:]
File 4: USGS DCW DEM, 66250156 bytes

Projection = UTM Zone = 18 Datum = Clarke 1866

ULCorner: 4.9518E+06 4.6503E+05

URCorner: 4.9518E+06 9.8532E+05

LLCorner: 4.4363E+06 4.6503E+05

LRCorner: 4.4363E+06 9.8532E+05

5729 Lines 5782 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 Datum = Clarke 1866

ULCorner: 4.9520E+06 4.6500E+05

URCorner: 4.9520E+06 9.8600E+05

LLCorner: 4.4360E+06 4.6500E+05

LRCorner: 4.4360E+06 9.8600E+05

517 Lines 522 Samples [1000 Meter Pixels] 16-bit data

File 5: AO11042292180731 4857732 Bytes
File 6: AO11042692190747 4857732 Bytes
File 7: AO11042792185556 4857732 Bytes
File 8: AO11042892184411 4857732 Bytes
File 9: AO11042992183337 4857732 Bytes
File 10: AO11043092182718 4857732 Bytes
File 11: AO11051292192316 4857732 Bytes
File 12: AO11051492185901 4857732 Bytes
File 13: AO11051592184157 4857732 Bytes
File 14: AO11051692182942 4857732 Bytes
File 15: AO11052092192217 4857732 Bytes
File 16: AO11062292192946 4857732 Bytes
File 17: AO11062392191711 4857732 Bytes
File 18: AO11070192192210 4857732 Bytes
File 19: AO11070292190941 4857732 Bytes
File 20: AO11070592183903 4857732 Bytes
File 21: AO11071192190304 4857732 Bytes
File 22: AO11071292185110 4857732 Bytes
File 23: AO11072092185512 4857732 Bytes
File 24: AO11072692192320 4857732 Bytes
File 25: AO11072792191152 4857732 Bytes
File 26: AO11072992185258 4857732 Bytes
File 27: AO11073092184047 4857732 Bytes
File 28: AO11073192185110 4857732 Bytes

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Harvard Forest LTER AVHRR Tape 2 Directory

[HEADER Data record info:]
File 1: Readme Header File, 8948 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.

File 2: AO11080392192807 4857732 Bytes
File 3: AO11080592190415 4857732 Bytes
File 4: AO11081292192108 4857732 Bytes
File 5: AO11081392190849 4857732 Bytes
File 6: AO11081692183742 4857732 Bytes
File 7: AO11081792183007 4857732 Bytes
File 8: AO11081992193703 4857732 Bytes
File 9: AO11082292190050 4857732 Bytes
File 10: AO11090192184637 4857732 Bytes
File 11: AO11090292185706 4857732 Bytes
File 12: AO11090592193350 4857732 Bytes
File 13: AO11090692192156 4857732 Bytes
File 14: AO11090792190958 4857732 Bytes
File 15: AO11090992185105 4857732 Bytes
File 16: AO11091092183856 4857732 Bytes
File 17: AO11091392193817 4857732 Bytes
File 18: AO11091692190209 4857732 Bytes
File 19: AO11091892184317 4857732 Bytes
File 20: AO11091992183114 4857732 Bytes
File 21: AO11092392191838 4857732 Bytes
File 22: AO11092492190641 4857732 Bytes
File 23: AO11092692184743 4857732 Bytes
File 24: AO11092792184011 4857732 Bytes
File 25: AO11100192192321 4857732 Bytes
File 26: AO11100292191632 4857732 Bytes
File 27: AO11100392190420 4857732 Bytes
File 28: AO11100492185204 4857732 Bytes
File 29: AO11100592184430 4857732 Bytes
File 30: AO11100892194114 4857732 Bytes
File 31: AO11101092191534 4857732 Bytes
File 32: AO11101192190838 4857732 Bytes
File 33: AO11101492183637 4857732 Bytes
File 34: AO11101792193723 4857732 Bytes
File 35: AO11101992190736 4857732 Bytes
File 36: AO11102092185556 4857732 Bytes
File 37: AO11102292184112 4857732 Bytes
File 38: AO11102792191200 4857732 Bytes
File 39: AO11102892185957 4857732 Bytes
File 40: AO11102992185249 4857732 Bytes
File 41: AO11103092184514 4857732 Bytes
File 42: AO11110392192800 4857732 Bytes
File 43: AO11110592190412 4857732 Bytes
File 44: AO11110692185704 4857732 Bytes
File 45: AO11110792184928 4857732 Bytes
File 46: AO11111392190848 4857732 Bytes
File 47: AO11112392185310 4857732 Bytes

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Harvard Forest LTER AVHRR Tape 3 Directory

[HEADER Data record info:]
File 1: Readme Header File, 8868 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.

File 2: AO11120892190840 4857732 Bytes
File 3: AO11120992190116 4857732 Bytes
File 4: AO11121092185939 4857732 Bytes
File 5: AO11122492191559 4857732 Bytes
File 6: AO11122592190412 4857732 Bytes
File 7: AO11122792184918 4857732 Bytes
File 8: AO11010193192032 4857732 Bytes
File 9: AO11010293191245 4857732 Bytes
File 10: AO11010993192353 4857732 Bytes
File 11: AO11011293184800 4857732 Bytes
File 12: AO11011893190940 4857732 Bytes
File 13: AO11012093185618 4857732 Bytes
File 14: AO11012193184838 4857732 Bytes
File 15: AO11012893190002 4857732 Bytes
File 16: AO11012993185228 4857732 Bytes
File 17: AO11013193200004 4857732 Bytes
File 18: AO11020293193508 4857732 Bytes
File 19: AO11020493191103 4857732 Bytes
File 20: AO11020693185607 4857732 Bytes
File 21: AO11021193193208 4857732 Bytes
File 22: AO11021293191609 4857732 Bytes
File 23: AO11021493185947 4857732 Bytes
File 24: AO11021993193107 4857732 Bytes
File 25: AO11022093191808 4857732 Bytes
File 26: AO11022193191113 4857732 Bytes
File 27: AO11022593195806 4857732 Bytes
File 28: AO11022693194608 4857732 Bytes
File 29: AO11022793193926 4857732 Bytes
File 30: AO11022893192203 4857732 Bytes
File 31: AO11030593200221 4857732 Bytes
File 32: AO11030693195009 4857732 Bytes
File 33: AO11030993191357 4857732 Bytes
File 34: AO11031493195326 4857732 Bytes
File 35: AO11031593194109 4857732 Bytes
File 36: AO11031793191757 4857732 Bytes
File 37: AO11031893190556 4857732 Bytes
File 38: AO11031993190212 4857732 Bytes
File 39: AO11032293195818 4857732 Bytes
File 40: AO11032393194454 4857732 Bytes
File 41: AO11032493193304 4857732 Bytes
File 42: AO11032593192542 4857732 Bytes
File 43: AO11032693191318 4857732 Bytes
File 44: AO11032793190539 4857732 Bytes
File 45: AO11033093200059 4857732 Bytes

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Harvard Forest LTER MSS Tape 1 Directory

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, 8672 bytes

[MSS Data records info:]
Scene Id = 2014030007612790

Projection = UTM Zone = 18 Datum = Clarke 1866

ULCorner: 4.8939E+06 5.8853E+05

URCorner: 4.8939E+06 8.2354E+05

LLCorner: 4.6743E+06 5.8853E+05

LRCorner: 4.6743E+06 8.2354E+05

3853 Lines 4124 Samples [57 Meter Pixels] 8-bit data

File 2: 05/06/1976 = 2014030007612790 (P14/R30) Band1 15889772 Bytes
File 3: 05/06/1976 = 2014030007612790 (P14/R30) Band2 15889772 Bytes
File 4: 05/06/1976 = 2014030007612790 (P14/R30) Band3 15889772 Bytes
File 5: 05/06/1976 = 2014030007612790 (P14/R30) Band4 15889772 Bytes

[MSS Data records info:]
Scene Id = 2014030007623590

Projection = UTM Zone = 18 Datum = Clarke 1866

ULCorner: 4.9031E+06 5.8687E+05

URCorner: 4.9031E+06 8.2194E+05

LLCorner: 4.6836E+06 5.8687E+05

LRCorner: 4.6836E+06 8.2194E+05

3853 Lines 4124 Samples [57 Meter Pixels] 8-bit data

File 6: 08/22/1976 = 2014030007623590 (P14/R30) Band1 15893625 Bytes
File 7: 08/22/1976 = 2014030007623590 (P14/R30) Band2 15893625 Bytes
File 8: 08/22/1976 = 2014030007623590 (P14/R30) Band3 15893625 Bytes
File 9: 08/22/1976 = 2014030007623590 (P14/R30) Band4 15893625 Bytes

[MSS Data records info:]
Scene Id = 4013030008326390

Projection = UTM Zone = 18 Datum = Clarke 1866

ULCorner: 4.9075E+06 5.7935E+05

URCorner: 4.9075E+06 8.4565E+05

LLCorner: 4.6620E+06 5.7935E+05

LRCorner: 4.6620E+06 8.4565E+05

4308 Lines 4673 Samples [57 Meter Pixels] 8-bit data

File 10: 09/20/1983 = 4013030008326390 (P13/R30) Band1 20131284 Bytes
File 11: 09/20/1983 = 4013030008326390 (P13/R30) Band2 20131284 Bytes
File 12: 09/20/1983 = 4013030008326390 (P13/R30) Band3 20131284 Bytes
File 13: 09/20/1983 = 4013030008326390 (P13/R30) Band4 20131284 Bytes

[MSS Data records info:]
Scene Id = 5013030009210490

Projection = UTM Zone = 18 Datum = Clarke 1866

ULCorner: 4.9075E+06 5.7935E+05

URCorner: 4.9075E+06 8.4565E+05

LLCorner: 4.6620E+06 5.7935E+05

LRCorner: 4.6620E+06 8.4565E+05

4308 Lines 4673 Samples [57 Meter Pixels] 8-bit data

File 14: 04/13/1992 = 5013030009210490 (P13/R30) Band1 20131284 Bytes
File 15: 04/13/1992 = 5013030009210490 (P13/R30) Band2 20131284 Bytes
File 16: 04/13/1992 = 5013030009210490 (P13/R30) Band3 20131284 Bytes
File 17: 04/13/1992 = 5013030009210490 (P13/R30) Band4 20131284 Bytes

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Harvard Forest LTER MSS Tape 2 Directory

Landsat Scene ID Definition:

[HEADER Data record info:]
File 1: Readme Header File, 7402 bytes

[MSS Data records info:]
Scene Id = 5013030009212090

Projection = UTM Zone = 18 Datum = Clarke 1866

ULCorner: 4.9075E+06 5.7935E+05

URCorner: 4.9075E+06 8.4565E+05

LLCorner: 4.6620E+06 5.7935E+05

LRCorner: 4.6620E+06 8.4565E+05

4308 Lines 4673 Samples [57 Meter Pixels] 8-bit data

File 2: 04/29/1992 = 5013030009212090 (P13/R30) Band1 20131284 Bytes
File 3: 04/29/1992 = 5013030009212090 (P13/R30) Band2 20131284 Bytes
File 4: 04/29/1992 = 5013030009212090 (P13/R30) Band3 20131284 Bytes
File 5: 04/29/1992 = 5013030009212090 (P13/R30) Band4 20131284 Bytes

[MSS Data records info:]
Scene Id = 5013030009218490

Projection = UTM Zone = 18 Datum = Clarke 1866

ULCorner: 4.9075E+06 5.7935E+05

URCorner: 4.9075E+06 8.4565E+05

LLCorner: 4.6620E+06 5.7935E+05

LRCorner: 4.6620E+06 8.4565E+05

4308 Lines 4673 Samples [57 Meter Pixels] 8-bit data

File 6: 07/02/1992 = 5013030009218490 (P13/R30) Band1 20131284 Bytes
File 7: 07/02/1992 = 5013030009218490 (P13/R30) Band2 20131284 Bytes
File 8: 07/02/1992 = 5013030009218490 (P13/R30) Band3 20131284 Bytes
File 9: 07/02/1992 = 5013030009218490 (P13/R30) Band4 20131284 Bytes

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Harvard Forest LTER TM Tape 1 Directory

Landsat Scene ID Definition:

[HEADER Data record info:]
File 1: Readme Header File, 6987 bytes

[TM Data records info:]
Scene Id = 5013030008524410

Projection = UTM Zone = 18 Datum = Clarke 1866

ULCorner: 4.8974E+06 5.9465E+05

URCorner: 4.8974E+06 8.3052E+05

LLCorner: 4.6718E+06 5.9465E+05

LRCorner: 4.6718E+06 8.3052E+05

7915 Lines 8277 Samples [28.5 Meter Pixels] 8-bit data

File 2: 09/01/1985 = 5013030008524410 (P13/R30) Band1 65512455 Bytes
File 3: 09/01/1985 = 5013030008524410 (P13/R30) Band2 65512455 Bytes
File 4: 09/01/1985 = 5013030008524410 (P13/R30) Band3 65512455 Bytes
File 5: 09/01/1985 = 5013030008524410 (P13/R30) Band4 65512455 Bytes
File 6: 09/01/1985 = 5013030008524410 (P13/R30) Band5 65512455 Bytes
File 7: 09/01/1985 = 5013030008524410 (P13/R30) Band6 65512455 Bytes
File 8: 09/01/1985 = 5013030008524410 (P13/R30) Band7 65512455 Bytes

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Harvard Forest LTER TM Tape 2 Directory

[HEADER Data record info:]
File 1: Readme Header File, 6987 bytes

[TM Data records info:]
Scene Id = 5013030009218410

Projection = UTM Zone = 18 Datum = Clarke 1866

ULCorner: 4.8928E+06 5.8793E+05

URCorner: 4.8928E+06 8.2476E+05

LLCorner: 4.6782E+06 5.8793E+05

LRCorner: 4.6782E+06 8.2476E+05

7532 Lines 8311 Samples [28.5 Meter Pixels] 8-bit data

File 2: 07/02/1992 = 5013030009218410 (P13/R30) Band1 62598452 Bytes
File 3: 07/02/1992 = 5013030009218410 (P13/R30) Band2 62598452 Bytes
File 4: 07/02/1992 = 5013030009218410 (P13/R30) Band3 62598452 Bytes
File 5: 07/02/1992 = 5013030009218410 (P13/R30) Band4 62598452 Bytes
File 6: 07/02/1992 = 5013030009218410 (P13/R30) Band5 62598452 Bytes
File 7: 07/02/1992 = 5013030009218410 (P13/R30) Band6 62598452 Bytes
File 8: 07/02/1992 = 5013030009218410 (P13/R30) Band7 62598452 Bytes

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Harvard Forest LTER TM Tape 3 Directory

[HEADER Data record info:]
File 1: Readme Header File, 6987 bytes

[TM Data records info:]
Scene Id = 5013030009312210

Projection = UTM Zone = 18 Datum = Clarke 1866

ULCorner: 4.8983E+06 5.9448E+05

URCorner: 4.8983E+06 8.3026E+05

LLCorner: 4.6708E+06 5.9448E+05

LRCorner: 4.6708E+06 8.3026E+05

7982 Lines 8274 Samples [28.5 Meter Pixels] 8-bit data

File 2: 05/02/1993 = 5013030009312210 (P13/R30) Band1 66043068 Bytes
File 3: 05/02/1993 = 5013030009312210 (P13/R30) Band2 66043068 Bytes
File 4: 05/02/1993 = 5013030009312210 (P13/R30) Band3 66043068 Bytes
File 5: 05/02/1993 = 5013030009312210 (P13/R30) Band4 66043068 Bytes
File 6: 05/02/1993 = 5013030009312210 (P13/R30) Band5 66043068 Bytes
File 7: 05/02/1993 = 5013030009312210 (P13/R30) Band6 66043068 Bytes
File 8: 05/02/1993 = 5013030009312210 (P13/R30) Band7 66043068 Bytes

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Product Request

Go to GLCTS Project Server

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Technical Contact: edc@eos.nasa.gov
Last Update: Tuesday, January 13, 2004
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