This hard drive contains digital files for: Oregon Department of Geology and Mineral Industries Digital Data Series TIRILO-1, Thermal Infrared Information Layer for Oregon, release 1 ***************************************************************** AVAILABILITY This publication is issued by the Oregon Department of Geology and Mineral Industries. It is available from: The Nature of the Northwest Information Center Suite 965 800 NE Oregon Street Portland, OR 97232-2162 Telephone 971-673-2331 Fax 971-971-673-1562 Web: http://www.naturenw.org ***************************************************************** ORDERING INSTRUCTIONS Ordering Instructions: Contact Nature of the Northwest Information Center by e-mail, phone, or letter requesting the data.No custom areas will be provided. Customers are responsible for sending DOGAMI a blank 400 GB or greater portable external hard drive storage, USB 2.0 Interface. Digital Form: Fee $150 ****************************************************************** DISCLAIMER NOTICE This product is for informational purposes and may not have been prepared for or be suitable for legal, engineering, or surveying purposes. Users of this information should review or consult the primary data and information sources to ascertain the usability of the information. This publication cannot substitute for site specific investigations by qualified practitioners. Site specific data may give results that differ from the results shown in the publication. No warranty, expressed or implied, is made regarding the accuracy or utility of the data described and/or contained herein, nor shall the act of distribution constitute any such warranty. This disclaimer applies both to individual use of the data and aggregate use with other data. The Oregon Department of Geology and Mineral Industries shall not be held liable for improper or incorrect use of these data. ****************************************************************** AUTHORSHIP Title and authorship: DOGAMI TIRILO-1, Thermal Infrared Information Layer for Oregon, release 1 compiled by Clark A. Niewendorp Oregon Department of Geology and Mineral Industries 800 NE Oregon Street, Suite #965, Portland, OR 97232 ****************************************************************** COVERAGE Thermal infrared imagery and co-acquired lidar imagery covers all or portions of 42120H6-Ana River; 43120C5-Christmas Lake; 43120C6-Crack In The Ground; 42120H5-Diablo Peak; 43118B1-Dowell Butte; 43118B2-Duck Creek Butte; 43120A7-Egli Rim; 43120B5-Fandango Canyon; 43118A3-Folly Farm; 43121C1-Fort Rock; 43120C4-Fossil Lake; 43121A1-Hager Mountain; 43118A3-Lambing Canyon; 43121C2-McCarty Butte; 43121B2-Oatman Flat; 43120A5-Saint Patrick Mountain; 43120C3-Sand Rock; 43120A6-Sheeplick Draw; 43121B2-Silver Lake; 42120H7-Summer Lake; 43120B8-Tuff Butte; 43118A1-Turnbull Peak. ****************************************************************** CONTENTS Along with this README file, the contents uploaded to the portable external hard drive are: 1. TIR_Lidar Data -- - "LiDAR_Points" - Contains LAS 1.2 file format, default and ground; lidar point data are delivered in a 1/100 quad tile delineation. - "Thermal_Infrared" - Contains geoTIFF files as image frames, rectified; native image frames, unrectified; and mosaic display of each study area. - “Bare_Earth” – Contains grid and info folders associated with Esri digital elevation models of bare earth lidar data. Metadata for all data are embedded in grid folders as Esri FGDC metadata in xml format. - "Highest_Hit” – Contains grid and info folders associated with Esri digital elevation models of bare earth lidar data. Metadata for all data are embedded in grid folders as Esri FGDC metadata in xml format. - "Intensity" - Contains geoTIFF files associated with intensity images derived from highest hit lidar returns. Metadata for all data are embedded in TIFF header as Esri FGDC metadata or in the accompanying metadata folder in xml format. Some intensity files have been compressed using .zip format. Intensity data are parsed by 1/100th USGS quadrangle. - "Vector_Layers" – Esri format geometry files of 7.5 minute USGS quadrangles of Oregon, 1/100th USGS quadrangles of Oregon, project specific 7.5 minute, and 1/100th USGS quadrangles (intensity data), as well as TIR RIK, TIR image index,and TIR target locations. XML formatted metadata files listing FGDC metadata for TIR and lidar dataset. 2. Vendor_Reports -- "Vendor_Reports" - PDF documents contain TIR and lidar contractor's data reports. - "TIR_CV_OM-PM-BP_Report" - PDF document contains contractor's data report for four flight areas. - "TIR_SummerLake_Report" - PDF document contains contractor's data report for the Summer Lake flight area. 3. About_Files -- - Lidar_2013_Quads - Microsoft Excel worksheet (.xlsx), index of project quadrangles, attributes are: name, Ohio Code Grid System, percent complete, and square miles. - “about-LDQ-poster-11x17in.pdf" – PDF document contains explanation of USGS tiling schemes associated with lidar data as well general information concerning lidar data; USGS tiling scheme used for TIR/lidar acquisition is similar. - "TIR_Lidar_2013_Index_Map" - PDF document showing map of TIR/lidar flight areas. To view PDF text files: The text files are in Adobe Acrobat portable document format (.pdf). A free Adobe Acrobat Reader can be obtained from Adobe Systems Inc., San Jose, CA: http://www.adobe.com To view data files: All data are format specific to Esri GIS format. Data must be viewed using specialty software capable of viewing .shp, geotif, and Esri grid formats. Note: Data projection information can be located within embedded raster metadata file (.prj). ****************************************************************** FUNDING The work to create the data provided in this publication was funded under the American Recovery and Reinvestment Act National Geothermal Data System (NGDS) project from the U.S. Energy Department’s (USDoE) Geothermal Technologies Program through the Arizona Geological Survey for new geothermal data collection. The Oregon Department of Geology and Mineral Industries (DOGAMI), together with the states of Idaho, Utah, and Nevada formed the Great Basin Consortium and as participants in the National Geothermal Data System (NGDS) project. DOGAMI’s portion of the federal assistance funds supported the following two tasks: - A pilot study employing airborne thermal infrared (TIR) and co-acquired Lidar (an acronym for light detection and ranging) directed at detecting potentially small-magnitude, geothermally elevated ground temperatures (TIRILO-1). - The drilling of three thermal gradient wells.