StratMap Brazos and Palestine 2015 6in NC\CIR Orthoimagery

Date(s): Coverage Availability/Geographic Extent: Footprint: Source(s):
2015 Brazos County, City of Palestiine 1/64 USGS Quadrangle TNRIS, Brazos Central Appraisal District, the City of Bryan, the City of College Station, the City of Palestine, Texas A&M University

Data Access

Data Search & Download

Use our online data search & download to specify the geographic area for which you would like to download this data set.

Launch Download


Online Mapping Services

This dataset is available as online mapping services.

Copy the URLs below and enter them into your program to access.


Online Preview

Preview this dataset as an ArcGIS online service.

Open Online Preview

Data Details

Category:
Orthoimagery - Regional
Available Formats: JP2
Alternative Data: None
Derivative Data: None
Known Issues: None
Recommended Uses: Basemap, Research
Spatial Reference:

EPSG 2277

Description

The 6-inch orthoimagery Brazos County and the City of Palestine were flown during the 2015 leaf-off season in late January. The Statement of Work was issued by the Strategic Mapping Program (StratMap) of the Texas Natural Resources Information System (TNRIS), part of the Texas Water Development Board (TWDB). Contributing partners were the Brazos Central Appraisal District, the City of Bryan, the City of College Station, the City of Palestine, Texas A&M University, and the Texas Municipal Power Agency.

The orthoimagery are 4-band (R,G,B,NIR), natural color and color infrared capable. Each image tile covers one 64th of a USGS Digital Orthophoto Quad (DOQ) resulting in a DO4Q or approximately 1 square mile with minimum 300-foot buffers. Available image formats are compressed JPEG2000 or MrSID and uncompressed GeoTIFF. Flight date is in the image filename as YYYYMMDD. Orthoimagery datasets are valuable mapping assets benefitting natural resources, energy, environmental, emergency management, land use planning, economic development, and policy interests. The aerial imagery was acquired from aircraft with digital camera sensors and processed as highly accurate digital orthoimagery that are used to identify current conditions, features, and changes on the ground serving as a base reference for other map information.

Supplemental Information

Tile Index: Download File
Project Report(s): Download File