Mkomazi Game Reserve, Tanzania Product Summary


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Mkomazi Game Reserve, Tanzania

Test Site Information

Site Name:	Mkomazi Game Reserve, Tanzania
Latitude:	4.15 S
Longitude:	38.25 E
Site Managed By:	The Department of Wildlife, Ministry of Natural Resources and Tourism, Tanzania.
Point of Contact:	Dr. Michael Packer Biodiversity Mapping, Monitoring and Management Department of Zoology University of Oxford South Parks Road Oxford, OX1 3PS, UK
Phone:	+44 1865 271267
Fax:	+44 1865 271240
Email:	mike.packer@zoo.ox.ac.uk
Site Operating Since:	1993
Affiliated Programs:	Mkomazi Ecological Research Programme of the Royal Geographical Society (with the Institute of British Geographers), UK and the Department of Wildlife, Tanzania (1993-1997); Darwin Initiative Biodiversity Project (1996-1999) of the University of Oxford; in planning stages, Geographical Observatories Programme of the Royal Geographical Society (with the Institute of British Geographers), UK (1998- )
Elevation Range:	234 m to 1609 m
Annual Precipitation:	Spatially variable, 330 mm/y to 840 mm/y
Mean Annual Temperature:	23.1 C
Mean Minimum Temperature:	9.4 - 17.5 C
Mean Maximum Temperature:	29.0 - 37.8 C
Seasonality:	Dry season from May/June to October/November; short rains from October/November to December/January; dry period then until February/March; long rains from February/March to May/June; 95% of rains fall during the two rains, each accounting for about 50%.
Predominant Vegetation:	Semi-arid savannah, predominated by Somalia-Masai Acacia-Commiphora deciduous bushland and thicket. areas of secondary grassland, wooded grassland, seasonally-inundated grassland, scrub, and upland forest.
Site Data Source #1:	BioMMM, Department of Zoology, University of Oxford, Oxford, UK
Site Data Types:	GIS coverages (rivers, roads, contours, reserve/administrative and international boundaries, DEM), Vegetation transect data, Processed satellite data (NOAA-AVHRR derived meteorological surrogates, temporal Fourier transformed AVHRR 1-km data, vegetation boundaries)
Site Data Access:	Dr. Packer (point of contact above)http://users.ox.ac.uk/~packermj/
Site Data Source #2:	Mkomazi Ecological Research Programme, Royal Geographical Society (with the Institute of British Geographers) 1 Kensington Gore London, SW7 2AR, UK
Site Data Types:	Meteorological data Reports of the Mkomazi Ecological Research Programme (botany/vegetation, ornithology, invertebrate biodiversity, large mammal distribution, soil geochemistry)
Site Data Access:	mail - to address directly above
E-mail:	v.simonds@rgs.org

The Mkomazi Game Reserve (MGR) lies in north-eastern Tanzania between Mount Kilimanjaro and the coast. It covers an area of approximately 3250 km2 forming the southern limit of the Tsavo ecosystem (it borders the Tsavo West National Park in Kenya to the north). The southern edge of most of the Reserve lies at the foot of the Pare and Usambara Mountains which have a significant influence on the climate and vegetation. The Reserve generally rises inland from 300m in the east to 800m in the west. From the central part of the Reserve towards the west there are hills (outliers from the Pare and Usambara Mountains) which rise several hundred metres to over 1500m in places. These hills comprise a small percentage of the total area of the Reserve (less than 7%) but have important vegetation communities.

Research prior to the 1980s is limited and includes studies of the mammal populations and vegetation. Since 1993 the Mkomazi Ecological Research Programme of the Department of Wildlife, Tanzania and the Royal Geographical Society, UK has studied the ecology of the Reserve with the aim of describing the distribution, abundance and diversity of the flora and fauna. The purpose of this work was to provide information relevant to the management planning processes of the Department of Wildlife. Information was gathered on vegetation dynamics, mammal distribution and abundance, invertebrate, bird, reptile and amphibian diversity, soil geo-chemistry and meteorology.

Current research under the Darwin Initiative Biodiversity Project is amplifying data on vegetation dynamics, mammal, bird and invertebrate distribution, and soil geochemistry. The project will use these ground data in combination with satellite-derived data to map biodiversity and develop a methodology for monitoring changes in biodiversity in response to various management practices. MGR is being developed for the Global Observatories Programme (GOP) which is co-ordinated by the U.K. Royal Geographical Society. The GOP sites are to serve as long-term field study centers, including site facilities, field staff, and long term monitoring and research activities.

Various Tanzanian collaborations are fundamental to the research activities in MGR. The Serengeti Wildlife Research Institute is responsible for coordinating research in protected areas in Tanzania. The Department of Wildlife is responsible for the management of Game Reserves. Locally to MGR, the Tropical Pesticides Research Institute and the African College of Wildlife Management are involved in various long-term training and research activities within the MGR.

Landcover Map GIF Image: generated by USGS MRLC Program. IGBP Land Cover Legend Value Description Red Green Blue 1 Evergreen Needleleaf Forest 34 139 34 2 Evergreen Broadleaf Forest 50 205 50 3 Deciduous Needleleaf Forest 154 205 50 4 Deciduous Broadleaf Forest 152 251 152 5 Mixed Forest 143 188 143 6 Closed Shrublands 188 143 143 7 Open Shrublands 245 222 179 8 Woody Savannas 219 236 157 9 Savannas 255 215 0 10 Grasslands 240 184 102 11 Permanent Wetlands 70 130 180 12 Croplands 251 238 115 13 Urban and Built-Up 255 0 0 14 Cropland/Natural Vegetation Mosaic 153 148 86 15 Snow and Ice 255 250 250 16 Barren or Sparsely Vegetated 190 190 190 17 Water Bodies 136 203 228

Product Request for the Mkomazi Game Reserve, Tanzania GLCTS Product

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Mkomazi Game Reserve, Tanzania 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 Mkomazi Game Reserve (MGR) lies in north-eastern Tanzania between Mount Kilimanjaro and the coast. It covers an area of approximately 3250 km2 forming the southern limit of the Tsavo ecosystem. Current research under the Darwin Initiative Biodiversity Project is collecting data on vegetation dynamics, mammal, bird and invertebrate distribution, and soil geochemistry. MGR is being developed for the Global Observatories Programme (GOP) which is co-ordinated by the U.K. Royal Geographical Society. The GOP sites are to serve as long-term field study centers, including site facilities, field staff, and long term monitoring and research activities.

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:

DEM in UTM projection, north up orientation: Datum used to create the DEM.

DEM in UTM projection, north up orientation: Datum used to create the DEM. GTOPO30 has a horizontal grid spacing of 30-arc seconds (0.0083333333 degrees). The horizontal coordinate system is decimal degrees of latitude and longitude referenced to WGS84. The vertical units represent elevation in meters above mean sea level. The elevation values range from -407 to 8,752 meters. In the DEM, ocean areas have been masked as "no data" and have been assigned a value of -9999. Lowland coastal areas have an elevation of at least 1 meter, so in the event that a user reassigns the ocean value from -9999 to 0 the land boundary portrayal will be maintained. Due to the nature of the raster structure of the DEM, small islands in the ocean less than approximately 1 square kilometer will not be represented.

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 scene 5):

Readme/header file

MSS scene 5 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.

Mkomazi Game Reserve, Tanzania AVHRR Tape 1 Directory

[HEADER Data record info:]
File 1: Readme Header File, 8658 bytes

[Ancillary Data record info:]
File 2: Ancillary data (ascii format), 12492 bytes

[Landcover Map GIF image record info:]
File 3: Landcover Map GIF image, 41139 bytes

502 Lines 504 Samples 8-bit data

[DEM record info:]
File 4: USGS DCW DEM, 501994 bytes

Projection = UTM Zone = 37 Datum = Clarke 1866

ULCorner: -2.1400E+05 1.6700E+05

URCorner: -2.1400E+05 6.6900E+05

LLCorner: -7.1200E+05 1.6700E+05

LRCorner: -7.1200E+05 6.6900E+05

499 Lines 503 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 = 37 Datum = Clarke 1866

ULCorner: -2.0000E+00 1.6700E+05

URCorner: -2.0000E+00 6.7000E+05

LLCorner: -7.0000E+00 1.6700E+05

LRCorner: -7.0000E+00 6.7000E+05

499 Lines 504 Samples [1000 Meter Pixels] 16-bit data

File 5: AO11041792123511 4526928 Bytes
File 6: AO11061492124429 4526928 Bytes
File 7: AO11061592123250 4526928 Bytes
File 8: AO11061792121019 4526928 Bytes
File 9: AO11062292124926 4526928 Bytes
File 10: AO11062392123737 4526928 Bytes
File 11: AO11062492122224 4526928 Bytes
File 12: AO11062592121333 4526928 Bytes
File 13: AO11063092125334 4526928 Bytes
File 14: AO11063092130015 4526928 Bytes
File 15: AO11070492120335 4526928 Bytes
File 16: AO11070892125837 4526928 Bytes
File 17: AO11070992124612 4526928 Bytes
File 18: AO11071292121037 4526928 Bytes
File 19: AO11071692130252 4526928 Bytes
File 20: AO11071892123926 4526928 Bytes
File 21: AO11072592130235 4526928 Bytes

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Mkomazi Game Reserve, Tanzania AVHRR Tape 2 Directory

[HEADER Data record info:]
File 1: Readme Header File, 8859 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: AO11080392124826 4526928 Bytes
File 3: AO11080692120940 4526928 Bytes
File 4: AO11081092130441 4526928 Bytes
File 5: AO11081592120245 4526928 Bytes
File 6: AO11081892130901 4526928 Bytes
File 7: AO11082392120651 4526928 Bytes
File 8: AO11082792130156 4526928 Bytes
File 9: AO11082892125026 4526928 Bytes
File 10: AO11090592125216 4526928 Bytes
File 11: AO11090892121544 4526928 Bytes
File 12: AO11091592123212 4526928 Bytes
File 13: AO11092192130105 4526928 Bytes
File 14: AO11092292125000 4526928 Bytes
File 15: AO11092392123650 4526928 Bytes
File 16: AO11092492122354 4526928 Bytes
File 17: AO11092592121230 4526928 Bytes
File 18: AO11100192123909 4526928 Bytes
File 19: AO11100792130946 4526928 Bytes
File 20: AO11100892130612 4526928 Bytes
File 21: AO11101192122119 4526928 Bytes
File 22: AO11101792125006 4526928 Bytes
File 23: AO11101892123752 4526928 Bytes
File 24: AO11102492130659 4526928 Bytes
File 25: AO11102592125409 4526928 Bytes
File 26: AO11102592130239 4526928 Bytes
File 27: AO11102692124429 4526928 Bytes
File 28: AO11102792122939 4526928 Bytes
File 29: AO11102892121731 4526928 Bytes
File 30: AO11110192131039 4526928 Bytes
File 31: AO11110292130141 4526928 Bytes
File 32: AO11110492123640 4526928 Bytes
File 33: AO11111192125040 4526928 Bytes
File 34: AO11112092124140 4526928 Bytes
File 35: AO11112692131140 4526928 Bytes
File 36: AO11112792130209 4526928 Bytes

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Mkomazi Game Reserve, Tanzania AVHRR Tape 3 Directory

[HEADER Data record info:]
File 1: Readme Header File, 9099 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: AO11120692125054 4526928 Bytes
File 3: AO11120792123810 4526928 Bytes
File 4: AO11121292131829 4526928 Bytes
File 5: AO11121392130947 4526928 Bytes
File 6: AO11121492125443 4526928 Bytes
File 7: AO11121592124206 4526928 Bytes
File 8: AO11121692122950 4526928 Bytes
File 9: AO11122092132250 4526928 Bytes
File 10: AO11122192131000 4526928 Bytes
File 11: AO11122292125852 4526928 Bytes
File 12: AO11122292130654 4526928 Bytes
File 13: AO11122492123339 4526928 Bytes
File 14: AO11122992131430 4526928 Bytes
File 15: AO11123092130220 4526928 Bytes
File 16: AO11010193123742 4526928 Bytes
File 17: AO11010693131935 4526928 Bytes
File 18: AO11011493132150 4526928 Bytes
File 19: AO11011793124510 4526928 Bytes
File 20: AO11012293132610 4526928 Bytes
File 21: AO11012393131350 4526928 Bytes
File 22: AO11012493130135 4526928 Bytes
File 23: AO11012593124923 4526928 Bytes
File 24: AO11013193131700 4526928 Bytes
File 25: AO11020393124035 4526928 Bytes
File 26: AO11020893132100 4526928 Bytes
File 27: AO11021793131250 4526928 Bytes
File 28: AO11021993124815 4526928 Bytes
File 29: AO11022593130401 4526928 Bytes
File 30: AO11022593131550 4526928 Bytes
File 31: AO11022693130330 4526928 Bytes
File 32: AO11030693130800 4526928 Bytes
File 33: AO11030793125530 4526928 Bytes
File 34: AO11031393132350 4526928 Bytes
File 35: AO11031493131130 4526928 Bytes
File 36: AO11031593125910 4526928 Bytes
File 37: AO11031593130309 4526928 Bytes
File 38: AO11032193132640 4526928 Bytes
File 39: AO11032293131430 4526928 Bytes
File 40: AO11032493125025 4526928 Bytes
File 41: AO11032993133510 4526928 Bytes
File 42: AO11033093131835 4526928 Bytes

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Mkomazi Game Reserve, Tanzania 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, 9055 bytes

[MSS Data records info:]
Scene Id = 1179063007301190

Projection = UTM Zone = 37 Datum = Clarke 1866

ULCorner: -3.7859E+05 2.9976E+05

URCorner: -3.7859E+05 5.2833E+05

LLCorner: -5.9656E+05 2.9976E+05

LRCorner: -5.9656E+05 5.2833E+05

3825 Lines 4011 Samples [57 Meter Pixels] 8-bit data

File 2: 01/11/1973 = 1179063007301190 (P179/R63) Band1 15342075 Bytes
File 3: 01/11/1973 = 1179063007301190 (P179/R63) Band2 15342075 Bytes
File 4: 01/11/1973 = 1179063007301190 (P179/R63) Band3 15342075 Bytes
File 5: 01/11/1973 = 1179063007301190 (P179/R63) Band4 15342075 Bytes

[MSS Data records info:]
Scene Id = 2179063007520890

Projection = UTM Zone = 37 Datum = Clarke 1866

ULCorner: -3.6326E+05 3.0164E+05

URCorner: -3.6326E+05 5.2674E+05

LLCorner: -5.8015E+05 3.0164E+05

LRCorner: -5.8015E+05 5.2674E+05

3806 Lines 3950 Samples [57 Meter Pixels] 8-bit data

File 6: 07/27/1975 = 2179063007520890 (P179/R63) Band1 15033700 Bytes
File 7: 07/27/1975 = 2179063007520890 (P179/R63) Band2 15033700 Bytes
File 8: 07/27/1975 = 2179063007520890 (P179/R63) Band3 15033700 Bytes
File 9: 07/27/1975 = 2179063007520890 (P179/R63) Band4 15033700 Bytes

[MSS Data records info:]
Scene Id = 2179063007604190

Projection = UTM Zone = 37 Datum = Clarke 1866

ULCorner: -3.8885E+05 2.8141E+05

URCorner: -3.8885E+05 5.1061E+05

LLCorner: -6.0813E+05 2.8141E+05

LRCorner: -6.0813E+05 5.1061E+05

3848 Lines 4022 Samples [57 Meter Pixels] 8-bit data

File 10: 02/10/1976 = 2179063007604190 (P179/R63) Band1 15476656 Bytes
File 11: 02/10/1976 = 2179063007604190 (P179/R63) Band2 15476656 Bytes
File 12: 02/10/1976 = 2179063007604190 (P179/R63) Band3 15476656 Bytes
File 13: 02/10/1976 = 2179063007604190 (P179/R63) Band4 15476656 Bytes

[MSS Data records info:]
Scene Id = 2179063007916990

Projection = UTM Zone = 37 Datum = Clarke 1866

ULCorner: -3.7626E+05 2.8415E+05

URCorner: -3.7626E+05 5.1152E+05

LLCorner: -5.7695E+05 2.8415E+05

LRCorner: -5.7695E+05 5.1152E+05

3522 Lines 3990 Samples [57 Meter Pixels] 8-bit data

File 14: 06/18/1979 = 2179063007916990 (P179/R63) Band1 14052780 Bytes
File 15: 06/18/1979 = 2179063007916990 (P179/R63) Band2 14052780 Bytes
File 16: 06/18/1979 = 2179063007916990 (P179/R63) Band3 14052780 Bytes
File 17: 06/18/1979 = 2179063007916990 (P179/R63) Band4 14052780 Bytes

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Mkomazi Game Reserve, Tanzania MSS Tape 2 Directory

Landsat Scene ID Definition:

[HEADER Data record info:]
File 1: Readme Header File, 7130 bytes

[MSS Data records info:]
Scene Id = 5167063008703390

Projection = UTM Zone = 37 Datum = Clarke 1866

ULCorner: -3.6577E+05 2.7884E+05

URCorner: -3.6577E+05 5.0633E+05

LLCorner: -5.9274E+05 2.7884E+05

LRCorner: -5.9274E+05 5.0633E+05

3983 Lines 3992 Samples [57 Meter Pixels] 8-bit data

File 2: 02/02/1987 = 5167063008703390 (P167/R63) Band1 15900136 Bytes
File 3: 02/02/1987 = 5167063008703390 (P167/R63) Band2 15900136 Bytes
File 4: 02/02/1987 = 5167063008703390 (P167/R63) Band3 15900136 Bytes
File 5: 02/02/1987 = 5167063008703390 (P167/R63) Band4 15900136 Bytes

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Mkomazi Game Reserve, Tanzania TM Tape 1 Directory

Landsat Scene ID Definition:

[HEADER Data record info:]
File 1: Readme Header File, 7349 bytes

[TM Data records info:]
Scene Id = 5167063008704910

Projection = UTM Zone = 37 Datum = Clarke 1866

ULCorner: -3.7478E+05 2.7956E+05

URCorner: -3.7478E+05 5.0285E+05

LLCorner: -5.8414E+05 2.7956E+05

LRCorner: -5.8414E+05 5.0285E+05

7347 Lines 7836 Samples [28.5 Meter Pixels] 8-bit data

File 2: 02/18/1987 = 5167063008704910 (P167/R63) Band1 57571092 Bytes
File 3: 02/18/1987 = 5167063008704910 (P167/R63) Band2 57571092 Bytes
File 4: 02/18/1987 = 5167063008704910 (P167/R63) Band3 57571092 Bytes
File 5: 02/18/1987 = 5167063008704910 (P167/R63) Band4 57571092 Bytes
File 6: 02/18/1987 = 5167063008704910 (P167/R63) Band5 57571092 Bytes
File 7: 02/18/1987 = 5167063008704910 (P167/R63) Band6 57571092 Bytes
File 8: 02/18/1987 = 5167063008704910 (P167/R63) Band7 57571092 Bytesv

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Mkomazi Game Reserve, Tanzania TM Tape 2 Directory

Landsat Scene ID Definition:

[HEADER Data record info:]
File 1: Readme Header File, 7349 bytes

[TM Data records info:]
Scene Id = 5167063009500710

Projection = UTM Zone = 37 Datum = Clarke 1866

ULCorner: -3.7381E+05 2.8036E+05

URCorner: -3.7381E+05 5.0399E+05

LLCorner: -5.8462E+05 2.8036E+05

LRCorner: -5.8462E+05 5.0399E+05

7398 Lines 7848 Samples [28.5 Meter Pixels] 8-bit data

File 2: 01/07/1995 = 5167063009500710 (P167/R63) Band1 58059504 Bytes
File 3: 01/07/1995 = 5167063009500710 (P167/R63) Band2 58059504 Bytes
File 4: 01/07/1995 = 5167063009500710 (P167/R63) Band3 58059504 Bytes
File 5: 01/07/1995 = 5167063009500710 (P167/R63) Band4 58059504 Bytes
File 6: 01/07/1995 = 5167063009500710 (P167/R63) Band5 58059504 Bytes
File 7: 01/07/1995 = 5167063009500710 (P167/R63) Band6 58059504 Bytes
File 8: 01/07/1995 = 5167063009500710 (P167/R63) Band7 58059504 Bytes

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Mkomazi Game Reserve, Tanzania TM Tape 3 Directory

Landsat Scene ID Definition:

[HEADER Data record info:]
File 1: Readme Header File, 7349 bytes

[TM Data records info:]
Scene Id = 5167063009508710

Projection = UTM Zone = 37 Datum = Clarke 1866

ULCorner: -3.7423E+05 2.8323E+05

URCorner: -3.7423E+05 5.0599E+05

LLCorner: -5.8508E+05 2.8323E+05

LRCorner: -5.8508E+05 5.0599E+05

7399 Lines 7817 Samples [28.5 Meter Pixels] 8-bit data

File 2: 03/28/1995 = 5167063009508710 (P167/R63) Band1 57837983 Bytes
File 3: 03/28/1995 = 5167063009508710 (P167/R63) Band2 57837983 Bytes
File 4: 03/28/1995 = 5167063009508710 (P167/R63) Band3 57837983 Bytes
File 5: 03/28/1995 = 5167063009508710 (P167/R63) Band4 57837983 Bytes
File 6: 03/28/1995 = 5167063009508710 (P167/R63) Band5 57837983 Bytes
File 7: 03/28/1995 = 5167063009508710 (P167/R63) Band6 57837983 Bytes
File 8: 03/28/1995 = 5167063009508710 (P167/R63) Band7 57837983 Bytes

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