DOCSLIB.ORG

Texas Panhandle

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Texas Panhandle TEXAS AGRICULTURAL EXPERIMENT STATION BULLETIN NO. 173 FEBRUARY, 1915 DIVISION OF CHEMISTRY The Composition of the Soils of the Texas Panhandle POSTOFFICE: COLLEGE STATION, BRAZOS COUNTY, TEXAS VON BOECKMA.NN-JONY6 CO., PRINTERS, AUSTIN, TEXAS 1915 BLANK PAGE IN ORIGINAL All5-715-15m TEXAS AGRICULTURAL EXPERIMENT STATION BULLETIN NO. 173. FEBRUARY, 1915. DIVISION OF CHEMISTRY The Composition of the Soils of the Texas Panhandle BY G. S. FRAPS, Ph. D., CHEMIST IN CHARGE; STATE CHEMIST POSTOFFICE: COLLEGE STATION, BRAZOS COUNTY, TEXAS VON BOECKMANN-JONES CO., PR!NTEI!S, AUSTIN, TEXAS 1915 A6RICUL1URAL AND MECHANICAL COLLEGE OF TEXAS W. B. BizzELL, A.M., D. C. L., President 'IEXAS AGRICUL'IIRAL E:XFERJME~T STATION BOARD OF DIRECTORS E . R. Cc~HJI'.C. P~tsh'rnt, P.ouston .. ...... Term expires "1915 JcHN l. GUJfN, ViLe 1-Hsl f.u;l, Ballinger Term expires 1919 E. H. ASTI N, Bryan .. .. .... .... Term expires 1919 L. J. HART, San Antonio .. .. ... Term expires 1919 R . L. Bcl'.l'\E1T, Paris .. ... .. ... Term expires 1917 T. E. BATTLE, Marlin ........ ............ Term expires 1917 J. S. WILLl AMS, Paris ................ ......... .. .. ..... Term expires 1917 J. ALLEN KYLE, Houston ......... ........ .. ... .... .. ........ .. Term expires 1915 WALTON PE.TEET, Waco ....... .. .. .. ............ .Term expires 1915 GOVERNING BOARD, STATE SUBSTATIONS P. L. DowNs, President, Temple ......... .... .. .. .. Term expires 1919 CHARLES RoGAN, Vice President, Auslin .... .. .... .. ........... Term expires 1917 W. A. TYNES, Cooper ............... ... Term expires 1915 W. P. HoBBY, Beaumont.. ......... .. .. Term expires 1917 STATION STAFFt ADMINISTRATION DIVISION OF FEED CONTROL SERVICE B. YouNGBLOOD, M.S., Director W. L. BoYETT, Supervisor A. B. CoNNER, B. S., Assistant Director CHAS. A. FELKER, Chief Clerk CHAS. A. FELKER, Ch ief Clerk J AMES SuLLIVAN, Secretary A. S. WARE, Secretary J. H. RoGERS, Feed Inspector W. H. WooD, Feed Inspector DIVISION OF VETERINARY SCIENCE T. H. WoLTERS, Feed Inspector S. D. PEARCE, Feed Inspector M. FRANCIS, D. V. S., Veterinarian in J. M. ScHAEDEL, Feed Inspector : Charge W. M. WICKLES, Feed Inspector H. ScHMIDT, D. V. M., Assistant Veter­ inarian SUBSTATION NO. 1: Beeville, Bee County DIVISION OF CHEMISTRY E. E. BINFORD, B. S., Superintendent G. S. FRAPS, Ph. D ., Chemist in Charge; State Chemist SUBSTATION NO. 2: Troup, Smith County J. W. CHEWNING, B. S., Assistant Chemist W. S. HoTCHKISS, Superintendent R. H. RIDGELL, B. S., Assistant Cbemist FRANK HoDGES, B. S., Assistant Ohemist SUBSTATION No. 3: Angleton, Brazoria County DIVISION OF HORTICULTURE N. E. WINTERS, B. S., Superintendent H. NEss, M. S., Horticulturist in Charge W. S. HoTCHKISS, Horticulturist *SUBSTATION NO.4: Be ~ umont, Jefferson County DIVISION OF ANIMAL HUSBANDRY H. H. LAUDE, B. S., Superintendent -J. C. BuRNS, B. S., Animal Husbandman, Feeding Investigations SUBSTATION NO. 5: Temple, Bell County J. M . JoNES, M. S., Animal Husbandman, Breeding Investigations A. K. SHORT, B. S., Superintendent DIVISION OF ENTOMOLOGY St"BSTATION NO. i.i: Denton, Denton County WILMON NEWELL, 1\II. S., Entomologist in Charge; State Entomologist T. W. BuELL, B. S., Superintendent F. B. PADDOCK, B.S. E., Entomologist SUBSTATION NO. 7: Spur, Dickens County DIVISION OF AGRONOMY R . E. DICKSON, B . S., Superintendent A . B. CoNNER, B.S., Agronomist in Charge A. H. LEIDIGH, B. S., Agronomist in Charge SllBSTATION NO. 8: Lubboclr, Lubbock of Soil Improvement County H. H. JoBSON, B.S., Assistant Agronomist V. L. CoRY, B.· S., Superintendent ------.Assistant Agronomist SUBSTATION NO. !1: Pecos, Reeves County DIVISION OF PLANT PATHOLOGY AND J . W. JACKSON, B.S., Acting Superintendent PHYSIOLOGY F. H .. BLODGETT, Ph. D., Plant Pathologist SUBSTATION NO. 10: (Feeding and Breed­ and Physiologist in Charge ing Substation) College Station, Brazos County *DIVISION OF FARM MANAGEMENT T. M. REDDELL, Superintendent REx E. WILLARD, M .S., Farm Management 'Expert in Charge Sl1BSTATION NO. 11: Nacogdoches, Nacog­ doches County DIVISION OF POULTRY HUSBANDRY G. T. McNEss, Superintendent T. J . CoNWAY, B.S., Poultryman in Charge D. T. KILLOUGH, Scientific Assistant CLERICAL ASSISTANTS STATION FEED CONTROL SERVICE C. A. CASE, Stenographer DAISY LEE, R egistration Clerk MATTIE THOMAS, Stenographer C. L. DuRST, Tag and Shipping Clerk C. L. DuRsT, Mailing Clerk *In Cooperation with the United Slates Department of Agriculture. tAs of February 1, 1915. TABLE OF CONTENTS PAGE Introduction . 5 Soil Series in the Area. 5 Soil Types by Counties. 6 Armstrong County . 6 Briecoe County . 6 Carson County . 6 Castro County .. : . 6 Childress County . 6 ·Collingsworth County . 6 Dallam County . 6 Deaf Smith County..................................... 6 Donley County ...................................... : . 7 Gray Countv . 7 Hall Count; .... ·........................................ 7 Hansford Colmtv . 7 Hartley County" . 7 Hemphill County . 7 Hutchinson Countv . 7 Lipscomb County ". ·. 8 Moore Countv . 8 Ochiltree Co~ntv . 8 0 ldham County v • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • 8 Parmer County . 8 Potter Countv' . 8 Randall Conr{tv . 8 Roberts County . 8 Sherman County . 9 Swisher County . 9 Wheeler County . 9 Description of t~e Soil Types . 9 Definition of Terms. 13 Description of Samples. .. 15 Composition of Soils ......................................... 19 I nterpreta.tion of Analyses. 24 Acknow ledgrnent . 25 BLANK PAGE IN ORIGINAL THE COMPOSITION OF THE SOILS OF THE TEXAS PANHANDLE BY G. S. !<'RAPS, PI-I. D., CHEMIST IN CHARGE; STATE CHEMIST. 'This bulletin is the fourth of a series dealing with the chemical com­ position of_ typical Texas soils. The other bulletins are No. 99, No. 125, and No. 161. This bulletin deals with the chemical composition . of samples of soils from twenty-six counties in the Texas Panhandle. The samples were sent us by Agents of the Bureau of Soils of the U:o.ited States Department of Agriculture, co-operating with this di­ vision of the Texas Experiment Station. A description of the. soils and maps of this area has been published by the Bureau of Soils under the title of "Reconnoisance Soil Survey 1 of the Panhandle Region of Texas," by William '1 • Carter and party. 'rhe Reconnaissance Survey maps are on a. scale of six miles to one inch. The more detailed surveys are made on a scale of one mile to the inch. It is, of course, not possible to show as many types of soils or differences in a Reconnaissance Survejl as in a detailed survey. SOIL SERIES IN THE AREA. The following is a brief description of the soil series found in this area: A.ma1·illo Series.-ri'hese soils are formed from unconsolidated de- posits of Tertiary and Quarternary age. The surface oil consists of chocolate brown to slightJy reddish-brown soils with brown to reddish­ brown snbsoi] s, which grade into white or purplish '~r hite calca.reous ma­ terial within three feet. of the surface. This is the most extensive series in the Panhandle area. Cottonwood Loam.-This soil is derived from gypsum and is of low productiveness on account of the gypsum content. Only one or two small areas were found. The surface soil is 8 to 12 inches deep and of a dark brown loam to silty loam, which grades into a gray or. white soft impure gypsum at a depth of 12 to 30 inches. Ki1·ldand Series.-This soil is derived from the Permian deposits, but is not as red as the other soils of the Permian derivation. Randell Series.-The soil in this series is a black heavy clay, fm1nd in only small areas and not shown on the map of the area. R1:chji.eld 8eries.-:-The type of thiR series is a dark grayish black loam with no tinge of red in soil and · sn bsoil. an 1 in this respect is quite different from the Amarillo series. Vernon 8eries.-'I'hese soiJs are derived from the Permian red beds. ·They range in color from dark brown to red, while the subsoils are reddish brown to red. 6 TEXAS AGRICULTURAl, EXPERIMENT STATION. SOIL TYPES BY COUNTIES. The following is a list of the types of soils found in the varwus counties accoTding to maps published by the Bureau of Soils. Armstrong County. Amarillo silty clay loam. Amarillo loam. Amarillo sands. Rough broken land. BTiscoe County. Vernon loam. Amarillo sands. Amarillo loam. Amarillo silty clay loam. H.ichfield silty clay ]oam. Rough broken land. Carson County. Amarillo silty clay loam. Rough broken land. ArnaTillo sandy loams and loam (undifferentiated) . Castro County. Amarillo silty clay loam. Childress Cov,nty. Amarillo sandy loam. Amarillo sand. Amarillo loam. Vern on loam. Vern on fine sanely loam. Oollingsw01·th County. Amarillo loam. Amarillo sands. Amarillo sandy learns. Vernon loam. Rough broken land. Dallam Oo~tnty. Amari1lo loam. Amarillo silty clay loam. Amarillo sandy loams. Amarillo sandy l9am ~nd loams (undifferentiated). Deaf Sm·ith County. Amarillo silty clay loam. Rough broken land. Amarillo sandy loams and loam (undifferentiated). CoMPOSITION OF SoiLS OF THE TExAs PANHANDLE. 7 Donley County. Amarillo loam. Amarillo sand g, .Amarillo sandy loams. Amarillo siltv clav loam. Rough broke~ lan"ds. Vernon loam. Gray Cmtnty . .Amarillo sands . .Amarillo sandy loams. Amarillo silty clay loams . .Amarillo lo.am. Rough broken land. Hall Co'lt.nty. Amarillo sandv loams. Amarillo loam·: A marilla sands. Alluvial soDs (undifferentiated). Vernon loam. Vernon fine sandy loams. !-lansford County. A.marillo silty clay loam. Amarillo loa~. " Richfield silt~r clay loam. Rough broken land. AHnvial soils (undifferentiated). Hartley County. Amarillo loam. Amarillo silty clay loam . .Amarillo sandy loams. Amarillo sandv ]oams and loam (undifferentiated). Rough broken" land. II em ph-ill Co·unty. A.marillo sands. Amarillo sanc1y loams. Amarillo loam. Amarmo sandy loams and loam (undifferentiated) . .Amarillo siltv clav loam. Rough broke;_ laU:d.. H1.d chinson County. Amarillo silty clay loam. Amarillo sandy loams and loam (undifferentiated) . Richfield ~ilty ·clay loam. Rough broken land. 8 'l1BXAS AGRICULTURAL E:s:PERI::VIENT STATION. Liz,scomb 0o7lnty . \marilla loam. AmnrDlo silty clay loam. AmariJlo san~1y l~'ams. Amarillo sands. Alluvial soils (uncli:fferentiatecl) . Rough broken land.
Load more

Recommended publications
  • Top-Industries-Texas-Panhandle
    TOP INDUSTRIES of Amarillo & the Texas Panhandle Amarillo’s assets extend far beyond its agricultural commodities and vast land resources. The Texas Panhandle’s economy encompasses a diverse group of industries, from livestock and food technologies to renewable energy and logistics. Each industry helps maintain the region’s, as well as Amarillo’s, economic health. Here’s a look at the top industries of the Texas Panhandle. In the late 1980s, the Amarillo area faced paltry business conditions and limited employment opportunities for area residents. At that time, the unemployment rate was higher than the national average and consumer activity was in a state of decline. Fast forward 30 years, and Amarillo touts an unemployment rate lower than the national average and a diverse industry list. National reports consistently list Amarillo as one of the “Best Cities to Start a Business.” NUMBER OF BUSINESSES (2016) AMARILLO POTTER COUNTY RANDALL COUNTY 10,108 7,044 4,615 businesses businesses businesses 102,970 person labor force TOP 5 LEADING INDUSTRIES BY JOB IN POTTER COUNTY 1 MANUFACTURING 2 RETAIL 3 PROFESSIONAL, 4 HEALTHCARE & 5 ACCOMMODATION & SCIENTIFIC & SOCIAL SERVICES FOOD SERVICES TECHNICAL SERVICE TOP 5 LEADING INDUSTRIES BY JOB IN RANDALL COUNTY 1 RETAIL 2 EDUCATION 3 HEALTHCARE & 4 ACCOMMODATION & 5 OTHER SERVICES SOCIAL SERVICES FOOD SERVICES (Repair, Personal Care, Laundry, Religious, etc.) MAJOR INDUSTRIES OF THE TEXAS PANHANDLE Amarillo is one of the top areas for generating wind energy, with Texas being the largest producer of wind power in the country. Amarillo sits in the Competitive Renewable Energy Zone (CREZ), which enables the transmission of WIND ENERGY 18,500 megawatts of wind power upwards of 3,500 miles.
    [Show full text]
  • Double Murder in H'wick
    THE CLARENDON 02.21.2019 The Texas Panhandle’s First Newspaper. Established 1878. Enterprise THE CLARENDON NEWS & THE DONLEY COUNTY LEADER www.ClarendonLive.com Single 00 CC spring Copy $1 enrollment THIS WEEK 2 Noab takes a look at Beto and his stance on the border sets record wall. Clarendon College’s spring 4 Peggy urges Howardwick enrollment is the highest spring residents to get informed enrollment in the school’s 121-year about their candidates. history. 6 The Broncos earn a spot in Total enrollment settled at the basketball playoffs. 1,477 following the 12th class day 8 And Clarendon students this semester. That’s up 1.79 percent do well in an academic from the spring 2018 enrollment competition. of 1,451, and it marks the fourth All this and much more as The Enterprise spring semester in a row to show an reports in this week’s amazing edition! increase. “Our growth this semester is due to increased enrollment in our Threat notice came dual credit programs,” CC President two weeks later Authorities were called to this house on Lakeview Lane Monday night where they discovered the bodies of a man and woman with Dr. Robert Riza said. The Clarendon campus saw a A “Threat Announcement” gunshot wounds. ENTERPRISE PHOTO / ROGER ESTLACK sent out by Clarendon CISD slight drop in enrollment of 11 stu- caused a stir last Wednesday after- dents compared to one year ago. noon, February 13, as school offi- Riza said that could have been due in cials attempted to rumors about part to a large December graduation.
    [Show full text]
  • Access to Cancer Care for Low-Income and Uninsured Patients in Hutchinson County
    Access to Cancer Care For Low-Income and Uninsured Patients in Hutchinson County I want to be checked for cancer. Where do I go? I have been told I have cancer. Where do I go? Where can I learn more about cancer? I want to be checked for cancer. Where do I go? If you want to be checked for cancer and: You live in Hutchinson County You make a low income You do not have health insurance You cannot get Medicare or Medicaid You may be able to get help through one of the programs listed below. Each one may have different rules about how you qualify and apply for services, so call the number listed for more information. Hutchinson County Indigent Health Care Program If you live in Hutchinson County you may be able to get help through the Hutchinson County Indigent Health Care Program. For more information, call the number, go by the office, or visit the websites listed below: Golden Plains Community Hospital 100 Medical Drive Borger, TX 79007 (806) 467-5730 https://goldenplains.org/ Application form: https://goldenplains.org/wp-content/uploads/2019/01/Indigent-Care-Form.pdf Harrington Cancer Center Harrington Cancer Center is a non-profit, freestanding, community cancer center that provides patients with cancer screenings, diagnosis and treatments. Call the number below for more information or to make an appointment: Harrington Cancer Center 1500 Wallace Blvd Amarillo, TX 79106 (806) 212-4673, Toll-free 800-274-4676 https://www.harringtoncc.org/ Back to the Top For U. S. Military Veterans If you are a veteran, you may be able to be seen at a Veterans Affairs (VA) clinic.
    [Show full text]
  • Geomorphic Development of the Canadian River Valley, Texas Panhandle: an Example of Regional Salt Dissolution and Subsidence
    Geomorphic development of the Canadian River Valley, Texas Panhandle: An example of regional salt dissolution and subsidence THOMAS C. GUSTAVSON Bureau of Economic Geology, The University of Texas, Austin, Texas 78713 ABSTRACT dian River Valley is primarily the result of regional salt dissolution and subsidence that have been active throughout the late Tertiary and Quater- Development of the Canadian River Valley in the Texas Pan- nary. The Deaf Smith County nuclear waste repository site, one of three handle resulted mostly from regional subsidence following dissolution recently identified sites, is located in the southern part of the study area of Permian bedded salts. Salts of the Clear Fork, Glorieta, San (Fig. 1). Andres, and Seven Rivers Formations have undergone dissolution along the margins of the Palo Duro, Dalhart, and Anadarko Basins. GEOLOGIC SETTING The Canadian River Valley follows a zone of subsidence for >208 km (130 mi) across the High Plains. High solute loads (3,000 ppm Late Paleozoic tectonic movements resulted in the Amarillo Uplift, chloride) in the Canadian River and historical development of sink- the Cimarron Arch and the Bravo Dome, and the adjacent Palo Duro, holes indicate that dissolution and subsidence processes are still active. Dalhart, and Anadarko Basins (Fig. 2) (Birsa, 1977). By middle Permian Evidence that these processes have been active in the region since the time, these basins were essentially filled, and the area evolved into an middle Tertiary includes Pliocene lake sediments and Quaternary extensive marine shelf, covering the northern portion of the Permian basin, terrace alluvium that have been deformed by dissolution-induced sub- where salt and other evaporites accumulated (Dutton and others, 1979; sidence as well as former sinkholes filled with lacustrine sediments of Handford and Dutton, 1980).
    [Show full text]
  • Ground-Water Resources of Hall and Eastern Briscoe Counties, Texas
    TEXAS WATER DEVELOPMENT BOARD REPORT 167 GROUND-WATER RESOURCES OF HALL AND EASTERN BRISCOE COUNTIES, TEXAS By B. P. Popkin United States Geological Survey This report was prepared by the U.S. Geological Survey under cooperative agreement with the Texas Water Development Board April 1973 TEXAS WATER DEVELOPMENT BOARD John H. McCoy, Chairman Marvin Shurbet, Vice Chairman Robert B. Gilmore W. E. Tinsley Milton T. Potts Carl Illig Harry P. Burleigh, Executive Director Authorization for use or reproduction of any original material contained in this publication, i.e., not obtained from other sources, is freely granted. The Board would appreciate acknowledgement. Published and distributed by the Texas Water Development Board Post Office Box 13087 Austin, Texas 78711 • • ii TABLE OF CONTENTS Page ABSTRACT ..................•................•......•....•....•.•....•....•..•...... INTRODUCTION .........................•...........•................•.••........... 3 Purpose and Scope of the Investigation. .... ..........................•................ 3 Acknowledgments. ....................•....•....•......•..... ... •.•..•.•........... 3 Location and Extent of the Study Area ......•..•.•....•....•.....................•...• 3 Economic Development 3 Climate. ..................•..•....•......•....•......•....•................•..•. 4 Physiography and Drainage ...................•...........•....•....•.........•.•.... 4 Previous Investigations 4 Well·Numbering System .....................•.........•.•....•....•....•......•.... 5 GEOLOGY AS RELATED
    [Show full text]
  • Geomorphic Processes of the Texas Panhandle
    I OF-HHJI -1983-10 I I I GEOMORPHIC PROCESSES OF THE I TEXAS PANHANDLE by I R.W. Baumgardner, Jr. I I I I I I Pre pared for the I U.S. Department of Energy Office of Nuclear Waste Isolation I under contract no. DE-AC-97-83WM46615 Bureau of Economic Geology W.L. Fisher, Director The University of Texas at Austin University Station, P.O. Box X Austin, Texas 78713 1983 I I 3.3.2.4 Jointing History I Joints are fractures in a rock that exhibit no detectable displace­ ment between one face of the fracture and the other. Previous work on I the origin of joints has determined different mechanisms to explain I 'fracturing. Some researchers have explained joints in terms of their relationship to tectonic deformation and major structural elements I (Harris and others, 1960; Price, 1966; Stearns and Friedman, 1972). Others have shown that joints may develop independently from tectonic deformation I and that joints may form in sedimentary rocks early in their history (Parker, I 1942; Hodgson, 1961; Price, 1966; Cook and Johnson, 1970). Price (1974) investigated the development of joints and stress systems in undeformed I sediments during the accumulation of a sedimentary series, its downwarping and subsequent uplift, and accompanying de-watering of the sediments: Joints I can also result from unloading due to erosion (Chapman, 1958). The formation of I joints in sedimentary rocks is dependent on three factors (Hobbs, 1967): (1) physical properties of both the fractured rock bed and the surrounding I rock beds; (2) thickness of the rock bed; and (3) degree of tectonic deforma­ tion of the beds.
    [Show full text]
  • (Excluding DFW) East Texas Houston Area and Southeast
    Dallam Sherman Hansford Ochiltree Lipscomb Hartley Moore Hutchinson Roberts Hemphill Potter Carson Gray Wheeler Panhandle Oldham North Texas (Excluding DFW) Deaf Smith Randall Armstrong DonleyCollingsworth Dallas-Fort Worth Metroplex Parmer Castro Swisher Briscoe Hall Childress Hardeman Bailey Lamb Hale Floyd Motley Cottle Wilbarger Foard Wichita Montague Grayson Cochran Lamar Lubbock Crosby Dickens King Knox Baylor Cooke Red River Hockley Archer Clay Delta Bowie Throckmorton Jack Wise Denton Titus Lynn Garza Kent Stonewall Haskell Young Collin Hunt Hopkins West Texas Yoakum Terry Franklin Morris Cass Rockwall Rains Camp Marion Gaines Dawson Borden Scurry Fisher Jones ShackelfordStephens Palo Pinto Parker Tarrant Dallas Wood Upshur KaufmanVan Zandt Gregg Harrison Hood Johnson Smith Andrews Martin Howard Mitchell Nolan Taylor Callahan Eastland Ellis Erath Somervell Henderson East Texas Rusk Panola Hill Navarro Comanche Bosque Loving Winkler Ector Midland Glasscock Coke AndersonCherokee El Paso Sterling Runnels Coleman Brown Shelby Hamilton Freestone Nacogdoches McLennan Limestone Hudspeth Ward Mills Culberson Crane Tom Green Coryell San Augustine Upton Reagan Concho Houston Reeves Irion Falls Leon Angelina Sabine McCulloch San Saba Lampasas Bell Trinity Robertson Madison Schleicher Menard Polk Pecos Burnet Milam Walker Tyler JasperNewton Jeff Davis Crockett Mason Llano Williamson Brazos San Jacinto Sutton Kimble Burleson Grimes Gillespie Travis Lee Montgomery Hardin Terrell Blanco Washington Presidio Brewster Liberty Orange Kerr Hays Bastrop
    [Show full text]
  • Significant South Central Texas Weather Events of the Past 100 Years
    Document updated April 4, 2021 Disclaimer: For final record information, please see the National Climatic Data Center at http://www.ncdc.noaa.gov Weather Highlights of the Past 100 Years The following events are a collection of some of the major events over South Central Texas for the past 100 years...beginning with the major Arctic Freeze of February 1899. - February 1899 Arctic Freeze over Texas - February 1899 Arctic Outbreak across Texas - In February of 1899 record cold affected Texas. A record February low for San Antonio of 4 degrees was set February 12, 1899. It was also a record February low for Austin of -1 on February 12, 1899. During this historic cold spell, extremely cold temperatures affected the entire state of Texas. On February 13, 1899 the whole part of Galveston Bay, except the main channel, was covered by thin ice. Lows in other locations around Texas on Feb. 12, 1899 include: Tulia -23; Amarillo -16; Brownsville 16; Dallas-Ft. Worth -8; Waco -5; Laredo 5; Galveston 8; and Corpus Christi 11. In the February of 1899 arctic outbreak, the coldest low in Brownsville was 12 on Feb. 13, 1899, still an all time record low for Brownsville. The low of -23 at Tulia, in the southern part of the Texas panhandle, Feb. 12, 1899 was a record low for the state of Texas, then was tied when Seminole observed -23 on Feb. 8, 1933. Unofficial reports of -30 came from Wolf Creek and also southeast of Perryton, both in the northern part of the Texas panhandle. - 1900 - The next 2 weather events listed for 1900 and 1902 were not in South Central Texas..
    [Show full text]
  • Texas Panhandle Ranch Hall County, TX
    Texas Panhandle Ranch Hall County, TX 4,500 Acres Bordering PDTF & Little Red Rivers To obtain additional information or to arrange an appointment for a site visit, please contact: JODIE RAPP Office: (512) 551-9580 Mobile: (806) 236-1453 [email protected] LEGACYAGGROUP.COM NOTICE: Prospective purchasers are urged to conduct such independent investigations through consultation with legal counsel, accountants, investment advisors, or otherwise as necessary to evaluate and form conclusions regarding the information contained herein. While the data and descriptions have been provided by sources deemed reliable, they are subject to errors and omissions, and their accuracy is not guaranteed. Neither Legacy Ag Group, LLC nor Owner make any express or implied representation or warranty as to the correctness of such data or descriptions. The offering is subject to prior sale, change of price, and other changes in terms or conditions. Seller, at its sole discretion and without prior notice, may withdraw this property from sale in whole or in part. Texas Panhandle Ranch TABLE OF CONTENTS RANCH OVERVIEW ......................................................................................... 2 TOPOGRAPHY ................................................................................................. 4 POTENTIAL ....................................................................................................... 5 LAND USE ......................................................................................................... 6 IMPROVEMENTS
    [Show full text]
  • Western Portion of the Panhandle of Texas
    f B, Descriptive Geology, 114 "Water-Supply and Irrigation Paper No. 191 \ 0, Underground Waters, 68 DEPARTMENT OF THE INTERIOR UNITED STATES GEOLOGICAL SURVEY CHARLES D. WALCOTT, DIRECTOR THE GEOLOGY AND WATER RESOURCES WESTERN PORTION OF THE PANHANDLE OF TEXAS CHARLES 1ST. WASHINGTON GOVERNMENT PRINTING OFFICE 1907 CONTENTS. Page. Introduction................................................................ 7 Area covered........................................................... 7 Sources of data. ......................................................... 7 Topography.................................................................. 7 General features....................................................... 7 High Plains.......................................................... 8 Valleys and canyons................................................... 9 Canadian River valley............................................. 9 Palo Duro Canyon.'................................................ 10 Minor stream valleys.............................................. 11 Beaver Creek valley............................................ 11 Coldwater Creek valley......................................... 11 Palo Duro Creek valley.......................................... 12 Carriso and Perico Creek valleys................................. 12 Big Blue Creek valley.......................................... 12 Tierra Blanca Creek valley...................................... 12 Geology.................................................................. 12 General
    [Show full text]
  • Uranium and Helium in the Panhandle Gas Field Texas, and Adjacent Areas by A
    Uranium and Helium in the Panhandle Gas Field Texas, and Adjacent Areas By A. P. PIERCE, G. B. GOTT, and J. W. MYTTON With contributions by HENRY FAUL, G. E. MANGER, A. B. TANNER, A. S. ROGERS, ROSEMARY STAATZ, and BETTY SKIPP SHORTER CONTRIBUTIONS TO GENERAL GEOLOGY GEOLOGICAL SURVEY PROFESSIONAL PAPER 454-G Prepared on behalf of the U.S. Atomic Energy Commission UNITED STATES GOVERNMENT PRINTING OFFICE, WASHINGTON : 1964 UNITED STATES DEPARTMENT OF THE INTERIOR STEWART L. UDALL, Secretary GEOLOGICAL SURVEY Thomas B. Nolan, Director For sale by the Superintendent of Documents, U.S. Government Printing Office Washington, D.C. 20402 CONTENTS Page Page Abstract. _____________________________________ Gl Uranium and other metals in the Panhandle field Con. Introduction. _________________________________ 1 Uranium and other metals in the crude oil.________ G26 Acknowledgments. _ ____________________________ 19 Radium and uranium in the brine. 28 Geology of the western part of the Panhandle field. 19 Uraniferous asphaltite___________ 33 Descriptive geology._______________________ 22 Nomenclature. _____________ 35 "Granite wash".___--___-___-___---___ 22 Review of the literature. 35 "Moore County lime"_______ ___________ 22 Physical properties________ 38 "Brown dolomite". ____________________ 22 Composition and mineralogy. 39 "Panhandle lime"____________________ 23 Origin of the asphaltite______ 46 "Red Cave"________________________ 24 Radon in the natural gas.___________ 49 Structure. ________________________________ 24 Helium in the natural gas____________ 49 Uranium and other metals in the Panhandle field. _ 24 Conclusions. ___________________ 55 Uranium in the reservoir and cap rocks___--_- 24 Selected bibliography______________ 55 ILLUSTRATIONS [Plates are in pocket] PLATE 1. Map of the western part of the Panhandle field, Page Texas, showing structure contours and radon and FIGURE 10.
    [Show full text]
  • September 2001 Local/ Length Width Persons Damage Location Date Standard (Miles) (Yards) Killed Injured Property Crops Character of Storm
    Time Path Path Number of Estimated September 2001 Local/ Length Width Persons Damage Location Date Standard (Miles) (Yards) Killed Injured Property Crops Character of Storm OKLAHOMA, Panhandle Cimarron County 14 SW Boise City17 1540CST 0 0 Hail(1.50) Cimarron County 15 SW Boise City17 1553CST 0.1 25 0 0 Tornado (F0) 1554CST The tornado path length and width were estimated. The tornado remained over open country. Texas County Texhoma17 1929CST 0 0 Hail(0.88) Texas County Hooker17 1945CST 0 0 100K Hail(1.75) 1955CST Damage was reported to vehicles parked outside and also sidings and roofs were full of holes along with many broken windows and torn screens. Trees were stripped of their leaves and many small branches were broken out of the trees with even some larger branches downed. Texas County Hooker17 1956CST 0 0 20K Thunderstorm Wind (G61) Damage reported to power poles and homes. Also...windshields of cars were reported blown out. Texas County 1 W Hooker17 2005CST 0 0 Thunderstorm Wind (G61) M Texas County Hardesty17 2022CST 0 0 Flash Flood 2115CST Water was reported covering the road on State Highway 94. Texas County 4 W Hardesty17 2043CST 0 0 Hail(0.75) Beaver County Mocane17 2130CST 0 0 Flash Flood 2230CST Water was reported over county lease roads but no one hurt and no damage. Severe thunderstorms over the western and central Oklahoma panhandle produced large hail...high winds and an isolated tornado during the afternoon and evening hours. A thunderstorm with very heavy rainfall produced flash flooding across the eastern Oklahoma panhandle during the late evening.
    [Show full text]