Soof the
Langley-Vancouver MapProvince of AreaMinistry of PAB Buffetin 18 British Columbia Environment
Volume 6 Cover photo : Fraser Valley near Mission . TOURISM B.C. PHOTO Province of British Columbia Ministry of Environment ASSESSMENT AND PLANNING DIVISION
RAB Bulletin 18
SOILS OF THE NGLEY!lANCOUVER MAP AREA
Report No. 15 British Columbia Soil Survey
VOLUME 6 Technical Data-Soil Profile Descriptions and Analytical Data
by
H . A. Luttmerding, PAg .
Kelowna 1981 Canadian Cataloguing in Publication Data Luttmerding, H . A ., 1938- Soils of the Langley-Vancouver map area
(RAB bulletin, ISSN 0228-5460 ; 18) (British Columbia soil survey, ISSN 0375-5886 ; report no . 15)
Contents : v . 6 . Technical data, soil profile descriptions and analytical data -- ISBN 0-7719-8438-3 (v . 6) 1 . Soils - British Columbia - Lower Mainland region . 2 . Soils - British Columbia - Lower Mainland region - Maps . I . British Columbia . Ministry of Environment . Assessment and Planning Division . II . Title . CIII . Title : Technical data, soil profile descriptions and analytical data] IV . Series . V . Series : British Columbia soil survey ; report no . 15 .
S599~1-B7L87 631 .4'771133 C81-o92013-1
© Copyright 1981 . B.C . Ministry of Environment INTRODUCTION
The first soil survey of the Lower Fraser Valley was completed in the late 1930's (Kelley and Spilsbury, 1939). This valuable publication adequately served its users for many years but as agricultural and other land use problems became increasingly complex, the realization grew that a more detailed, larger-scale soil survey was required . To meet this need, a detailed resurvey of the Lower Fraser Valley was initiated in the late 1950's with field mapping being completed in the early 1970's . Included as well in the survey area were the adjacent Coast Mountains and the southern part of the Sunshine Coast. The original impetus for the resurvey was supplied by the Assessment Commissioner, B .C. Department of Finance who requested assistance in developing uniform land assessments in the Lower Fraser Valley. His request (for more detailed soil information) was strongly supported by a variety of soil and land users. As the survey progressed, interim reports and soil maps (scale 1 :24000) were prepared, generally on a municipal base. A total of eleven separate maps and ten reports were published. The current report, Soils of the Langley-1/ancouver Map Area, collates, summarizes and updates the soil information contained in most of the previous interim series as well as presenting new information not published previously. Field mapping procedures and soil classification techniques changed over the period of years required for the soil survey. Users of the interim maps and reports probably have noticed differences in terminology and soil classification among them. The present report as much as possible, updates the information contained in the interim series to current standards (The Canadian System of Soil Classification, 1978) and presents it in a uniform, consistent manner. Soils of the Langley-Uancouver Map Area encompasses an area bounded on the west by the Strait of Georgia and on the east by 122°00' west longitude (a north-south line passing between Chilliwack and Sumas Canal). The southern boundary is the Canada-United States of America border (49th parallel) while 49°30' north latitude forms the northern boundary. Included is the western part of the Lower Fraser Valley, the southern part of the Sunshine Coast and the southern edge of the Coast Mountains east to Chehalis Lake. Users will note that some areas, particularly in the vicinity of metropolitan Vancouver, are not mapped or classified . These consist mainly of areas which were already either partially or completely urbanized (or industrialized) at the time of the field survey. Soils of the Langley-Vancouver Map Area is being produced, published and distributed in six volumes. Volume 1 consists of soil map mosaics (1 :25 000 scale) with legend, and covers the Lower Fraser Valley portion of the map area. Volume 2 contains soil maps (1 :50 000 scale) with legend, that encompass the remainder of the map area, mainly the southern Sunshine Coast and Coast Mountains. Volume 3 describes, in detail, the soils mapped and classified in volumes 1 and 2. It also generally discusses the environmental characteristics of the map area and contains a glossary and list of references. Volume 4 contains interpretations for specified engineering uses of the soils described in volume 3 (and mapped in volumes 1 and 2). It contains information regarding soil suitability (or limitations) for septic tank effluent disposal, basement construction and other urban-related land uses. Also included are some interpretations for forest management concerns as well as interpretations for recreational endeavours . Volume 5 is agriculturally oriented and contains information regarding agricultural cropping and management . Included also in this volume are revised land capability for agriculture maps which replace those currently available. These maps are prepared at the scale of the soil maps in volumes 1 and 2. They are more detailed than the original provisional series, incorporate more definitive climatic data into the ratings and show improved (drained and/or irrigated) capability ratings as well as ratings when these management inputs are not considered . Volume 6 (this publication) consists of the detailed, technical soil profile descriptions of the soils discussed in Volume 3. It also contains the results of chemical and physical analyses of the sampled soils (or individual soil horizons). Only a limited number of copies of volume 6 are being produced, mainly for those persons who have day-to-day use for this detailed, specific data. This information is also stored in the British Columbia Soil Information System and others can, as required, request the data (or portions of it) directly from the data file.
III HOW TO USE THE SOIL MAPS AND REPORT
Long-term soil resource managers usually know the characteristics and variations of the soils in their locality. However, unless a soil map and report are available, comparison with other soils in the area or region is impossible. Regional (and local) similarities and differences among soils are evident after a soil map has been made. Proven (or new) management techniques for a soil may then be transferred to the same or similar soils elsewhere with the least chance of failure. To efficiently use the soil maps and soil survey report, the following procedure is suggested: 1 Generally locate the area of concern on the "Index to Map Sheets' which immediately precedes the soil map mosaics in Volume 1 and the soil maps in Volume 2 of this report. Note the number(s) of the map sheet(s) which cover the area under consideration . Generally, areas in the Lower Fraser Valley are covered in Volume 1 while areas on the Sunshine Coast or in the Coast Mountains occur in Volume 2. 2 Turn to the appropriate map sheet and locate in detail the area of concern. Main roads, railways, communities, section numbers and other cultural detail are shown to assist in location. 3 Note the soil map symbols in the map delineations (polygons) which encompass the area(s) under consideration. 4 Consult the soil legend for a description of the soil map symbols. The topographic and stoniness class symbols are described here as are the soil parent material and drainage classification . Also given is the name(s) of the soil(s) identified by a symbol in the soil map polygon(s). 5 Locate the named soil in Volume 3 of the report . A detailed description ofthe soil is given here as well as its general suitability for a variety of uses. 6 Refer to Volume 4 for interpretations of specified engineering, forestry or recreational uses of the named soils . Volume 5 contains agriculturally oriented soil interpretations as well as maps showing land capability for agriculture. 7 Users requiring the detailed, site specific, technical soil profile descriptions and associated physical and chemical analyses are referred to Volume 6, or, if this information is required on an irregular basis, the British Columbia Soil Information System . Users of the report and maps should note that soils are usually differentiated on the basis of characteristics to a depth of a meter or more. Even though several soils may have similar surfaces, subsurface and subsoil character can vary widely. Users should also understand that each soil exhibits a range of characteristics and properties and that boundaries between different soils are not necessarily well defined . The soil boundaries on the soil maps are the best estimate of where characteristics change sufficiently to warrant identification of another soil(s). ACKNOWLEDGEMENTS
The soil analyses contained in this publication were conducted by the Soil Laboratory Section, British Columbia Ministry of Environment, under the direction of V. E. Osborne and by the Department of Soil Science, University of British Columbia . The author acknowledges the dedication and accuracy of both laboratories. The author also acknowledges V. E. Osborne and Dr. L. Lavkulich for interpreting the mineralogical x-ray analysis. Also acknowledged are C. Dann and L. Bishop who coded and edited the soil descriptions and analyses for entry into the British Columbia Soil Information System . TABLE OF CONTENTS Page INTRODUCTION ...... iii
HOW TO USE THE SOIL MAPS AND REPORT...... v
ACKNOWLEDGEMENTS ...... vii
TABLE OF CONTENTS ...... ix
SOIL PROFILE DESCRIPTIONS AND LABORATORY ANALYSIS ...... xiii Soil Profile Descriptions ...... xiii Chemical, Physical and Mineralogical Analysis ...... xiii Chemical Analysis ...... xiii Physical Analysis ...... xiv Clay Mineralogy Analysis ...... xv
DETAILED SOIL PROFILE DESCRIPTIONS AND/OR ANALYSES FOR : Abbotsford Soils (AD)...... 1 Addington Soils (AG) ...... 6 Albion Soils (AB)...... 7 Alouette Soils (AL)...... 12 Annacis Soils (AS)...... 14 Annis Soils (AN)...... 15 Arnold Soils (AR) ...... 17 Banford Soils (BD)...... :...... 18 Bates Soils (BT) ...... 20 Beharrell Soils (BL)...... 25 Benson Soils (B) ...... 27 Berry Soils (BR) ...... 29 Blackburn Soils (BB)...... 31 Blaney Soils (BE) ...... 32 Blundell Soils (BU) ...... 34 Bonson Soils (BN) ...... 35 Boosey Soils (BY) ...... 36 Bose Soils (BO) ...... 37 Buckerfield Soils (BK) ...... 40 Buntzen Soils (BZ) ...... 41 Burwell Soils (BW) ...... 43 Calkins Soils (CN) ...... 44 Cannell Soils (CE) ...... 47 Capilano Soils (CP) ...... 50 Carvolth Soils (CV)...... 52 Cascade Soils (CC) ...... 54 Cheam Soils (CM) ...... 56 Chehalis Soils (CS) ...... 57 Cloverdale Soils (CD)...... 58 Coghlan Soils (CG)...... 62 Columbia Soils (CL) ...... 65 Coquitlam Soils (CO)...... 70 Crescent Soils (CT) ...... 72 Dean Soils (DN) ...... 77 Deas Soils (DS) ...... 79 Defehr Soils (DR) ...... 80 Delta Soils (DT) ...... 81
ix TABLE OF CONTENTS (Continued) Page Dennett Soils (DE)...... 84 Devil Soils (DV)...... 85 Dewdney Soils (DW)...... 86 Dixon Soils (DX)...... 87 Durieu Soils (DU) ...... 89 Elk Soils (EK) ...... 92 Elphinstone Soils (EF) ...... 94 Embree Soils (EM) ...... 95 Errock Soils (ER) ...... 99 Eunice Soils (EU) ...... 100 Fadden Soils (FD)...... 101 Fairfield Soils (F)...... 102 Fellows Soils (FS) ...... 110 Gibson Soils (GN)...... :...... 112 Glen Valley Soils (GV) ...... 116 Golden Ears Soils (GE) ...... 120 Goudy Soils (GY) ...... 126 Grevell Soils (G) ...... 128 Grigg Soils (GG) ...... 131 Grouse Soils (GR) ...... 133 Guichon Soils (GU)...... 134 Hallert Soils (HT) ...... 137 Hammond Soils (HA)...... 139 Haney Soils (HY) ...... 140 Harrison Soils (HR)...... 142 Hatzic Soils (HZ)...... 144 Hazelwood Soils (HD)...... 146 Henderson Soils (H) ...... 148 Heron Soils (HN)...... 150 Hjorth Soils (HJ) ...... 153 Hollyburn Soils (HB) ...... 158 Hoover Soils (HV) ...... 159 Hopedale Soils (HP) ...... 161 Isar Soils (IS)...... 162 Judson Soils (JN) ...... 165 Katzie Soils (KZ)...... 166 Kennedy Soils (KD) ...... 167 Kenworthy Soils (KW)...... 169 Keystone Soils (KE) ...... 171 Kitter Soils (K) ...... 173 Ladner Soils (L) ...... 176 Langdale Soils (LE) ...... 180 Langley Soils (LA)...... 182 Laxton Soils (LX) ...... 185 Lehman Soils (LH)...... 186 Lickman Soils (LK) ...... 188 Lions Soils (LS) ...... 190 Livingstone Soils (LV)...... 191 Lulu Soils (LU) ...... 194 Lumbum Soils (LM) ...... 196 Lynden Soils (LY) ...... 197 Marble Hill Soils (MH) ...... 199 TABLE OF CONTENTS (Continued) Page Marion Soils (MN)...... 205 Mathews Soils (MW)...... 207 Matsqui Soils (MO) ...... 210 McElvee Soils (ME) ...... 214 McLellan Soils (ML)...... 216 Milner Soils (MR)...... 217 Monroe Soils (M) ...... 223 Murrayville Soils (MY)...... 230 Neaves Soils (NV) ...... 232 Neptune Soils (NP) ...... 233 Nicholson Soils (N) ...... 234 Nicomekl Soils (NK) ...... :...... 237 Niven Soils (NN)...... 238 Page Soils (PE)...... 240 Palisade Soils (PA) ...... 245 Paton Soils (PN) ...... 247 Peardonville Soils (PD)...... 248 Pelly Soils (PY) ...... 249 Pitt Soils (P)...... 250 Poignant Soils (PT)...... 251 Porpoise Soils (PP)...... 252 Prest Soils (PR) ...... 253 Richmond Soils (RC) ...... 255 Roach Soils (RH)...... 257 Ross Soils (RS) ...... 259 Ryder Soils (RD)...... 260 Sandel Soils (SA) ...... 266 Sardis Soils (SD) ...... 268 Sayres Soils (S) ...... 270 Scat Soils (SC) ...... 273 Seabird Soils (SB) ...... 277 Seaview Soils (SV)...... 278 Sechelt Soils (SL) ...... 280 Seymour Soils (SY) ...... 281 Shalish Soils (SH)...... 283 Sim Soils (SI) ...... 284 Spetifore Soils (SF)...... 287 Stave Soils (SE) ...... 291 Steelhead Soils (ST)...... 293 Strachan Soils (SN) ...... 295 Sturgeon Soils (SG) ...... 297 Sumas Soils (SM) ...... 298 Summer Soils (SR) ...... 300 Sunshine Soils (SS) ...... ,...... 304 Surrey Soils (SU)...... 309 Triggs Soils (TR) ...... 311 Tsawwassen Soils (TS) ...... 314 Tunbridge Soils (TU) ...... 316 Vedder Soils (VD) ...... 318 Vinod Soils (V)...... 319 Vye Soils (VY)...... 324 Westham Soils (WS) ...... 327 TABLE OF CONTENTS (Continued) Page Westlang Soils (WL)...... 328 Whatcom Soils (W) ...... 329 Whonnock Soils (WH)...... 342 Widgeon Soils (WG) ...... 345 SOIL PROFILE DESCRIPTIONS AND LABORATORY ANALYSIS
Soils of the Langley-Vancouver Map Area, Volume 6, consists of technical data. It contains one or more representative, detailed soil profile description for mostof the 147 different soils described and classified during the soil survey. It also contains the results of a variety of chemical, physical and clay mineralogy analyses conducted on samples of the described soils. The soil descriptions and attendant analyses are collated alphabetically by soil name.
SOIL PROFILE DESCRIPTIONS The soils are described according to methodologies and procedures provided in : Walmsley, M., G . Utzig, T. Vold, D . Moon and J. van Barneveld, editors. 1980. Describing Ecosystems in the Field. RAB Technical Paper No. 2, Resource Analysis Branch, British Columbia Ministry of Environment and Research Branch, British Columbia Ministry of Forests, Victoria, B.C. Dumanski, J., editor. Revised 1978. The Canadian Soil Information System (CanSIS). Manual for Describing Soils in the Field. Land Resource Research Institute, Agriculture Canada, Central Experimental Farm, Ottawa, Ontario. (compiled by the Working Group on Soil Survey Data, Canada Soil Survey Committee). They are classified according to the Canadian Soil Classification System which is described in: Canada Soil Survey Committee, Subcommittee on Soil Classification . 11978. The Canadian System of Soil Classification . Publication 1646, Resource Branch, Canada Department of Agriculture. Supply and Services Canada, Ottawa, Ontario. 164 pp.
CHEMICAL, PHYSICAL AND CLAY MINERALOGY ANALYSES A variety of laboratory analyses have been performed on the soils described in Volume 6. The analytical method(s) or appropriate literature reference(s) for each analysis follows.
Chemical Analysis (a) Soil Reaction (pH) : Method 1 (1 :1 soil-water ratio), Method 2 (1 :5 soil-water ratio) and Method 4 (in 0.01 MCaCIz) are described in McKeague, J. A., editor. 1978. Manual on Soil Sampling and Methods of Analysis . 2nd Edition . Prepared by Subcommittee (of Canada Soil Survey Committee) on Methods of Analysis . Canadian Society of Soil Science. pp. 61, 62 . (b) Organic Carbon (%): Pre-1974 analyses are according to the modified Walkley-Black method de- scribed in McKeague, J. A., editor. 1978 . pp. 115-116. Post-1974 analyses are according to Labora- tory Equipment Corporation. 1969. Carbon Analysis by Leco Analyzer. Leco Instruction Manual for Induction Furnace and Carbon Analyzer. St. Joseph's, Michigan. (c) Nitrogen (%) : Pre-1978 analyses are according to Brenner, J. M ., 1960. Determination of nitrogen in the soil by the Kleldohl method. Journal of Agricultural Science . Volume 55, No. 1, pp. 11-33. Post-1978 analyses are as described in Lavkulich, L. M .; editor. May, 1974 . Total nitrogen determination- colorimetric by auto analyzer for soil and plant material . Department of Soil Science, University of British Columbia, Vancouver, B .C. pp. 11-33 . (d) Calcium Carbonate Equivalent (%) : The analyses are as described in Black, C. A. editor. 1965. Methods of Soil Analysis . Method 91-3.2. American Society of Agnonomy; No. 9. p 1386. (e) Cation Exchange Capacity (me/100 gm) : The CEC is determined by NH, displacement and macro- Kjeldahl distillation as described in McKeague, J. A., editor. 1978. Method 3321 ; pp. 78-80 . (f) Exchangeable Cations-Ca, Mg, Na, K (me/100 gm): Pre-1963 analyses for K and Na are by flame photometry while Ca and Mg were determined by EDTA titration. Both methods are described in Atkinson, H. J., G. R . Giles, A. J. MacLean and J. R. Wright, assembled and edited by. February, 1958.
xiii Chemical Methods of Soil Analysis . Contribution No. 169 (Revised). Chemistry Division-Science Service; Canada Department of Agriculture, Ottawa, Ontario. Post-1963 analyses are by atomic absorption spectrophotometry as described in McKeague, J. A., editor. 1978. Method 3311 ; pp. 73-75. (g) Iron and Aluminum (%): Method 1 (acid ammonium oxalate extraction), Method 2 (dithionite-bicarbo- nate extraction) and Method 3 (pyrophosphate extraction) are all described in McKeague, J. A., editor. 1978. pp. 98-105. (h) Electrical Conductivity (mS/cm): The method for EC determination is described in Richards, L. A., editor. 1954 . Diagnosis and Improvement of Saline and Alkali Soils. Handbook 60, United States Salinity Laboratory. U.S. Department of Agriculture, Washington, D.C. (i) Available Phosphorous-P,, PZ (PPM) : P, and PZ values are determined by the method described in John, M. K. 1963. Determination of available phosphorous. Soil Survey Division, B.C. Department of Agriculture, Kelowna, B .C. This method is modified from Laverty, J.C. 1961 . The Illinois method (Bray No. 1) of determining phosphorous in soil. Department of Agronomy; University of Illinois, Urbana, Illinois, and also modified to include ascorbic acid reduction as described in John, M . K. 1970. Colorimetric determination of phosphorous in soil and plant materials with ascorbic acid. Soil Science; Vol. 109; No. 4. (j) Sulphur (ppm): Pre-1976 sulphur analyses are according to the method described in Bardsley, C. E., and J. D. Landcaster, 1960. Determination of reserve sulphur and soluable sulphates in soils. Soil Science Society of American Proceedings; Vol. 24; No. 4. Post-1976 analyses are according to Johnson, C. M. and H. Nishita. 1952 . Microestimation of sulphur in plant materials, soils and irrigation waters. Anal . Chem. 24; pp. 736-742, modified by Dean, G. A. 1966. A simple colorimetric finish for the Johnson-Nishita microdistillation of sulphur. Analyst, 9/(1085) : pp. 530-532, modified by Nyborg, M. 1970. A procedure for the extraction and determination of SO,-S in soils (unpublished). (k) Copper (ppm): Copper analyses are asdescribed by Lumblad, K. 0., 0. Svanberg, and P. Ekman. April, 1949. Availability and fixation of copper in Swedish soils. Plant and Soil, Vol ., No. 4.
Physical Analysis (a) Bulk Density (gm/cc): The Core Method was used for incoherent soils and the Saran Clod Method for soils that are cloddy, cemented or stony. Both methods are described in McKeague, J. A., editor. 1978. Manual on Soil Sampling and Methods of Analysis . 2nd Edition. Prepared by Subcommittee (of Canada Soil Survey Committee) on Methods of Analysis . Canadian Society of Soil Science . pp. 29-34. (b) Air-Dry and Oven-Dry Particle Density (gm/cc) : These analyses were determined by the pycnometer procedure described by Blake, G. R . 1965. Particle density. pp. 371-373 in Methods of Soil Analysis, Part 1, Agronomy No. 9 ; C. A. Black, editor, American Society of Agronomy. Madison, Wisconsin. (c) Maximum Dry Density (gm/cc) : These analyses were determined by the low compaction procedure for materials passing a 2-inch sieve (ASTM D 698-58T) as described in Black, C. A., editor. Methods ofSoil Analysis, Part 1. Agronomy No. 9. American Society of Agronomy Madison, Wisconsin . (d) Optimum Moisture for Compaction (%): These analyses were determined by the high compaction procedure (ASTM D 1557-58T) as described in Agronomy No. 9, pp. 408-409. (e) Water Retention-1/s,15 bar: These analyses were conducted as described in McKeague, J. A., editor. 1978. pp. 45-46. (f) Plastic, Liquid and Shrinkage Limit: Analyses are according to Lambe, T W. 1951 . Soil Testing for Engineers. John Wiley & Sons, Inc., New York. (g) Particle Size Distribution : Analyses are according to sieving methods described in McKeague, J. A., editor. 1978. p 26, and Day, P R. 1965. Particle fractionation and particle size analysis. pp. 545-567 in Methods of Soil Analysis, C. A. Black, editor Agronomy, No. 9, Part 1 . American Society of Agronomy. Madison, Wisconsin. (h) Mechanical Analysis (% sand, silt, clay, fine clay): Analyses are according to the Pipette Method in McKeague, J. A., editor. 1978. pp. 6-15 .
AV Clay Mineralology Analysis The samples were dispersed, fractionated and prepared for subsequent X-ray diffraction analyses by con- ventional procedures (Jackson, M . L., 1956. Soil Chemical Analysis-Advance Course . Published by the author. University of Wisconsin, Madison), including removal of free Fe by the citrate-bicarbonate-dithionite method . Clay samples were prepared with parallel-orientation for X-raydiffraction analysis with Ni-filtered CuK« radiation and a scanning speed of 2°2B/min . Detailed Soil Profile Descriptions and/or Analyses ABBOTSFORD UNIT TYPES SERIES ..-...... - .-...- ...... - .- ...-.. .--"--- .--- ""--" OF SURVEYS SURVEYORS HAL KELOKNA . B .C .M .A . 6 R .A .H . DATESAMPLING PUP POSEI DETAILED64 SURVEY
LOC"TION CLASS3FICATION SLOPE LATITUDEINIIG F_, .,I 1 !9 063 36 LONCITUD 22 2 520 UPTHICT U a 14VMU-FEAPIC00A PUDZOL(19781 3 . N ISECI a 5 1TYPES 0PL . ELEVATIONP" SIO (MIS 5 S AT S m L SOIL CLASSI GENTLYI SLOPING
P " RENT MAtER1AL 6 LANDFORM . . .-- .-- . -~-- . .- .- .- . .. . .- UPPER STRATIGR " PH]C UN(T ...... - MIODLE STRATIGRAPNIC UNIT .--~-- .-- "" --- . .- .. . .- ...... - . SPEC . CLASTIC 11 SILTY CONM . CLASTIC 2t GRAVELLY GENETIC M " 7 .7 EOLIAN SURFACE EXPPES .t FAN SURFACE E%PRES .t VENEER DESCpIPTUR 27 GLAGIAL
ORAINAGEi WELL DRAINED RUNOFFt SLOW ST0NINESSt NDN-570NY PERVIOUSNESSI RAPID
" DDITIONAL N07E5 ...... -
SI7E LOCATIDN !00 METERS NORTW OF CORNER OF 244 ST AND 58 AVE . . LANGLEY . VALWES FOR E%CM " NGEABLE CA " LSOINCLUUES MG . " Rtts " ts "" t " atsittttt """ q """ "" tt " s " t t """ eRitqstss " tst " sst " tN "" tta """ ttilttttttssslttysttstttttti " Rit " tftt """" t "" tt "" t """"" tt " t " ti
PRDFIIE DESCRIPTION
THICKNE55 COLOUR l COLOUR 2 HORIZON DE PTMICwI TEXTURE STRUCTURE I
LM J- 0 ABRUPT
B FCCI 0 . 12 GRADUAL 7 .5YRl .0/2 .0 LO "M YIEAK MA1R1% MOIST ' FINE 10 .0YR5 .0/3 .5 SUBANGULAR 80UNDARYMORI20N MATRIX DRY BLOCKY B FCC2 12- 27 DIFFUSE 7.BVR ".5/! .0 LOAM KEAK MATRI% MOIST FINE IO .OYR5.0/! .0 SU8 " NGULAR BLOCKY MATR1% DRY 8 FCC3 27. !2 CLEAR 7 .5YRl .0/! .0 SANDY LOAM WEAK MATPIX MOIST FINE 10 .0YR5.0/! .0 SUBANGULAp eLOCKY MATRIX DRY
11 ti M !2- 67 DIFFUSE 2.5Y5 .0/".0 IO .OYRS.0/! .0 LOAMY SAND WEAK M"TRI% MO157 MATRIX MOIST MEDIUr IO .OYN6.0/J .0 MATRIX 0RY SUBANGULAR BLOCKY
11 C 1 67- 85 DIFFUSE COARSE SAND WEAKCo ApSE SUBANGULAR BLOCKY
!I C 2 BS- SAND SINGLE GRAIN GRAVELLY ......
TNICKNESS CONSISTENCE ROOTS 1 CONCRETION AND CEMENTATION NURIZDN DEPT NODULE DESCpIP . 1 AGENT/DESCRIP .
LH 3- 0
B FCCI 0- 12 VERY FRIABLE ABUNDANT MANY FINE SPHERICAL
B FCC2 12 . 27 VERY FRIABLE ABUNDANT MANY FINE SPHERICAL
B FCC3 27- i2 VE7Y FRIABLE PLENTIFUL MANY FINE SPHERICAL
I1 B M 42- 67 FRIABLE PLENTIFUL IRON WEAKLY CEMENTED DISCONTINUOUS 11 C I 67- BS VERY FRIABLE FEW
11 C 2 85- LOOSE FE .
PMYSICAL G CMEMIC " L DAT " .- -- " -- " -- . . . .- . ..---- . . PH 1 EXCHANGEABLE CATIONS BUFF .IME/11OGI C . E . C . SAMPLE METHOD VALUE ORG "NlC NITROGEN CA NA K DETERMINED HORIZON-DEPTM(CM .) STATE CAROON ~ X 0 2 2 5 .1 52 .OB 1 .71 BHFCCI 0- 12 2 1 5.7 1 .7A .07 1 .25 .05 .IS 0 FCC? 12- 27 2 I~ .B 1 5.7 . 75 . .69 .05 .1J 10 .2 FCC3 27- 42 2 1 5 .7 . .87 .0R05 .69 .06 0 .05 10 .8 11 C 1 67. 85 2 l 5.0 I1 C 2 85- 2 I 6.0
......
EXTRACTABLE FE(K) EXTRAC TABLE A0111
METHOD RESULT METHOD RESULT p, P2 HORIZON- DEPTH(CM .) pp . . PPM . LH 3- 0 B RCCI 0- 12 I 1 .1 1 1 .5 B 32 .5 86 .0 FCC2 12- 27 l 1 .2 1 1 .1 IB .O JO .O B FCC3 27- 42 1 l .l 1 1 .0 1 ".5 38 .0 11 B w !2 . 67T II C 1 867 . 85 Il C 2 5- ABBOTSFORD UNIT TYPEl SERIES
DATE OF SURVEYt 63 SURVEYORS GGR KELOWNA . B .C .M,A . S R .A,B . SAMPLING PURPUSEt DETAILED SURVEY
LOC" TION CL " SSTFIC " TION SLOPE ----- LATITUOEINII "9 00 13 LONGTUDEI+tQ 122 22 08 UHTNIC -U-0-FERRIC PODZOLl19761 % 1 .0 PPECISION ISECIt OS Type : COMPLEX ELEVATIONPLEGENTLYIMIt SO STATUSI MODAL SOIL CLASS : UNDULATING
oApENT MATERIAL G L " NOFORM
UPPER STR " TIGRAPMIC UNIT MIDDLE STRATIGRADNIC UNIT .- .- .. .-- ...... -- .-...... - . .- .-- ...... ---- "-- SOEC . CLASTIC It SILTY COMM, CLASTIC It GRAVELLY GENE TIC MAT.I EOLIAN GENETIC r"T.t FLUVIAL SURFACE EXPRES.t VENEEP DESCRIpTOR It GLACI"L
DRAINAGES WELL DRAINED RUNOFF1 5L0 " PERVIOUSNESSt MODERATE
PROFILE DESCRIDTION
THICKNESS HORIZON COLOUR 1 TEXTURE STRUCTURE I CONSISTENCE ROOTS 1 HORIZON DEPT MICMI BOUNDARY
LN A. 0 ORGANIC B FCti 0. 10 CLEAR 7 .5YR " .0/".0 SILT LOAM WEAK FRIABLE P.ENTIFUL MATRIX MOIST VERY F1NE IO .OYR5 .0/6 .0 SUBANGULAR BLOCKY MATRIX DAY
B FCC2 10 . 27 GRADUAL IO .OYR " ,S/".0 SILT LOAM "EAK VERY FRIABLE PLENT " FJL TRIX MOIST VERY FINE TAIO .OYR5,0/6,0 SUBANGULAP BLOCKY MATRIX DAY B 11 27- "0 CLEAR IO .OYP6,0/8.0 LOAM WEAK VERY FRIABLE PLENTIFUL MATRIX MOIST VERY FINE 10 .0YR5.0/",0 SUBANGULAR BLOCKY MATRIX DRY
II e M AO- 60 ABRUPT IO .OYP6.0/".0 SANDY LOAM MASSIVE FRIABLE FEW MATPIX M015 T 4PAVELLY raw II C 60 . SAND SINGLE GRAIN LOOSE 4RAVELLY
TNICKNESS CONCRETION AND HORIZON DEPT .ICKI NODULE DESCRIO. 1
LH f. 0 COMMON FINE TNROUGNOUT MATRIX SPNERICAL
B FCCI 0 . 10 COMMON FINE TNROUGNOUT MATRIX SPHERICAL B FCC2 10- 27 NONE FINE THROUGHOUT MATRIX SPNEPICAL
B K 27. "0
116 M " 0 . 60 ' 11 C 60-
PNYStCAL G CNEMICLA D"TA -PN 1 EXCHANGEABLE CATIONS BUFF,IME/100G1 C . E. C. SAMPLE METHOD VALUE ORGANIC NITROGEN CA MG NA K DETERMINED NORIZON-OEPTNICM .) STATE CARBON K X 5.7 .91 .62 21,30 2, 70 ,20 1 .10 61 .6 LN f- 0 2 2 18 IS .1 B FCC1 O. 10 2 5,7 1 .91 .12 .70 .10 .10 .10 .08 .80 .20 .10 ,00 13 .8 8 FCC2 10 . 27 2 1 6.0 ,99 11,2 0 w 27- "0 2 1 6.0 .70 .06 .50 .30 .10 .00 11 8 M "0- 60 2 1 6.0 .46 .05 .50 .3O .10 .00 4.8 11 C 60- 2 1 5.8 .17 .02 .50 .30 .10 .00 3.6
...... -.-- ...... -...... - ...... - . ...- .- --
PI .IORIZOV-OEPTM(CM,) OPM . LN A- 0 101 .0 6 FCCI 0 . 10 76 .0 FCC2 10- 27 12 .0 B8 M 27- "O 9.6 II B M AO- 60 1 " .1 11 C 60- 89 .0 O . ~ . . . .6 . . .8 ._ . .0,85 ., . . . . .b . .. .9 . . . .Z .O'S .0'ZT-' .LZ .E£ .6L . .OZ .SL'Z ' TL'Z LZ :-2]T Z ;-
O .i ~ . . G,S . . .0'ZT ' Z'Tb~ 'Z'L4 ...... , . . . bC'Z ~ ~OL'Z ZCi-~7 t_II ...... ~ . , ...... , . . . . ., . . ., ...... , . ., ...... , . : . . . . . EO -57 .'.'EiT , O . . 0 ...... . . ...... , ...... , ...... 6 . .,B .S .8S 0 .8L .9E* .ti£ TL'Z 9S'Z 9b -£ : ~' Z ;^ O,b . . . , . . .0,85. . . . 0 .88 . . . . . : . . . ., ., , ...... , . . ., ...... , ...... ,b'Tb, . . .£,6~ ...... 89'Z iS'Z £Z -£ 141G . . ., . . . . . ...... , . . . ., ...... £ -G aN ...... , ...... ~ ...... , . . ., ...... , ...... ~ . . . . . ;;- . 0 -£ _ ...... ww ...... , ...... , ~ . % ~a .lnls~ioH . Rio . . fj 0 ~ . . Cj 0 . . . . . (.AE S.I0 . . ~s '-w ZW'N tutu 90'0> 4L0'07 WW D ww S> w3 SID wo T " S> w3 T " S< wnwFldO uan0 .riy " x4; uar,0 .1)7 VldeO uoz ; .rc;. ; ...... , ...... x'aiLs alJ}~Pe ;; . . .' . : . x 3~TulTl a6~a)P P45 6Tisuap aTJilwed
""" t """ i """ f "" ft "" f """" ft " t "" ttf "" tt """ t """ tftti "" t " f " t " tit " t1i "" t "" t " tft " tt " RtttYt " ft1t1R1 "~'JJ/wE~ff:fittftt """ i " ttt " ttttt "" ttftt """ tti "" ft LZl-z0I L J 11 6 " 2 9 " 1 Z " 0 se " 1 L"S " z zol-ot I J tt 9"C 69 "t L"9 " z 0. -9 " JB 11 El0" l, 62 :19 Z" 22 fL " 0"S 0 Z 91, -C2 21 B 2-fl e " 6 S" 92 IL " 9"1 " z re -C te e C -0 3 V 0 -C Ml
3fln15tOw " 0 " B " OvB AliSN30 31V1S ( " WJ)M1d30-NOZICOH 0131d % SI C/1 wins 3n1VA OON13w 3ldwVS Sn1V15 3NnLSlOw 1 MO . . ._ . . ._. . ._ . ._ .._ . . .. .- V1V0 1VJIw3MJ 9 1VJISANd tttt " ttf " ttt " ttt " t " 1 " lttt " t " t """ fttYt " R " t " tt """" tt " ttYY " i " i """"" t "" ttt " ttittitt " t " ti " ts " t """" t " tt " t " t " tttt "" ititttitf " t "" Itttt " t " i ""
1111V19 ti t101d1tIJS30 d33N3A 2'S3Cd%3 3JVinnS 1Vlnnld t " lVw JT13N39 NV1103 I'1Vw 1113N39 Al 13nVd7 II 7I13V1J "ww09 Al1Is st Jt15V1J " 33ds
1)Nn J)Mdvd9tlveeaS 31oatw L)Nn JIMdvwsllvwls e3ddn
weoeaNVl ~ lvlw3lvw 1N3wve
lr0s 1ROOw tsnavls 09 Ilwl NOIAVA313 so tIJ3S1 NOISIJ30d0 IBL6I110200d JIBB3.i-OwnN JIH10n 00 6t 2ZI 11 " 130n1191, 1 LC CO 6" IIN)30n1IlVl NOI1VJIiISSV1J NOI1vJ01
:)an ttlOA3Awns ZL IAUNnS d0 31v0 ------', S 3T w 35 t3dA1 11Nn a~yO ASlo88v ABBOTSFORD UNIT TYPEI SERIES
. .TL OF Sl1PVEii 76 SURVEYURi HAL VAN RES SIN PED UNIT AG CAN . SAMPLING PURPUSEI SINGLE SITE IN SDECTION
LOC " TION CLASSIF[CATION SLUPE
L " TITUDE(N17 " 9 01 20 LONGTUDEIt)i 122 20 26 SOMBPIC HUMU-FEPRIC PUDZUL(1978) % 1 .0 PRECISION (SEC11 60 T " PEI SIMPLE ST " TUSI MO OAL SOIL CLASSt VEDY GENTLY SLOPING PROFILE SITEI MIDDLE M[CRDTOPOGRAPHY i LEVEL
D " RENT M " TERI "L 6 LANDFORM
UPPER STRAIIGR "PM1C UNIT MIDDLE STRATIGR "PHIC UN(T ---- " ------" ---- . . . .-- ..- SPEC, CLASTIC It SILTY CUMM, CLASTIC 11 GRAVELLY GENETIC MAT,i EOLIAN fiENETIC MAT,1 FLUVI " L SURFACE EXPRES,1 VENEER DE SCRIDTOR 11 GL " CIAL
FLOOD HAZARDi NO HAZARD OELL -PAINED DRAINAGE'PERVIOUSNESSI MODERATE
ADDITION " L NOTES
SITE SLOCATjONj AGRSICIJLTVPEUN SMALL FRUIT SUBSTATION9 NORTHOEST TP16 1L4 MATV I UtI 11 ICIPALITICANADA ASSUE CC I5.1 P' N A:.A . CVAL IFOF CP2 1 IN A 1342 .4 P.P . . .
HORIZON TMICKNE:T HOURNIZONY COLOUR 1 COLOUR 2 TEXTURE STiUCTURE t DEPTHIC 90 OAR
A D 0- 9 CLEAR 7,SYR3,0/2,0 SILT LOAM MODERATE R " VY MATPIX MOIST MEDIUM 10 YR3,0/3.0 SURANGULAR BLOCKY MATRIX.0 DRY B pi 9- 17 GRADUAL S .OYR3,0/3,0 SILT LOAM MODERATE TIAVY MATWIX MOIST MEDIUM TO FINE 7.SYRt,0/t,0 SUBlNGULAP BLOCKY MATRIX DRY
F2 I7- 29 CLEAR 7,SYRt .0/t .0 SILT LOAM M30ERlTE SMOOTH MATRIX NO15T MEOIUM lO .OYR3,0/t .0 SUBANGULAR BLOCKY MATRIX DRY
e M1 29- 46 GRADUAL 7,SYP".0/" ,0 SILT LOAM MODERATE YAVY MATRIX MOIST MEDIUM TO COARSE 10 .0YR6.0/!,0 SUBANGULAR BLOCKY MATRIX DRY 0 M2 46- 63 GRADUAL 7,6YRt .5/1 .0 IO,OYR6,0/t .0 SILT LOAM tEAK TO MODERATE " AVY MATRIXW MOIST MATRIX DRY MEDIUM TO COARSE IO .OYR6,0/t,0 SUBANGULAR BLUCKY MATRIX ORY
0 M3 63- ?3 GRADUAL l0,OYR3,0/6,0 SILT LOAM WEAK TD MODERATE SMOO7H M " TR(u M015T MEDIUM TO COARSE 10 .0YR6.0/4 .0 SUBANGULAR BLOCKY MATRIX DRY
(1 CB 73- 90 GRADUAL IO,OYRl,0/t,O IO .OYR6 .0/3,0 SANO STRUCTURELESS SMOOTH MATRIX MOIST MATRIX DRY GRAVELLY IO .OYPS.0/3 .0 MATRIX DRY
11 C 1 90 "124 GRADUAL SAVD STRUCTURELESS SMOOTH GRAVELLY SINGLE GRAIN 11 C 2 124-145 SMOOTH SANO ST RUCTURELESS GRAVELLY SINGLE GPAIN
THICKNESS STRUCTURE 2 CONSISTENCE ROOTS I CONCRETION AND FIELD PM HORIZON DEPTH(CM) NODULE DESCRID, I
A P 0- 9 GRANULAR SLIGHTLY STICKY ABUNDANT NONE STRONGLY ACID VEPY FRIABLE VERY FINE FINE SOFT RANDOM TMROUGMOUT MATRIX SLIGHTLY PLASTIC 1N PED SPHERIC " L
B Ft 9- 17 SLIGHTLY STICKY ABUNDANT NONE VERY STRONGLY FPIABLE VERY FINE FINE ACID SLIGHTLY HARD RANDOM IN ROUGHOUT MATRIX SLIGHTLY PLASTIC IN FED SPHERICAL
B F2 17- 29 SLIGHTLYI STICKY ABUNDANT NONE VERY STRONGLY FR ABLE VERY F[NE FINE ACID SLIGHTLY HARD RANDOM THROUGMOUT MATRIX SLIGHTLY PLASTIC IN PED SPHERICAL
B MI 29- "6 SLIGHTLY STICKY PLENTIFUL NONE STRONGLY ACID FRIABLE VERY FINE FINE SLIGMTLY HARD PLASTIC RANDOM THROUGHOUT MATRIX SL IGwTLY IN PED SPHERICAL d M2 "6- 63 SLIGHTLY STICKY ABUNDANT NONE VERY STRONGLY FRIABLE HARD VERY FINE FINF ACID SLIGNTLY RANDOM TwROUGHOUT MATRIX SLIGHTLY PLASTIC IN PEI SPHERICAL B 03 63- 73 SLIGHTLY STICKY ABUNDANT NONE VEPY STRONGLY FP IABLE VERY FINE FINE AC 10 SL 1GHTLY HARD RANDOM THROUGHOUT MATRIX SLIGHTLY DLASTIC IN PED SP HEPICAL
17 CB 73- 90 NON STICKY FE . STRONGLY ACID LOl1SE VERY FINE NONPLASTIC RANDOM IN PE D
II C 1 90-12s NUN STICKY FE b STRUNGLY ACID L005E VERY FINE NONDLASTIC RANDOM1, PE D
II C 2 12l-1 "S NUN STICKY STPONGLY ACID LUUSE FEPANOOM. NUNPLASTIC 1N PED
ttttt " tttittt " itt " lttft " ttiltt " tt!!ltsttft " tttifi " iti! " ttt!llftt " it!lttittifiti " liti!ltftlt " iitttt " itftttilti " i " t " ltft "" ttff " f "" ! " tt t~ :PHYSICAL L CHEMICAL DATA -- ...... PH 1 PH 2
SAMPLE METHOD VALUE SAMPLE ME THOD VALUE ORGANIC NITROGEN MORIZON- DEPTH(Cr .) STATE STATE CARBON % % A P 0- 9 2 1 5 .0 2 " 5.3 12 .75 .66 B FI 9. 17 2 1 ~ .l 2 " A.7 4.06 .21 B F2 17- 29 2 l 5 .1 2 4 ".S 2.97 .16 B M1 29 . 46 2 1 5 .5 2 ~ 5.2 1 .23 .07 B M2 06- 63 2 1 5 .9 2 " 5 .1 .9B .06 B M3 63- 73 2 1 5 .8 2 " 5.1 .7 .5 .0A 11 C9 73- 90 2 1 5 .6 2 ~ 5 .1 .42 .02 C 1 90-124 2 1 6 .2 2 4 5.3 .20 .OI 11 C 2 124-105 2 1 6 .3 2 4 5 . " .12 .OI
EXCHANGEABLE CATIONS 9UFF .IME/100G1 C . E . C . EXTRACTABLE FE(%)
CA MG NA K DETERMINED METHOD RESULT METHOD RESULT HORIZON-DEPTHICM .1
A P 0- 9 25 .03 3.23 .06 .9l 51 .3 .6 3 .5 B FI 9- l7 ".13 .79 .03 .3~ 26 .1 1 .9 3 .5 8 F2 17- 29 2.25 .69 .02 .3A 22 .9 1 .9 3 .3 M1 29- 46 1 .29 .46 .02 1 12 .7 1 .3 3 8B M2 06- 63 .50 .11 .02 .4.79 10 .6 1 .5 3 .1 B M3 63- 73 .3B .07 .02 .90 9 .1 1 .A 3 .1 1 CB 73 . 90 .19 .03 .02 .69 6 .0 1 .3 3 .0 111 C 1 90-129 .1 " .02 .02 .19 3 .9 1 .2 3 .0 11 C 2 12A-1"S .16 .0 " .01 .16 2 .3 1 .1 3 .0
......
EXTRAC TABLE ALI%1 PARTICLE SIZEI%)
METHOD RESULT METHOD RESULT PI P2 TOTAL 62-2 U 2U CLAY .2U CLAY HORIZUN- DEPTN(Cr .l PPM . PPM. SAND 51LT TOTAL TOTAL A P 0- 9 1 .9 3 .5 362.1 22 67 11 1 0 F1 9- l7 1 l ." 3 .7 1A0 ." 232.7 26 67 5 8 F2 17- 29 1 1 .3 J .6 A9 .2 90 .9 31 66 3 U Ml 29 . 46 1 .B 3 .3 20 .3 "3.s 36 60 A B M2 16- 63 1 .7 3 .3 1".2 40 .7 7 50 3 0 M3 63- 73 1 .9 3 .2 20 .8 55 .9 463 34 3 11 CN 73- 90 1 ." 3 .2 52 .9 12".7 17 2 11 C 1 90 .12" 1 .3 3 .1 B".6 110.7 B196 2 2 11 C 2 12 "-145 1 .2 3 .1 53 .3 77 .2 96 3 1
COARSE FRAGMENTS % VOL GRAVEL COBBLE HORIZOV-OEPTH(CM .) % %
A P 0. 9 B F1 9- 17 B F2 17- 29 B M1 29- A6 B M2 A6 . 63 B M3 63 . 73 11 CB 73- 90 "0 35 5 11 C 1 90-12" ~0 35 5 11 C 2 12A-1 "5 40 35 5 6'9 " 0 " 90 " Y "" I I " '2 -0 " O J l1 C " CS 0 " 6I 1 " 92 C " C6 1'S "" O " -02 L9 7 2 'IS L'tll 1 " 91 6 " 91 9'C f " II CO' go " """ 1 '2 0'0 C C191 Z " LI IO " BO . OS " 1 61 " 2 OZ -O 19 7 6'9 " 6 " 12 1'tl " " O -ii N O S 'OS I-LC Z'LOI 0 " IC S "" 1 Z " 99 S " ' of- S6 " 1 L' 1'W71N1d30-NOZICON 'Wdd 'Wdd '1+dd " udd '-do NZ AD S Zd Id 03NINt13130 X " N 9W " J '7 '3 '7 19001/31W)' IinO SNOI lY7 i18Y39NYH7X3 ...... -...... - ...... - ...... - ......
CO' L' " " 2 9 "" 1 r -0 " 9 7 11 S1 " We 1"" " Z 9' " I i 0" -OL 7 oc " sc "" 1"" " 2 1 r or -o 19Is 7 Is" 1 99 "c2 " L 6"" L L o -ra N 0 % If NOi0Y7 31 "lS 31 "lS 1 "rW71H1C70-NOZICON N390N1IN 71N"9a0 3nlYA OONIiM 31dW "S 3n1YA OONIHW 31dMYS L Nd I= ...-..- ...... - .... YlYO 1Y71W)N7 9 1Y7ISANd +t+ttttt+sst+ts+ttt+tststsssts+ttrts " ttttttttt+tttttttttststt+ttttttstttttsst+stt+ssttttt+s+stt " ttttp+ststi " sttss " t+s+tstststtttstt 1NIVi 3N11 +ii -0 " 9 7 11 1NIVi 3N1! riI 0" -OZ LO 7 Or -0 t0 7 0 -Zr N O
4IW71Nlai0 NOZIMON I S31110M SS3NX7IN1
QN "S 1SIOrv XINL "N +3! A31i1S NON 3AISSYW 384140 A""01 0 " i/O "" AO " t -0Y 9 7 it 15ION XIN1 "W lnlilN3ld A717f1S Al1NS11S 3AISS"W WY01 O'L/O"" AO "C aY317 0" -Or L9 J 1SIoM XIC1vW 1NYONnO " A717I1S A11N911S 3AISSYW "Vol O" L/0' "Afi"L lvnavNe Or -0 19 J n"lnN"00 iSioW XIa1YW 1N "ONnOY AMJIIS NON iNi " 71N " Od0 0'2/0 " f1JA0'01 l " n0 "y9 0 -2t N 0
AdYONnOi IWJIN1d30 NOZiCON I 51001f 3JN31SISN07 I 3dnl7nC15 3Un1X31 I Cn0107 NOZIdON SS7NM71N1 ...... - 140110107SB0 311lOtld t+tt+ttttt+satttsatssttst+ttrtssttas+st++tsttststt+t+s+sttt+tstttt+tstst+attttttstttsttttts+ttttttsuttt+ttstt+ttatq attttstsssattst "OC i0 N1n05 511313W OS ~371 "1 llld i0 1S3"M1nOS 03tY701 i1IS
SilON l"NDIlI00Y
31 " 6300W ISS3NSn01Adid AN O1S-NON ISS3NINOIS 030NOd 1idONnN Q3NIYC0 Al000e Ad3A .39Y.1"60 71v1n03N ONY 1N3no3Ni IOt " Z " N OOOI! " W7 0 " IHld30 941100C
13A31 t "S3COX3 37"iCnS lYlAnli t "lYW 7i13N39 n33N3A t'S30dX3 37 "i6nS A1li5 11 JI1S "1J '73dS JINY9C0 1" 1"W 7113N30 .--...... - ....--..- .-..- 11Nn JINd "N9IlYC15 3100IW 11Nn JIMdYM9I1"M1S W30dn ...... ~-- " - "-----. . .- WWOlON " 1 ? 1Y1C31 " W INiC" d
A1Y3d 13SYNd 000 t(930) 1J3dS" IIOS 1Y00" tSn1Y1S L IIWI NOIlYAil3 13A31 01 lYN0ISS30030 tSSYl7 SO 117]Sl NOIS17iCd 3lAw1S 13dA1 (SL6I)lOSA319 0939 I" LC art i(o)721 Cl 02 6 " tIN130n111Y1
3d01S NOI1 "7IiISSY17 NOI1 "701
A7Aan5 0311 " 13Q 73SOdCnd ON)IdWYS "9Y-ti 9 -V-W-2-0 ' " NrOl3H 1 " N ItlOA3AdnS IL tA3A6nS i0 31 " Q ...... " 13dA1 11Nn - S31b3S IVOlJNldad AL BION UNIT TYPES SERIES ------DA TE OF S URVEYI 72 SURVEYORS NAL UBC
LOC " TION CL " SS1F1C4TION ~--" -- " -" ----- LATITUU6(N/i 49 04 47 LONGiTUDEIa'>1 122 36 07 MUM1C LUVIC GLEYSOL(1978) PRECISION ISECII OS ELEVATION IMII 60 ST " TU51 MUOAL SUIL
D "RENT MATFRI " L G LANOFORM ------~-~-- UDPER SiRATIGRADNIC UNIT ------SPEC, CLASTIC It CLAYEY GENETIC MAT .i MARINE SURFACE ExPRES .l LEVEL DESCRIPTOR li GLACIAL
tNltt+titl """ + " t " i "" s1 N " t " +tiit " t+ " tt " iitit " " aNS " st "" t!t " sitt " tstsHtaa " sit "" atf "" titftitia+ " i " attitittt " t " ttt " i " N1 "" t!t " i " +i " H
VMySICAL L CMEMICAL DAT " ------P--- ATiERBURG LIMITS i MOISTURE STATUS VALUE 1/3 IS tl FIELO PLASTIC LIOUID SAMPLE METHOD BAR, MOISTURE LIMIT LIM/T HORIZON-DEPTM(CM.) STATE BAR . 37 .7 A D 0- 18 2 4 1,7 .B9 44,3 ! 5,1 1,41 33 .2 IB,6 27, 0 30,4 52,0 A EG IB- a 3 2 .4 23 . 8 B TG 43- 81 2 4 6,0 1 .56 37 .4 20 a 6.5 1 .55 42 .9 22 .7 31 .1 28,5 56,6 BC BI-102 2 30 .9 , C G 102-132 2 4 6,6 1 .57 42 .5 20 .9 " ss +tsls " s "" sst!!s st " satlts+ss! " lasistsrtsrastsassts " stlt " t+sss " t " 1DENSITY" BULKtttits+llllts+sfaa " 1lt+tlttsssslstssslssistlat!llss "" tssssst tt " " Particle Density 9m/cc Shrinkage Limit .X . , ...... ~ . . ~ " . . Particle Size,: - . . . . . <2 .5 cm <5 mm <1 mm <0 .074
DATEMOL OF r SURVEYSSE : 70 SUP SURVEYOR : HAL KELOWNA, B .C .M,A, 6 Q,A .H . S A IN PURPO DETAILED VEY
LOC " TION CLASSIFIC" TION $LUPE
LATITUOEINIt " 9 0 " f7 LONGTUOEIrII 122 J6 07 HUMIC LUVIC GLEYSOL119761 TYPEt SIMPLE PRECISION ISECIt 05 CLASS, DEPPESSIONAL TO LEVEL ELEVATION (M11 60 $1ATUSi MODAL $OIL
PAQENT MATEQIAL G LANOFORM
UPPER STRATIGRAPHIC UNIT ...... - ...... -. . ..-
SPEC . CLASYIC 11 CLAYEY GENETIC MAT .1 MARINE SUQFACE EXPRES .1 LEVEL DESCRIPTOR 11 GLACIAL
DRAIN AGEI POORLY DRAINED PUN0FFt SLOW PERVIOUSNESSi SLO!
ADDITIONAL NOTES
SITED . LOCATIONS, LIE 135 METERS SOUTH OF INTERSECTION OF BIGGAR AND OLD YALE A S LAN Y
CKNESS HORIZON COLOUR t TEXTURE STRUCTURE 1 STRUCTURE 2 HORIZON DEPTHT"I ICMI BOUNDARY
A P 0. 15 AERUPT IO .OYQ3 .0/1 .0 SILT LOAM FINE TO MEDIUM rATR1it MDI$T SUBANGULAP BLOCKY so .OYR" .S/1 .5 MATRIX DRY A EGJ IS. 25 CLEAR 2 .SY5 .0/2 .0 SILT LOAM MEDIUM MEDIUM MATalx MOI6T PLATY SUBANGULAR BLOCKY 2 .SY7 .o/i .o TASK DRY AO 25. "0 GRADUAL S .OY5,5/1 .0 SILTY CLAY MED)UM ANGULAR BLOCKY MATRIX MO15T LOAM SUBANGULAQ BLOCKY 2 .5Y6 .0/2 .0 MATRIX DRY
B 761 "0- 65 DIFFUSE S .OYS .O/I .0 SILTY CLAY STRONG MEOfUM MATRIXW MO15T MEOIUM SUS ANGULAP BLOCKY IBMATIC
B T62 65- 66 DIFFUSE 5,OY ",0/I .0 SILTY CLAY PASTRONG STRONG MATRIX5;016 M0IST MEDIUM MEDIUM PRISMATIC AN6ULAR BLOCKY
44 86 .112 DIFFUSE S .OY5 .0/I .O SILTY CLAY MEDIUM MEDIUM MATQIX YOIST PRISMATIC SUStNGULAR BLOCKY
C 6 112.125 5,OY5.0/1,0 SILTY CLAY MASSIVE MATRIX M0 1ST ......
ICKNESS CONSISTENCE ROOTS I MOTTLES 1 CLAY FILMS I HORIZON TVDE PTHICMI
A P 0. IS FRIABLE ABUNDANT MARU
E6J 15- 25 FlRr ABUN0ANT COMMON HARD MEDIUM PROMINENT 7.5YR6.0/6 .0
A" 25 . " 0 VERY FIQM PLENTIFUL COMMON MEDIUM PROMINENT 7 .5YRS,0/6 .0
B TG1 AO- 65 VERY FIRM FEN COMMON MANY MEDIUM M00. THICK " PROMINENT ON PED FACES . 7 .SVP " .0/ " ,0 UN SPECIFIEO
B TG2 65- B6 VERY FIRM FEW FEW MANY MEDIUM aMOD. THICK 01STINCY UNSPEDIFACES-I S.OY4 .0/1 .0 N PEC F ED ac as-112 VERY FIRM FEW FEW COMMON OIUM TN IN MEDISTINCT ON PED FACES- IO .OYRS .O/5 .0 UNSPECIFIED C G 112-128 VERY FIRM VERY FEN FEW FEWIN MEDIUM TM DISTINCT IN VOIDS AND D!10 .0YR5.0/5 .0 0a CHANNELS ONLY DMYSICAL b LMEMILAL 0 " T " '
PM I DM 2 SAMPLE'TA METHOD VALUE SAMPLE METHOD VALUE ORGANIC NITROGEN HUR120N-DEPTNICM,1 is STATE CARBON % % " P 0" IS 2 S 5 .7 2 " 5.2 5,92 ,32 A EGJ 15- 2S 2 1 5.6 2 " 4.9 7.S " .06 AB 25- 40 2 1 5.6 Z " 5.0 .51 .06 B 40- 65 2 1 6.0 2 " 5 .7 .39 .03 8 161TG2 65- eB 2 1 7,0 2 " 6,6 BC 88 .112 2 1 7 .6 2 " 7 .1 c 0 112-128 2 1 7,6 2 0 7 .0 .. -. . ..-- ...... -- -...... - . -...... -...... - ... --...... -... -- .- .... -..- .-- -.------E%CMAN6EABLE CATIONS BUFF,IME/100G1 C. E, C . EXTRACT ABLE FEI%1 ExTRACTAOLE AL(l) NA K DETERMINED METHOD RESULT METHOD RESULT Pl CA MG PPM, HURIZON-DEPTNICM,1 A 3,66 ,09 .37 29 .8 1 ,2 ,3 12 "2 D 0- IS 11,80 ".3 " EGJ IS- 25 3.20 1 . "7 .11 .09 11 .2 1 ,] 1 .2 .66 ,18 .15 18 .5 1 ,2 1 " 1 "" "B 25- 00 b .00 5 1,9 B TG1 40- 65 13 .90 12 .92 ."0 ,30 30,2 1 .0 1 .0 B TG2 65- 88 I5 .60 16 .72 ,SB ,31 31,2 1 .2 1 " 2 2"6 BC 88-112 15,00 IS .30 .58 ,34 27,9 1 " 6 c G 112-128
PARTICLE SIZEI%1
P2 S CU ZN MN TOTAL 62 .2U ,2U CLAY HORIZON- OEPTM(CM,) DDM . RPM . PPM, PPM, PPM, SAND SILT TOTAL A P 0- 15 23 .5 3,9 21,7 69,0 17,6 A EGJ IS- 2S 9, " I,0 18,8 67,8 l .8 8 68 24 7 AB 25- a0 .6 2.3 25 .1 09,5 13,8 B TGl "0- 65 9,9 .5 56 .0 57,5 e ,l 2 47 S1 20 B TG2 65- 88 118,5 .5 55 .9 72,8 1 .3 BC 88-112 220 .3 38 .5 65 .1 ,5 C G 112-128 50 .2 79 .0 .5 2UTOTALCLAY
ALBIOI\ UNIT TYPES SERIES
DATE OF SURVEYt 72 SURVEYORS M"L UBC
LOC"TION CLASSIFIC"T10N .--..- ..---.-- L "TITUDEINIt 49 13 02 LONGITUDEI " 11 l22 3" 2l MUMIC LUV1C GLEYSOLlI97B1 PRECSION ISECIe 05 ELEVATION IMII SO STATUSI MODAL SOIL
P "RENT MATERI " L L LANDFORM - . .--. .----- . . .- . .---. . . .-
UDVER STR " TIGR " DM(C UNIT
SPEC, CLAST(C 11 CLAYEY GENETIC M " T,i MA RINE SORF " CE E%PRES .t LEVEL DESCRIPTOR is GLACIAL
sttt "" sta " aassN Nt " i " t "" t " t " t "" ttst " at " t """ qtat~t" ttata """ t" ftt " s " tatas " t " tts " taaa " f "" ttt" s " t " tttltttitftsttta """"""" tt"" t """"" i ""
PNYSICAL L CMEMICAL D " T " ------~-- --DM 1 MOISTURE STATUS ATTERBURG LIMITS
SAMDLE METHOD VALJE BULK 1/3 15 PL "STIC LIOUID HORIZON-OEPTNICM .I STATE DENSITY BAR, BAR, LIMIT LIMIT A .1 0- 20 " EG 20. 43 2 4,3 09 .5 79 .7 AB 43- 61 8 TG 61-102 " 1,10 29 ." 48 .3 33,9 8 C 6 102" 132 2 4 6,0 I,S9 " 0 .8 2232.9.0 31,1 25,3 53 .6 C 132-137 2 4 6.5 1 ,91. "2 4701 .6.1 21 .7 33 .2 2",9 78,055 .2 Particle Density 9,.l/cc ShrinYige Lini.t XS , ...... , . . . . , . Particle Size X . - HDr'zol ~ Depth Air Oven Max . Air Oven Optimum >5 .1 cm <5 .1 cm <2 .5 cm <5 mm <1 mm <9 .074 <0 .05 rm <'1 .003 ~1^. cn Dry Dry . . Dry . Dry Dry moisture i. . , .., . . . . . 59. ..9. . . . . , ...... 7~7 . . . r. h 0- 20 ...... , . . . , ...... , ., ...... , A .3 20- 43 2 .49 . 2 .80 . . . . . 5,9. 34..0 . .33 .0 . . . . " . MOISTURE%FIELD, ...... 100 .0 100.0 . 99 .0 E9 .0 "^- 43- 61 , - Bc ; 61-10 : . 2 2.52 . 2 . .814 . , . . 23 .3 27 .,4 , , _ , . . . . . 100 .0 . 100 .0 . 92 .0 76 .0 ...... 10 . .0 ." 91,1 42 . ~J "iC . :J2-132 2 .ci 2 .20 . . _2 .2 . . . 2{ .8 , . . . 06 ..8. . 109 .0 Cg i32-157 " 2 .63 , 2 .82 . . . .' . . . . 2's .0, G5' .6 ,. , . . ...... , . . . . . 1100 .0 . . 99.0. . 95 .0 ' 2 ^ ALBION UNIT TYPEI SERIES ...... :......
OATE OF SURVEY : 69 SURVEYORS NAL KELOtNA . B .C .M .A . 6 R .A .B . SANPLING PURPOSEt DETAILED SURVEY
LOC" TION CLISSIFIC4T10N SLOPE ...... LATITUDEIN)t a9 IJ 02 LONGTUDEIxItI 122 Ja 21 HUNK LUVIC GLEYSUL11979) % E .0 PREC SION ISEC)t OS TYPES SIMPLE EL EY " TiON IM)1 50 STATUSt MODAL SO(L CLASSI GENTLY SLOPING ASPECT (OEGit I80
P " RENT MATERIAL L L " NDFORM ......
UPPER STR " TIGR " PH(C UNIT ......
SPEC, CLASTIC It CLAYEY GENETIC M " T .t MARINE SURFACE EXPRES .t LEVEL DESCRIPTOR II GLACIAL ORAINAGEt POORLY DRAINED NOFFt SLOK .ERU.VIOUSNESSI SLOW AODITION " L NOTES ...... o . . .e
SITE LOCATIONt 600 METERS SOUTH OF DEtDNEV TRUNK RD .~ ON COTTONWOOD OH . MAPLE RIDGE . TME BC AND C G HAVE DARK COATINGS ON CONCHUIOAL FR "CTURE FACES. stttittaauaitit "attttataaatt "" t"" attttttattttatsiss "ttttatt"" atatarttat "t"ttt"ttattatatatattatat " att"" tatatt "tiatat "t" it "tttat" t" at PROFILE OESCRIPTIUN ...... THICKNESS HORIZON COLOUR 1 COLOUR 2 TEXTURE STRUCTURE 1 HORIZON DE PTMICM) BOUNDARY
A H 0 . 13 CLEAR IO .OYR2 .0/I .O CLAY LOAM WEAK TO MODERATE MATRIX NOIST FINE GRANULAR
A EGJ IJ . 25 ABRUPT 10 .0YRJ.0/2 .0 CLAY LOAM MODERATE MATR/x MDIST FINE GRANULAR
AB 25 . 40 GRADUAL 2,SY5.5/2 .0 SILTY CLAY MODERATE MATPIX MOIST MEDIUM ANGULAR BLOCKY
BA 40 . 52 GRADUAL 5.OY3 .0/I .S CLAY MODERATE TO STRONG MATRIX MOIST MEOIUM ANGULAR BLOCK "
8 TGI se . 70 GRADUAL S.OYS .O/2 .0 CLAY NOD MATRIX MOIST COARSE'p"'-' PRISMAYtt B TG2 70 . 98 OIFFUSE 5.OY5 .0/2 .0 CLAY MODERATE rATRlx MOIST CDAR5E PRISMATIC BC 98 .1]0 DIFFUSE 2 .SY5 .0/2 .0 S.DY5TA ..0/2 .0 CLAY ST40NGS MATRlx M01 5T A I MOI I COARANGULARI SLOCKY 6 130. S;AOY5,51,110. T 2A;pSY .5*0**2;0T CLAY MASSIVE A IX 0 I NOS ...... 7MICKNESS CONSISTENCE R70T5 1 MOTTLES 1 MOTTLES 2 CLAY FILMS 1 MORIZON DEPTH ICMI
A M 0 . 17 FRIABLE ABUVO "NT
A !GJ 17 . 23 FRIABLE ABUNO "NT AB 25 . a0 PLA5TIC PLENTIFUL MANY MEDIUM PROMINENT 7 .5VR6.0/B .0
BA 40 . 52 VERY PLASTIC FEW COMMON MEDIUM PROMINENT 7 .SYR5 .0/7 .0 B TGI 52- 70 VERY PLASTIC VERY FEW COMMON IO .OYRS.0/J .0 F1 WE Ol5TINCT 10 .0YR5 .0/6 .0 8 TG2 70- 98 VERY PLASTIC VERY FEW COMMON COMMON ME OlUM H00 . THICK OISTINCT 1N MANY V01DS IO .OYRS .0/6 .0 CMANNELS AND ON SOME VERTICAL AND HORIZON AL RED FACES
BC 98 .IJ0 PLASTIC COMMON MEOIUM PROMINENT S .OY5 .0/6 .0 C 6 130- PLASTIC CoMM0N MEOIUM PROMINENT IO .OYR5 .0/6 .0 tttst qit " a " titt " ts " tstt """ taaitttaNttsasiN """"""" tt " is " p " tsti " ttttttit " ttttt "" tita " N Ntisat " atittt " es " tti " t "" ttsttt "" t "" tititta PHTSICAL L CHEMIC " L OAT " -----~-----~------" --- PH I PH 2
SAMPLE METHOD VALUE SAMPLE METHOD VALUE ORGANIC NITROGEN MORIZON- DEPTM(CM .1 STATt STATE CAPBON % % A N 0- 13 2 1.7 2 1 1,0 B,SB .72 A EGJ 13- 25 2 1 5.2 2 1 0.0 2.55 .25 AB 25- 2 1 5.0 2 0 0.0 .99 .Il BA 00 . A052 2 1 5,0 2 0 0.2 .2J .O1 0 TGI 52- 70 2 5.7 2 1 o.B .23 .01 0 T02 70- 9 . 2 1 6,0 2 1 5 .7 BC 98-130 2 1 6.9 2 1 b.1 C 6 130- 2 1 7.2 2 0 6.3
EXCHANGEABLE CATIONS BUFF,IME/100G1 C . E . C .
CA MG NA K DETERMINED pl P2 S CU ZN HORIZON-DEPTH(CM,1 pp . . ppM, PPM, ppM, RPM, 0- 13 J.20 1 .95 .11 ,17 09,0 12 .2 I6 .3 12 .8 5B,5 131 .1 11A 4EGJ l3- 25 2.69 i .e2 .12 .1B 37 .5 11 .6 26,3 7 .0 7J .7 168.2 Ob 25- 10 S.BI 5,25 .1B ,16 37,8 3.6 6.B 1,5 73 .7 150.7 BA 00- 52 1J .59 12 . "5 .29 .62 17,6 0 .6 1,9 7 .0 102.2 133.2 B T61 52- 70 17 .19 15,25 .31 ,06 J9,1 B.2 16 .0 3 .6 85 .9 125.1.3 ticB 762 70- go 19,77 16 .03 .05 ,19 37 .3 7 .9 117.5 2 .0 82 .3 129 96-130 10 .99 11 .22 .37 ,38 27 .0 S.1 200.0 2 .0 61 .9 103,1 C 6 130- 9.66 9.59 .28 .o2 22,9 1 .6 228.2 I .J 62 .2 119,J ALOUETTE UNIT TYPES SERIES ------...------..---...---..--.--. DATE OF SURVEY' 71 SUP SURVEYUQt NA L KELOiN " , d .C .M,A, 6 p,A,O, SAMPLING PUQPUSEt DETAILED VEY
LOCATION CLASSIFICATION SLOPE
LATITUDEfNIt ta 25 LONGITUDE(t)7 12249 "2 56 ORTHIC GLEYSOL(1978)Moo So TYPE : SIMPLE PQECSION (SECIt OS CLASS, DEPRESSIONAL TO LEVEL ELEVaTION (Mil 2 STATUS= AL IL PHASEt PEA TV
P " QENT M " TERjAL G LANOFORM - .- .- . . .- ..- .- .- .o---. .- . UPPER STR " TIGRAPNjC UNIT MIDOLE STR " TIGQ " PM1C UN]T .- .- .--.-...... - . . . . .- ...... ---- ""--- .--- GENETICU ;AT4 :S ., MANIC SPEC .,Cl-, .A,11, .11 It FLSILTY S OFACE xP V NEER GE14EU EX TRESI . I S PEACEC P I LEVELUV 4L
ROOTING DEPTHS 82 CM, DQAINAGEl POORLY DRAINED QUNOFFI VEPV SLO"' ONINESSt NON-STONY STPEOVIOUSNESSt MODERATE
ADOITIONAL NOTES
SITE LOCATED SOUTH OF LOUGwEED HnYI 1600 METERS EAST OF PITT RIVER BRIDGE ORGANIC MATERIAL FROM O MP FILLS LAYER CQACKS IN B G .
PROFILE OESCRIDTION -----...--"---- ...- CULOUR 1 TEXTURE STRUCTURE 1 STRUCTURE 2 MORIZON D E PTMIC4 1 B B U N D ~ QY
0 MP 20- 0 ABRUPT 2.5Y2.0/O,0 ORGANIC MODER " TE MODERATE MATRI% MOIST FINE FINE 10 .0YP2 .0/1 .0 SUBANGULAR BLOCKY GRANULAQ MATRIX DRY B G 0. 17 GRADUAL 10 .0YPa .0/2 .0 SILT LOAM MODERATE MODERATE " MATRI% MOIST MEO/UM COaRSE PRISMATIC SUB"NGULAR BLOCKY
C Gl 17- 40 DIFFUSE 2,6Y a .0 /2 ,0 LOAM MASSIVE MATR I% MO IST C 02 "0- 60 GRADUAL 2,5Va,5/2.0 SILT LOAM MASSIVE M"TRI% MDIST C 63 60- 62 DIFFUSE S,OY5,0/1,5 SILT LOAM MASSIVE M " TRI% MD15T C Ga 82- .0 SILT LOAM MASSIVE MATRIXWIN"MOIST ......
TNICKNE55 CONSISTENCE POUTS I MOTTLES I MOTTLES 2 HORIZON DEPTM(CMI
1 0 MP 20- 0 FRIABLE HARD ABUNDANT SLIGHTLY B G 0. 17 FRIABLE ABUNDANT
C GI 17- 40 FRIABLE ABUNDANT COMMON MEOlUM OISTINCT 7.SYRt,0/a.0 . C 02 AO- 60 FRIABLE FEW COMMON 10 .OVQ4.0/4 .0 MEDIT UMNCT 07!551RI5 .0/4 .0 C 03 60- 62 FRIABLE FEW COMMON MEDIUM PROMINENT 7 .51'Ra .0/4,0
C 64 82 . FRIABLE COMMON PLASTIC MEDIUM PROMINENT 7 .5YR4,0/4 .0
OHYSICAL 6 CMEMICAL DATA
OM 1 PH 2
SAMPLE METHOD VALUE SAMPLE METHOD VALUE ORGANIC NITROGEN HORIZON .DEPTM(CM,1 ST aTE STATE CARBON % % 3 MP 20 . 0 2 2 a .2 2 a 3.7 J2 .19 .99 B G 0. 17 2 1 A,5 2 e a .0 5 .05 .J a C 61 17- 40 2 1 a .9 2 A a.6 J .60 .27 C 62 "0- 60 2 1 S .3 2 a a.9 .12 C G3 60 . B2 2 1 S . Y 2 4 1 .0 C G4 62- 2 1 5 .4 2 4 5 .0
.- ...... - ...... - ...... - . . .- .- . .- . -- . . ---- , ...... - . .- .- . . . .- - " - " " -- " --- EXCHANGEABLE CATIONS BUFF,(ME/IOOG) C . E . C .
CA M6 NA rt DETERMINED PI P2 S CU ZN NORIZON .DEPTH(CM,1 PPM . PPM, PPM, PO M, PPM,
0 MP 20- 0 .6J .51 .06 ,22 67,9 77 .6 N8 .9 71,7 28 .6 23,9 8 G 0- 17 1 .56 . .l7 .OS .0a 2t,S 2 .6 7 .9 12 .2 29,1 SB .B C G1 17- a0 6 .aB 2 .01 .07 .OS 20 .a 1 .0 J0 .6 Il .a J7 .1 65 .6 C 62 40- 60 I .0 9J .6 10 .2 26 .6 58,6 C 63 60 . 82 1 .0 119 .1 II .B 30 .3 66 .7 C 64 82- 2 .9 117 .9 12 .8 30 .3 66 .7 UNIT TYPEI SERIES ------ALOUETTE DATE OF SUPVEYI 72 SUPVtYURl HAL UBC
LOC " TION CLRSSIFICATIUN ------" ------"" -- LtTITUDEIN)1 e9 le 25 LONGTUDEIYI!I 122 e2 56 ORTNIC GLEYSOL1197B1 DREC SION (SEC)1 05 ELEVATION (M)1 2 STATUS 7 MODAL SOIL
D " RENT M " TERIAL 6 L4NOFURN ----- " ------" ------UDPER STR" T1GR4PH(C UNIT VIDDLE STRATIGR " OHIC UNIT ------" ------GENETIC MAT .l URGANIC SPEC, CLASTIC 11 SILTY SURFACE ExPRES,t VENEER GENETIC MAT,1 FLUVIAL SURFACE ExDRE5 .1 LEVEL
ADDITIUNAL NOTES ------" -- CLASSIFICATION PHASES PEATY . " t " Yttttlttt " t " tt " ti
PNYSI[AL G CNERICAL OAT "
PH I MOISTURE STATUS ATTERBURG LIMITS SAMPLE METHOD VALUE BULK 1/a % PLASTIC LIOUID HURIZON-OEPTH(C11,) STATE OENSITY BAR, BAR,15 MDISTUREFIELD LIN1T LIMIT 0 HD 15- 0 2 t 3,5 ,e6 BO ,B e9 .2 9B,e B G O- 31 2 t t,2 ,82 55,0 I1 .B 70,8 t1 .9 58,0 C GI 31- 87 2 e e,7 I .16 YS,J 7,6 eB .J 30,7 38,8 C G2 87-112 2 e 5,1 1 .2J J5,1 5,9 17,6 27,5 32 .8
Particle Density gm/cc , Shrinkage Limit X Particle Size S , ,. ., , . . . . . 'Horizon ~ Depih Air Oven Max . Air Oven ~ Optimum >5 .1 cm <5 .1 cm <2 .5 cm <5 mm <1 mm <0 .074 <0 .05 mm <0.002r., T Dry . . Pry . . . Dry...... Dry . . .Dry. . . . Moi.sture .X , ...... , ...... , ...... mm, ...... Ohp, . 15-_ 0 . 1 .70 . ,1 .3$, . . . . . 1Q4 .Q_ .,109. .,0, ., ...... ,.~ ...... ~. . . , . . ., . . .,~ ...... , .1004 : ...... 0 .0 . °S _ Q- 31 2.48 2 .59 ...... 59.9 , . 61 .6 . . . , ...... ~ ...... : . .98.0, . . . .87 .0 . . . . . 20 .0 . . C'11 . 31- 87 2.61 . 2 .70 ...... ~ . 39 ..5 . . . .40 .8 ...... ,...... 96 .0 , ., .93 .0 . . . . 12.0 C72 87-112 2.61 . 2 .68 . . _ . . 37 .0 . . . .38 .0 . ., ...... , .. . _...... ~ . , . . 81 .0 . 72 .0 . . ., 8~ ANNACIS UNIT TYPEI SERIES
DATE UF SVRVEY7 68 SURVEYOR I HAL KELOaN " , B .C .M,A . L R .A,M . SAMPLINp PURNOSEI DETAILED SURVEY
LOC " TION CL " SSIFIL4T]ON SLOPE
L " TITUDEINII 05 LONGITUDEItIt 12349 00 43Oe TVPIC HU-ISUL(1970) TYPES SIMPLE ECISIUN ISECII 05 CLASSt DEPRESSIIINAL TO LEVEL PRELEVATION IM11 2 STATUSI MODAL SOIL
O "RENT MATERI " L 4 L " NOFORN
UPPER STR " TIGR " PMIC UNIT
GENETIC EXMAt .1 ORGANIC SURFACE pRE5 .1 8LANKET
ORAINAGEI VERY POORLY DRAINED PE RV10USNE551 MODERATE
ADDItiONAI NUTES
SITE LOCATIONI SOUTHERN EDGE OF BURNS BUG . DELTA MUNICIPALITY . FROM O N DORN SULPHUR VALUES ARE >500 P .P,M, O N1 . 0 M2 AND O H ARE 1YEAKLV STRATIFIED .
PROFILE DESCRIPTION
TMICKNESS NORIZON COLOUR 1 COLOUR 2 TEXTURE STRUCTURE 1 HORIZON DE PTNICMI BOUNOARY
0 M1 135-I15 GRADUAL 2 .SYR2 .0/3 .0 S.OVR2.0/2 .0 ORGANIC MATRIX MO15T RUBBED .ET/OXIDIZED O M2 115- 98 GRADUAL 2 .SYR2 .0/2 .0 5.OYR2.0/1 .0 ORGANIC M " iR1X MOIST RUBBED .ET/OXIDIZED 0 N 98 . 77 CLEAR 2 .5YR2 .0/2 .0 .5.OYR2.0/1 .0 URG"NIC M"TRIX Mots RUBBED 11ET/OXIOIZEO 0 M51 77 . "B GRADUAL S .OYR2 .0/2 .0 IO .OYR2.0/2 .0 ORGANIC MASSIVE MATRIA MOIST RUBBED .ET, OXIDIZED 0 H52 AB- 0 ABRUPT 7 .SYR3MOIST.0/2,0 10 .OYR2.0/2,0 ORGANIC MASSIVE MATRIX RUBBED KE7/OXIDIZEO C GS 0- " 5 .OGY5 .0/1 .0 SILTY CLAY MASSIVE MATRIX NOIST ......
TMICKNESSI CONSISTENCE ROOTS 1 X FIBRE HORIZON DEPTH CM)
D MI 135 " 115 VERY FRIABLE ABUNDANT RUBBED 40
0 M2 I13- 98 FRIABLE PLENTIFUL RUBBED 2S
D N 98- 77 FRIABLE FEW RUBBED 10
O HSI 77 . 46 FRIABLE RUBBED 5 0 H52 "8- 0 FRIABLE RUBBED 5 PL "STIC C GS 0- " PLASTIC ii "t"t"" f"t"a"""tittsest "iif"fs "" i"t"tittissR "ttt"ttt" s"Rt "itia "tsaNtstsfttstfsts "" st+"ISq" ts "!" ti "!tR" tt "" ar "" R"R"t"t"" tittRR "tii PMYSIUL 4 CNEMIC "L OAT"
PH 1 PH 2
5 " MPLE NETHOD VALVE SAMPLE METHOD VALUE ORGANIC NITROGEN HORIZON- DEPTH(CM .) STATE STATE C " RBON X X 0 ml 135:1 15 2 2 3.8 2 " 3 .t 58 .00 2." 7 D M2 IIS96 2 2 3.6 2 " 2.B 58 .00 2.35 0 N 98 . 77 2 2 t.0 2 4 3.6 58 .00 2.66 0 MSI 77- 48 2 2 R.S 2 4 R.3 53 .71 2.68 0 N52 "6- 0 2 2 R.3 2 " ",0 51 .7t 2.33 C 65 0." 2 1 3,9 2 " 3.Z 1 .86 .12
......
EXCHANGEABLE CATIONS BUPF .IME/IOOGI C . E . C .
CA MG N" K DETERMIN ED ELECT . COND. P1 P2 . . S CU HORIZON-DEPTH(C11 .1 IMMNOS/CM ) apM . pp PP. . Rpm .
0 Ml 135: 1 15 8.61 10 .83 .B6 .56 177.7 .30 B .3 15 .3 1"S.B 12 .9 0 M2 11598 8 .33 9 .76 .69 .17 172 .5 .30 1 .2 9 .5 128 .6 7 .! 0 N 98 . 77 30 .60 25 .50 .1J ,13 IB0 .0 1 .70 1 .3 10 .2 63 .6 0 H51 77- " 8 S .JO 7 .9 27 .R S " .1 0 H52 te . 0 7.20 3 .! 12 .! 86 .1 C GS 0 . " 3 .60 5 .7 9J .6 83 .1
......
ZN HORIZON.DEPTHICM,1 PPM . 0 MI 5 id .9 U N2 1 35159B: 11 I1 .0 0 H 98 . 77 27 .7 0 HSI 77- " 8 29 .9 0 H52 "e- 0 "9.5 C 6S 0-~ 30 .7 SL
L " S9 -9C C9 J 2'ZO eC -OT 29 J S " 9l 01 -0 19 J O " 12 0 -21 w 0 6-CI Zi -LL dM O "wdd 1 " wJIMld30-NUZICOH NZ
L " 69 2 " Ct 6 " Oll 9 " 0 OC " -eC r9 ] 6 " i L 9'2 G'60 9 " 01 02' 9 " 9t go : II " S9'r 06 " 0 9C " O1 z9 J Z " 9L 6 " t S'22[ S'LS OZ " L " 22 ZO . OI " It "., 92 " l OI -0 I9 J 1 " LZ I " OII 1 " 90 9 " 00 ac " 6 " 921 9I " CC. to SO " L 0 -Z1 w t: L'IC C " BO S'OC a " S2 09 " S " 16 2t " 2C " 96 " C 91 " S 2t -LZ dM 0
" wdd " wdd 'wdd " wde IwJ/SnMwwl 1 " N]1M1e30-NOZIMOM nJ 5 2d Id " ONOJ '1J313 03NIwy3l30 >t oN 9H "J " J " 3 " J 1900I/3w1 " iin9 SNOIIVJ 319V39NVMJX3
2" t s z 6's I z :of, C9 J C" 0 0 2 2"S I 2 9C -ol 29 ] tt " rl " r 0 " t t z 0 " 9 t z ol -o t9 J o[ " t ec " LZ r " c , 2 I " t z z 6 -z l w o It- 1 9s " o9 r " r t 2 0 " e z z zl -LZ dl o X % NOBOVJ 31V1S 31 " 1S 1 " w]IHld30-NOZItIOH Ni9001IN ,INV9d0 3n1VA oOM13w 3ldwVS 3n1VA OOM13w 3ldWV5 Z nd I Hd ...... - ...... V1V0 lV]tw3MJ '1 1VJISAHd ttaatt "a"" aaaa "a"ataatettaataatsatstaaftattterrttrsr " tta"" satattetarrstarttts,sstsssaaattssssra,atrYSttelrttsttrstla,trastr "aflartst
0 " 0/0 "" OA9 " L IN 3NIw0qd 3NId3 A .4 ]IISVId -9C r9 J 0 " 0/0"" OAU"L 1JNI1SI0 3N1! 43d 03 .4 WCli 9C -Ot 29 J 0 " t/O' "OAS "L 1JNIlSIO 3NIi t3i 1nei1N31d wt[d 01 -0 I9 ]
9Z Oi98nb 1NvONnBV WOI! 0 -21 w 0
OI 039BnM 1NVONnNV 319V18d 2t -1L OH n
SSIN]1M1d30 NOZIOOM 3d9[d % 1 S31110n t S10Ct1 3JN31SISN0] 3NX]IH1
...... w"ol lstow 3AISSVw AVID A1lIS 0 " 1/o ""IM"SAO"s -9c c9 J 1s10w Xldl " w 3I11SSVM AVID A111S S " t/0 " SAO " S 1anOvU9 9r -01 Z9 ] OOn3Sd AXJO18 Naln9Na9l1S wnt09w)4 31A .wVOl 1SIUw XtOAVw 31VU300M 01 AV1J AlIIS 0"C/0 " 9AS"1' 9V31] Of -0 t9 ] AXJ01B Ot1nONvYn4 3SMVOJ O1 wnio3w 3ZIOIXO/13h 0399nt1 15IOw XIOlaw 31ad9O0w ]iNV900 0"8/0"2t1A0"S 0 " 0/0'reAO "S 1OnpB" 0 -2t w 0 AXJOIB tlalnONV9nS 301 O1 wnI03N 03Z101 X0/13~ O3BBnC 1SIOw XIHlaw 31 "C300w JINV9e0 0" t/0" 2CA0 "S O "Z/0'2MAC "2 1dn09v ZI -LZ dH O
ACVONnOB SS(wJIMld30 NOZICOM I 30n1]nU14 3tlnlx3l Z dnOIOJ . I CnOlOJ NnZIOOM 3NXJIMI
NOIleItIJS3O 31IdOCd
" fyt " tf """ tf "" H " Ytf " ff " t " ttttr, """ tftt "" t " 4atfYtttttttbttt "" tJSt "" rft " t " tttft " ftt HefYt " st " tt " atsstfftf " t " Ytt " ttsatt,t " t1 " rt " s1 " a "
'SXJVifJ 1VJIlt)3A 03JVdS A1301 " S " M ID 3 " ONOMMJlb M1MON IAVt1I " tl IN" N " J ONV o "OC L" !O N01173S031N1 AO 1S3:+ Sl1313W 009 ONv H1nOS Se313w 000 OIlVJol 31IS
S31ON ITNntjIOOV
ISS3NsnoIAd3dV Q3NIVtJO A'ltlOOd TOISA03A 839VNI tPO
IT 13A31 I-S3ddX3. 33vI.4ons IAAIJ3 31 I IVW'IDI .3N39 "33N3AI I'S3!dX3 31viitins1 N A AVID '1 IS I '33dS Nvobo I IV . 131 3 3,
IINn :)IHdVdOllydlS 31001H iiNn 3tHdvtiqtivdis d3ddO
NdOJONVI I IVItJ3AVW IN30TO
IJOS AlV3d IISVHM Ivaow Isnivis ZO 'I,1 .1" : N 0.11YA313I I . 13A31 01 IVNOISS3dd3O1 ISSWID S 3 dWIS l3dAl IOL61)10SA31 .) 094H a co cat ism)4ansil3ol it 6v 1 3 A "
AgAIJAS 031IT130L IlSndmnd S ,Niid"vs'a 3 To 'B'V'd q 'V'W'3'9 -VN%013'A lwH ItlOA3AtinS I IAIAtsn 1 ...... ;;------S31tj3S f3dAj 11 SINNV ANNIS UNIT TYPES SERIES ...... __
DATE U ...... 1, : K L'0-'wN ::':"C . A . SAMPLING PURPOSESV DETAILED SURVEY
CLASSIFICATION SLOPE
LATITUDE(N)l0 C , "I " 9 06 03 L OECITUON(ISEC)lN 12249 21 11 WEGO GLEYSOLIl97e1 7f 05 TYPES COMPLEXID ELEVATIONSlo (MIS 5 STATUSI MUDAL SOIL CLASSI GENTLY UNDULATING
P " RENT M" TERIAL 6 L " NOFORM
UPPER STR " TIGR " PwIC UNIT M[DOLE STRATIGR " Pw/C UNIT
GENETIC MAT.1 ORGANIC SPEC . CLASTIC II CLAYEY SURFACE EXORES .I VENEER GE NEfIC MAT,1 FLUVIAL SURFACE EXPRES .1 LEVEL
DPAIN " GEI VERY POORLY DRAINED RUNOFFI SLOU PERVIOUSNESSi MODERATE
"DDiT/ONAL NOTES
CL ASSIfICITION PN "SE IS PEATY. SITE LOCATION ABUUT 300 METERS SOUTH OF THE BATES-HARRIS RD JUNCTION . MATSOUI . sssstssssts " sstss " tttstststtss " ast " t " systrssttts "" t " tttt " stt " ststeststststtttp " sst " tte "" s " at """ raaata " saa """ aa "" s " s " s " t "" t " tss " tsss
PROFILE DESCRIPTION .. .o ......
ICKNESS HORIZONBOUNDARY COLOUR 1 TEXTURE STRUCTURE 1 CONSISTENCE PODTS i HORIZON I"DE PTMICMI
0 MP 23- 5 ABRUPT IO .OYP2,0/2 .0 ORGANIC VERY FRIABLE ABUNDANT MATRIX MOIST MUCKY IO .OYR3.5/1 .0 11 " TRIX DRY
O F 5. 0 ABRUPT 7 .5YR3.0/2,0 ORGANIC PLENTIFUL MA TRI% MOIST 10 .0YR3 .5/3 .0 MATRIX DRY
C G1 0. 10 CLEAR 10 .OYR " ,0/1,0 SILTY CLAY MASSIVE FIRM FEW MATRIX MO15T LOAM 10 .0 Rb .5/1,0 MATRIX1 DRY
C 62 10 . 20 CLEAR 2.BYR ".0/0 .0 SILTY CLAY MASSIVE VERY FIRM FEY MATRIX MOIST 7.SYR7.0/0,0 MATRIX DAY
C GS 20 . DIFFUSE 2 .5YR5 .0/2 .0 SILTY CLAY MASSIVE VERY FIRM FEW MATRlIf1 MOIST LOAM 0.0 Yq6.0/3 .0 MATRIX OR Y
THICKNESS MOTTLES 1 HORIZON DEPTH( M)
0 MP 25- 5
0 f 5- 0 C GI 0. 10 FEl FINE FAINT C G2 10- 20 COMMON NE I'SDISTINCT 7 .5YR5 .0/6 .0
C 63 20 . MANY MEDIUM PROMINENT 7.SYR5.0/6 .0
t " tttt " ttt " ttt " attttttttttt " ttt " t " tM " ttttqttttatttttttttJ " ttttttttt " tatt "" tt " ttttrttt " ttttttt " a """ tttttt " t " t "" t " ttFttttt " t "" t " t " t " PMYSIC " L 6 CMEMI[ " L OATA . . ..o.o ...... - . 04 1 EXCHANGEABLE CATIONS BUFF,(NE/100G) C . E . C,
ST,SAMPLE METHOD VALUE ORGANIC NITROGEN CA MG NA K DETERMINED NORIZON-OEPTw(CM .) TE CARBUN % % 0 HP 25- 5 2 2 5.3 32 .77 1 .77 26 .70 3,30 .30 .30 76 .6 O F 5- 0 .2 2 " ,e 55 :044 2 ."t 1214 .50 2.d0 ,20 .20 125.5 C GI 0. 10 2 1 5.2 5.10 .32 . "0 ".60 .30 .20 "7.S C 62 10. 20 2 1 5." I .0a .10 11 .30 5,70 .60 ,20 31 .0 C G3 20- 2 1 6.1 ,29 .04 31 .60 2.60 1 .00 .10 20 .2
PI C2 HORIZON-DEPTM(CM,) PPM, PPn, 0 MP 25 . 5 50 .3 T6 .0 0 F 5- 0 11 .6 le .D C G1 O" ID e .3 25 .D C 02 10- 20 7.5 23 .0 C G3 20- 4.4 54 .0 ARNOLD UNIT TYPES SERIES ......
D " TE Of S SURVEYORS VKC KELOwN4s B,C .M .A, f; R,4,B . $AMPLINGSURVEYPURVUSE : DETAILEO61 SURVEY
LOCdTION CLa553iICAitUN, SLOPE ...... ~ . .-- . . . . .-- LATITUDEINIS a9 OB IS LONGITUDE(wli 122 02 50 OPTHIC NUMIC GLEYSOL(1978) % 3 .0 PRECISION ($6C1: OS TYPES COMPLEX ELEVATION IMIS 7 STATUSS MODAL SOIL CLASSS GENTLY UNDULATING
SPEC I CLASSICM 1 : SILTYL GENU ; VEL_ SAL S RFACEE C r .PAT .ES . . LE VV
DRAINAGESPV NESS, POORLY IreDRAINED RE IOUs MODERA
aatti "" ltfitft " fftt " ttitiitt " !ltttfifitt " ttift " tttatiiitltitit " tttitatttiikislttita " asttktt " afttta! " tt "" !t " t+tf+kt " ttlsfikttftfti+at
PPOFILE DESCRIPTION
1MICKNESS HDRIZON COLUUM 1 TEXTURE STRUCTURE 1 STRUCTURE 2 HOR120N DE PTNICMI BOUNDARY
" P 0 . 20 ABRUPT IO .OYN3 .0/2 .0 SILTY CLAY MEOfUM MATRIX MUlST LUAM GRANULAR
A met 20- 32 ABRUPT to .OYR2 .0/2 .0 SILTY CLAY COARSE MATRIX MOIST LOAM SUBANGULAR BLOCKY
8 G 32- 37 ABRUPT 2 .SY " .0/2 .0 SILTY CLAY MODERATE MODERATE M" TRIX motST LOAM MEOIUM SUBANGULAR BLOCKY PRISMATIC A M82 37- 62 ABRUPT IO .OYP2 .0/I .D SILT LOAM MASSIVE MATRIX MOIST C G 62 - 105 2 .5Y5 .0/l .0 SILTY CLAY MASSIVE MATRIX MOIST
THICKNE55 CONSISTENCE ROOTS 1 M0TTLE$ l NORIZON DE PTNICMI
A P 0- 20 FRIABLE ABUNDANT
A yBl 20 . 32 FRIABLE ABUNDANIl
B G 32- 37 FRIABLE PLENTIFUL COMMON MEDSUM D15TINCT IO .OYRS .0/B .0 4 HB2 37 . 62 FRIABLE PLENTIFUL
C G 62-105 STICKY FEw VERY FIRM PLASTIC iit+ttsts""" aytst"tisis» staseitii"tit "iatsiatssasssstti "tttasstt+it+s"ssasfss"tattst+ "fttistssf+ssassfffiuitplttestaesssatsattitt VHYSJCAL G CMEMICAL D " TA
PH I EXCHANGEABLE CATIONS BUFF,(wE/ 100G) C . E . C . E METHOD VALUE ORGANIC NITROGEN CA MG NA K MORIZON-DEP TNICM , 1 ST4TE CARBON % % DETERMIN ED A P o- 20 2 1 5.8 2 .78 .2B 10 .92 a .08 ,27 .IS 25 .7 A MB1 20- 32 2 1 5.8 a .93 .36 8 G 32- 37 2 " ,18 .26 ,Il a0,9 1 5.9 1 .86 .17 . 3 . ,23 A HB2 37 . 62 2 1 5.9 5 .7s ,36 C G b2-105 15 .91 7 .73B8 .19 ,20 52 .2 2 1 5 .9 1 .27 .09 18 .03 4,55 .27 ,14 37 .9
...... -.
P1 AURIZOV-DEPTH(CM .) PPM .
A P 0- 20 a .0 A iBt 20- 32 8,0 B G 32- 37 5 .0 11.77 A MB2 37- 62 12 .0 988 C G 62-105 a .0 BANFORD UNIT TYPES SERIES
DATE OF SURVEYi 6S SUPVEYORI MAL KELO " NA, B .C .M,A . L R .A .B . SAMPLING PURPUSEt DETAILEU SURVEY
!~M LATjTUOE4N! :, 149 092 27 LONCI 22 t, S.5 TEARIC -U-.SOL(. IS TYPE I 00*0SIMPLEDER PREL TUON ' ISECI 0 PESSIONAL E EVAT510.ON 4A)l STATUS : M .9'ePAL SOIL. CLASSI TO LEVEL ASPECT fOEGJ$ 000
O "RENT M " TERt " L 6 L " NOFpRM .- ...... - . . . .- " ---- ""-- UPPER STR " TIGR " PMIC UNIT MIOOLE SiP " TI4R " PHIC UN)T
GENETIC MAT.' OaG " NIC SPEC . CLASTIC II SILTY SURFACE EXPRE5 .1 VENEER GENETiC rAT .t FLUVTAL SURFACE EXPRES .I LEVEL
ROOTING DEPTMI 35 Cw . DRAINA6EI VERY POORLY DRAINED PEP VIOUSNESSI MODERATE
"DDITION"L NOTES
SITE LOCATION1 " 00 METERS NORTH OF GRAY AND LEFEUVRE 90 INTERSECTION . THE O H2 CONT "INS INTERSTRATIFIEO THIN SILTY BANDS . saf" tttttfststttasttaasststsf" ftsatf " ts "" tttfsftt "t"tttttt "attas"stsat""" ttftt "sattaas"satt "" att "" tss "ttas "stsa "" st "f "tt " tat"""""tta
PROFILE OESCRIPTION . .--. .-- ...... - ROOTS 1 HORIZON THICKNESS MORIION COLOUR I TEXTURE STRUCTURE 1 CONSISTENCE OEPTNICMI BOVNDARY
0 HP B7 . "0 CLEAR IO .OYR2 .0/1 .0 ORGANIC MEDIUM VERY FRIABLE PLENTIFUL M" TRIX MOIST SUB"NGULAR BLOCKY - IO .OYR3 .5/l .0 MATPIX OPT PLENTIFUL 0 Ni "0- 21 GRADUAL 10 .0YR3 .0/2 .0 ORGANIC FRIABLE MATqIX MOIST FIRM ABUNDANT 0 M2 27- 0 ABRUPT 10 .0YR " ,0/2 .0 ORGANIC M " TRIX MOIST rE0lUMWEAK 10 .0YR7 .0/1 .0 SUBANGULAR BLOCKY M " TRIX DRY PLENTIFUL C GI O- SS CLEAR 10 .0YR5 .0/2,0 SILTY CLAY MASSIVE FIR . ."1R,% M015T LOAM t0 .01R7 .0/1 .0 MATRIX DRY
C G2 SS- S.OV5 .0/1 .0 SILT LOAM MASSIVE FIRM OA10 TPIX.0" .6MO15T. 5,1 .0 M " TRIX DRY
......
HORIZON THICKNESS MOTTLES I
D MP 57- "0
0 MI " 0- 27 0 H2 27- 0 Few FINE FAINT C Gl 0- 35 FEWNE F!STINCT 10 .OY24.0/4 .0 C G2 33- FEW MEDIUM DISTINCT IO .OYRS .0/6 .0 a ttptfsftfsfftit " tsf " ttt """ tttt "" t " fflytsfat " ta " s " t " t " fst " t " stttt " ffast """" ttta " t "" t " tsH " as "" qtf """ s " tttff "" attsa " st "" fatfa " t1aH
DMYSIUL L CMEMIC "L D"i" ---~-~~- ~-_---~~-~~-~pN-) EXCHANGEABLE CATIONS BUFF,ISE/10061 C. E . C .
SAMPLE METHO D VALUE ORGANIC NITROGEN CA MG NA K OETERMINEO HORIZON- DEPTNICM,1 STATE CARBON X X .30 .SO 81 .7 0 HP S7 . 40 2 1 1 .J J2 .J6 1 .99 t .JO 1 .20 " ,2 52 .90 2.28 J.90 1 .J0 .JO .20 52 . " 0 H1 t0 . 27 2 1 .20 62 .8 0 H2 27- O 2 1 t .7 22 .0 " .96 7.60 3.70 .20 s .70 .d] 8.60 3,60 .20 .10 32 .2 C GI O" JS 2 1 t .7 29. 4 C G2 35 . 2 1 t .6 ......
PI P2 MORI20N-DEPTHICM,I PPM . PPM,
0 HP 57- " 0 J0 .0 5t .0 0 MI " 0- 27 S .0 12 .0 0 112 27- 0 1 .0 12 .0 C 0- 35 3 .4 11 .0 C G2G1 JS- BANFORD UNIT TYPES SERIES ------DATE OF SURVEYI 66 SURVEYORS HAL KELOSNA . B .C .M,A . 6 R .A,B . SAMPLING PURPOSEI DETAILED SURVEY
LOC " TION CL4551FICATIUN SLOPE
LATITUDE(N)2C, F. WS 1249 4164 315 L ONCITUD 1 5 YEWQIC HUMISOL11974111 TYPESA St SIMPLEEP PRE N I (SEC)t 05 CL S D RESSIONAL TO LEVEL ELEVATIONSIC IMIt 10 STATUS7 MODAL SOIL
P " RENT MATER[ " l, I. L "NOFORM ......
VPDER STRATIGRAPMIC UNIT MIDOLE STRA7TGRAPHIC UN1T
GENETIC MAT .t DRG " NIC SPEC . CLASTIC It SILTY SURFACE EXPRES .I VENEER GENETIC MAT .I FLUVIAL DESCRIPTOR It FEN
OPAINAGEI VERY POORLY DRAINED RUNOFFI SLOW - t " stititat "" tt " t " itaf " t """ qt " sstt " ti " ! " tit " a " t " iYttf " tt "" ttttitt " t " ts " t "" tttt " Yt " s " tY " sta " ttst " ts " s """ t " s "ttit """" ttt """"" ts " ttttit
PRUFILE DESCRIDiION ......
THICKNESS MORIZUN CULUUR t TEXTURE STRUCTURE 1 STRUCTURE 2 HURIZON DE PTMICMI BOUNDARY
O MP 35. 15 CLEAR 10 .0YR2 .0/1 .5 ORGANIC WEAK 0 ;0yMA7R1% MOIST WEAKREOIUM MEDIUM SUBANGULAR BLOCKY GRANULAR
0 H 15- 0 CLEAR IO .OYR3 .0/2 .0 ORGANIC MASSIVE MA TRlx MO15T
A M 0- 12 CLEAR IO .OYR3 .0/2 .0 SILTY CLAY MASSIVE MATRI% MOIST LOAM
C GI 12- 30 GRADUAL 5 .OY4 .0/ .0 SIL7Y CLAY MASSIVE MATRIX No I Sf LOA M C G2 30- 47 ABRUPT 5 .OY3 .5/1 .5 SILTY CLAY MASSIVE MATRIn MUIST A HS A7- 55 ABRUPT S .OY2 .0/1 .0 SILTY CLAY MASSIVE MA TRIK No IST LOAM C G3 55- 5 .OYt .5/1 .0 SILTY CLAY MASSIVE - MATRIR NO IST
......
WCKNESS CONSISTEVCE ROOTS 1 MOTTLES 1 MOTTLES 2 MOR120N IN ICMI
0 iP 35. 15 FRIABLE ABUNDANT'
U H 1S- 0 FRIABLE PLENTIFUL A M 0- 12 SLIGHTLY PLASTIC PLENTIFUL
C 61 12. 30 STICKY FE . FE " 7 .5YR4,0/4,0 PLASTIC COARSE PROMINENT 7 .5YR5 .0/6,0
C 62 30. 47 STICKY Ft* 7.5YR4.0/t .0 PLASTIC COARSE PROMINENT 7 .5YR5.0/6 .0 A NB a7 . 55 STICKY PLASTIC
G 63 55- STICKY FEW PLASTIC MEDIUM PRUMINENT 5.OYR4,0/B.0
"" t " ss "" s " tHtt """"" tfttt " s " t " ! " ss " ss! " tt "" ! " t """" s " t "" ttttttt " fst " tttYtisY "" Ya! " sstttts " N "" NSat " t!t " tYNS "" tt " t " stft """""" s " sft " s
PHYSICAL L CHEMICAL DATA ...... PH I EXCHANGEABLE CATIONS BUFF .I .E/100G) C. E. C .
SAMPLE METHOD VALUE ORGANIC NITROGEN CA MG NA K DETERMINED HORIZON-DEPTM(CM .) STATE CARBON % % 0 HP 35 . 15 2 2 5.4 22 .50 1 .37 33 .74 3 .50 .23 .2e 72 .4 0 H 15- 0 2 2 3 .6 56 .00 1 .57 A M 0. 12 2 5.4 12 .00 .72 20 .75 2 .50 .16 .12 YJ .S C 6l 12- 30 2 1 5 .3 3 .J1 .20 12 .J1 2 .07 .13 .10 24,2 C G2 30- 67 2 1 5 .3 I .06 .12 13 S J .08 .15 .20 24 .6 A Md 47- 55 2 1 5,2 6 .84 .31 23 .8.51 4 .91 .15 .16 53 .8 C G3 55- 2 1 5 .3 16 .06 4 .12 .15 .20 35 .0
PI P2 MURIZ0N-DEPTHICM .1 PPM, RPM,
0 HP 35 . 15 7 .0 19 .0 0 M IS- 0 7 .5 6 .0 A H 0 . 12 1 .0 32 .0 C G1 12- 30 1 .0 46 .5 C 62 30- 47 1 .0 73 .0 A MB A7- 55 1 .0 B .O C 63 SS- .5 10 .5 0'9/0 " SbAS'L IN 3NIWOCO 3NIy AN " M " 34 wdli 091-021 9 7 " 321 310vIW1 021-96 em V 0 " L/0'JyA0 " 9 1 . 1 . .1d A%7o10 BVinONVBnS 3Sbt07 iSd"o7 O1 "n o3 : ANVW 1ndIlN31d wdli 31 "e1300w S6 -LL 7B 0"f/S"CWAO "S 1N3NIWOOd A%701B BVln9N " Bn5 wnla3M .OdVH Al1M9IlS Wn103Y1 ANVW lnlI1N31d "bid 31t6i00W 1L -iG 2r9r1 0 O'9/0'SyAS'L 1N3NIW06d A%7018 Ct1n9NvBn5 3NIi OnVH Al1H9IlS MntO3W 0'9/9 " CbAO " 9 AN VW 1NVONnBV WN1d 31V0300W Y9 -SC trsrl B 17NI1SI0 A%7018 CI1n7Nv8nS 3NId ldOs 3NId NoWw07 1NtONnBv 3-BVIOd 31td300N GC -LI r9r3 t
COIN AlIH9 IS 1NVaNnBv 310ViBi CVinN " 09 Lt -0 d t
4(W71M1030 NOZIMON Z S31110w I S311LOW t S1o00 37N31SISNO7 2 30n17nn15 SS7Nx7tN1
...... 1s1oW x1a1vW 3hISStW "Vol 1l15 0"Z/S"" AS "Z OSI-OZl 9 7 Ax701B n11ln9NYBns0 311,V07 03W 1410W %IB1VW 1StoW x101Vw 3103a0. 1 O1WO,%V3M "Vol Ills 0'1/0 " ZOAO'01 0 " 2/0 "" WAO .OI 6V317 O21-S6 BIM v 711VWSIBd 7SCt07 O1 wn103W 1SIOW 1Stow %lal "w n " 34 "Vol Ills 0 " 2/0'SAO'OIIM" 0'Z/0'SAS'Z 1dnCBV 66 -1L 79 711vWSleJdon Ia3W 191oW xlnlvW 1s10W xtalvW 3110300W O1 x"34 wt01 Ills 0" Z/0-SC/.0'01 0"Z/0 " SAS'2 3sni11O CL -YG ZrJrl p
Ad0 xIB1VN 7IIVWSIttd 0"ZSAL "2 NnI03W 1SIoW x101tW 31t6300W 01 %"3" wVo1 Ills S " 2/S "COAO "01 3Snf"f0 YG -SC trorl 0 AOa A 1t1A 0IS"C/0 " LCAO""IV".Ot WnI03W), t0w xta1VH 31Vn3oow ol W30 Nvol Ills s"2/s " caAO " ot nv317 Sr -it r9r3 v AIlO A717010 dV1n9NVBn5 0 " Z/S'tOA0'01MAW wn1O30013NId As IOw Xtd1vW 31V71Ba0W w " Ol 11I5 0'Z/O " COAO'O1 ldnb0" Li -0 d V
Aa "ONn08 Iw71H1d30 NOZIt10M 1 30n17nt11S 3Cn1X31 Z CnOl07 1 anOln7 NOZIMOM 543Nt17IH1
NOIl0t117S30 31I1odE
" nVlrrntS3A ISIS" Wao " H1nV3 NoWWO7 3nVH W7LL 01 w7Lt wOni sNOZInoH aHl " svwns31 " od Wo71rHA t611 AfH JO No1173SnalNI do Hlnos s6a13W 009 tNOIlT7o1 is sUoN 1VNOIltoav
31Va3oow tss3Nsnolnn3d Wn1a3w taeoNna 03NIVCO Al177id3dWt 139 " NIVOO
13A31 t'S36dx3 37 " l6n4 1v1Anl! t " 11~W 7113N30 A111s tl 7I1St17 "73ds
lINn 7IMdVOOI1Vd1S C3dOn
W00lON "1 7 1"IC31tW 1N3Mtd
13A31 A1CV3N i5SVl7 1105 1VOOw ISnlV15 L t A3AhnS 031tV13o2, 13SOOWnd 9Nlldp " S 'B'V " b S -V " W'7 " B -VN" 013x 1VH ItJOA3hdnS tA3AdnS !O 31 " O ...... s316as 13dA11INn S31b8 lZ 0'7l i'99 4'b6 0'OOi 0'9Z LL'Z L9'Z ZST-LTT 60 8'8E S'Z6 0'06 0'001 99'Z 841Z LIT-98 P67 5181 T'S6 4'16 0'001 0'LZ 09'3 997 98 -19 r6C38 6'ST E'96 Z'86 0'OOi LL'Z L9'Z 19 -OE C6ay -8'9i 0'Z6 6'L6 0'00T 89'Z 7S'Z OE -0 dy I WW x aan~s toW .CaO ~C.10 ~CaO A',~0 .CaO uo WW Z00'0> WW 50'0> 4L0'0> WW i> WW S> W S'Z> WO T " S> w7 T " g~ wnwLidO uan0 .Ily -XeyL uaAO JSV 43da0 uozt.rol{ ' . x az}S aL7SlJed 3!W a6eWLa4S J7/w6 iCl)SUaO aL7L ;.ted 1% tt " ttftft """ ff " fitttfiifi " tf " ti qtitfitiirsit " tirrriitrtttrtrtt " rititfitsit """ fi " fiitftt " ifii " iriitittttttiifi " stisrrtfitiitfifiriri 9 " 6a t " LZ I " 99 s " 9 9 " tr 9t " 1 L " s i z zsl-LCI 9 J e " s t 2 L11-9e J C "9C "" 92 9-IS 9" OI i"0" 02 "1 9"S " Z 98 -t9 r9r1I's 0 S "ZS S"6 9"YC 22 " 1 O"S " 2 t9 -OC r93 v C "t9 Y" CI 9"9" 96 " 1 "S " 2 Or -0 0 V Liwl1 11W11 3en1SIOW "CVtI "CVB AliSN3a il "1S 1 "WJIM1030.NOIIOOH OlnOll JI1S "ld al3ii % SI C/ t X1nB 3nlVA OON13W 3ldNVS SllWll 9dnBM311v Cn1v1S 311n1SIOW I=. .-..'.- ..-. .---- .---- V1 " a 1V71W3MJ 9 IVJISAMd """ tt """"" t " tt """ t """""" t """ t " t "" tttt " itr "" tltt """ t " ti " t "" tt """ i "" ttt " ritit " t "" t " ttttiftt " ti " f " tttttttf " fti " ftt " tttftitilfii" t " tttrf liA71 I "S371d%3 37"dCnS IVIAnIiAl t " LVW J11343~ 1IS IT JI "S"lJ "J3dS ...... --- .-----" -- IINn JIMO " C9I1Vt11S C3ddn WCOiaN"1 S l"1C31VW 1N3l1Vd IIOS lVaOW tSnl "14 L LIWI NOI1VA313 SO t173S1 NOISIJ36d 19L6lIlOSINnC9 JINV13W 031VtAnl3 90 CL 2Zt t1t~130n119NO1 90 20 6t tIN)30n111 "l NOI1 "71iISSV17 NOt1V701 JBn lvH INOA3ANn9 2L lA3AMnS d0 31 "O ...... CiIM34 t70A1 "iNn S31d8 OSI-021 E J Oz l-66 8H V S6 -LL JB 6 Cl 91 I! LL -BS 2r9r1 8 as -sr lrsrl e 6 se tL t sr -Lt r9r3 " lI -o d v 1" aol 1" lal Llts aNVS (*No) ld3a-NOZZ OH A"1J nz " A"17 nz n 2-z9 l"lol I%r3zlS 31J11n"d ...... ___ ...... 9 "L 2" L9 S"6C 1 " C 9" 1 0S1-02I 9 3 6 "OI C"". COI 9" 1 " C " I C"92 S"0 9" f 0 " 1 1 021-S6 BN " 9 " 9 09 "" 9C 0" 0 C'99 0Y 1 " r L " I S6 -LL J9 9'6 L ""9 L" lC 9" "" 19 6"" 1 " C S " 1 LL -B9 2r9r1 B 9 "" t "" 9l L"0" 1 "C 2'0" B"9 t " r L " t BS -Sr Ir9rl 9 L " Ot Y " 20 S"O" 9't 6""" 2"fl 2 " r 9 " I SC -LI r9r3 V SILT Z " 6B 9"12 9"0 SICC 9"2t . S " C 6 " t it -0 d V " Wdd " Mdd " IVdd " Wdd " Wdd " 17dd ( " W7)Mld30-NOSIyOM NW NZ no S zd Id 11nS3ll OOH13W 1lnS3t1 aOM13W 1%)'IV 318I1JVblX3 1 " C 0" 1 OSI-Oii 9 7 2 " C C" 1 1 6-CC 90 " Lz " 9L "9 vC "CI Oz I-56 ti H v 2 " C 0"2 t Z"Lt 90 " 02 " 20 "S 99 "L 66 -LL JB I " C t" 1 1 L"2t 90 ". 91 " 6S "C 09 "9 LL -OS zr9r1 6 1 " C 9 " 1 I 6 "" 1 LO . Lt " L2 " C 29 " 9 OS -SC Ir9r1 Y C " C 1 " I t 1-tl LO qt . 91 " 1 69 "t SC -LI r"Jr3 V S " C Z " I t SIC? Ca . 60 " 66 " Z 06 " L LI -0 d V ( " WJ)Hld3a-NO2IWOH 11nS3d OOM13W 1lnS37! OOH13w 03NlWn3l30 X VN 9W v7 (%13d 3l0V1JV01X3 "J " 3 "J 1900t/3W1 "ddnB SNOILOJ 31BV30NVH7X3 9 " S " 2 C"9 I 2 Osi-02t 9 J t2 " t'9 " 2 2"9 1 Z 02I-S6 BM v SO' S " 9 0 2 C"9 I 2 S6 -LL JH 90 " 9C " i " S " z z " 9 ! 2 LL -9S 2r9r1 O 90 " as- 2 " S " 2 0"9 1 2 BS -Sr ir7r1 8 Ot " OI " I 6 " t " 2 0"9 1 2 SC -Ll r9r3 V 6C " 6C " S 1 " S " 2 6 " S 1 i Ll -0 0 V % t N096vJ 91v1S 31V1S 1 "W71H1d3O-NOIIOOH N390!l11N JIN " 9d0 3n1 " l1 OONl3W 31dWV5 3nlVA OOH13W 3ldY1VS 2 Hd I MO .-.- .. .---- " -- .- .o .---- V1Va 1VJIW3NJ 9 lV7ISAMd UNIT TYPES SERIES ------BATES OATE OF SURVEYt 66 SURVEYORS HAL KELOttNA, B .C .M,A . S R .A .B . SAMPLING PURPOSES DETAILED SURVEY LOC " TION CL" SSIFIC " TION SLOPE LATITUDEIN)t .- " 9 OB SB LONDTUDEIKIIPRECISION 122 2B IB GLEYED ELUVIATED MELANIC BRUNISOL1197B X 2,0 (SECIt 05 TYPE : COMPLE% ELEVA7ION lMlt J STATUSt VARIANT SOIL CLASSI GENTLY UNDULATING DEVIATION 11 50LUM TMICKNESS PARENT MATERIAL 6 LANDFORM ...... UDPER STRATIGRAPMIC UNIT MIODLE STRAiIGRAPNIC UNIT SPEC . CLAS7IC 11 SILTY SPEC . CLASTIC It SANOY GENETIC MAT .t FLUVIAL GENETIC M " T .1 FLUVIAL SURFACE EXPRES .I VENEER DRAINAGE! IMPERFECTLY DRAINED PE RVIOUSNESSt MODERATE tsssatsetsstrtsasqttets "statssasstettts"" tseststtttssessttttssetsettastttttr " tttttstetstttsssetset " ss " et+etes " ttttss+ " stts+ttrt " tts PROFILE DESCRIPTIDN -.- ...... - "--- THICKNESS HORIZON COLOUR I COLOUP 2 TEXTURE STRUCTURE l HORIZON DEPT N(CM) BOUNDARY A P 0- 20 ABRUPT 5.OVR2.0/1,0 SILT LOAM MODERATE MATPI% MOISi MEOIUM 5 .OYPi .0/1 .0 GRANULAR MATRIX DRY A ME 20- 30 ABRUPT IO .OYPJ .O/1 .0 SILT LOAM MODERATE M"TRI% MOIST MEDIUN 10 .0YR" .0/l .0 GRANULAR MATRIX DAY B TJGJ 30. 35 ABRUPT 2 .5Y",0/2 .0 SiLTY CLAY NODERATE MATRIX MO15T LOAM MEDIUN 2 .5Y6 .0/2 .0 SUBANGULAR BLOCKY MATRIX DRY A N8 JS- "5 ABRUPT 10 .OYR" .0/1 .0 IO .OYP3.0/2 .0 SILTY CLAY MODERATE NATRI% MOIST MA TRI% MDIST LOAM MEDIUM IO .OYRS .0/2 .0 SUB"N6ULAR BLOCKY MATRIX DRY 11 B MGJ "S- 77 DIFFUSE 10 .0YRt,0/ ",0 COARSE SANDY FINE MATRIX MOIST LOAM SUBANGULAR BLOCKY 10 .0YR6.0/3 .0 MATRIX DAY 111 C p 77-+ SANO GRAVELLY ...... TNICKNESS STRUCTURE 2 CONSISTENCE ROOTS 1 MOTTLES 1 HORIZON DEATHS CMI SINGLEGRAIN A P O- 20 FRIABLE ABUNDANT ...... A ME 20- 30 FRIABLE ABUNDANT B TJOJ 30- 35 FIRM PLENTIFUL COMMON MEDIUM DISTINCT 10,OYR5,0/6.0 A NB 35- "5 FIRM PLENTIFUL COMMON MEDIUM DISTINCT, .5" .S 0/5.0 II B M6J "5. 77 SINGLE GRAIN VERY FRIABLE FEW III C G 77-" LOOSE sstr """""" rt """""""tt ttt""tt "ttttt"s"""tttt "st "" ttetst " et "t" t"" tttttttttttttt "t"""rttsqttrsrts "t" tttt+s "tsstttst "stttt"""t"""tt "t"" PMYSIC "L G CNEMICAL OATA - " DM 1 EXCHANGEABLE CATIONS BUFF .CME110061 C. E. C . SAMPLE METHOD VALUE ORGANIC NITROGEN CA MG NA K 014ERMINED HORIZON.DEPTM(CM .) STATE CARBON % % A D 0- 20 2 1 5.6 12 .6 " .96 I1 .10 1,60 .10 .20 56 .t A NE 20-. JO 2 1 S.J A,B7 ."1 1 .10 .BO .00 .10 42 .2 B TJOJ 30 35 2 1 S.2 2.03 .20 1 .50 .90 .10 .10 31,3 A MB 35- "5 2 1 5.1 2.67 .27 1 .60 1 .30 .10 .20 33 .0 B MGJ "5. 77 2 1 5." 1 .28 .12 11111 C 6 77-4 2 1 5,6 .70 .07 PI NORIZ0V.DEPTM(CM .1 pPP11. . A P 0. 20 13 .5 A NE 20- 30 11 .5 B TJGJ 30- 35 8 .5 A M8 J5- ~5 7 .5 MGJ " 5. 77 " 0 .5 I--I11 C 6 77-4 61 .0 BATES UNIT TYPES SERIES DATE OF SUPVEYt 63 SURVEYORS GGR KELOWN " , B,C,M, " , 6 P .A .B . SAMPLING PURDOSEi DETAILEO SURVEY LOCATIO= C1~S51FIC=T10= SLODE LATITUDEINIt "9 05 37 122 20 SB GLEYED ELUVIATED MELANIC BRUNISOL11976 K 2.0 LONGITUOEIW)t TYPE, COMDLEX PRECISION ISECIt OS GENTLY UNDULATING ELEVATION IMIt 6 STATUSt MODAL SOIL CLASSt D "RENT MATERIAL L LANOFORM UPDER STRATIGRAPNit UNIT MIODLE STRATIGRAPMlC UNIT ...... -...... -.. ..-"-"---.- .- . .-"---" SPEC . CLASTIC It SILTY SPEC . CLASTIC It SANDY GE NETlC MAT.I FLUVIAL GENETIC MAT .t FLUVIAL SURFACE EXPRES .t VENEER DRAINAGEt IMPERFECTLY DRAINED RUNOFFI MEOIUM ' PERVIOUSNESSI MODERATE " s " sss+ " asa " ts+ " sstsstetss " ssassa " sttsss " ss " + " + " t "" airsstsssats " tis " s " +tssresaysasissas """ a+ " si+aassisar+ "" t+ss " rassastatats" atrsstt PROFILE OESCR1D1lON ....- --"" -"-----"-- TMICKNE55 NORIZON COLOUR i TEXTURE STRUCTURE 1 STRUCTURE 2 MORIZON DEPT NICMI BOUNDARY A P 0- 17 ABRUPT 10,0YR ".D/1 .0 SILT LOAM MODERATE MODERATE MATRIK MOIST FINE GRANULAP t0 .0YR2 .0/2 .0 SUB " NGULAR BLOCKY MATRIX DRY MODERATE A EJ 17- 33 CLEAR 2 .SYS .O/2,0 SILT LOAM MODERATE MATRIKW M0 16T COARSE FINE 10 .0YR6.0/3 .0 SUB"NGULAR BLOCKY SUBANGUIAR BLOCKY MATRIX ORY B MGJ 35- 65 GRADUAL S.OYS .S/2 .0 SILTY CLAY MODERATE M " TRIX MOIST LOAM COARS E 10 .0YR6 .0/2 .0 SUBANGULAR BLOCKY MATRIX DR Y BC 65 . S.OYS .5/2 .0 SILTY CLAY OEAK MATRIX 5T LOAM COARSE IO .OYR7 Hot.0/2 .0 SUBANGULAR BLOCKY MATRIX OR'' ...... TMICKNESS CONSISTENCE ROOTS 1 MOTTLES 1 MORIZON DEDTNICMI A P 0- 17 FRIABLE ABUNDANT A EJ I7- JS FRIABLE P.ENTIFJL FEW FINE FAINT B MGJ 33- 65 FIRM FEW COMMON MEOIUII DISTINCT 10 .0YR5.0/6 .0 ac 65- FIRM MANY MEDIUM DISTINCT 7.5YR5.0/6 .0 DNYSICAL L CMEM ICA_L D " T " - " P: -l EXCHANG EABLE CATIONS BUFF,(WE/ IOOG) C . 1 . C . SAMPLE MET HOD VALUE ORGANIC NI TROGEN CA MG NA K DETERMINED HORIZON- DEPTM(C M .) STATE CARBON X % 17 60 A EJ 17 . 35 2 1 5 ." 1 1 .45 .12 3.50 1 .40 .10 .10 23.8 B MGJ 35- 65 2 1 S.4 .52 .0S 7.80 1 .40 .20 .10 20 .J BC 65- 2 1 5,5 .35 .04 9.00 2.60 .20 .10 1",6 ...... -...... DI P2 MORIZON.DEPTH(CM,) RPM, PPM, " D 0- 17 30 .9 22 .0 A EJ 17- JS 16 .8 29 .0 B WGJ 35- 65 21 .4 " 1 .0 BC 65- 16 .6 03 .0 BATES UNIT TYPEt SERIES ...... DATE OF SURVEY1 66 SURVEYOR! M " L KELOWN " , B .C,M .A . 6 R .A,B . SAMPLING PURPOSEi DETAILED SUPVbY LOC"TtON CLASSIFICATIDN SLOPC ...... LATITUDE(NIl "9 I1 12 LON01TUOEIMII 122 1 " 25 GLEVED ELUVIATE0 MELANIC BRUNISOL1197B % 3 .0 CIStON (SEC)t 05 TYPEi COMPLEK ELEVATIONPRE lMll 7 STATUSI MODAL SOIL CLASSt GENTLY UNDULATING P " PENT MATERIAL 6 LANOFORM ...... UDDER STR " TIGR " DN1C UNIT ...... SPEC . CLASTIC It SILTY GENETIC M " T .t FLUVIAL SURFACE E%PRES,t LEVEL OP " INAGEI IMPERFECTLY DRAINED PUNDFFI MEDIUMMODE PERVIOUSNESSt RATE AODITION "L NOTEb ...... THE A EJGJ IS SLIGHTLY VESICULAR. frsrffsrtssssffrstrrsrtstsssrtffsrssstssartstrsstsaatss "sttusstttstsfttesttststastsatsatstttsatatsattttatatstttttstatass "tsatasattt DROFILE DE6CRIPTION THICKNESS HORIZON COLOUR I COLOUR 8 TEXTURE STRUCTURE 1 HORIZON DEPTH(CM) BOUNDARY " P 0. 17 ABRUPT 10,0YR3,D/t,0 SILT LOAM MODERATE 11ATR11c MOIST MEDIUM SUBANGULAR BLOCKY A EJGJ 17 . 35 GRAOUAL .0/2 .0 SILT LOAM MODERATE M%241 MOIST MEDIUM SU6ANGULAR BLOCKY B MOJ 35- 60 DIFFUSE 2,SY5 .0/2,00401sT SILT LOAM' MOOER"TE MATRIX MEDIVM TO COARSE SUB"NGULAR BLOCKY C 61 60 . 60 DIFFUSE 2.6YS .0/2 .0 5.OY5,0/3 .0 SILT LOAM MASSIVE MA TRI% MOiST MATRIX MO 15T C 62 60 . 2.5YS .0/2,0 S,OY5,0/3.0 SILT LOAM MASSIVE 11ATR1% MOIST MA TRI% MOIST ...... THICKNESS. CONSISTENCE ROOTS 1 MOTTLES 1 HORIZON DEPT fCMI A P 0. 17 FIRM ABUNDANT A EJGJ 17. 35 FIRM ABUNDANT FEW FINE OlSTINCT S .OYR5 .0/6 .0 MGJ 39. 60 FIRM PLENTIFUL COMMONNE Fl015TINCT S.OYq ".0/7 .0 C 61 60. 60 FIRM FEW MANY MEDIUM PROMINENT 7,5YqS .0/6,0 C G2 60 . FIRM MANY MEDIUM PROMINENT 7 .5Y45 .0/7 .0 tfftttsfttttfststastttststrt " tttsttttttttttattttttsafttsttqtttstttattitstttttttaHtsasstttsstsssssaastaaattstsaatttstattasssttstttt PMYSIC " L 6 CMEMICAL D " T " . .o. .oo .o . . . .e . .o . PH 1 PM 2 SAMPLE METHOD VALUE SA MPLE METHOD VALUE ORGANIC NITROGEN EPTN(C M .I STATE ST ATE CAPBON % % A P 0. 17 2 1 5." 2 4 ",7 9.69 .71 A EJGJ 17 . 35 2 1 6.6 2 " ",6 .99 .l0 9 MGJ 35- 60 2 1 S,7 2 " .35 .06 C 61 60~ 60 2 1 3.6 2 4 ".9 .l7 .Oa C 62 60. 2 1 5.6 2 4 .3S : 0404 .NORI20N. ...".D ...... EXCHANGEABLE CATIONS BUFF .IME/IOOGI C . E, C . CA MG NA K DETERMINED MORI20N .DEDTMICY .) 5.0 01PPM . paPp . . SPPM, A P 0~ l7 2 .95 , " B .OS ,21 "9 .9 31 .0 56 .0 3l . " " EJGJ 17. 35 1 .06 .32 ,06 .10 20 .6 12 .6 30 .0 12,6 B GJ 35. 60 2 .6 " .50 .09 .10 16 ..1...... IS . . 37 .0 7 .2 C 0GI 60. 60 3 .3 " .Sl .11 .10 15 .3 20,7 50,0 6 . " C G2 60- 3,79 ,6d ,IS ,16 15 .9 20,2 6a .0 3 .6 5Z C 0"e2," 9CI IB """£ LB .-LB-89 Z9 ] 0 " 6£ 9 " S 99 -09 19 13 O'99 0 " S 09 -L!:It, 70 0 " s C " '9 L " 9193 9 0 " C9 9 .6t I? it 0 " 99 C'6I Lt -0 a V "wdd " Wdd t " WDIMLd3p-NOZInpM 2d Do 0 "9t OI " 02 " OI "" 0f "9 C1' B9 " I I 2 ~-LB C9 ~ B " BI OI " OC' O Y " 9 0.1 : 91 " " I " Z B " S I 2 LB -B9 29 ~ 9-LS 02 " OC " OS " L 02 ""9 1 fL " CS'Zt 2 " S t 2 99 -09 TO D " 00'9 09'6 ei " ZO'C f " S 1 2 09 -IV JB s " lf OI " or 91 0 "9Z OI " 02 " OL "S OB "B 21 " "L " I C "S 1 2 Ls -LZ 9 2 "L2 OI " OZ " OS "f OB "B SZ " OB "Z L "S 1 2 LZ -Li 93 " 0-Bt Ol " 02' 06'Z 06 " 01 OC " 09 " C 6 " S I Z tl -0 d " % % NO0t1 " J 31 " 15 1 " wD1M1d30-NOZTnOM 03NIwn3130 71 VN 9W V3 N390n1IN D INV9tlp 3R1VA OOM13W 31dWV5 I Wd ' 19001/3M1 "!el1B SNOIIV9 318V3`1N "H3X3 - ...... - . . .---~~-- "----- V1VO 1" 31W3M3 9 1VJISAMd rssarssrsraassssrrr»ssrrssassssassrrrss»rrrssssssr»srsssrssssssssrssrraars»sssrss»sssrrs»rssssrrssss»sr»sssssssssrasrrssssrrsrsswss 1NIVa 3NI!'3 .4 Wnt! 1-LB C9 3 0 " 0/0 " SnAO " 01 1~NI1SI0 WflI03w 03 .4 Wdt! Al3A LB -B9 29 3 0 "" /0 "SCAO "01 17NI15I0 Wfl l03w s34 s31 319"ICd 99 -09 TO D 0 " 0/0 "" nA0 " O1 1~NI1ST0 wf1103W NOWWOl M3i Wnld 09 -L " Do O " 4/0 ""dA9 " L 031dI~3dSNf1 1N3NIHOnd -53')Vi 03d NO wl11p3w ANVW NOwNOD A13d Wbli AM3A LO -LZ 91 B O " 9/0 " CMAS'2 17NI1SI0 .0 3NId W"03 lfdlih3 'd wnle LL -it 93 V 1NI "d 3N1! IM3d 1IIiI1N31d wnld Lt -0 d V jIW~IM1d30 NOZInON 1 1 S31110w t S100n 3!N31SISNp~ SS3Nx!IM1 An0 xldlVw 0" 1/0" 9A0"B LStOW Xlnl "W Vol 1115 0" i/0" 9A0"S -LB S 3 Aw0 %In1VW , 0" I/9'9nA0 "1OI lslOrw xlnvW 3AISS " w W " 01 1115 0" z/o" snAO "ot 1"no "no LB -B9 zO ~ Opl13Sd ALVId w"O1 Ills CV313 99 -09 19 J AI10 Xl01 " W A717018 nVl(19N " BfIS 0 IS" 1/0 " 9nA0 " 01 IIf1103W "Vol ION %IC1VW 71" 3n AVID A111S 0'1/0'BnAO'OI idf1MB " 09 -L " Do ACO XIIl1Vw ~ILVW4Znd 0 " I/0"9nA0 "01 A713018 nV1f19N" 3Sn" Is TOw xlnl "w 3SdV02 ONOnLS0D AVID 0 " 1/0"SnAO "01 nV31D L" -LL OL B AtfO xlnl "w Ax301B n'Y1f19NVBIIS 0 ",/0"LnA0'01 .11 my 1510w XIn1VYw SW1Ii31 " bi00MA3"1~ AVID Al1ISal 0 " 1/0 "" nA0-O1 1 " (10Vn5 LZ -Lt 93 V . " At10 xin1VY1 Ax3O1B n11f19NV8f1S 0 "I/0"SnAO "01 " wl1103w NVO1 1510w xia1VW AISSVWOhOn15 AVID Al1IS 0 "t/0"CNAO "01 3SniifO LT -0 d V At1VONl108 (W3 " Mld3p NOZInON 2 3nt117lIn15 I 3n(110f1n15 3nf11x31 1 nl1010J NOZInOM 553N)17IN1 - . . .- .. .-" -" -" - "--- Ntllldln~S30 31Ii0efd stps "ss q"issR»s»sqss"" s»»sssarsassqsntttsrss»sssHSarsrsrsssr»srHS»sis»srftisa"sV»rss»rrr»ssssrsssrtssrsrssssstsssr»r»rsssss " 'SNIVW3n 3003S p3SOdW073O A11VI1nVd i0 SON"B NIM1 SNI "1N03 TO ~ 3M1 "SWSInd NO S9N11V0D AV13 GN" n3111IW ~INV9n0 SVM 91 B 3M1 40 " A311VA If10S1VYlso, " x33n0 NnnBAV10 ONV Ott SIlItIVM d0 NOI1J35aH1NI 1SV3M1nON Sb313w tN011V701 31IS S310N 1VNOil1oOV MO1S 7SS3NSf10IAn3d 03NIVd0 A1n00d I3B"Nl "n0 13A31 f "S3ndx3 37 "dnltS 1VIAl11i t "1"w ~l13N39 A3AV1D tt ~IlS " 1~ " ~3dS lINfl 3IMdVn9I1Vn1S n3ddll . .- ..- .- . . .- "-- "" -" ---- .-- WCOdpNV1 4 1VIn31" W 1N3n " d 9NILV1hONl1 A11N09 iSSV19 1I05 1VOOW 7Sf11V1S 9 flWl NOI1VA313 X31dWOJ t3dA1 SO t1~3St NOISi1377d 0 " C % IBL6111pSA319 IIAl11 JIwf1M tC 91 ZZI tIM130f11I9N01 61 90 6" tIN130f11I1"1 3d01S NOI1V7TdISSV1D NOI1V'J01 A3Anl1S 031I " 13O t3SOdnfld ONI1dW " S " B " V'b T " VNAk013)1 1" N lnOA3AtIf1S C9 tAaAa(1S !O 31 " O ...... S3Ini5 13dA11INf1 13aaeH3a UNIT TYPES SERIES ------BEHARREL OA/E OF SURVEYS 72 SURVEYORS NAL UBC LOUTION CL "SSIii(lTION L" TITUDEINIt 49 06 19 LONGITUDEIrII 122 16 4l NUMIC LUViC GLEYSOL119761 PRECISION ISECII 05 ELEVATION IM "I 6 P"RENT M"TERI "L C LANDFORM UPPER STR " TIGRAPMIC UNIT SPEC . CLASTIC I! CLAYEY GENETIC MAT .1 FLUVIAL SURf " CE E%PRES .1 LEVEL atstttatsettetstssftrstttttsasaafttesassafsfteftsttefrsrtassrfsasasfstasasasstsasfataaaesasasssuttsesauff~etfsesatsfssasassretfstf PMYSiUI G CMEMICAL D"M PM 1 MOISTURE STATUS ATTERBURG LIMITS SAMPLE METHOD VALUE BULK I/3 15 11 FIELD PLASTIC LIOU10 HORIZON-DEPTMICN.1 STATE DENSITY BAP. B"R. rOISTURE LIMIT LIMiT A P 0- l6 2 4 " .6 .95 46 .6 20 .7 " 6 .5 Y iG l6- 69 2 a " .7 I .03 3] .2 20 .6 e6 .7 36 .0 S7 .6 8C 69- 64 2 " 5 .0 .96 51 .3 29 .5 54 .3 37 .5 66 .2 C Gf 6a .117 2 4 5 .a 1 .26 35 .9 11 .4 37 .7 C 62 ` 117-1"2 2 4 5 .5 1 .35 29 .5 6.2 37 .6 25 .1 31 .7 "tttttttt "tattttttat "tatatttittttstatpttttssttsesssasssesettetsttfefttttfsftrtstff bassatettttasstafsetttttffttaasaartfttsefttettet Particle Density gm/cc Shrirkage Limit % Particle Size % Morizon Depth Air Oven Max . Air Oven Optimum >5 .1 Cm <5 .1 cm <2 .5 an <5 mm <1 mm <0 .074 <0 .05 mm <0 .002 cm Dry Dry Dry Dry Dry % . mm ill Ap 0- 18 2.47 2.62 , , . . , 100 .0 99.0 96 .2 41 .3 Btg 18- 69 2 .57 2 .73 29 .0 100 .0 100.0 97 .4 46 .8 BC 69- 84 2.48 2 .70 28 .0 , 100 .0 100.0 99 .9 61 .1 C91 84-117 2.65 2.77 . 100 .0 92 .8 80 .0 16 .3 C92 117-142 2.67 2.71 25 .0 100 .0 81 .0 73 .6 13 .6 UNIT TYPES SERIES BENSON.~~ . . .~~ . . . ..- . . . .- .- .------" --" -- "---" -- " --- . . .--. .- OATE OF SURVEY: 68 MAL KELOWNA . R,C,M,A . L R,A,B, SAMPLING PURPUSEt DETAILED SURVEYSURVEYORS LOC "TION CL " SSIFICATIDN SLOPE L " TITUOEINli 49 03 50 LONGITUDE(t1t 123 O1 IB RE60 NUMIC GLEYSOL119781 % .0 PRECI51UN (SEC)1 05 TYPES SIMPLE1 ELEVATION .(M13 2 STATUSI MODAL SOIL CLASSI DEPRESSIONAL TO LEVEL D "RENT M " TERIAL L LANUFORM RGRAPHIC UNIT =!t-!!-! :! ...... - .- . . . SPEC . CLASTIC li SANDY GENETIC M " T .I FLUVIAL SURFACE EXPRES .1 LEVEL ROOTING DEPTHS 102 C- . DRAINAGES POORLY DRAINED RUNOFFI SLOw PERVIOUSNE551 MODERATE AODl770NAL NUTES CLASSIFICATION PHASES : SALINE . SULPHUR VALUES IN " PSAt C SG1 . C SG2 ARE )100 P,P,M . """ q "tiat " ttitt " tit "" ifat """"" atattM "" s "" tsittstattatt " istsas " t " t " tttta " taisatit "" a " Itattttst " t " t """ t " sa " i " tttt "" ttti " t " t """ t " t " t " DROFILE DESCRtDTION TMICKNESS MORIZON COLOUR l COLOUR 2 TEXTURE STRUCTURE 1 .0.12.N DE DTM(CM) BOUNDARY " DS " 0 . 22 ABRUPT lO .OYR2 .5/1,0 LOAM MODERATE MATRIX MU15T MEDIUM SUBANGULAR BLOCKY C $GI 22- 42 DIFFUSE 5,OY5.0/1 .5 FINE SANDY MASSIVE MATRIX MOIST LOAM C SG2 42- 65 CLEAR FINE SANDY MASSIVE MATRIX ~ MOIST LOAM C SG3 65- 80 CLEAR S .OY5,0/2 .0 FINE SANOM MASSIVE MATRlx .01 -, LOAM C SG4 80-102 DIFFUSE N".0/0 .0 5.OBG4,0/1 .0 FINE SANDY MASSIVE MATPIX MOIST MATRIX MOIST LOAM C SGS 102 . N4 .0/0 .0 5 .OBG4 .0/1 .0 FINE SANDY MASSIVE MATQIX MOIST MATRIX MOIST LOAM ICKNESS CONSISTENCE ROOTS 1 MOTTLES I MOTTLES 2 HORIZON DEPTMICMITM A PS " 0- 22 FRIABLE ABUNDANT C SG! 22- 42 VERY FRIABLE PLENTIFUL MANY S.OYR3,0/4.0 COARSE PDOMINENT 5 .OYR4 .0/6,0 C $62 42- 65 VERY FRIABLE PLENTIFUL MANY S .OYR4,0/6 .0 COARSE PROMINENT 7 .5YQ3 .0/7 .0 C 563 65- 80 FRIABLE FEW COMMON 7 .SYR4,0/a .0 MEDIUM PROMINENT 5 YQ4 .0/6 .0 C SG4 80-102 FRIABLE FEW COMMON.0 S .OYR4,0/6,0 COARSE 0 DROMINENT 7 .6YR " .0/4 .0 C SGS 102- FRIABLE FEW 5 .OYR4 .0/6 .0 COARSE PROMINENT 7 .5YR4,0/4 .0 """" tt "" t "" tttt "" ttltt "" ttt "" t " att " t " tatatiti " it "" t """ attt " itttta " f " a "" tt " aat " 4tt " ! " t """ ttt " t " t " t " t " tf """" ! " t " t " i " t " t """ t """ ttt " t " t " PMYSICAL L CHEMiCeL DATA ...... ~...... - . . .. PM 1 DH 2 SAMPLE MET HOD VALUE SA MPLE METHO D VALUE ORGANIC NITROGEN HORIZON-D EPTH(CM .) STATE ST ATE CARBON % % " PSA 0- 22 2 1 5.2 2 4 5.0 5 .45 .36 C $G l 22- 02 2 1 5.7 2 " S.J .99 .02 C 5 G2 42- 65 2 1 A,4 2 4 4 .3 .23 ,26 C 3 63- 2 1 3.7 2 4 3 .7 .35 .04 C S6SG4 80 .10280 2 1 3.3 2 " 3.4 .8B .05 C SG5 102- 2 1 4 .0 2 " 4 .2 1.04 .04 ...... EXCHANGEABLE CATIONS BUFF .(ME/IOOGJ C . E . C . CA MG NA K DETERMINED ELECT . CONO . PI P2 CU ZN HURIZON-DEPTHICM,1 (MMHOS/CYI PPM, PPM, PPM, RPM, A PS " 0- 22 12 .68 3 .42 2.33 .20 2" .6 16 .90 26,7 163.9 l2 .6 42,6 C 5G1 22- 42 7 .50 I .BO .B5 .JS 5 .2 8,70 42 .8 50 .4 46,6 C SG2 42- 65 .93 1 .58 l .06 .3B 6 .2 11 .80 I3 .I 10 .1 62 .4 C 5G3 65- 80 .93 1 .75 2 .23 .26 7 .2 12 .70 19 .5 10 .1 37 .9 C SG 4 BO-102 1 .06 .51 .11 .51 7 .B I7 .50 J2,9 113.9 IJ,9 51 .9 C SGS 102- 1 .20 1 .54 1 .85 ,99 B.1 16 .80 5 .0 156.4 16 .4 6J,1 OB " B 9"C 1 2 "OOI Ls9 7 II11 0-et 00'L OIL 19' 2S "9 B6 "C IL "I 0"9 I 2 OOI~St 199 7 B"LZ 00 " Sl t "CL 26 " t6 "9I Il " II BG "" 2"S t 2 L2 ~.l 9 7 L'Br OC " t r"OG "6' 461L 01 "91 9S "L 6"1 I Z 61 "0 id " " Ndd IW7/SONNWI 31 " 14 ( " W7)N1d30.N02Ia0N Id " ON07 " 17313 03NIWa3130 M VN 9W V7 3fll " A OON13W 31dWV5 "7 " 3 "7 19001/3N1 "d!!1B 4NOIAV7 il8V39N"N7%3 I Nd ...... "1"0 1"7IWiN7 1 1"71SANd tttsssfNSttt " rf q sirrrstlptttstiJSrtttr " trttttttss" atrfststtssfsta q stfNSStsffrftsffrttftftststJtsltsstttsattttNtftstftsf ;ttfttt 01t/010aA0 "01 17NI1SI0 NOWW07 34001 -001 ES9 7 II 0 "" /0 "sdAG "L IN 3NIWOad ANVW NBA Aa3A 35001 001-4[ ISO 7 It 7I19V1d A11N9I1S 1NI " ! W111, No IIW07 t3! AM7IlS A11M9VIS S2 -St 9 7 1NVONf1B" 31BVIa! SI -0 id V 411171N1d1r0 N02Ia0N I S31110W I Stood 37N314ISN07 fS7Nx71N1 AaO Xidl " W 0" 0/0"SAS"2 1StOW xtal "W NIVa9 319NIS ONVS 3NI .1 0-0/0-CAS-L' -001 2f9 7 It An0 %ial "W 0"15I/00".9aA0 "OI %Itll"W NI " a9 3l9Nls ONVS 3NI! 0 .110-SAO1 001-se ISO 3 It 00f134d An0 %Ini"11 AM701B a " 1f19N " B(15 0 " 1/0 " LaAO .Ol 3Sn "07 15I OW xIa1VW 71 "3M WVOl Ills 0 " 2/0"SAS"Z 1"110"a9 S2 -GI 9 7 Aa0 xlal "W AM70lB d " if19N " Bf1S a " IONVa9 0 " 1/0 " SaA0 " 01 I03W Wl1I03W IS IOW %Ia1V11 31Va300Won 31Vai00W WVOl 0'1/0" ZaAO .OI 1df1aB " Gt -0 Sd " Aa "ON(10B (N7)W1d30 N02Ia0N 2 3a111711a1S 1 7n1117f1t114 3nO1x31 I al10107 NOZItJON Sf3NM71W1 N0110071130 311lOad rrrrtrrsrfrrtrrrrrrrfsrsfftrrrtrfttttsrffttfftfrtrtttrffttttfrfttssfftstsfsfssftsrrtfffrttttffffttttttttttfsfsttftttfsfttfftfstttttt .3N," snoa7 "7IW ft as9 7 II 3N1 ITS tBS"Nd NOI1 "711IffV17 ...... 4>110N 1VNOILIOO" 03NI "d0 AlaOOd 139VN1 "a0 13A31 1" S3adx3 37"Iaf1f IVIAl11, t'1"W 7t1iN39 AON"S tl 7ilS " l7 " 77d$ ...... lINf1 7INd "a911 "a15 a3ddll ...... WtJOlONVI ? 1"Ia71 "W 1N3a"d 9NI1VllION11 Al1N39 iSSVl7 l10S l"OOW 1501 "1S x31dW07 13dA1 SO 81,33s) NOIS173ad 0 " 1 % (BL61)10SA319 7iWON 093a L2 t0 cat IIW130f11I9N01 L" CO 6" tIN130f1111"1 3dOlS N011 "7IlISS "17 ~ NOIL "7O1 A3Anf1S 0311V130 t3SOdafld ONI1dW " S " B """ a 9 'V " W " 7 " B " VNt013M SNd tn0A3Aaf1s BS tAaAaf1S !0 31 " 0 ...... - -831a7S t7dAl lINl1 . RO M38 BERRY UNIT TYPES SERIES ------ DATE OF SURVEYl 65 SURVEYURi HAL KELOWNA . B .C .M .A . & R .A .B . SAUPLlNG PURPOSES DETAILED SUPVEY LOCATIbN CL "SSJFlCAT10N SLOPE L " TITUOEIN)t " 9 07 19 LONGITUDEIWII 122 35 07 6LEYED PUUZULIC GRAY LUVISOLl19781 % " .0 PRECISION ISECIi 05 TYPES COMPLEX ELEVATiON lMlt 20 STATUS= MODAL SOIL CLASS= GENTLY UNDULATING PARENT NAiERI4L 6 L " NOFORM . .. . .w ...... w...... UPPER STR " TIGRAPNIC UNIT ...... w . .w ...... w . SPEC . CL " STIC It CLAYEY GENETIC M " T .t MARINE ORAINAGE7 IMPERFECTLY DRAINED RUNOFFI MEDtUM PERVIOUSNESSI MODER " TE AUDITION " L NOfES ...... w . . SITE LOCATIONS 800 METERS NORTHWEST OF CORNER OF MEDD AND LIVINGSTONE RDS LANGLEY . tt "" t " R " tttt "" t "" fltt " tttt " ttt " it "" ttttttttt " tt """ ttttt " ttt "" t " ttttt " ttttt " t " t " tt "" ttttttti "" tt "" t " tt " tittt """ tttt " tttttttt """" tttt " PROF(LE DE$CRIPTION ...... HORIZON TMICICNESS MORtZON CULOUR 1 COLOUR 2 TEXTURE STRUCTURE 1 OEPTMICMI BOUNDARY " P 0- 20 ABRUPT 7 .SYR3 .0/2 .0 SILTY CLAY MODERATE MATRIX MOIST LOAM MEDIUM 7 .5YP5 .0/0 .0 SUBA NGULAR BLOCKY MATRIX DRY B F 20- 32 CLEAR 7 .SYN0 .0/A .0 SILTY CLAY IIODEPATE MATRIX MUI$T LOAM MEDIUM IO .OYR6 .0/3 .0 $UBANGULAP BLOCKY M" TRIX P R Y B MGJ 32- 47 CLEAR IO .OYR " .0/4 .0 SILTY CLAY MODERATE M"TRIX MOIST MEDIUM TO CO "RSE 10 .0YR6.0/d .0 SUBANGULAR BLOCKY MATRIx DRY ' A EG A7- 62 CLEAR 2,SY5.5/2 .0 SILTY CLAY MODERATE MATRIX M015T MEDIUM TO COARSE SUB"NGULAR BLOCKY B 761 62- 77 GRADUAL S.OY5 .0/1 .5 .IEAVY CLAY MODERATE TO STRONG M " iRIX MUIST PPCOARSE ISMATIC B TG2 77- 98 GRADUAL 5.OY5 .0/1 .5 HEAVY CLAY MODERATE TO STRONG MATPIX MUIST COARSE PRISMATtC BC 98-117 DIFFUSE 2 .SY " .0/t .0 S .OY5 .0/1 .0 SILTY CLAY MODEPATE TO STRONG M"TRIx MbiST MATPix MOIST MEDIUM TO COARSE ANGULAR BLOCKY C G 117. 2 .SY" .0/2 .0 S.OYS .O/1 .0 SILTY CLAY MODERATE TO STRONG MATPIx MOIST MATRIX MOIST MEDIUM TO COARSE ANGULAR BLOCKY PSEUDO TMICKNE55 STRUCTURE 2 CONSISTENCE ROOTS 1 MOTTLES 1 MOTTLES 2 HORIZON DE I A P 0 . 20 MODERATE FRIABLE ABUNDANT MEOIUM GR "NULAR 8 F 20- 32 FRIABLE ABUNDANT FEW FINE FAINT 8 MC.J 32- 47 FIRM ABUNDAVT REDCOMMON 1Ur OISTiNCT 7 .5YR5 .0/7 .0 A EG A7- 62 FIRM PLENTIFUL COMMON MEOlUM 0ISTINCT 7 .5YR7 .0/6 .0 B TGI 62- 77 STRONG FIRM FEW COMMON IO .OYR5 .0/6 .0 uED1UM TO COARSE MED1Ua. ANGULAR BLOCKV PROMINENT 7 .SYR5 .0/7 .0 H TG2 77- 98 STRONG VERY FIRM COMMON 10 .OYR2 .0/2 .0 MEOfUM CO " R$E MEDIUM ANGULAR ToBLOCKY PROMINENI S .OYR2 .0/2 .0 BC 98-117 COMMON MEDIUM OISTINCT IO .OYRt .0/" .0 C G 117- COMMON IUM MTOTINCt IOUIS.OYRA .0/A .0 BERRY (Continued) PROFILE DESCRIOTION .-..--..----. .----- TNICKNESS CONCNETiON A NO HORIZON DIEPTN(CMI NODULE DESCRIP, 1 A p 0- 20 FEW FINE THROUGHOUT MATR IX B F 20- 32 FE . FINE THROUGHOUT MATR IX B MGJ 32- 4? A EG a7- 62 8 TGI 62- 77 B TG2 77- 98 BC 96-I17 C G 117- """ t " s " t " t " tN N """ t "" tst " t " t " taapttaq Ntstatt " sasst "" tattt " t " atassstttssaattta " sa " asassasstta " ttttt "" ssstsarratttNt " attttasstsH PMYSICAL L CMEMICAL OATA PN 1 EXCHANGEABLE CATIONS BUFF,IME/ 1006) C. E . C. SAMPLE MET HOD VALUE ORGANIC NI TROGEN CA MG NA K DETERMINED HORIZON-DEPTNICN .) STATE CAR80N % % O 0- 20 2 1 6.1 a .i8 .29 6.a7 .81 .19 ,16 30,0 B F 20- 32 2 1 6.2 1 .68 .13 2.26 .76 .la .13 28 .0 B 0GJ J2- 47 2 1 5,5 .70 .06 a.33 a.17 .2S .21 2BsS A EG 47 . 62 2 1 S.J .29 .03 7.25 IO .B6 .57 .27 J9 s5 9 TGI 62- 77 2 1 6s2 .29 .03 13 .98 19 .61 1 .17 .38 43 .6 8 TG2 77- 96 2 1 6,0 13 .09 16 .93 1 .31 .a3 39 .7 BC 98.117 2 1 7,2 10 .7e 1a .19 1 .19 .al 30 .6 C 6 117" 2 1 7 .6 7.97 7.67 1 .07 .29 29 .6 .- ..- .- ...... - -- .- .. .- .. -- .. ..- . .- .------.--. -- .. ...- -- .- .-.- -... ---- .. . ---- EXTRAC TABLE FEI%) EXTRACTABLE ALI%1 PARTICLE S12E(%) MERNOO RESULT METHOD RESULT Pl P2 TOTAL 62-2 U 2U CLAY ,2U CLAY NORI20N.OEPTMICM,1 pp .. ppM, SAND SILT TOTAL TOTAL A 0 O- 20 1 1.6 l 1 .6 9 .0 16 .0 6 60 3a 9 B F 20- 32 1 1 .3 l 1 .3 J .2 11 .0 6 J6 10 B MOJ 32- 47 1 S.J 1 .1 3 .7 S.0 3 5652 13 A EG a7- 62 1 .1 1 .1 2 .1 D.0 1 49 4350 10 9 TGI 62 " 77 1 .6 3..0 1 395 60 18 B T62 77 . 9E 1 .0 E02.0 0 a4 66 20 BC 98 .117 1s0 229s0 2 4 Sa IJ C 0 117- 1 s1 1 .1 3 .1 230.0 B 49 a3 11 Lley Minarelolgi Borlson Coarse Cley 10 .002 - 0 .0002 m) Fin. Clay f .0.00W N IDaptl~al s67j aft, a0-b!j ast. 20-10f tat. e2({ ost, Traea .671 aat. 10" 6! ast. 20-s1{ ast. <21K ast. Traca Btgl vamiculita eonlnorlllonlta, .srsIeulita mntaorlllmlta nica, luollnlta 16T771 nlee, I nta n tfiat I i I ad kaolinita, wmiIalltr yinrtz, nlca, chlorite, Oierfz plagIOelar talhpen BLACKBURN UNIT TYPES SERIES ...... SAMPLING PURPOSES DETAILED SURVEY VKC LUC"TION CL "SSIFICpT10N SLOPE L"TITUOEINII 49 OB 51 LONGTUDEtwlt 122 00 20 URTHIC HUMIC GLEYSOL119781 % 1 .0 PRECISION ISEC)t 05 TYPE : COMPLE% ELEVATION (M) : 7 STATUSI MODAL SOIL CLASS7 GENTLY UNDULATING OARENT MpTERIAL G LANOfORM .- . . ..- ---~----- " ------UDPER STR " TiGR "ONIC UNIT ------" ------SPEC . CL " STIC li SILTY GENETIC ."T.1 FLUVIAL SURF " CE E%PRES .i LEVEL OR " INAGEt POORLY DRAINED RUNOFFi SLOY PERVIOUSNESSI MODERATE ttt "" ttt """ t " t " t " i " at " t "" a """ !t! " ttY "" i " atitsltitittt " itt " t " t!lYtitit " t " t " Yat "" tttt """ Y "" tiYitt " ttYt " t! "" Yt """ tat " t " 1! """ t """ 1 " 4 "" Yt vRUF/LE DESCRIPTION ------..-.-- . ..--- TNICKNESS.1 HORIZON COLUUR I COLOUR 2 TEXTURE STRUCTURE l HORIZON DE T BOUNOARV A P 0- 17 ABRUPT t0 .0YR3 .0/l,0 SILTY CLAY MATRIX MO15T LOAM WEAKFINE TO MEDIUM GRANULAR e G1 17- 45 GRADUAL IO,OYa3.0/2 .0 2 .SY5,0/2 " 0 SILTY CLAY MODERATE TO STRONG MATPIX MOIST M"TRIX MOIST LOAM VERY COARSE PRISMATIC B 62 45- 70 GRADUAL IO,OYR3,0/2,0 2 .SY5 .0/2,0 SILTY CLAY MODERATE TO STRONG NATPIX .015T MATRIX MOIST LOAM PRISMATIC C G1 70-102 `O~TY CLAY MASSIVE M " TRIX .MOIST 11 C G 102- VERY FINE SAND MASSIVE M~TRIX .NOIST . -.. ... ---- . ..- . ...- .--. -... -.- . .... -... -.- . ---. -- . ------.------. --- THICICNESS CONSISTENCE ROOTS I MOTTLES 1 HORIZON DE PTHICMI A P 0- 17 FRIABLE ABUNDANT B GI 17- 45 VERY FIRM PLENTIFUL MANY OIUM DISTINCTME 10 .0YP5,0/8,0 B 62 45- 70 FIRM FEN MANY PROMINENT IO .OYR5,0/8,0 C GI 70-102 FIRM FEW COMMON MEOIUM DISTINCT 10 .0YR5.0/B,0 11 C G 102- VERY FRIABLE "" a"L"s"t"t"" tttt "ss "ststtset "" tY "YSSt "" stslslYSt"" s "" tttt "Ytttt"n"a"s4 """" tittt"tta"s"a"att" t"" ttsts"" a"" t"""" ss "1""" s" t"t"s "t"tts PNVSICAL 6 CHEMICAL O"T" ------....- . PH 1 EXCHANGEABLE CATIONS BUFF,(tE/100G1 C. E, C, SAMPLST, E METHOD VALUE ORGANIC NITROGEN CA MG NA K DETERMINED HORIZON-OEPTNICM,) TE CARBON % 1 " v 0- 17 2 1 S,a 6.00 .Sa 7,BB I,BJ .20 ,2a 35,3 B GI 17- "5 2 1 5.7 1 .68 .OS 7.10 2,76 ,16 .06 2S,J 13 2 45 . 70 2 1 5.9 1 .36 .12 10,68 5 .26 .20 .10 30,6 C 6GI 70-102 2 1 6.0 1 .02 .09 8.02 2.81 .1B ,06 19 .9 11 C G 102- 2 1 5.7 .O B .02 1.00 .67 ,09 .01 3.3 P I .IORIZOV-DEPTHICM,1 PiPPM . A P 0- 1-7 27 .0 B GI 17- aS 10,0 B G2 a3- 10 7.0 C 61 70-102 3.0 11 C 6 102- 41 .0 ta " t " at " N1 "" R4tittts "" Y "!iq Nttt "" tatltJt " YtHt """ t "" ttat " L4t "" 14 " t """" 1 " tRYattRiRittN " Yiti " 4 " tYt " t " t " R """ altti " t """" 4ta " N " YttYt Clay lllnoralolgy Ibrizon Coerso Clay 10.002 - 0 .0002 xl Fine Clay (<0 .0002 N (DOptA-ael _ >65/ ost . to-65j ost . 20-l0{ aIt. <20F ast. T1 Treco >671 -t. " 0-69 oat. I 20-10$ ost. T <207 est. I Tree. I - Cg( clUlorlto mica miculite, nonimorillanitot chlorite wnniculito nice, c7o-1021 v lagloclaao leo unl to. fo I Qspe rs, en nTnor I I I on I tq MoIInite, Qmrtz puartE . gypsun =!Hn.~-E :t PH I ON 2 SAMPLEA MET HOD VALUE SAT MPLEAT MhTHO0 VALVE Onr4NICS X NITROGEN ORIZON- EPTH(CM .) ST TE S L CAR ON L--4 2 2 50 1 :32 A E 40: 0. 22 5 :23. 3 :61 : 89 1 07 8a Hl' 22A 2 1 2 4 51 .28 . 161 12 224: 2 5 . 0 2 : . 2 5 . 00 a 'IFHF . 4 0. 7 D 2 5 . 2' 2 : : 3 7 . 19 .28 To . 90 5 .4 2 4 5 .16 0a FCHFC2H Gj 90-1100 a2 1 5 .3 2 4 4 .6. 4, : 64 .5 7 R F ISO-130 2 1 5 .2 2 4 3 .3 . 16.6 0 130-+ ...... EXCHANGEABLE CA71UNS BUFF-('E/ 1006) C. E. C . EXTR ACTABLL FE(%l CA MG %A K DETERMIN ED METH OD RESULT ME THOD RESULT HORIZON-OEPTH(CH .) H 2 1:590 99 0 E 04 : A0 66 :112 63 HFI2 22 . 000 . 08. 279.: 1 3 HF Cl 2A24:_ 4070 .1111 .0 .0 2 29 : 7 O0: T 3 0 :4 HF 0 .10 .000 .02:0 2 : 06 45 . 3 1 a 3 0.: FcH ?0- so 02 .02a as 9 0.7 3 0 3 FC2 :I'D :000 2 . 02 1 1 . 3 3 0 3 FGJ 9,3:119 .200 .00 .02 .06 4156 .10 1.1 3 130-+ ...... EXTRAC TABLE AL(%) 68 METHOD CU ZN METHODis RESULT RESULT P2 M. HUAIZ04-DEPTNICM .l : .... P,PP.. pp SPPM. pp PPIA . L-H 04 : 0 30 39 0 la5 :0 0 8A E 45 1 6 . 3 3 0.9 4.2 122.55 70 .3 15 .70 29 .2a 8 -F2 2a. 224 1 1 :89 3 4 7 50 .8 B HFCIC AD- 700 1 3:02 a 1 13 66 :9 25 :2 4 F 70. 90 1 3 1.2 32.2a 9.5 192 2 &3501 . 2 1 3.6. 1 .2 8.0 9 3 6 36 .62 5 2 2.43 .5 8.0 0092 .5 1 R 130900:11310.+ 0 ...... 0.a 8BHFGJHFC2 1 33 1:0 12:5 ....3233.2.... BLUNDELL UNIT TYPES SERIES DATE ------OF HAL KELO .NA, b .C .M .A . 6 R .A .B . SAMPLINGSURVI'VSPUPPUSES DETAILLDba SURVEYSL'PVEYORt 49 10. 302 LP NCIT 23 3 REGO OLLYSUL(1978) UON (SEC)$ 05 7'TYPES S140.-PL ELEVATIONp 6 S I (M)S 3 STAtUbtA I MODALP T SOIL CLASSI DFPPESSIDNALE TO LEVEL PH SE EA Y GENETICa I. :A1j :S . . ORGANICEp SPEC CLASSICm , It SILTYL SU FA E XP VENE GEN *TI E AT AL SURFACEE C XPOES .9 FLEVELI DRAINAGE$UNDF VERYa POORLY0 DRAINED 0PERVI TOU YR SLO 0 SNESSS MODEV'- ATL SITE 5LOCtTION4 17TE :!ECTIONIOFA .WESTMINISTER 14WY :NDN :6 PD,.,RICHMOND . CLAS0 IFIp AASI N%RPH SE L NEI T 0PIECES OF SC 6So MAT R ALMIXED0,INA THEWC CVE . HICKS"UPMTO 2CM WIDE COATIO ISIEN' CDA CKSK RED. ME S O.1AI .S1 ATEI ALAL . CaTHE C 62 HAS OCCASIONAL VERTICAL' . PA 1 BID63 ANN. 1 .5 HAVE" MAPI . TUBULES AROUNDVA OLDCROOT CHANNELS SULPHUR LUES IN GS AND 11 C 65 >500 P.P .M . THICKNESS HORIZON COLOUR I TEXTURE STRUCTURE I CONSISTENCE POOTS I HORIZON OEPTMfCM) BOUNDARY 0 No 22- 0 ABRUPT YP2 .0.011ST.5 ORGANIC MODERATEJU. FRIABLE ABUNDANT 'OMA ;R0 Ix I SED UBANGULAR OLOCKV c 61 0. 91 DIFFUSE SILT LOAN MODERATEC RSe Flom PLENTIFUL .A2 ;kSylxb .0MOIST.0 5OAIIANGULAR BLOCKY PSEUDOU FEW C 62 21- 45 DIFFUSE 2 5. .12 0 SILT LOAM PASSIVE Flom MA ;."IX .0UI ;I C 63 As- 73 GRADUAL SILT LOAN MASSIVE FIRM .5.'4014XI101570 c Gs 73- 83 m5 L OAM MASSIVE FRIABLE A;ROY14X -0,0.0 .00 it C GS 63-+ 2 5Y4.0 .10 0 L OAMY SAND MASSIVE LOOSE k I 1 0 s ------. . . . r ;TZ ;NE ;;" ------.HORIZON. OEPTMICM) 0 No 22- 0 C G1 0- 21 5 .OYP& .0/8 .0 FEWFINE P!071N!NTO 5 0 P3 /4 .0 c 62 21- 45 I'll,FINE P!OMIN!NTY 5 0 P3 0141 .0 c 63 45- 73 FINEFEW 0110"IN!"1.0743 0,14 .0 C GS 73- 63 'FI NE PROMINENTI S.OYR3 .014 .0 11 c GS 63-* PH I PH 2 SAMPLESTA METHOD VALUE SAMPLETA METHOD VALUE ORGANICA 013N " NITROGEN HORIZON-DEPTHICM .) re s TE C A 0 4P aa0: 20 2 2 4 :b 4 3 9 27 1:06I 2 A 3 2 3:6 : 0,. C 61 21- 4 1 1 2 3.55 2. .34 .17 C 62 1- 735 2 43 .0. 2 4 3 Cc 63GS 73- 63 2 1 3 .1 2 4 3.4 it c Gs 83-+ ...... EXCHANGEABLE CATIONS BUFF . 4ME .110061 C . E . C . CA MG NA K DETERMINED ELECT. ;SCONO. . P2 ,. HORIZON-DEPTH(CM .) ( . . n ) P,pp .. pp SP.. CUPP-. 0 HP 22 6 :7s 37 64 a 20 1 12 1 :.,It75 :10.1 0. :.1015 21 6 311112 :2. 9 5N$5 :2. .6 30302S6:6.6 7 2 67 6 24 3 a 9 0 a Cc 6.3 As- 73 23 .1 76 .2 : C,GSC r.5 73:483 S 2 .1 80 .0 6971 .87 1 83 8:10 ...... IN HORIZON-DEPTH(Cm .) PPM . 0 HP 74~. :21 22 20, 3 C GIG2 21- 45 C G3 * 73 54.8 :2. a 6E63:06 C 1 GSC GS 3..83 36 7 1 63 46 9 1.) it Lb1.9 '-tq 9 1.) -It crow a _sopjt33v :sNn 33 A 03 IMNO NOWWOD" I 410 -Or ergo. 9 .,03 :1113dSNn 11 A 03d MNO . .N, .31 OC -It tr9w a st -0 d V (WD)HIs N a NGZ[dnm I swill AVID S3 x1jlHid C ...... 0-9/0I ;9tfAS0 ;0l NO POD 3sool -16 9 1) 11 0-V/O-Vd %-I AN3NIHOU 3SUVOD ANVH MIA alRylul L6 -L9 -) 3 .n .03" 0-9/0-StIAS'4 ANVW iniiihilld 318V I u :i 49 -tv crow a 0-9/0I. ;SdAS ;L NIAS 1 a 3N V d mvinDtS3AIn AN m dZIN31d initIN31d alevidA tv -OC crow 9 0-G/011 ;GNTASIL- IAS3NIa mvin3iSgA 134a InillN31d INVONnav 318vltl :i OC -91 tr9m a dwinNvtpg3 wn a w INVQNnGV 3luvlmj vam 91 -0 d V D)MI 30 NOZldOH a S311ION 1 sallion I S3t1Od 9 slood IIN31SISNOI 9 3dnA2ntJ1S 93 %3! 1 ...... NIVOO 319NIS QNvS -L6 9 ~' It 3AISSVW WVOI AONVS LSKOWO-ZIO-SAG-ZXldIVW P0 low? /0 - GAXldiVW0 - s ivnovuo Lb -Iq 0 3 A)130111 tivingNians wnipaw Avam "Vol Ills V0 10"C1O'X9IMPAS dy3lo As -IV cr -,)w a AuDaIG tivingNVenst .0 n.'311 . Islow Xl"IV" WTOI 0ts 0-CWCAVE 39niAto LV -Or crow e A)13016 evinoNvons. . Phi)1, a s 1sl0!, 'xlH! vw' 30 "Vol 1115 IL S HAO t 3sn :iziio Or -91 Iron a A)63019 avin-jN ensw mniaI Is ow xi IV )iv3m WVOI Ills 0-?/0 Cb 0 t idnbev St -0 d V AuvaNnaaN SSfW :))MId3aN NOZIdOH i atini2ntus adniX31 z tinoio7 t tinoini, ozykjow 3 M31HA NOXIdIdIS30 311JOHd 31dW0 -3NV1 )IdVd :to isvi isnr -3AV M W) H1dON SdI13W 000 INOILY301 Ills ,31VU!GOHS lSS3NSSnO,1At13dt NOI 0 NON S 3N NOAS 'ONntJ Q3NlVtJQ AIL33.4d3dwiDIS . 13OWN1100lai 1,13A31 I-S31dX3V 3Dvjigins1. lAnii,A .1 D, . Is"" p .32, 3, Ills 1 I 3 ds !!Nn DtHdVd9l!Vb!S 03dan ONILvinaNn XAIAN39 ilos 1VOOvf isnLvis ."3s1111 : N011VA3-13, , 31d"nD. ISIVID13dAI 11co C,dd 0 Z % (OL61110SINntio Dltj9WOS n3A31-) 6 : 9C eel :('1,.),aanii9N,INn s I D3 *1 60 gun IL 1 3dOIS NOZA"Ol A3Amng agiivi1 :ia tignddndA SqNlldMVS0 1, -9-V-d I -W-W-I'FJ -VN-013)1 ITH SdOA3Aans 0 IA3 dn -1 3 o ...... 1lNn S31113S l3dAI NOSNOS BONSON (Continued) P . a PH 2 SAMPLETA MET HOD VALUE SAS MPLE METHO D VALUE ORGANIC'Woo X NITROGENK HORIZON-O EPIN(C M .1 S TE T ATE C N :533 9A PGil 1 0: 3IS 2 1 5: 71 27 9,. IS' :0'45 0 5 -MGJ2 30-5 40 2 4 8C MGJ3 AT- 67 5: : 2 55 : 2~ 112, G 67- 977 5.8 11 C G 2 13 5 .7 2 4 5S : 47 ...... EXCHANGEABLE CATIONS BUFF .(ME~10061 C. E. C . CA MG NA K DETERMINED P2 M . CU IN HDRIZDN-DEPTH(CM97. .1 Ppp. .. pp SPpm . pp pp . . 13 0 44 :9 72 110: A3 2 1 4 Poil 2:71, .1 3'324:6. 968:3 21-9 :20 362, 0E, .: 26 39 9 a9C MMGJ2 ..30-.. 470 3.179 .2141 0. 3 2'.50 12 . 3 36 .8 0.0 MGJ3 47 : 67 2 1 .17 .1 . , 6 1 .96 .19 .00. 1 10 .a 31A :1. 111.5.3 3633 .3. 3 536 .5 91. 97 21 ." 465 .0 251? .6 211:25 is C 6 7 26 .97 50T.1 4 9 23 UNIT TYPES SERIES BOOSEY ...... OAT, OF 6 SURVEYSSE SURVEYO H L EL AN .- .A . f P .A .b . SA EPLIN PURPO 3 DETAILED74 SURVEY LOCATION CLASSIFICATION SLOPE Lt1flUSgj% ;, L IT REGO HUMIC GLEYSOL(197 ELEVATIONN (MIS TO TYPES C40MPLEX'o STATUS3 MODAL SOIL81 CLASSI UNDULATING COMMN ;,CL,A$T!CA It GlAtAVELLYM SPEC ;,CLASTICA . It CLAYEY GE RINER GENE R C ORM T ISI SURFACEE C EXPRES7 1 .1 VENEE DESC IPT MAGLACIAL'NE DRAINAGESor POORLYW DRAINED RUN FS SLO Ns WORIZON Y COLOUR I TEXTURE STRUCTURE a CONSISTENCE ROOTS I HORIZON THICK"OEPTMI I GOUN OAA LF A- 0 ABRUPT A H 0. 15 ABRUPT 10AgOV11240012TO LOAM IE DIKIUM ABUNDANT M Ix Is SANDYGRAVELLY MEG QANULAP C ol 15- 30 GRADUAL OYPS 0/2 ;0 LOAA LSAND SINGLE GRAIN LOUSE FEW 10 ; 4 GR MVEY L Y VERYFRIABLE C 62 30- S5 CLEAR 2 SYSA . 112;0 SANDE SINGLE GRAIN LOOSE FEW MA NI .010 T GR V LLY it C a 5S . M 2 SY5.0/2M IST.0 SILTY0 C6.AY MASSIVE FIRM ATRIA* 0 L AM ...... HORIZON THICKNESS MOTTLES I DEPTHICM) .ARIX015 LF A- 0 A 4 0. 25 C GI 15- 30 COMMON I 'EOlUFAINT. .o YR : .0114 .0 C G2 30- 55 11,.1u. .1FAINT I OY .0/4 .0 It C G 55 . . MEDIUMol 0 .0 .SIM. ~T OV 5 0,14 .0 0 A A ...... COARSE FRAGMENTS % VOL HORIZON-DEPTH4CM .) LFN Ao : As 25 AC GI IS- 3 35 c 62 30 . 550 40 it C C. 5s- 0 .-Lc O?1-La.4:00c 11 009S 0:61, t L -SL 09 0-11 rT -9 14 n S O-ce O*Ctt 2 IOA It Td ...... SiN3""bJ 3S UVO3 ...... c:LI1 to : rv : zo : Tv : Q :g a 11 I'll so 9 co ,6 9 I1 a a I.-ELOz I 0C-L,1 vo . 1I' . 6 q a a, ZA 8 cc : SO . 1VT 9 . 9t, I1 2 11, C a .4T 90L, : 01 1 CC* ozz . I i I a S -0 3 V ,.?. 89-1 99* Wit 00 a a 0 -c I 113NO81113.9 . 31VI : 03NIN02130 V'3 N390diIN IN 0 inIVA ao"13 . 31dwv .1 -a -i~ i9oot/3o)-azint; sNoiiv 318V39NWH~X1 I.=...... vivo lV3I"3H3 9 lw :)ISAHd Ot1VH Hdf-J A 3A +.Oct Do I'3NIIS0310 "n, .0 " bV . No D wtis 4 CA03A Oct-OZI 9 1! INVQNnGV 3SO01 021-2t " I INVONnow 3sool at -Sc eA 8 iNVONnev 319VIHA A03A At -9 tj 0 iNvaNnev 31OVIBA Ab9A S -0 3 v 0 -c I Ss(w :))H1d3ON I NOZINOM I S31110" 1 stood 33N3ASISND'3 3 A~ mi 3AISSVW %Val AGNVS 0010 00"11 - 9,,IA +-Oct 76 11 O'T1q'AN X1PWWAr-L Istow 9 Idl 3AISSYN. NVOI AONVS 0-2/0*GAS*Z" I" 3sna.Aio Ori-Ort a 11 O . .AM?SXIS"!V"0 . , IS ,f ON XA A113AVdla., NjVbD 319NIS S 0-11/0-VdAS-1I IZIV" MV313 oat-21 a t AN3018 MVIAON iS 100. .AS VGAS3NII A113A 1 I IV XV301 ONVS A.Vd,.Ol O-v/S-*tfAQ*L" Ldnasv at -Sc ail a O . .All~,XAIIIII'ln A)mie avinoNvens3 N N114 ON A113AVt§9Aw" Is "0 XI V 314 is 01 O'V/O-VHAG'Llow "11" ivnovbs Le -9 Is a 0. Ado, . ;!H!v AN5019 dvlnSNV 0 91'sN I 3" AIVId OVSAllgAvdtAw Isto 0 W1 i XV3M AUDAI )fV Ad3A Vol 0-110-GA4 g .sv ivnovoo 6 -0 3 V 3sn.4iia 0 -c I AgwaNnoo0 IW34H4d3t) NOZIbOH a 3tm3nuis 3uni~mtiis abnix3i i dnoin3 21dDH 53 N IMA 'V'JI d3aNn OINION03 3bV S3nIVA 90 ONV V'J 3ML :CIS XSS9NSnO1Ab3d oNn,,. 03NIVOC 113MOIS .39VNIVUI " 13)iNvieN d I'S3S~OVX3 33VaunsN " 1a3noens I-S51dW3 33,vaians 3 3 VN1VtJO I AV" '31 3N3 A113A,3 1 V".9 .1 IIISV,-1 * 321! W.03 IINM 3IHdVtJ9I1VtJiS 31001H LINn :)THdVtl-JIAVtliS d3don HUDAUNWI I IV1a31VM 1N3dVd 9NIllOd X AIIN39 Itos 1VOOw tsnivis 1.9 1"S3(*)) NOIILVA-1-131 31d~n) ISITI?:3dAl 0 0ad 0 9 It 4QL61)10ZOOd ,)iud3i-nwnm :itbno 6c V1. 221 a s m) No n s 33 1 LIP to 66 ' (NiiGnitili30 ' 1 77 NDIIV :)Ol A3AdAS 0311V130S lzlqOdmndA S-)NIldWVS1, '8'V'd 9 4WN*013'4 SNd IdOA3AHAS 9 IA3 dn AO 3 0 ...... S21039 13dAl LiNn 3S08 BOSE UNIT TYPES SERIES OFGI SURVEY$U SES SURYSURVEYORSY PNS KELOONA9 B .C .M .A . G R .A .B . DATESAMPLIN P PRO DETA 60IL ED E LATITUDE(NIS0 r C ~Sjj LP ;CITOON~ 1 12249 0042 2411 OUQIC HUMU-FERRIC PODZOL(1978) (SEC) TYPES 10*0COMPLEX, ELEVATIONSIO (MIS St STAIUSI MODAL SOIL LASS& aOOLRATELY POLLING CASPECT 40EG) : 15 ;,CLMST!C 13 GRAVELLY SPEC .Tj CLAST!CA It CLAYEY, COMMGENEFAC C CIS11 SICS1 ., MARINEV ,ENE. . 40.T1 : GLCA.IN. SUP E p ENC ER ESC PTC IAL DRAINAGE$VNO MODERATELY WELL DRAINED RV FFI RRE IOUSNESS, SLOW THICKNESSIS C HORIZONY COLOUQ I TEXTURE STRUCTURE I STRUCTURE 2 HORIZON DE THI NJ BOUNDAR LM 3- 0 ABRUPT 5 111 0- 22 6RADUAL 5 YR3 0/3 0 rSAND LOAM VERY WEAKT MA ;.O A i RAVELLYY 1.51'R'X ..O/RO'S. .O PIGRANULARNE 0 MEDIUM MATRIX D Y 6 Fa 22- 60 GRADUAL YR3X 40.13;0 LOAM VERY WEAKTo . MWO SANDYGRAVELLY FINEA EDIU- A.,Y1...015 GR NULAR MATRIX7 DRY5"4 a m 60- 85 ABRUPT O;OYR4 MS.13;0 MASSIVE SINGLE GRAIN !NI..VEILYo SoA."'X.6 .O'S13 .0 MAToy X DRY0 11 Be 1 45-100 5. 5 .0/2 .0 LOAM MASSIVE A:PIX M2 7 .012MOINI 0 MATRIX1 OR 13 Be 2 loo-+ 2;5V4 .0,?2M ;0T CLAY LOAM MASSIVE STRONG M "III 64 A2.516 .00'2.0 MEDIUMANGULARToBLOCKYCOARSE ATRIX DRY" ...... THICKNESSP MCC M, CONSISTENCE ROOTS I MOTTLES I CEMENTATIONE T, E C HORIZON DE T AG N D S RIP. L14 3. a 0- 22 VERYso, FRIABLE ABUNDANT T :2, 22- 60 VERY0, FRIABLE ABUNDANT 3 T 60- 85 LOOSE FEw WEAKLYS NCEMENTEDNU SLIGHTLY HARD DI CO TI OUS a.1 MBe 1 85-100 FRIABLE VERY FEW WARD U90 TINCT It Be 2 loo-+ 'T7 HARD FTI STINCT COARSE FRAGMENTS VOL GRAVELV COBBLE STONE 40RIZO-4-DEPTHICM.l LH FJ ': 22' 50 200 0 10 a 12 22-0 60 550 2 20 8500 0 so ato 10 ait "Be 1 6085 : 0 0 10 11 Be 2 100-+ ...... W41_TYPE$__SERIES BOSE ------ DATE OF SUPVLYt 72 SUPVEYURI HAL USC L 7 TUOL( )j 49 16 18 LONG TUD 1 9 1 3 4 3 OUR C HOMO-FE C POOZOL(1978) PRECIS ON (SEC~t 05 ELEVATIUN (M)o so STA US$ AL SOIL COMMI, ; CLASTIC It GRAVELLYa GENETIC MAT0 MORAINAL I GUNFACCE 6 :41S .' *VE1"1E'M'R PH I MOISTURE STATUS SAMPLT E METHUD VALUE 8UL % D FIELDSY HOR1ZON-OEPTH(CM .) 5 ATE DENSITYK M I URE A P 0- is 2 4 4.7 a Ft :800 1sa:6, 6 F2 15. 1 : 41 11 a 01, 1 .6 : 6:: 13 1 2C 1 711 : 891, 1)91-102 8 9 111 Boc 2 102-127 2.13 6.8 Pa ticle Density gm/cc Shrinkage Limit ~ Particle Size % Horizon I Depth Air Oven Max . Air Oven Moptimum % 5 .1 cm <2 .5 cm <5 mm <1 mm <0 .074 <0 .05 mm <0 .002 mm cm Dry Dry Dry Dry Dry oisture mm I I Ap 0- 100 .0 92 .4 72 .6 61 .4 35 .0 4 .0 Bfj 15- 41 .100 .0 83 .7 50 .9 39 .5 10 .0 1 .0 B1`2 41- 71 Bm, 71- 81 4 .4 95 .6 81 .8 57 .0 44 .9 9 .0 1 .0 Bm2 81- 91 IlBCI 91-102 100 .0 . 100 .0 94 .3 90 .7 44 .0 5.0 lIBC2 102-127 100 .0 100 .0 95 .2 87 .7 44 .0 6.0, 9, :9L so 3 0:0t, 49 .is H v 0:9 f. 9 a I or -,or 0 0a 0-vt it -0 I d V 'Mddd ('"31HIC230-NO218014 I ...... r :Zl GO ZZ : a'.: L, 90a : 6:9 :94 6 c * 419.411, 9 .1 1:c G.9 1 Z 99I. Va, .,a 1 . 1,1 16C:v VO :Ol VQ : 'a . 's I .9 z 19 -19G 9V-st 0.2 . 6010 : as Q I1 as -OL I r's a 0-9z 9z . Le . .1-fa 60199 6c, Le .. G.9 I z it -0 d IF %' N081,V1. 3 11VI S I '"31HIC130-NOZZOOM 02NIWtI313a X VN a" N30OULIN'I INTO 0 3nIVA comi3w Idwv (90Ot13%)* .1AnQ SNOIAVD 3IQV39NVH'3X3 1 .~! ...... VIVO IV31VIBNO 11 IV31SANd 069/0;~fbAOS AN1W HVIA -9L 9 9L -19 am v 0*9/0l ;MVtIAOS ;S 1 A1 .0 03 .4 Hdlj 19 -a s 9 1 0-9/0 ;90AON, ;ol I is va AN H InAlINBId 31111vidd 06 -it ro a InAlIN31d alliviog it -0 d V 434mid3a NOZIUOM I S311LON I slocto 33NUSISNOD a X31H, ...... a.Islam Xlt$1vw, "Vol ills C,0 "AO I -9L 'Islow witliv" ATI'3 AllisWWOI e 0 CtIAO 0 idndow 99 L9 am IF 3S11VO11NiV"111d' .A113A300 M A V '13 AllIS 0M1OW/0 a ldnugv L9 -as 9 a , 3 alVdgoooastl 001 AtfW3 A as w a AW12 AI ;o1 s 0 Z/ VAf e IvnOvk19 as -it rs 9 O.'Au? XldfVwo AWJOIB tivinoNvenst w IS /0 VtIAOW "IV"I wn 53 wwol Ia" tivinNVW) Tax AVI') AIIIS 0-alo-atiAO-01I Idndow it -0 d V AnvaNnooNo 4 rooo)Hio3o. N 4 Noziaom z auniinuts 3toni3ndis llunixu T arIO102 zloo S3 W31 A 'NOZIUOHI m )1 32vt, .4ans34 3riaki9 kjo I3MA. IV :)l "3A 0 W2 0 S V 3 IVV reSl :M3MT Nt S31ON IVNOlIlOQV MOISj d S29tl~DNnu OINIVU0 Al 00 wmtvao 1131 13A311, t-saI!ovwY3 in~vjtonsA .IN sn,3 3N 39 AllisI $I 211SV-13A 31 irNn 2iHowboit.vois d3ddn Ivan" isnivis X31dwo :) t3dAI Ilas 01 IVA313 0 1 (94ot)iosArio Dimnm DTHIM0 11")t(a, No' .1 .13"On.nitlylA, IN 01 ;d NOILV0~14ISSVI3 Nally2al A3AMn3 0311VI30 o3qodandA S0NlIdmWS0 1 a -9,V-d VN .013N ',))I A I tIOA3Atsns 19 tA3 tin zi 1 v N ;Z*t1AO;S 0-91fo A)ooio dwinqNY3 I -as1 :08,1V 0SkIT03Not, 0-9.10-COWL NOW.01,3 WMIJ AtJ3A Is -L6 ?r93 a Q-0/O ;ZvtfAovS . ,oopsd4 IN asINOt, 0d AW301 win ,av 3sbb, 'i ANIFV 2 VJt1IJ Ad3A 9 "c S L6 -11. tr92 a iN3NIWOU 3SdVo2ANWW FA39 318V IdJ IL -09 ZMA 8 as "i'0'. n.,AN31d alovi"A 09 -LC troo a IN A 3NIJ3 A inoIIN31d 319VIdA IC -09 CAN 9 INVONnev 319VIUA 02 -1 VAN 13 ANVONnev 31QVIt1J At13A I -a IAN 9 iNvaNnav 319VItIA AtJ3A Z .0 a V iNvoNnew 0 -C Am C -11 1 SS4W3)NId3Q314 M NOZIMON a vaillow I S31IAOW I SIGO" 33N3J.SISNO3 a 3uni:lnbis will I ...... 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"Val 0-9l.1 O-VkIA1O' 9V ivnavbg a? -4 eAH 0 AM3019 UVIASNwens3N ""?0 ."AIt'll IA Is " ON t, I5 Xv AVOI O'C/G'CtfAO'gI X t1IVW UV313 -3 IAN 9 Ax3ois towinoNve 0-tAtIc1-st,X,11!11110 S 3NIi), is "a" xA t1IvW V31% WVO1 0 T/DI ' ObAOI - 01 idntigv a ;a a V t 0 a 0 Idneov -C Idnaev C -, AdVONnoe SS(W3)Hid3ON N0,11doH I aunl2ndis 3unixat a dnoio2 I tinclo,3 NO71UOH 39NVW 3 X31HI -WdVJ 33t11 NCISSIW NO ad S8W#OO3'3W JO IS34 INOILVD01 3119 :01,9 ISS3NSnOIAt,13d 010 13,, -4. a , ni 03NIVt1Q 1134 A13IVtI3QO V I bo 113)4NVIO" I-S3jdX3 3 .)wun,13N 0 VNI OON I AVW '~)l 3 IINn DtHdVbgliVdLS d3ddn WdOJONVI I IVIU31VW iN3?dVd SNIdOIS Ald2219S $SSW-13I d 110S ivoo" isnivis, 0020 (,3S~1(4 NOIIVA313I I 31dirl" 3 Al 9 33tId 0 It toLGimuod iitv4nm-odtJ3J 3IdnO 1? 61 eat fimimnliqNolNo s IN anluvi 99 C 6 I gdOIS NOiLv3tA :ssvi3 NOIIV'JO1 iw, A3Adn3 031IVI9G ;IW3S tqsoddndSSNI1dWVSIV I IVNMO13)1 00A AIMSs A 1A3Aun AO 3 0 N3ZINne BUNTZEN (Continued) IZON THICKNESSH M N CONCRETIONE E CRIAN~ I CEMENTATJON. NOR DEPT K ) ODUL 0 S P AGENI/O 5 RIP . L A. 3 WFA 3- 0 E 0- 2 B HFI 2. 7 FEw. DIU. 5E PHEQICAL 8 HF2 T. 20 NONE MEDIUMED HERICAL a HF3 20- 37 NONE MEDIUMS I PHEP CAL B FGJI 37- 60 8 FGJ2 60- 77 B CGJI 77 . 97 ST03NGLY0 0CEMENTEDS C NTINU U 8 CGig 97 . STRONGLY CEMENTED C N INUOUS PH I PH 2 SAMPLESTA METHOD VALUE SAMPLESTA MET1400 VALUE ORGANICA B N X NITROGEN HORIZON-D EPTH(CM .1 TE TE C R 0 LF 43: 3 2 2 3 9 2 3:50 46 63 25 H E 0. 0 2 a 3:8.2 2 46 :75 1 :38 A HFI 3 3 02 2- 2 a2 1 5.4 2 8 24 aB HF2 7. 27 2 2 45:90 5 : 286 .24 a HF3 20 . 370 1 5:55 2 .21 FGJI 3?- 6 2a 5.5 2 4 S.I 3 . 7 86 FGJ2C 60- 70 1 5.5 2 4 5:0 3 .1'3 :113 Gil ??-97 . 977 a 5.6 5S.3 1 .223 .056 a CGia 2 1 6.0 a2 7 ...... EXCHANGEASLE CATIONS SUFF .(ME/ IOOGI C. E . C. EXTR ACTABLE FE(11 1 CA MG NA K DETERMIN ED METH OD RESULT ME THOD RESUL T HORIZON-OEPTHICM ) 11 .42 2 :5605 :34 2:.5,0 1311 :' m 43: 0 5:930. 2 . .82. 3,3 .5 2 16 .0 6 .06 3 1.11 02: 7 .10 501 .75 1 1 :43 3 :72 HF2 T. 2 :353 .04 .0 73 3b 1 :3 3 8a HF3 20- 370 .171 .05 .03 :004 33 :1 11 3 :.3 FGJI 37- 60 .10 .02 .02 25 .3 1 . 6 3 6a F 1 a1 3 :32 CGJIGJ2 6077 : 7797 .7 3 :2 0 CGJ2 97- 1 .5 3 0 ...... EXTRACTASLE AL(%) METHOD RESULT METHOD RESULT PIP.. P2P. . 5 HOR3ZON-OEPTH4CM ) P P RPM . L 4: 0.1 54 .0 HF 3 33.8 30 A E 0.: 2 1 3 .2 1 1 .0 :0 12 .5 .... a HF I .:35 a 2 :2 2.1 223:00 312:,1 a HF2 7- 27 2 a 1 . 5 2:5 2 5 813 HF3 20- 370 i ::1 3 .095 2.5 21 .0 49 .8 FGil 37- 60 3.6 3 1 . 3 3 22 .0 66 .5 8a FGJ2C 60 : 77 1 a 1 .00 4 .3 2218 :0 26 :3 Gil 77 97 1 2:9 3 232 .5 6 CGJ2 97- t 1 .00 3 ..: .26 ...... 298...21. 74 .0 9 5 BURWELL D OF GSURVE SURVEYUR9S Y HAL KELONNAq 8,C .M .A, 6 R .A .S . ShMPLINATE PURPOSE1Yt SEM110DETAILED URVE ~H!:!2~ ~~!!!!FICATION------LATITUDE(N)l0 6 E oil 492, 26 41,2 !~2t! L R N CITOD 57 0 a OURICAT 5 FERRO-HUMID POOZOL(19781 S40 0 E V .,SION. 1 (SEC)$ 3002 X VPEI 1MPLE pELE ON IMIS ST U MO CAL SUIL LASSI STEEPLYI 0 SLOPING CASPECT (DEG)l 27 GENETIC, C 'AT. ;,I . ., . . .A,1,NAL SUP A E 0 BLAN ET ROOTING DEPTH9 150 Cm . SEEPA(,ElA PRESENT DPAINAGEIUNO F IMPERFECTLYS , DRAINED FLOOD H ZARDt NO HAZARD 11 Epy FOUI S LO P I SNESSI LOW 22!H=~.2M LOCATED RI16 TEAS9 F 13 NORTHv M OF DAML . ONM EAST I SIDE . OF VALLEY . SITETHE RpLH USI! EGAT00 , MEED a HASI RICA O .EAT TA ESE.VMoVU :L IA. T E S u AND AMO H VATHE a Gi Q TE ROO AT AND Is- A S EEPAGE- IC ZONE . OFILE DESC I ... IZ,N THICKNESI. -0-UIZON, CULOUR I COLOUR 2 TEXTURE STRUCTURE I DE T tCM 80 NDAR L-F Is- 13 ABRUPT ORGANIC H 13- 0 ABRUPT OYR2,0/1M ST.5 ORGANIC .A5 ; RIX Ul A HE 0- 3 CLEAR 145 .OYR4AO/slTF, .oT SANDY LOAM F*E. .AKK A IX 01 SURANGULARI SLOCKY 8 HF 3. 25 GRADUAL OYR2 00'2 ;0 SANDY LOAM PEAK. DU . .Aao"0340,41. DISTO .A5;RIX MOTS* S E USANGULAR BLOCKY 8 HFGJ1 25- 55 DIFFUSE .5*OYR3,012T . M. r;0 SAND LOAM MWEAK A P1 1 .ANOIR3Ix .001SWI GRAVELLYY SEOA1 Us UMNGULAR OLOCKY B HFGJ2 55-100 ABRUPT .5 $ANDR LOAM :ECA111U . A ;P0114.3 '01'215.01ST 6 AVELLYY SUBANGULAR SLOCKY 6 CGJI 100-150 GRADUAL OY5 .0/2 0 M5goYR2;Sjf2ST.0 SAND LOAM CSTRONG .AI ;PIX MOI ;T A IX 01 GRAVELLYY MOARSES V. A S1 8 CGJ2 150-200 SANDYGR LOAM MASSIVE MATRIX5-015-0/2-0OlST AVELLY ...... THICKNESS STRUCTURE 2 CONSISTENCE ROOTS 1 OT I EM T1 HORIZON DEPTH(CM) AGENT/OESCRIP. L-F la- 13 LOOSE PLENTIFUL w 13 . 0 FRIABLE ABUNDANT A HE 0- 3 FRIABLE ABUNDANT 6 HF 3- 25 FRIABLE ABUNDANT b HFGJt 25- 55 FRIABLE PLENTIFUL COMOTON. 0 DISTINCT1 UM 5 HFGJ2 55-100 FRIABLE PLENTIFUL COMMON, 1, DISTE IUM INCT I a CGJI 100-150 STRONG VERY FIRM FEW COMMONI STRONGLY CEMENTED WEDp MUM COARSESUSANGULAP BLOCKY IN!NT 7!05YR4 0/4 .0 B CGJ2 150-200 STRONG VERY FIRM COMMONI STRONGLY CEMENTED OED WEDR , vM SUBI UNMULAP BLOCKY P . 0 YaIN!NT 7 5 4 0/4 .0 PH I PH 2 SAMPLESTA METH OD VALUE SAMPLE1 METHOD VALUE ORGANICA a 1, NITROGEN1, HURIZON-DEPTH(CM .) TE 5 ATE C P ON L-F. 13 2 3:5 1 :32 H 13 2 4 .1 2 3.2 5.8.:400. HE o3 2 2 4 3 7 57 :025 649 AB HF j 25 1 4 :3 2 :.2 5 8 HF 1 2 1S .0. 0 2 7.08 39 a HF612J1 ~S 1 2 1 2 4 4.3 9 as 100-100 4 2 2 1 :611 ...... 01.40 ...... 8 Cr,J2 350-250 1 Z . 8. 4 4.8 -C6...... 0! ... 2...... EXCHANGEABLE CATIONS SUFF .(ME/1006) C . E . C . EXTRACTABLE FE(%) CA MG NA K DETERMINED -ETHOO RESULT METHOD RESULT HORIZON-OEPTH(CM .~ L-F Is1 : 13 82 :71 2 :684 :43 1 :598 a50 : ., H ME 3 - 0 34 a . 0 a 1 a 4 A F 03_ 23 25;, .019 a11 0 :3 3 0 3 B HFGJ 3 .1I . .07.0 6 0 5 2 5 6 1 3 0 :8g 1 225- 5 5 33 .040 307 .29 1,9 3 0 B8 HFGJ2 55-105:555 :009 .08 :0035 30 .4 1 1 .1 3 8 CGJI 100-150 .3231 .0 69 .0 46 1 a 0 .3 3 0 :2a 5 CGJ2 150-2000 1 0 .2 3 EXTRAC TABLE AL(t) 14ETHUD RESULT METHOD RESULT P2 CU IN . . ONR . . HOPIZON-DEPTH(cm .1 -P. . . po SORA . OR P L-F 1813: 13 a2 :9 60 :51 66 :0 69 7 H HE 5 .08 31".9 1 . 0 201 . :2A 1412 .2 0a 0. :3 3 0.3 5 b1 . 5 6 .1 02 61 .4 8A 14FGjj 23: 25 1 6 3 ::2 2,3. 3 30 :1 3 3 1 :5 4 .1 8Ba HHFG12F'1 S5-15 SS 1 3 0.9 1 3 .5 E1 .11 157.0. 83 1 : .3 411 . 1 100-1 00 1 3 1.77 6 .t 41 .0 14 :3 5 123 .0 B CJ2CG 150-20S9 1 1 .7 a S 34 :a b4 .8 1 3:1 43 UNIT TYPEI__ SERIES CALKINS...... DATEA, r,SURVEYSSEI ED SUPVSURVEYORS HAL KELOONA* B.C,M .A . P,A .B . S PLINOF PURPO DETAIL67 Ey LAIITUOEINII0 . , . LRrCIN IYUO, I 12249 09to 5735 REGO HUMIC GLEYSOL11978) 2.0 ISEC)l PELEVAHOONN MIS .0550 STATUSS MODAL SOIL 2SPEC,,EZE T, CLAST!CM If SOILTY SPEC . CLASTIC*II SANDY I EEL AN GENETICI 1MAT. ;II FLUVlAL SURFACEC EXPRESAT I . V NEERI DESCA P 0 GLAC AL DRAINAGE$U 0 F POORLY DRAINED NVFOUI SLM RPER I SNESS9 ODCPATr0* 31TEIS, 61 LO~ATIONI 185 M9TERS EAST OF CEDAR VALLEY-POSETTA RDS INTERSECTION . 5 ON 64 CKNESSM HORIZONY COLOUR I COLOUR 2 TEXTURE STRUCTURE I HORIZON 'rDEPT1 I CM) BOUNDAR M 13- 0 CLEAR OYR2,0/2,0IS X 140 T ORGANIC WEAKF e So'AT IN SVBANGULAR BLOCKY A M 0- 17 GRADUAL M'0 .0 , IS SILT LOAM MOD MATRIX1 MOIS I FINES ERA"To MEDIUM UBA.GULAR BLOCKY AC 1?- 27 GRADUAL .2;5Y4*. .5/1,1 0T SILT LOAM MOODEPATEI A IX 0 MESUBANGULAPUM SLOCKY C 61 27- 42 A§RUPT 5 SILT LOAM AllU. MAdyl.5100,31STO :101 PSUBANGULARE BLOCKY 3 UDO C 62 As- 55 ABRUPT S;PQY 5X.2 .05;0 FOINE SANDY MASSIVE 5mol 1 I L ILAM C G3 55- 83 ABRUPT :.O l. .0,41 .0 S T LOAM MASSIVE MATRIXa MOIS*0' ;O .5AT*0T.1 5X MOIST it C 6 03- LOAMY SAND MASSIVE .A5476AS X 5;0of"o1 ST ...... THICKNESSICU, STRUCTURE 2 CONSISTENCE ROOTS I MOTTLES I HORIZON DEPTH H 13- 0 WEAK'I ME FRIABLE ABUNDANT GA ANULAR A H 0. 17 FRIABLE PLENTIFUL AC 1?- 27 FIRM PLENTIFUL COMMON HE FlISTINCT 07.SYR5.0/7 .0 C Gi a?- 42 FIRM FEW COMMONNE FlPROMINENT 7.5YA5.018 .0 C G2 42- SS FEW FEWNE FIA F INT C G3 S5- 83 SLIGHTLYN ISTICKY F NO PLAST C FINEV-W PROMIN!Nt. Y 7 5 A4 0/4.0 11 c 6 113- SLIGHTLY STICKY FE FINER* 0 OMINENT ?.SYR4 .0014 .0 HI .ICAL CHEMICAL DATA ;:- , PH 2 SAMPLETA METHOD VALUE SAMPLESTA METHOD VALUE ORGANICA S, NITROGEN HORIZON-DEPTN4CM .) S TE TE C PeON -4 N 13: 10 2 2 9 a 4 3 :5 386:802 1 7 2 3 :6. 4 :.391 AAc 1?-0 2 1 5 2a 4 .! 2.726 C Gi 27- 4T 2 1 5 .3I 2 4 3 1 .013 C 62 42- SS2 2 2 43 :5. :228 .08 C 63 r 83 a I " :5, . 7 ..0.2 11 C 5513: 2 1 5 .3 2 . .91 .112 2 ...... EXCHANGEABLE CATIONS SUFF .(ME/1006) C . E. C. CA MG NA K DETERMINED PI . . CU ZN HORIZON-DEPTH(Cm .) pp Ppp.. . ppS . . pp PPM. H 13 : 0 a 33 3b 4 62 :00 ACH :39 1 a5 : 0603 .017 a302 :.740 3R :8.7 717.0 31 .5 212 :8, A 1?-0 27 39 04 5 22 32 860 . 0 139.1. 1 21285:3 C GI 27 : 425 52 .14 : 06 .05.0 19 .2 391 .28 131. 0 5701 :6 C G2 4S2 .35 23 04 2 3 8 .2 . ..36 33 . C G3 .4b :13 1 7 :4. 7 30 6 33 .20 5 . 9b 51 13 492 02 .9 1 85:91 s65: 0o S : 0 la 9 24 .3 3CG - 10 :02 280:0, UNIT TYPES SERIES CALKINS...... DA SUP111Y,V SET .., . 63 ED SU.VSURVEYORSY GOP kgLD*NA . B .C . . .A . & P .A .S . SAMPLINGTE OF P PRO IL E SLOPE L TITUOE(N)3 LONGITUDFI*I'AE I .EC, . 12249 0421 32070 14EGOUHUMIC GLEYSOL(19781 ELEVATION11 C SIO" (MIS 705 STAT Sl 10DAL SOIL SPEC ;,CLASIICMA . 18 SILTYe GENETIC MAT .$ MORAINAL NE X T RESI .1 VE LIAN GIESURFACE E p NEER DRAINAGE$U 0 F POORLYV DRAINED NV F OUI SLOS W RPER I SNESSI LO SITEUN I LOCATIONS. So AllI?U7 200 METERS SOUTHOEST OF THE TOWNLINE-DOWNES RD J C SON MAY U THIS. NESS HORIZON COLOUP I TEXTURE STRUCTURE I CONSISTENCE ROOTS I HORIZON DE 7 (CM BOU DARY A 4 0- 22 GRADUAL 10.A ;aOYQ%0/2 ;0 SILTY CLAY MODERATEJU FRIABLE PLENTIFUL Ix als L AM MED5 UBANGULAAM BLOCKY A C 22- 47 ABRUPT 10 OYR4 0011 0 SILT LOAM MASSIVE FIRM FEW AT IX M I T C Gi 47 . 75 ABRUPT M2;SV5X.0/2M r Ot SILTY CLAY MASSIVE FIRM FEW A RI III C G2 Ts . SILT LOAM MASSIVE FIRM loMATRIX.oYP64OIS0'02 fo ...... HORIZON THICKNESSp . M MOTTLES I FIELD PH DE T (C I A H 0- 22 MEDIUM ACID A c 22- 47 MEDIUM ACID C G1 47. 75 11101UM ACID MANYS.OY.I .Olb .0 C G2 75- NY NEUTRAL eOYR5.0/6 .0 0 :4c 6,*, :Zgs co 2 0 to 2 0 .11I'll cc .08I 2 Vv 0 .09e OF -0 " *Wdd I'W7)Hld3Q-NOZIdOH to ...... ac:I Lq: I go : 1 2 1P9, 1c vaa : elel : Is . 1 91 190. 4, V% 9S It 1 899 2 0.9 9C . IF- cs 11 9 . We 1.,9 ? Cc0 :Oe 2 V , .or. Z6-Z 09 . 621? 6r*Q aR, - $s*6 1. 1 9 a 0 H V 'NO6dV3"do 31VIS (-w3)Hld3G-NOZIMON Q2NIwdIl3Q x VN ON V3 N39OdAINS " IN 3nlVA OON13" 3ldKVS .3 .3 .2 (9octi3pi,AAno SNOILV3 3lQV30NVH'3X3 .t! VIVO lV3IW3H2 2 O'810*61SAO'SWo +.SS AN Lo O'010-GAVE A SS -CC to 3 cc -06 3 V 04 -0 " V ;;34MId4O NOZIdOH I S3111000 a U31 ...... Islow XtuLVKS v1dazi 3AISSVN Avol ills 0-210 AN 4-99 20 1~ 43,0 NUIA 3AISSYN I'll Aills"Vol 0 ~ SAS a idnbov Ss -CC to 43A 4014 3AISSVN wVol Ills 0ITIV1110 IXI"1A040"t Idnaev ac -Oa 3 V AW3018 dVinONvans0 0 w 3Av nt30 3 NVOI 0 ISIO!, "Xtap V"ol inAxIN31d 919VIUA b ON AV13 Allis -Z 0 VA ivnavtio OF -0 -4 T AdvaNnoeN m S,tw3iHid3a4 1', Noziaom I slood 33N31919NO3 I jani3ndis 3anixal. I dno-tw, OzIao a X~, 1 :01,S ISS3N,nO!AdId ONno0 03NIVUO AldoodOl .39VNIVU' -4 893NIPAN 1 03 1-93I!dX3 33YAtins3 N 9 I " 113 a IVNIVaO" I'Aw" 1113N35 yAllis 31 '311SWI21w .33422 llos IVOO" esnivis (OL6t)IOSA319 jzwnH aq3tt sto),jonaigNai,(N, A I I 3on vi NOILV71AISSV!3 NOIAV~Ol 03-IlVi3C9 1390atsndA S 9NIldNVS0 A, 10 .1 .d I VN .013)i XAA Sd0A3AunSAW"19 1 1 Al of) A 3 0 ------S31d3S !3dAI imn SNINIVO CANNELL CATEA OF , SURVEYSSET SEMI ILE SURVEYORSS HAL KELOWNA9 B .C .M .A . & R .A,B . 5 MPL IN PURPO !D76TA D URVEY LOCATION CLASSIFICATION SLOP LATITUOEINIIa G e ) . ELL R NC IT 12243 1914 4510 064THIC HUMO-FERRIC PCOZOL(197a) IS 20 .0. UON 4 ISECIR TYPES CO PLEX S'EVATIONSl 0 IM)t 50001, STATUSI MODAL SOIL CLASS'.E 7 'OEG', SIPONGLI ROLLING AS C 235 Mt2st DPTM,TU BEDROCKS 27NC TYPE I TPM6SIVE ACID GENETIC MAT 1 COLLUVIAL SU A E E PR S .1 VENEER DRAINAGE$U I WELLM U,DRAINED IS NOFF EDT SITEL S LOCATIONSC N NURTH MISSION TREE FARM . C AS IFI A 1 10 PHASE ENDIS LITMICOF MOOM"S PC . . CKN!51N MOP4ZONY COLOUR t TEXTURE STRUCTURE I CONSISTENCE ROOTS I HORIZON THIDEPT I M BOU DAR L 10 . 7 ABRUPT PLENTIFUL Fm ?. 0 ABRUPT ABUNDANT A E 0- 25 A04UPT SANDY LOAM WEAKIS ME VERY FRIABLE ABUNDANT 40MAY*01". .0*0"'1ST*0 10 .0y"1 5.0 1 .5 SUBANGULAR1 BLOCKY MATRIX$1 DRY' 8 Fl 25- 10 CLEAR S;0YR%,0,14 ;0 SANDY LOAM AK FRIABLE ABUNDANT ;TNE A1 .MX.5 .0116 SUBANGULAR BLOCKY MATRIX5Y DRY4*0 a P12 To- 17 ABRUPT M5Ta.OYR4.0.0/4 ;0 SANDY LOAM FIX FRIABLE ABUNDANT A? .SYIX.S .o 15 WFIN E sue MATRIX DRY/4*0 IT- ...... 7ljC:N2.S CONCRETEIONRAN~I .OMIZCN DE I ( SI NODULE D SC P L 10 . 7 FM 7. 0 * E 0- 2S * Fl 25- 10 COMMONa IN OVGHOUT MATRIX SPHERICAL a pa 'o- " Co""ONSIOU .OUT MATRIX I"SPHERICAL IS IT- PH I PH 2 SAMPLETA METHOD VALUE SAMPLESTA METHOD VALJE ORGANICa N X NITROGEN HORIZON-DEPTH(C- .1 5 TE TE CAR 0 L 107: 7 2 2 2 1 . 2 F, SE z 33 :60 2 33 :40 so. :0000 1 .03 0- 20 2 2 4 3 52 .78 :070 Aa Ft 25- 105 2 1 45:0, 2 4 a F2 2 1 5.0 4 : :55 43 :4' .1 91 p to17 : 17 ...... EXCHANGEABLE CATIONS OUFF .(ME/100G) C . E . C . EXTRACTABLE FEM EXTRACTABLE ALM CA MG NA K DETERMINED METHOD RESULT METHOD RESULT HORtZON- DEPTH(CM .) Ppp. . . LH 10 : 1 7 1 :725 22 3 1.07 :7 1 7 0 5 37 A0, 7C . 59.2 :.;. A8 FI 0-. 251 2 .0 : 1 9. 1 1 : 7 .2 1 2s1 - I0 .0I . .03 .011. 1 34 :1 8 F2 1 o. 1 .090 .04 .04 .09 1 97 :0IS R 7 2:57 COARSE FRAGMENYS166 12: P2 I VOL HOPIZON-DEPTH(CM .) PO 107: 7 12? :9 e aA Ft 0- 250 528 .0 ppmS . 25: 10, 4a:0. so0 6 F2 io_ 7 116.0 69 .0 5 IS 7 cc al 0Oc oc or 09DO S, .0 tj oc 0 0 -61 I .W31 1d2O-NOZ1d H 3NDIS 319003% 13AVOO IDA % S1N3wqVt1:f asavo-3 -cc d Am :toie tivinoNvans1 , ,a "n. , 03 IstowsWidiv"A 1 oz3v "nta3w :3A "Vol o-c/o- d 0 0 idnoew CC -61 as a Ax :)oie dwinoNvto ns" on Islowswialp ot,3v wnioam 'AW30 Ats3A3 "Vol 0-,,/0- tjAo a ivnovas 61 -0 1A a ativ mnI03H 0 -T, ml AuvaNnov1 4W'3JHAd3CS1 M NOZIUOH Hd 0131-4 t amni3ntus 3anixu t dnnio,3 40Z do,4 a X'31"I N01101W)SBC 3-1140ad "31HIll S1 3SYNCO NO11V31A1SSV-1'3 vtj~ni,33"1 AAONnto 03NI a 13% 1313VNIVtloI .,,,d3lN3Aa I-S31dX31, 37viongsA Anil 2 t " '31 3N3 LINn 33NdVt6911Vd19 d3cidn lios IWOON isnivis (ewriozoad mad3jd-ownH DwLho s ;7,)?anij9Noi ion hil Noti"latsST13 NDIIVDOI AAano 3 V13Q ;lNlS 13SOdAndS)NC1)IdWVSI C, .0-w-b I -VNMO13)i HOS I IJ" A AdnSs 0311 c sAi un i a v ...... 113NNVO CANNELL ...... G SURVEU G&P KELOWNA, B .C .M .A . f, P .A .B . DATESAMPLINOF P PPOSESyo MLCONNAISANCE63 SURVEYORSSURVEY LATITUDE(NIS0 r, E W11 L IUD ORTHIC HUMO-FEQQIC00, PUDZOLII97a) TYPESS : SIMPLETE ELEVATIONN I ' I .I . b6D CLAS S EPLY SLOPING STATUSI M L SOIL bENETIC ; :T ;IS . . COLLUVIAL UENETIC MAY .$ BEDROCK SURFACE p VENEER DRAINAGES0 WELL VDRAINED RUN FFI t~EDI M LOCAT30N5 I ON0 SUMASH 5 MTN 5 NEARH CHAOSEY. LAKE, CLA S FICATII N P A E 1 LIT IC pICKNESSI M C HORIZONY COLOUR I TEXTURE STRUCTURE I CONSISTENCE ROOTS I HORIZON Y"DE ( M) BOUN DAR LH 11- 0 ORGANIC A k 0- 2 CLEAR 1 oYQ%Q/R 1s ; 0 F 1'1NE SANDY W. E IK0 FRIABLE PLENTIFUL MAT01 ix 01 L AM GRANULARIUM a F 2- 13 ABRUPT SANDY LOAM NEAKM 'U . FRIABLE PLENTIFUL MAlo;oyRIXp5 49fbis ;O ED SUBANGULAR BLOCKY a 13- 30 ABRUPT SANDY LOAM FRIABLE FEW !A041:54811W IS 30- ...... THICKNESSp , FIELD P. . ..1Z .N DE IN CM) LH 8- 0 VERY STRONGLY c 0 A E STRONGLY 0. 2 ACIDE Y 0 F 2- 13 STRONGLY ACID 8 m 13- 30 STRONGLY ACID 3:- COARSE FRAGMENTS % VOL HORIZON-DEPYN(Cm .) A F 02 25 li F 02- 13 50 a 323: 30 p 0 CAPILANO DATEA OF G SUQVEU P OVEVOPSS Y MAL KELOWNA, B .C .M .A . & R .A .0 . 6 MPLIN P P Y&OSES SE-1!09ETAILESU URVE t2!!:= LAVITUDE(N)l0 JE W, L.CCNGITUO.1,S,Cl . 12349 0019 53So OPTSTiIN HUMO-FERPIC POOZOL(1978) % 10I ASPECT (DEG)$ 18580 PELIV .TS ON (MIS 12005 STATUS$ VARIANT SOIL COMMW. ;,CLAMASTIC 11 GRAVELLYL IAL RFAC EX 74FI-5 .8 FLEUyVEL SUOESCR15TOPPI GLACIAL DRAINAGE$UNOF F WELLS W DRAINED p I SSI R LO PERVIDUSNE APIO SITEH LOCATIONSL IS NORTHA ItOF CEMEMO :FEEAT ION !LYMUUPA ANOAM . IANCOUVER . 0 HU a Ic 00PQDZDLTo V at T H .wOPTNORIZON V S 7MA T IF R mo ICKNESSM HORIZONV CULOUR I COLOUR 2 TEXTURE STRUCTURE I HORIZON 'rHDE PTHIC I BOUNDAR LF 13- 8 ABRUPT a. 0 ABRUPT ORGANIC MAN 0"' ;0 A E 0. 4 ABRUPT COARSE SAND SINGLE GRAIN .A!;.oyR%0'sl'O1 . 01 11 HF A- 4 ABRUPT .5 ;oyp%0,06 ;O .2,05YQ3 0/3 0 COARSE SAND ; lj~ 4A IF. A RIX OIS A IX ADIS ; E SUB a Fl a. a? GRADUAL 5*0YR%0160 ;0 COARSE SAND F ENAKE TO MEDIUM Ix is IA ;O.yl '.'5 '016.015;0 SUBANGULARI BLOCKY & 92 27 . 42 GgIAOUAL .?'.Svp%9/br S;O COARSE SAND WEDAK A RIX .0"I HESUBANGULARIU . SLOCKY TO STRONG a cl 42- 75 DIFFUSE SA MODERATEC SE MATRIXA MOISio VENRO GRAVELLY SOA USANGULARR BLOCKY 6 C2 75-100 DIFFUSE 7 5VP5 ;,0/5,) .OI SARD -C .D..P .r E 10 .,. lCONG MA ;RIX Is VE Y GRAVELLY S OA S USANGULAR' 0 KY sc 100-135 ABRUPT 5 ;,OY5I .0/3 ;0T SA SINGLE GRAIN MA IX MOI GRAVELLYNO SCOARSE SAND S :NGLE GRA :N VEAND S NGLE GPA N PY GRAVELLY GRADUAL SAND VERY GRAVELLY ...... ICKW7CESS CONSISTENCE ROUTS I MENTATION4 E C HORIZON DEPT7" 04) AGECE Y/D S Alp . LF 13 . 6 PLENTIFUL N 8- 0 FRIABLE ABUNDANT A E 0. 4 VERY FRIABLE ABUNDANT 13 NF A- 8 VERY FRIABLE ABUNDANT " ri 6- 27 VERY FRIABLE ABUNDANT " F2 27 . 42 VERY FRIABLE PLE'471FJL WEAKLY WCEMENTED CON TI UOUS a ca 42- 75 VERY FIRM FEW STRONGLY0 I CEMENTED C NT NUOUS a ca 75-100 VERY FIRM FEW St RC) ONGLYT O CEMENTEDS C N INV U ac 100-135 LOOSE FEW LOOSE FEW FEW ON I ON 2 SAMPLEA METHOD VALUE SAMPLETA METHOD VALUE OPGANNIC"A NITROGEN NOQIZnN-DEPTH(CM .) ST TE S TE C ROD LF 13 : 8 2 a 3:7 0_6 0A 2 2 : :3 2 3.21 .,Oa :"oA I : 19 : A E I A .,0 2 3 1 .331 8 HF 2 . .6 2 4 :2 4: 278. 2a .1 5 . 0 1 .0 :04 90 .1 1, 27-a 1 5 .6 2 41., 1 .04 a "F2 75 0 C1 42- 72 2 5 7 2 5:3 a8 C2 75-1005 2 1 5 :. 7 2 07 :005. BC 100-13 2 5 . 7 5.65 .01 2 1 7 2 4 5.4 EXCHANGEABLE CATIONS BUFF .IME/10061 C . E . C . EXTRACTABLE FEM CA M(, NA K DETERMINED METHOD RESULT METHOD RESULT HORIZON-DEPTHICM .l LF 13: a 7 :490 1 82 ?::9 3 :91a :,365 1 :45 45 3 .3 .051 B HF .201 .09 *06 23 .51 1 B F12 4a: :06 :00.0 53 :03 13 :7 3 b F 27- 42 : 22 0. :003 10 .5 1 :5a 3 42:175 .19 6 .0 7 6 . 0 .4 08 C'2 1 ?s-1 no .19 .066 .054 .012 3 2 1 :2 BC C 00 35 1 1 ...... EXTRACTABLE ALM COARSE FRAGMENTS METHOD RESULT METHOD RESULT P2p M . S .. CU ZN . . I VOL 40RIZ04-DEPTNICM.) p pp pp pp LF 13 : a 41 :7 491 : : H 29 .07 32To :25 *342 :0 59 :t2A E 8. 0A : 29 10 1 2.50 1 2 .3 569 AB HF I1 2 108.7 189.1 55 .0 9.7 3342 :.96 6 F la 4: 28 21: 7 3 :5 473 :74 1251 :9 991 : 0 10 .9 1 25 0 F 27-8 .27 1 3 037 6 79 . 3 12*21 1 1. 98 3 .24 ~34.2 7 a C2 4271 :1 75 a : 2 20 .2 7:.52 35 .50 1-143:.37 4'37 38 75 ac 100-13500 1 1:66 3 9 31 .5 150 a .11 141' .4. 249:1 :51 2..,4 80 .3 PONP,. 15 .03 503 .8 2so5 0:2,01 S1 :,0.9t . :,'6 es 2 1 It .it Z9 I 0a-v? 9-Cl 19 23 cc .0al M0 IN v1 :21, 01 -01 d V -odd -NdI d 4-W3)HId3G-NOZIdOH 'd ...... ? : 1 SS : as : W:g 9:01 a .10 : "1 6. 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SAMPLIN PUPPOSE9Y : SF-I!BETAILESU U VEY E~t!!!:Ht:22 h2~s LATtTUDE47 ;11 149 20 R L . NGITUO. . (S .C" 22 12 . 0 OURICT S FERRO .NUMI0 DOZOLI1970) 5 TYPE : '5'0COMPLEX PELEVATIONC Slo 4M)l 550 STA u I No CAL P SOIL CLASS$ GENTLY POLLING rEN;TjC :AT ; :S ., MOPAKINALA T SUP A C XV SL N E OQAtNAGElU 0 F MODERATELYS NELL DRAINED PRE NVFOUI SLOWA IS I SNESSI LO SITE LOCATIONS LOST CREEK SPUR-EAST OF SALISBURY LAKEs MISSION . THICKNE!Sp NORV4ZONY COLOUP I COLOUR 2 TEXTURE STRUCTURE I HORIZON DE THIC ) 80 DAP LF IS- 13 ABRUPT ORGANIC 13- 0 ABRUPT ..15*OYR2*012. .0 S;O ORGANIC SEDAM I IX I U8 UNNGULAR BLOCKY A a 0 . 4 ABRUPT .5A ; OV"5. . ;0.12 ;0 SANDY LOAM FWrA SUINEK TO MEDIUM IR1I .01IS BANGULAP BLOCKY .A5foRIX DRY I'S 4FI 4- 25 GRADUAL 2;5YR340X .02,.Or SANDY LOAM MOODERATEOTOOASTP3,NGM UM S MATRIX5*OY04*0,8,0.03", MA III ols UT SUBANGE I LAPCBLOCKR E F 2S. 52 CLEAR 012S;O SANDY LOAN mODEQATEOTOOSTRONGm UM A .A I lS;o A5;0.y'.'-3 .01 SUESSAINGULTAPTIOICKI!Y 41 : 521. 82 GRAOVAL ITOY02AO,3X 0 ;0 SANDY LOAN MODERATEU, A Rl 15 mA5 ;oyp4AOO"BTO.1 . is ED UBANGULARI BLOCKY MF 82. 00 ABRUPT ,2 SYR2a 5/2S;0 SANDY LOAM MODERATE, U A; IX NOS* SE UB!NGULAPM BLOCKY CGJ :00- :25 DIFFUSE M L MASSIVE SA Noll 5.*OM '021 iTo GRAVELLYOAMY SANO c 25- 75 M5;ROY5*0,1,1 ;0, LOAMY SAND MASSIVE A IX NO ...... ROOTS I MOTTLES I MOTTLES 2 4, CEMENTATCION IVICKNZ1. :S CONSISTENCE 0 I ) G NTIOES RIP. LF 15 . 13 13- 0 ABU40ANt E" LE PLENT :FUL H 04 : 2: :: :%:LE PLENT FUL ::- 52 ll ::A:L : PLENT:FIJL N12 - 82 F A L PLENT FUL N:S :2-:02: ABUNDANT 0. FE S.OYR4 .0/6 .0 tNOURATEOUSIS c 1 CON NU VEXTREMELYF NAPO -A-YCOARSEI) PR OYRMIN!NT 5 A o/S .0 c 25-175 STPONGLY,CE-ENTEDS VEPvEXTREMELYFIRM ..00 C NTINU U PH I PH 2 SAMPLE METHOD VALUE SAMPLETA METHOD VALUE URGANICA N " NITROGEN HORIZON-DEPTH(CM .1 STATE 5 TE C ASO % LF 1IS : 13 2 2 2 4 3:5 63 3 0 2 2 1 0 2 2 1 :6967 ..0 2 3 61 .S, A8 HFI 0- 254 2 1 S.2 a A 16 .32 .2052 8 F 25- 52 2 1S.4.0 2 3:889 8 HF2 52 :1802 1 2 ::as a HF3 I S.L' 2 4 4.1 156.503.3 a CGJ 129-t:S 2 5. 01 2 5.3 .4.19 a C 1 .15-175 a 1 5.7 a 4 5.4 5 ...... EXCHANGEABLE CATIONS BVFF .(ME/IOOG) C . E . C . EXTRACTABLE FE(%) CA M(, NA K DETERMINED METHOD RESULT METHOD RESULT HURIZON-DEPTMiCm .) LF 15 : Ig 11 :29 3:36, 26 2:29 05 9 3. A 99 4 . 3a :2b 57 1169:9. 03 03 38LO . 6 3 :2a 3 HFI 04. 25 .0161 .010 .203 1 :9. 7 3 2 .0303 28 . 9 3 2 8 FF2 5a: 52a .1101 1 .0 2 .0 35 . 66 . 17 3 :2 08 HF3H6j 562-1002 .28 .020 67 .3. .8 3 .6 a C i0o-t2S 01 .0 5 .02. .6 3 11 .6 3 a C 125-t7s :225 :01 .0 3 a 2 .3" 1 .4 a . 0 EXTRAC TABLE AL(%) PA4TICLE SIZE(%) METHOD P2 S CU M ZNP. . TOTAL 62-2.1 1 TU METHOD RESULT SAND L MORIZON .DEPTH(CM .) Ppp... pp Ppm . pp P LF IS : 13 25 : a~ 263 :9 16"3 :3 161 :.l 63 :; 26 3 7 3 3 63 A 0. A 1 2 a 1 .5 HFI 4 : 3:3 as84 ..1: 1131 ..7. 3:. 74 316 .1' :2 7 13 1 8 F 2S4:. 25:2 1 .1 .55 3:5 661 36 2 2 3 a 3 1 :6 2 .8 7 3 28 :4 213 5 3 8 HF3 , :2 :12g 1 4 . b 3 0 .0 2 5 21 :2 15 . 43 B CGJ 7 3 5 .24 191 .7 111 .7 B C 129-175 1 4 3 .11 t4 .3 14 .6 16 .3 . . HF2...... PARTICLE SIZE(%) COARSE FRAGMENTS 2U CLAY % VOL HORIZON- DEPTNICM .) To TAL RESULT LF IS1 : 13 H 3. 0 E AB HFI 0- 24 10 300 B F 25-52 . 525 3 3 B HF2 82_1082 6 300 B HF3 3 B CGi 100-129 so 8 C 125-115 1 so3a Qs O:la a 009 0 2Le C6 :1611 0,1 a 09 it 9 0O-st1 A 1 9a 1it -10 HJ IDA S to ...... S1N3W9VdJ 3SdVO ...... j & : It, io:c zo: e 6 vT or,H : 01 . I'llz .: 1 9 .11 90. 6.CO1: 1 62 19 1 VC, :C49t :-6 99 09 060 9 :s I Ia to - po 6-cl is : 60, 6 0611 901 . 662: 1 1 it .4 1 0 a,Blois1, 1 ("71"Idac-Nozidom 03NIH113130 x VN So V2 .3900111 . 11 AN11NO"".0 3nIVA Gomia" .3 (9ooiizm)-Jana SNOIAW2 3IGV3VNVM2X3 d 310TIO4 03.4 319VINA CG -to t 2 injsIN31d 319VIdA AUNA it -it M a InatiNaid 3-ISVItIzi AdBA it -0 A I IngliNald 0 ., NJ ;"UNVA? NOZIUDH 1 91000 33NALSISNO2 93 X3 ...... A113AWbO Lslow0.111SAWNr 3AISSYPI 3AISSIM %To; 040/6 49AINE" unavas C6 -1 t 7 tivin v ANDO18 uvinqN ans nlogm mnia3)1v AII3AVd9 ,4v34 34 Wool AGNTS 0-0/0-"'ON.NAO-o,'"t"w" -,vn., ., to -it 9 avinNvtso1 . on .,a63 . A112AVU13ADM, ...... NVOI S 1416-41ASto . WINI ITnowus it -0 4 9 31NV900 Idnaltv 0 -9 NJ AdvaM 'noll ss(",3imid3aN IN,. Nozzaam Z 3dni,3ntiis t 3ani3ndis unixii t mnoin,3 02 ,10ON 3 W13 NOIA010711110 311ADtid 'W"M1111W) "ARM 10 ONV 'Od NlA3N N33-130 A**- .I'IVN INGILV301 3119 SUON !VNDIAICGV aidvtp0 issaNsnotAd3d.4 nb ON OJNlVfjO ;1130S 93-JvNlVbGto .3 3,v, 13.4uns.39 IllAn-110",, 1" 1 .,13AVuo it '311SV,12 -W"0'3 1lNn Dimayu9itiruis u3ddn ON11100 AIDNOBASqIdW lssv-12 Ilos Ivaow rsnivis S? NOILVA313 w .55 f3dAL 1.0 3NOISII33bd 0 re % 49L61)lozood jiuts3j-cwnm DtHitto , oni I?N I LeVS 9101 6vTel IITN 3an kyl0 adols NOIIV')IjtSSVI-I Nollv,301 3Auns 031SV13G9 43SOdandA 9NlIdwVS 'G*V'b I 'V'W'3'Q -TNROI3)1 SNO SbOA3A"ngA t SA3 "ns AD 3Na ...... HY3HO UNIT TYPES SERIES CHEHALIS-w...... DATE OF G SURVEYS5E SUP SURVEVURSY HAL KELOONAt B .C .M .A . f, P .A .B . SAMPLIN PURPU I DETAILEDb? VE ~K!!!2~ LATLTUDEtN :1, 149 100 56 LONC 221 9 25 ELUIJITEDU DYST :,. S L ( I 18) S3 .0 lTUON'l .E:ClI TYPE I I PLE ELEVATIONPRE STO (-)l OS20 STAT S9 M CAL --UNISOIL D ~a Cam-N ;,CL .ASTIC 13 GLAVELLY GCS R E E AT. ;"_S . . F SAL u FACEC P FANUV OQtolN:GESI WELLS , DRAINED RjPERVIOUSNESSIF RAPIDLO SITE LOCATIONS SUICIDE CREEK FAN* MISSION AREA . COLOUR I TEXTURE STRUCYUPE I STRUCTURE 2 HORIZON TVIC'DE T . CM) .80.I'l"ZNOAR.- I LH A- 0 ABRUPT ORGANIC A E 0- 1 ABRUPT OYR5 012 0 LOAMY SAND VERY U WEAK 10 ; i I : . oo iX S . u ;s ml EDI N MULAR BLOCKY MATRIX0 DRY5 1*0 a MI 1- 10 CLEAR LOAMY SAND VERYM 0 UMWEAK 4oA ;9yl.OY:S.5 ;8,lZ.0, ;0 1 SuE BA1 NGULAR BLOCKY MATRIX DRY 3*0 8 M2 10- 20 CLEAR I 5 O/S ;O FINE SAND VERYUWEAK, OOYPAm . ~ S ED TO . . 1 .6 .011 5 UBINGULAQ BLOCKY MATRIX1 DAY0 3'0 C 20- 35 ABRUPT FINE SAND VERY UMWEAK SINGLE GRAIN MEDI5 pUs MGVLAR BLOCKY SEUDD 11 C 3S- SINGLE GRAIN $ANDGRAVELLY ------ HORIZON THICKN~SS. CO~SISTEICE ROOTS I aCEMENTEATCION OE TH(C I GE T D S RIP. LH A- a ABUNDANT A E 0- 1 VERY FRIABLE ABUNDANT a US 1- 10 VEQY FRIABLE ABUNDANT s ma 10- 20 VERY FRIABLE PLENTIFUL WEAKLYIS N CEMENTED D C 0 71 NUOUS C 20- 35 VERY FRIABLE PLENTIFUL 11 C 35 . LOOSE ABUNDANT PH I P . 2 SAMPLEa METHOD VALUE SAM~LE METHOD VALUE ORGANICA 0 N C NITROGEN HOQIZON-DEPTH(CM0 ST TE STATE C P a LHE 2 5 5 2 5 :0 28 79 A 40: 0. 2 5:1.5 2 : .3 :0S1 :06.0 a MI2 1 .1: 102 2 1 2 1 . :5 ra- M 2 S .08 1 .04 .05 20- 350 2 1 5.S, 2 .52 .036 11 C 35- 2 1 6S.7 2 5 :0, EXCHANGEABLE CATIONS BUpF .i4ElIOOG) C . E . C . EXTRACTABLE FE(%) EXTRACTABLE A0%1 CA G NA K DETERMINED ETHUD QFSULT METHOD RESULT HORIZON- DEPTHICM .) L H 3 1 :23 70 5 49 :50 01 : 01 1 9 T7. :94 05 SO0 ., 090 a 044 0 5 9 . 6. 1 42 1 0 M 2 So1 : 21 0. .14.7 :0 7 7 2 1 .3 9 '6952 : 50 20- 35 .54 0 A .035 .0 67 4 :3 1 e 11 C 35- 1 4 252, :,0 200S COARSE FRAGWENTS P2 M . S IS VOL -40RIZ04-OEPIN(Cm .) OR pp . . LH 6 93 Aa MI 0, 37 :00 5 .8 1- 10 3 10 o -2 29 : 20 1 63 : 0 :58 5 . 35 519 .0 1 9 C11 C 3 372 .0 02 : 85 75 1 9 pp.. O*S/G ;,OtIACML IN ..103140 11 0-010-OdAS-1. 40W"O ":) "till Ad3A as 0-q/S;ZvHAF,lI . IN a a .n t Wi NOWWO2 ij Ad3A ZI-?6 o ~) O'S/I ;tdASOIOOIt A N A .n.0 .103W O'V,00'*DAQ'01 lqo~ Mal "01A A03A 3AISSYN 96 -DA. 0-q/o;4bASOI ;oT Ax :ioiv uvinoNvens,,, I -nN 1 a- 0 03 NOWNW)I vj maj Whlj A03A asNouts 04 -ev as& 9 _, ojiAi23asNn,, ad 0-9/0;9dAOS ;01 a m 11 Nil"l .3 0 A* :loie uvinONvansuy XDl 4 A 0 cowa asNot,02 m Ahw" ANVHM indlIN31d W01A Ad3A 9 Is 99 -ze lot 9 0'910; 9bASO*01to I J,nNIL AX"16 avins"yonrnlo . 103HW w ANV iNvCNnev wdlj ONO U S cc -se ev O-LIO I AO*01 t 1 2NwniO3A NVw iNvaNn9v 3l6Vlb :1 se -91 03 V tpovoNnew 319V I0A St -0 d V WIHIC130N 1 NOZIBOM I SmI14 AV" 9 saillaw 1 SAIA10" 1 sloo" 33N31SISNOD a auniDnvis a X2 HL ...... Alin".Xtoly 3AISSVW S 0 -021 as 3 : 91 " w :2 1 : : 3AISSvv, 011/9-VAO-60 1 asnAito 091-16 to ~ '311vwsludto n.V 3w. 1?10W.Xldiv". AV13 Allis 0 1/0 *AO S ivnowoo 96 -at Ado1 0.9x1disy" 'J~ILVWSI 0 1/, "Ac 0*Is .11.203111,.01 AVID Allis .100-1!011400 *I -at get a 311V"Sltlda I C, Isla"a 0 . XitliVW0 , liel avo. x1UIVV4. 31vd3co"N AV1',) Allis a- / VA 0 1a *AS Z -twnavas ev -at lot a 0.lA11q,XA1"IV"a . 1 I I 11"S.nlajI t1d a 0 0 o.ZA11jS1t1,jO11AV*.01 is" an X1 IV" 3AVU300WH VIO At'ATIIs "a O-z/O*VAS-UI " ivnavusV312 t -68 V Av :lo is avingNv O-EAM10 .111"i'011, ,,"niaiv 60,.; is"a" wl 0 ba.0" "Vol Ills 0 .110-SASL, 114" aV31,3 99 -91 93 V uvinNVOO, a 0 0-01 31Tnt 3"w d3co AVI'3 AI 1S 0411001AAfalM071 Idnotiv St -0 d V AdVONnoe140 m 1:34H14330 NOZIUCH i auni3nbis 3mmx3i a unoio3 i unoio3 z1bo 3 X011HI NOlAdtd!S30 31!jGbd 'l 'A31ONTI -NOIL13 ;0 'SOd 3NIINMOL NDSNHQF ONV SLU .980b JO ISID SbR13W 001 INDILT30St"ILN,.1 HIS S310N IVNOIIICGV thois~O s sss3NsnalAd3d .3, "oNna, 0 03NIVbC Altloadol VNI 0 3 '34311 . RVINt'f1S A3NibA W12 $1 31 SY13 112303: IIA31XAlbV3Nd ITOS ITCOO isnivis oar .4,3111MI, NOILIA313I t 31010-3 3SSVI'jt3 dAI ; (9L6t)IOSA311.) 3lAni jtwnm so.0 LC Eat I 0)30nNo 'i"S 91 90 69 I (N)3QnItLv-iI ON A3A,,os a3ltVL30 IISnddnd3 s C)NlldOVSn V 'B'V'd I 'V'N'I'R IVN .013)1 IVH IdDA3Adf)S rq AiAdn i it a ...... z4, . b ' . .dWj j U-b ..16.1d *qqlJ., ,,,,,,P,J~:, 41 114. . . (OZI-U)Iso * I- Ip 111- . 1-1 04[UOIIIJM4uW 0411ft*lw" amil ". IDZI 14- %D"Z 4- 1;9-0* -4sG %DZ> *4S9 %D"Z *4- J69-ot 14- 99- 1 1 F", - I 1 1 (. Z00010>) A.10 -13 1 (. . Z00010 - Z00*0) A.13 --o UGZIJOH A61 .1-1VI A.10 S :qsz 9:1 Oat:O?T zo 3 el1 09 6v, Z6 _?6 to ,D c 1 05Z 6 1I . . 00,t, 0.1 ca 0" 6%,5 O-rb9 Olt Ol -901. 291 08 0 6r 0 t1 O .a O :tt -LC 19L 9 t 961 9 O .z 0 eZZ11 SZ ov 6" 9N 09 a 0O .St. 0.1a, 92 :sl 93 V *I Ile 11 1 st 0 d V !99 JONVS 'Wdd "ddT l'W3)Hld3Q-NOZIdOH Avi,'w'O'na- AV113ly"'Pa nLl? 2 VIC)i 2d .c M921S 3131LOVd 9:'a 6c* 29 3 c a z Oal:N Is 1 16-011 Le , .1 1. 60 ::9L 1I 2a 26 -OL G:sc 9C . . 69gc :gl ZO : Oz* 9L.4 1 z OL -Qv zol a Ca . ST .1 OZ-2 TV 91 909 :0.It c0 Ov* 6. q a ov -2c 191 8 1: is : ct :01 9;.L so : Oq : 9.q I a ze :so ve I. . 911 60Z. Le' . C9 * CC-0 90 0 s a sz .st 3 V 6-SEL i 9 SGI2 ?9-9 St . 01*9L 9.9 I1 z st 0 9d v 11 ,llOlldl3 33LVLS ('w3)Hld3O-NUZIU0H QlNtwb3A3O A wN V3 NII.IaM INV9dO 3nlVA anHiaw ldkVS (ooot/3")-Azins SN01i" 11SV19NVH~X3 I= VLVO 1"IW3~ ; CLOVERDALE UNIT TYPES SERIES DATE ------OF G 5 60'ED SUP SUQVE1V .11 I PN S -ELI .-A . 11 .1 . . .A . I SAMPLIN VRVFPURPOSESV ETAI VE LtTITUDE17 ; :, L.;fl 2 06 HU ::CSLUVIC GLOEYSOLS(01978) 'UON IS6CI . ';9 :1 0' TYPES CA-PLEX 11ELEVATION510 1 .)$ 0525 S T U 1 0 DAL I L CLASSS GENTLY UNDULATING SPECI. N .T, CLAST!C If CLAYEY MATE RES.$ 14AQINELIVE SURFACE5 E C XP L 02AINAIE''N . F . POORLYW DRAINED PPEPV F OU SLO I SNESS9 SLOW SITESURSSe L2CATIONYS JUNSTCSOUINSOFNBLUP!I RD . AT 500 METERS SEST OF THE Y L NGLE MU I PAL OU DARY THICKNESS MORIZON Y COLOUR I TEXTURE STRUCTURE I STRUCTURE R HORIZON OEPTH(CM) BOUNDAR LF 4- 0 ORGANIC A w 0- 13 CLEAR 10. ;OYIX12MO0151 ;0 CLAY STV R;J ONG 10A . RIYR3 .0,11I .0 ANGULARS' Y COARSEBLOCKY MATRIX0 DRY A 16 13- 23 CLAY LOAM STRONGa .:;ZY4* :,2;? 10,OY-7MA ' .Ol CoANGULARPSE BLOCKY Tiaix DRY0"2*0 IIA 23- 36 CLEAR 10,OYRS0 7 ;O/ ls ; o CLAY : 0ED0TIUM"A "TO COARSE V' ENG YULA-'D A RLOCKYSE PRISMATIC 0 TS 36- 68 GRADUAL CLAY STRONGC A MATRIXOV MOIST 0 PRISMATICRSI c Gi 60-103 DIFFUSE 5 ;R0YX ..0l jlSO CLAY STOONP WEAKS T MA GOA. .E T IFIED S .OY7I .0/2a .0' VEANGULARY C SLOCKY MATRIX DAY C 62 903- 5. ; .OY5 . /3 0 CLAY WERAKS AT M 5 .0 IX .00 OI2 ;T. T IFIED MATRIXIS DRY/ 0 ...... HORIZON ICNNIIS. C., CONSISTENCE ROOTS I MOTTLES I CLAY FILMS I T"DEPv I LF A- 0 4 14 0- 13 STICKY, PLENTIFJL PLASTICIRM A EG 13- 23 SLIGHTLY, STICKY FEW COMMONS 01 TINCT PLASTICI"M 8A 23- 36 ,SLAGHTLY STICKY FE% I "A'dyDISTINCT PLASTIC TG 36- 66 FEW COMMONIN PL4STICKYVERY T FIRM FA T COMMONM D . HIlKV s IS: 1 . 0MAN ' CHANNELSSOME V YPT OIDSNO ON E AICAL AND NO ZONTAL RED FACESP' C of 68-103 licky FEN IS COMMONFAINT PLASTICIRM C G2 103- EXCHANGEAHLE CATIONS 13UFF .(ME/IOOG) C . E. C . SAMPLEA METHOD VALVE ORGANICA SON X NITROGEN1, CA MG NA K DETERMINED HORIZON-DEP?HiCM.1 ST le C P LF M A 4 : 03 2 5 :1, 4 :99 7 b9 :8 A EG 132 : 23 a 1 .,89 : 49. So5 :18 3 :06.046 252A1 :4,2 S . 2. 9A a 3 . 36 a 1 . 1 .0 9 10 .89 .5 3 .2 21 a TG 6 6 .1 fis3 a 1I . . 9 .326 .0 5 12 .34 119 NT 9 .296 376 .0 c Ga 7 .3. 1 .27 3 C 62 103a . 0 2 1 7 '4OQ1zn4 .OEpTMfCM .j LF, A 4a: .30 AAEG 213 : 23 5 363. 36 24 .5 a6 TG 2 :7 C 61 66-3 683 C G2 103- 0 .1 .52 UNIT TYPES SERIES CLOVERDALE------DATE OF SURVEY$ 72 SUPVEYOPI HAL URC LATtTUDE(N)t6 El", 1249 Ob 12 LONECIT 2 36 53 H1, :ICSLUVIC GLCVSOL :.I :181 Pq EVA STUNUOI ISEC) : 05 EL T ON (M)l 14 ST TU t MODAL. L ~=L=:Z!2==.= SDEC ;ICLA.STIC It CLAYEY rENE EARINEF S11 :FAC C E :' .!S . . 4L C L G CH ICAL DA A ------PH I MOISTURE STATUS ATTEPBUQG LIMITS SAMPLET4 ETHOD UL 113a BAR15 . MO1 FIELDS E PLASTIC LIQUIDIM 7 HOPIZON-D EPTH(CM .) 5 TE DENSITYK AR I tun LIMIT L 1 A P, ., 0.: 301 2 4:5 93 43 3 2o :5 285 0 41 :: 2 aC7 4 2 1 :35 : 2 58Z : 61- 61 2 4 116 . 339b.4. 221 .22 222 .73 26.7 .3f, 4 .10 3C Gi 81-102B 2 4 11 1 .43.. 2(' .9 C 62 102-127 2 4 7. 8. 1 .41 42:.1 22:0. 18 .. 276.3 592: *. Particle Density gm/cc Shrinkage Lim' Partiele Size % ALJE I Horizon ~ Depth I Air Oven max0 Air Oven Optim <2 .5 cm <5 nm <1 mm <0 .074 <0 .05 mm <0 .002 cm Dry Dry ry Dry Dry MoistureUm % 11m 9 m"I AD 0- 30 2 .37 2 .52 82 .8 40 .8 43 .3 31 .0 '90 100.0 98.0 92 .0 33.0 Btg 30 61 2 .54 2 .72 107.5 14 .2 16 .8 19 .0 100.0 97 .5 . 91 .0 43 .0 13C 61- 81 2 .60 2 .76 107.3 21 .0 100.0 98.5 91 .0 , 46.0 FC91 81-102 2 .60 2.77 106 .8 18 .2 20 .6 21 .5 100.0 99.0 99 .0 51 .0 102-127 2 .62 2 .78 105 .0 19 .7 21 .9 21 .3 100.0 99 .0 97 .0 52 .0 ! C92 CLOVERDALE UNIT TYPEI SERIES PH I MOISTURE STATUS ATTERBURG LIMITS SAMPLTA E METHOD VALUE 0 BULK TV 11a .3 . a .15. . 11.0FIELDS PLASTIC, LIQUID1, T 5 TE ENSI An 1 TUQE Ll IT L 1 A 2 0. : 28 2 1 5 .1 .99 42 .6 19 .1 33 .0 A P 1, 33- 33 B E 0 . ._, 682 2 5 1 38T :2 18 :6 2123 :7 27 . : :7 : 7 8C T 1 b :b. 1 :451, 3 a . 3 1 7 . 7 HORIZONC G1 102-127 2 1 6 9 1 .54 3 6 9 9 27 .98 23 . 7 7 Particle Density qm/cc Shrinkage Limi % Pti . Particle Size % Horizon Depth Air Oven max . 0 ~11I cm <5 .1 c . <2 .5 cm <5 mm <1 mm <0 .074 <0 .05 mm <0 .002 mm cm Dry Dry Dry MoisturUm mm El~] Ap 0- 28 2 .42 2 .59 100.0 88 .3 86 .1 34 .5 Aeg 2B- 33 Btg 33- 68 2 .60 2 .80 20 .0 100 .0 98 .7 98 .0 42 .8 3C-DEPTH(CM 68-102.) 2 .62 2 .78 100.0 97 .9 95 .1 37 .0 C9 102-127 2 .64 2 .80 19 .0 100 .0 98 .5 94 .7 38 .4 COGHLAN UNIT TYPES SEOIES DATE OF a SURVLYIU SES 6 HAL KELOWNA, B .C .M .A . 4, P .A .(4 . SAMPL IN P PRO DETA IL5 ED SUR VESUPY VEYORS LtTjTUDE,lN4 :, L PECITUDNIISECISN 1224" 0521 57560 GLEYED PTSTEIN MO-FERRIC POOZOL(1978) TYPES SI~PLE1 0 0EL .V .IIONSIO (MIS 875 STATUS ODALHU SOIL = =:!2nt~!~.~n: ;'CLA.SI!CA It SOILTVE GENETICC MAT4E . .1~' . . FLUVLIAL SPECN LIANV 0SURFA I E TooP 31 LEVEA SURFACEOE E r- EXPRESI I .9 VEN E ESCO P GL CIAL DRAINAGE$ IMPERFECTLY DRAINED NO SL R"PERVIOUSNESS$FF I RAPIDOW LOCATIONS 165 METERS SOUTHEAST OF OTTEP-MOLLYWOOD POS INTERSECTION LANGLEYSITE THjCXTESj COLOUR I COLOUP 2 TEXTURE STRUCTURE I STRUCTURE 2 HORIZON DE T CM A P YR3ao5lSlX ;O LOAM WEDAKM JU,TO -ODEPATE 0- '3 'C.A1 ;R0OYRSI .0/1I .0 S E A 0 UBAN6ULAP BLOCKY ATRIX DRY A E 13- 27 .A10 ;OYRI;51. SI ;O LOAM ,WEAKJUM Io .oYRIX .a,I R 1 .0 SUBANGULAR60 BLOCKY MATRIX OPT 11 0 FC 27- SO MAT5.GYR3X ;0.13;0 5 SA STRONG1, MATRIX*OYO4;00/16s ;o GRAVELLYNO to .PIIRS. O'S13Y .0 MESUBANGULAPIUM SLOCKY MATRIX0 DR0 11 a CG SO- 82 I10 OY 0 STRONGD *T R540". ; SVEANOV GRAVELLY MES BAIUMC TOR COARSELo A10A .01-6R' .013IS .0 U N 'VLA B CKY ATRIX DAY is C 6 82- SAND MASSIVE SINGLE GRAIN ------ HORIZON T14ICKNESSDEPTHICM, CONSISTENCE ROOTS I MOTTLES I CEMENTATIONE C JR . AGENTIO 5 IS A IS 0- 13 FRIABLE ABUNDANT A E 13- 27 FRIABLE ABUNDANT FEWNE FIA F INT 11 a Fc 27- 50 VERY FIRM FEW F STRONGLY0 CEMENTED FEW E C NTINUOUS FAINTIN 11 B Cs So- 82 VERY FIRM COM404N STP04GLY CEMENTED FtIS E C ONTINUD US D .0 TINCT 5 YPS .017 .0 11 C G 82- LOOSE ON I EXCHANGEA86E CATIONS BUFF .(ME~100G) C. E . C . SAMPLEA 04ETHOD VALUE ORGANICA N 1, CA MG NA K DETERMINED MOR3ZON-DE PTHICM .) ST TE c POO A P 4: 9 3 2 29 75 :D16 .16 " TIESI 1 0: 1"2 2 1 5.62 1 . 2 :2'6. 1 27 309 172: FC 23- 57 5.6 359 .0 a. 'S8:3 1 a CG 5'- .20 2 1 5 .' 11660 :0, 8. 3 .131 .08 ? It C G 82-0 2 1 5 HOPIZON-DEPTH(Cm .) P,PPM . 02PPM . A .30: 213 11IA E0a 57 265 :0.0. .597 :0. VC 27- b:o 1 8 CG 50- 80 a 135 .0 a 0 11 c 6 82- 2 2 NITROGENX ...... UNIT .TYPES..SERIES COGHLAN ...... DAT OF GSUAVE SURVEYORS PNS KELOWNA. B.C ...A . & R .A .B . SAMPLINE PkJ.POSE&YS DETAILEDho SURVEY ~H!:= SLOPE LATITUDEINIIG C' .) 1 1249 03 22 LONP ClIIUDN iSEC)l 2 41 0518 GLEYED UPTSTEIN. . MU10-FIRRIC PO.IOLIIll .I I Y111 Sel-PLE CLAS 0 PRESSIONAL TO LEVEL ELEVATION"" SIO (FT)l So STATUSI . AL SOIL ~!tEt-!it!H2t!= !: I CLASTIC It GOAVELLYU GEZE ; MAT4EIS . . FLaVAICAL Co,OFAC C TE ED SUDESCRIPTORr~ ""o 1 : GLACIALA DRAINAGED : IMPERFECTLYLow DRAINED RUNP V FF9U EP 10 SNESSt SMODERATE t22!H=~_tM! THERE ARE IRON CEMENTED POCKETS AND STREAKS IN 0 FC . I "ICKNESSA , N O.IZONU , COLOUR I COLOUR 2 TEXTURE STRUCTURE I D E T I I OU NOAR L 3- 0 ABRUPT A HE 0- 13 CLEAR t%SVR3*21j ; O FINEA SANDY EAKI E 10 .0 HEO .0 0 1 . T L FGA N CPUS YP60 0 1 Y 0 ANULAR HE A A E 13- 25 CLEAR CP6S10 OYP4D .0111. 1 ; 0 FINECIA SANDY MODERATE 10 .0 HE L M MEDIUMA T 7 .0 D 1 . 7 LA Y CPUSNY: o DAY1 0 11 8 FGJ 25 . 43 ABRUPT 1062IR5,211 ;? SPAAD LOAM WENAKF E To MEDIUM 10 .0 "ED .5 0 G VEYL LY I ANGULAR BLOCKY CRUSHEDYAS DRY" .0 11 8 FC 43 . 65 CLEAR LOA SANDL MASSIVE GRAVELmy Y 11 C 63- SANDA CA1060YSH."0410"3001T G AVELLY ...... T H ;C1.1NESS STRUCTURE 2 CONSISTENCE ROOTS I MOTTLES I CEMENTATCION, D E I (IN) AGENT DES RIP . L a- 0 A HE a- t3 VERYF I FRIABLE ABUNDANT SO A E 13 . 25 VERYF I FRIABLE ARUNDA'4T SO 11 6 FGJ 25 . .3 F4IA8LE1 . Y A . . FEW MANYDI SL HIS. STINCT 11 8 FL 43- bS SINGLE GRAIN FIRM VERY FEW STRONGLYI I CEMENTEDUO D SCON't N US 11 C 63- F141ABLE VERY FEW PH I EXCHANGEABLE CATIONS GUFF .40 E/100G) C . E . C . S PL E METHOD VALUL ORG N C NIT OGEN CA MG NA K DETERMINED PTH(IN .) STATE CARBON IS % L ~E A 30 : .0, 2 b :2 7 67 :4b 5 43 1 .29 .171 .2 2 421 :6 3 : 25 2 1 5 . 4 1 :99 .015 73 9 . 0 AIf B FGJ 2 1 5 . a 39 .1 3 2 .74 : .34 . . 54 1111 8 FC 43-5 . 4365 2 6 . 0 21 1 4 .49 . . 8. 91 .04 1 . : HORIZON-OEC 63 2 1 6 3 1 COARSE FRAG-ENTS VOL ~ORIZOY-DEPTWIN .) P,P .M . HE 3: 1 I 0._ .1 3 22 5 5 A E 7 : 7 5 3 9 J 63_4253-- AN,5 1 1 24ob 0 .15 UNIT TYPES SERIES COGHLAN. . ------ DATE KEL N M .A . & P .A .B . SAMPLING PURPOSES' 1 DETAILED6 SURVEYSUPVEYOCI 6 LATITUOEIN!lta la49 032 L Q N CITUD 383 GLEYEU OUTSTEIN HU-0-FERRIC PODZOL41978) % N I (SEC)S 2 5 105 TYPES COMPLEXI'D ELEVATIONP " SIO (M)l 45 STATUSI MODAL SOIL CLASSt GENTLY UNDULATING ICLAST!C 11 GRAVELLYL COHMGENEC, .C; C ;AT.:S . . rUVIALL L SUOESCRINTO:pll GLAVECIAL DRAINAGEU a F : SLOIMPERFECTLY. DRAINED PPERVIOUSNESSS" F I 440DERATE SIT LOCAT N 0 E ERS EAST* 200 PETERS NORTH OF THE ROSS-BOUNOARY P jUNCTIO o ATSGUIo PICKNESS" HORIZONV CULOUR I TEXTURE STRUCTURE I STRUCTURE 2 HORIZON DETH TM Ic BOUNDAR LH 5- 0 ORGANIC A HE 0. 1 CLEAR LOAM WEAKP NE .A,o0;A.0oyQ31 .R5 ~o.0/1o'1 s' ;.0O 1 GRANULAR1 MATRIX, OCT A E 1. 15 ABRUPT LOAM EA .ASo ;Ao l.''5 ..o f_';0 Y FINE 10 .0 I ...OlIS PLATTEC MATRIX1 DRY1*0 a PC IS- 27 GRADUAL .7.5Vp41, . AO/A.O FlNE SANDY MASSIVE SINGLE GRAIN L A MATA7 .51R' .5X DRY.0lol ..OI III a FCGJ a?- 43 GRADUAL SANDY LOAM MASSIVE 51-JGLE GRAIN .A,1 o*ov,,4.IoY . ADO,4 , 0 Q5 .0,1IS MATRIX0 DRY4*0 11 C Gi 43- LOA SANDL SINGLE GRAIN GRAVELO*y Y ...... THICKNESSDEP C', CONSISTENCE COOTS I MOTTLES I A CE04ENTATIONN E C HORIZON INS GE T/O S RIP . LH 5- 0 A ME 0- 7 VERY FRIABLE ABUNDANT A E 1 . 15 VERY FRIABLE PLENTIFUL a PC Is- 97 VERY FIRM FEW FEWDIU . STRONGLY1 I CEMENTED0 0 SCONT NU US MEDISTINCT 8 FCGJ 27- 43 VERY FIOM FEW F STRONGLY ,CEMENTEDUO S MEDIUMPE'a" OISCONT N U INENT Is C Gi 43. LDOSE FEW F V. MEDIUMD T IS INCT PHYSICAL & CHEMICAL DATA ON I EXCHANGEA B~E CATIONS 6UFF .(-ElI00G) C . E . C . SA MPLE ME THOD VALUE ORGANICA ON 6 N17ROGENX CA G NA 9 DETERMINED HORIZON-D EPT .( ST ATE C we 5: 07 2 2 5:2 392:21 1 67 LN 0 2 :33 7 :200 :2 23 : 4 A E 7: 215 2 1 5 . .91 2 3 1 : "0.0 :1So 20. a PIC .7 2Z 5. 3 1 :33 06 1 .S.0 .100 .10 135 . 7 a FCGJ 21-5 3 1I . . 7 1 . is . .58 :. 70 .10 .10 . .54 11 C Gi 43. 2 1 5 .80 16 .06 .70 90 .10 .10 9 .9 ...... COARSE FRAGMENTS pt % VOL HORIZON-DEPTH(CM .) PPM . LH, e 5 : 0 1524 :0 A. I 15_01- 2715' 1 2 .0 B PC 1 .5 B1FCGJ 27- 43 25 .5 1 C G 43- 23 .00 40 100 I , oL 1, 1 :St 3 11 011 St01 0-911 S-0t -It09 :)a 0:99 S-Le LV -oc 01a, olat 0.2 :1 S :oV Ot -cl ad 69 01 at 0 0 Is cl -0 El F) 0 -v HI '-dd -Ndd (-W3)HLd30-NOZIdOH -13AWdO% 1 0A ad Id ...... SiN3 .9Vbd.3S mvO3 ...... 1:9 2 :SL a 1, 1 13 1 a 1; . 9 1 go : Gf : 0 9 a 09 9 9 10 111.1 : 9a 1: 0. 916 . 9 . 9 1 2 L- -0 9:6 go : ar : 90 . 6: 2 OC -el ad 0 11 90 . 0 all 0 %G-z 1I a Ct -0 ta L6*9Z a a 0 -C .01 X 'INOGdVV :) (-W :))HAd3O-NOZtdOH a3NIWb3I3O A VN 9w 1~ N30001IN N Oda 3nIVA OOHL3n 3ldWVS31VIS .1 .3 .3 (ooot/awjine SNOtIV',) 31OV39NVH :)X3 0., a I= VIVO lVllM3H :P I IV :)ISAHd 03 .4 3SO01 -SL a :) 11 JA ISO" '.1 -09 1 :5 snanNIIND :)SIC 9:L a3lNgW3~0 AIXV3% MIA asool 09 -1* :)a ir A I IN31d 31SVIdl Atl3A LV -OC I, a I"ItI3MdS1 3N a:1 3N N inaiIN31d 319VIdJ Ad3A OC -TI ?:I a IV3ld3HdS 3N 3NON1 :1 INVONnqv 119VIbA Ab3A el -0 IA 8 0 -C HI 'd ltI'3S3O,'IN3OV I ; dtU3,S30 .3inaON tSW .)4HId3O NOZINCH NOIL INIIH31 NY N IL 636103 t s loom ~"NSISISNO'.) 9 *A31MI ...... A113AWdO A03A NlYdO 310NIS GNVS -91 a I it NIVtI9 31ONTS ONTS 3NIJ dv3%, SL -09 1 -3 AdO XtdIWw Aw)oia dwinONVen 0*010'9dAOI . :0.I wnl03WS NIVUO 319NIS X134 ONYS 3SdVO3 . . 910.10- .0-011 OV311, 09 -LV Do Ado x1div" Aw3oieIca~uYinoNvensd O't/O'GdAO'01IS 0, I , wn 0 .1 Nl ONVS A"VOI 0-C/O-ldA0'0l' X "' V ivnovtso IV -or a 0.'AIIqSlIAlOIVM0 . 1 AX :1018 UVInONVensN , a V I ISION, d idiv0 )i 34 WVOI ACNVS 0-1110-fldAl-4V " ivnavuo Or -Cl ad a AmDois tivinONVensN , O-C Ad?0 St"IAI 0"IV"-0t 3 V I Is " Ow Xidly. A 30 wyol AONVS O'ZIO*CdAS*Lt bv3l~ Cl tA a ,3INV9dO idndov 0 -C Ht AbVQNno90 S( Z '.) 4MId3G NUZIbOH Z 3dni3nais I 3dni3ndis gunixgl t dnolaD N Zl"OH 3 X:)IHI NOIldtM')S3O 3IIAOdd 3HI NI 9NINIViS NOMI N!31,3NNOS iVj A 1 9 11VI -NOII :)3SU3INI sad siunou-a3iio 3mi :10 ISV3HIdON StI313M 06 SNOI 0 3 s a,I JJONnd 03NIVIJO 1134MOIS vNivba I tlls3oV IVI, 13AIII"VI 1) :-S3adX311._I,dold. 3 1, -IlInS. Anid It :jIfSVj '.) . 3 k 39 A113AW89 2 " OD IWILVIS 190 ."11".S~ 11011VA-413, . 9 .1 NO ",S I :MId. 0-1 ,., .,),oZ"'ag.Od :)Iva".dU32.- ..n. :)IHIdO C? 2r Nt 9 90 6 "$IN30 OnIlIVI"' I 3 NOIIVDOI A3Atjns 0311V1309 v3sodund S '.)Nlld"VgV I -VNMO13N IVH ltJOA3Adns 9 IAlAdn :10 3L 0 . ------:;;; W§RM65 COLUMBIA UNIT TYPES SERIES DATE. OF SUQVE 67 ------SURVEYORS HAL KELOWNA, B .C .M .A . I, P .A .B . $A P I ING PURPOSEYl : DETAILED SURVEY LATITUDE ,2,49 102. 03 LO"GITUOCIe .INS,.ISEC". 09 ORTHICU 1 HUMO-FERPICODA PODZOL(1970) 11 2.0 paELEVATIONC SIO ( .11 0518 STAT 5 M L SOIL COM ; ;,CLA :T!C 14 GRUAVELLY S ., FL,,VIALA G'N5 URrACC ME . T. .I TE I CED DESCRIPTORE P IS GLACR AL DRAINAGE&U OFF RAPIDLYSLOW DRAINED APERVIOUSNESSIN g RAPID 54TERLOCATION1,200IMETERS. I NORTH OF HIGHOAY #7 AND HAYWARD PD . . I TE SECTI N SS ON THIC NES NO ZON CULOUP I COLOUR 2 TEXTURE STRUCTURE I HORIZON DE THIC I BOUNDARY LH 3- 0 ABRUPT A Ei 0- 2 ABRUPT 10 OYR4 SANDY LOAM VERYN I:AK MA ;RIX ;00,16,40 FI E SUBANGULAR BLOCKY a FI 2- 17 GRADUAL 5,*OVR3,014I . .0 ;0 LRA SANDL MA IX is G MYVEL Y FINE VERY : "A : a F2 IT- 45 GRADUAL 10MA ;,0a YR4.0/4M ;0 SANOEG VrR .5.dyl,:44.01145T*0 Ix Ots PAY LLY FINEUD ." U S :E LA- LOCKY a AS- 75 GRADUAL SANDE SINGLE GRAIN V RY GRAVELLY C Is- SINGLE GRAIN VERYSANO GRAVELLY ...... MORI'.. TMICKNIiSSP . STRUCTURE CONSISTENCE ROOTS I DE T"Ic I LH a- 0 PLENTIFUL A EJ 0- 2 FRIABLE ABUNDANT 8 FI 2- 17 FRIABLE ABUNDANT B F2 IT- 45 SINGLE GRAIN VERY FRIABLE ABUNDANT ce As- 75 LOOSE ABUNDANT SUBANUL. C 75- LOOSE PLENTIFUL PH I PH 2 SAMPLE, METHOD VALUE SAMPLETA MEYHOD VALUE ORGANICA S' NITROGEN HORIZON-DEPT144CM.) S ATE S TE C RBON LHeJ 3: 0 A8 Fl ,aa- ITI 2 5 2 2 25:922 22 8C F2 A7 : 7545 2 5 :5 2 :5 0 ca 75- 2 5 3 2 . .68 2.03 .114 5 a 1 5 9 2 5 .2 1 .22 EXCHANGEABLE CATIONS BUFF .(ME~IOOGI C . E . C . EXTRACTABLE FE(%) EXTRACTABLE AL(t) CA -G NA K DETERMINED METHOD RESULT METHOD RESULT HURIZON-OEPTH(CM .) PIPP . . 3: 0 so7:0 LH.j O_ 12 66 :7 1 30 .5 AS Fl 1 2. 47 82 .23 35 54 11 2:3 C5 F2 A7 29 :0 . 00032 :12 22 0 1 1 .2 1 2.64 5S0.00 ca 75-- 755 29 : .3 b 3 1 20 7 S ?7 :2106 4 .16 121 : 1 1 .5 1 1 .4 21 6 ...... COARSE FRAGMENTS -2P . . CU ZN X VOL GRAVEL COBBLE STONE MUQIZON-DEPTHfCM .) P Spp . . pp pp IS x X LH 23 7 go A ei 3: 02 2194.:0 12 . 9 :T 8 F1 0- 17 218.0 37 .5 Is .9 1 3:.s 25 a 02 IT-A2 45 197.00 .0 .0 221i .0. 1 2 55 25 Is1 lb1 ce 5: 75 7602:0 26029:8" 1 5 C 5 3?29 .5.7 3527.8.3 5 .6 80so 50SO 155 5 UNIT TYPE : SERIES COLUMBIA------DATEAM UF " SURVEY$U SEt GGP KELOWNA, B .C .M .A . & P .A .B . 5 ALIN P APO DETAILEDba SURVEYSURVEYURS ~2~Aj!2~ h2:! LIT!TUDEIT!j, 1428 01, 20 LON0 ClSTUD (SEC)l 2 2 060 0111"ll, U HUMO-FE :AAlC P ..ZOL(19?6) C2 .0 TYPES 0 N PLE ELEVATIONRF SION (MIS 1005 S AT S M 0 L SOIL CLASS$ GE TLY X UNDULATING I CLASTIC. It GRAVELLYLU CommGENEF'C; C CMAT. ACSI . . F AIAL SURSCRI E TOP 0 I t EQ V I CEO OF p 7GLACA AL DRAINAGEU 0 : RAPIDLY5 W DRAINED NN FFIeSS' . LO ASTORE VIIN U ODERAYELY STONY p 0 SNESSI RAPID THICKNESS. . . UIIIZDNUN A Y COLOUP I COLOUR 2 TEXTURE STRUCTURE I .0 .111N DE T ic 1 80 0 A A H 0- 3 SANDY LOAM 8 Fl a- 13 CLEAR 7 5YR-AO/3 ;0 .7TSYR4 .00/4TO SANDY LOAM K MA ;Rl. A RIX is WE'F -E x.5 . a,! . . SUI SANGULAR BLOCKY .ATAI7 51 . 0'PY 0 Fa 13- 33 GRADUAL M 5 ;,OYR4X ; 0/4 TO SANDY LOAM WEAK'1 SU NE ; .IYRSI . O 'l 5 BANGULAR BLOCKY MATRIX DRY0 4*0 a 0 33- 48 CLEAR LOAA SANDY 4A10 ; 0 y p% 0/ST4 .0 GR MyYELL IIEAKIme 1 . .0AllAs . 01 SUBANGULAR SLOCKY MATRIX1 DRY0'*3'5 11 c 1 48 . 69 CLEAR SINGLE GRAIN SANOVERY GRAVELLY 11 c 2 69- SINGLE GRAIN SANDVERY GRAVELLY ...... THICKNESS STPUCTU.r 2 CONSISTENCE ROOTS I OUCRETEIONSSAN!F. 1 1 .OQlI.N OE T 4CO) NODC L 0 SC 0 A M 0. 3 8 F1 3- 13 FRIABLE ABUNDANT 0 F2 13- 33 FRIABLE PLENTIFUL NONEF E .IN TSPHROUGHOUTA MATAIX ERIC L a M 33- 48 SINGLE GRAIN VERY FRIABLE ABUNDANT NONE FINE THROUGHOUT MATRIX SPHERICAL 11 C I 4a- 69 LOOSE FEW NONE FINEH T 0 ROUGHOUT MATRIX S HERICAL It C 2 69- LOOSE FEW EXCHANGEABLE CATIONS SUFF .ImEi loOG) C . E . C . ORGANICA N X NITROGENV CA mG NA K DETERMINED HORIZON-D EPYN(Cm .) C POO 0 : A 5 6 10 :32 a11 1F 12 13 3 5:7 2 67 : 415 60 13 F 33- 33A 5 7 .1 5 1 0. : 1,0. 20. 1 4.':86 A3 68 5.6 1 .286 1 .10 .140. .10 .101 9.4 11 0C I 5. 7 .5 2 03 11 c 2 618. 9 5 8 .352 02 ------ COARSE FRAGMENTS VOL HUAIZON-DEPTH(CM .) P,P. . . A" H I 0 : I 3 07 0 B F a 1 a 3 a 1165 :0.5 5 F 3 3 4 3 20 A 3 6 8 51210 .0 50 11 * c I 6 a 9 3 6 .0 so 11 C 2 9 PHSAMPLESTA3 TEIMETHODsoto VALVE all 3,ita 0:11" r. :1,11 R! Oz a-?*e It -1, TjAa 0 .0. -WOd (-WlJ"Ad3G-NOZlbOH IOA % ld SIN3w,)vtld asklV03 ...... 6:C,l go : g q :s z a, :allIt Lit 10.0 : 0 NO : 1901 : C.0 :11 I 1-12 60- ';0 . to- 0Ze . fit- cWe 9G-S 01, 0 11 09 6 "1 a31VJSS J'M'3jHId3O-NOZldOH G3NlMb313G WN 9w .310.11 . IINVII"OQUV'.0 anlVA 0OH13H IdWV .1 .3 .3 jqOoj1jh)-jjAnw SNOlIV3 3l8V39NVH3X3 I Hd ...... vivo lV21w3H'3 9 1 ;;; ;: :; -Zo 3 It W .)ld3HdS wltliww inomanabHAI JN"IIli A at -It ZA 0 ., .IV . I '1131031ldl1 no Hono314mH M i! 41 -0 IA a 0 -9 Hi i gia'3s3aI .g'inooN, lSW'3M)Hldt3QS 4 NOZIUOM V mail 13NO 3 X21 1 ...... A113AWd-J NlVd9 3-19NIS GNVS -L'V 2 it Ax3ois avinONVensa wn4 inzilLN31d 319VIbA AV3 Ad3A3" WWOl AaNvs ISIOW-C/G'IdAO'otXlaiVW Ldnbl8V Lv -11 ?A a dvinNV690 "n,'.'33m. LNVaNnew 31OV104 WVDI AGNVS Of"loi./o c.2 1liv"a 9 ivnovbe 41 -0 14 a 3INVDUO iantiev 0 -6 HI AdvaNnoll04 SS(WD)HLd3GN I NOZItION t slontl IDN3LSISNO') I 3nniDnuis 3tJAIX31 i onoio:) NOM10 3 )OD ML NOlICllb3S3G 311AOdd OldVtf. :SS3NsnojAd3d1 N d vn 03NIVdG 113-DIS :99VNI11 0 ba "old. .3111lt3l, I "" .-S]ltld". ." I. 3,vlUnS311'"s"a. AT19AVd9I It It '311SWI3 -WWO'33N 9 9NIIVlnaNn3 ~o :SSV12 'llos IVOO" isnivis 161 1 11" 11011111313. 1, x ld . c:) 3dAi 0 0 S 3t1d 0 x IOL6t)IOZaOd 2tdagi-ownH :)IHIdD Ile9 so eat5, sj%3anIj9N01 t 00 t3an tivi NOIAT301 A311WIS a3llVI309 :3SDddndS gNlld~Vg~10 'V'H")'Vj 'VN4013)1 D)JA 80OA3A"ns 1 IA3Adn 3 1, a ------vievimobI---I----- UNIT TYPE9 SERIES COLUMBIA...... DATE OF SURVEYS 72 SUPVEYORI HAL KELO-NA . B .C .- .A . & R .A .B . LATITUDE(NitG E ~', LON C ITUD 1 ; 29 2-0&6 ORTHIC HU-O-FLQPtC PODZOL(1978) N I (SEC)l 05a tLEVATIONRE SIO ( .)8 0 STATVS9 MODAL SUIL f ==_:!ann_!_~==~ j, CL AST. A ! C 1 : GRAVELLY COMMGENEQ E . I RESI . . FLUVIALC SU0 S FACE.1 CTU4 0 1 . T E C 0 GLACIAL"21 ED PH I MOISTURE STATUS SAMPLE METHUD VALUE BULK. a1/3 . B,15 . SMOFIELD HURIZON-DEPTH(CM .) STATE D NS AR P ISTURE LH, 3: A "0. A5. 2 4 4 9 219 0 8a F2 2 1 :5 5 16:6. 73' 1 -0 : 2' 11 C 21 10246 :1,202 2 5. : 2 .35 53.2 -.1 C 7 2 4 5.5 & .aq 5.4T 2.5 3.0 Particle Density gm/cc Shrinkage Limit % Particle Size % Horizon Oe,0 ~Airy icel Dvyenr M. . . Air Ovenj Optimum >5 .1 cm <5 .1 cm <2 .5 cm <5 mm <1 mm <0 .074 <0 .05 mm <0 .002 mm On Dry Dry Dry Moisture % mm I L11 3- 0 8fl 0- 15 2 .56 2 .68 11 .0 89 .0 79 .0 57 .9 48 .0 . 34 .0 24-Q 1 .0 Bf2 15- 46 2 .63 2 .74 27 .8 29 .3 18 .0 82 .0 65 .0 35 .2 28 .0 17 .0 3 .0 . Cl 46-102 2 .68 2 .75 10.0 90 .0 68 .0 41 .0 33 .0 .30 .0 6 .0 2 .0 C2 102-127 2 .68 2 .74 5 .0 95 .0 80 .0 37 .6 28 .0 26 .0 6 .0 2 .0 0-5/0-SAS wn o3w 08WW AbBA I M39 NbIA GZI-96 re 3 0-1,10i ;GbA0I ;0I N WnIO3Nis 3,a dVH Ab3Ael A 6 OL 3 IN V 3NI A obvH . 3-4:1 0,31 alev I bA OL -0* rol a Ali 3_10VI01,11,. 00 .11 A a in .4tiN3,td -a-levOdVHI . 41 -9 AM a 310OtjVH INVONnow V10A S .0 31 w a H INVONnGV 318VId.4 0 -91 Z H .I .,IdO11VH INVaNn6V .4 St -ZZ I H 1143SS N)HId3Ha NOMICH 1 S3111ow 1 sloob 33N31SISNOO 3 X31 A ...... WSol 031 .411y"Is AV13 A is 0PO/9-tN XIA OMIVW's SZI-96 re . oalitivals AVID AAIIS7101 01110"Z/0-9XIM0' SH 3snj :iio 96 -04 29 01 A ON xibi A I toH 8LV 3AISSVW AVID AIIIS 0 2/0 cb 0 S 0 In QdAo Oi inneav OL -ov rog 9 Ax3oia awinONVonsW IQ m n a mvOl 3L a AVID Aills OASIO".M.C 11"i'".AO 9 O'LlIS 'S8AO I 3sniato 01 -At A)13018 tivinINVons. .0 N AV n 03 "Vol. 1 01stolexIdiv". !SIO!SWIdLV ONCUIS 01 3 U3 C" Awl:) AL IS Z/O UA0 G 910 MAS I WV3113 41 -6 AN 6 S., A11Oa., 1110!VlA 0 lt A)4DOIQ ovinONVOn 1 8 0 aLVU 3NIiON9 IS a" IdLym 3C MV01 ills S.a1S'QdA0*0II X ldnoev r. .0 -3 V ANDOIS avin9NVens1 , O-Z S X A:19 2"wn LSION'*Ad?r.XI"t'" d3CD"03 ')INV9bC 0-elo-za i s' ; ldndav 0 -61 a H S.CA6?C0 .11I6.L;M IS 1ON V ASdiVW DINTOOO 0'C/0'CdAG'ZI I UV312 St -1a t H AdVONnoo SSIW3)Mld3GN NOZIUOM I 3uni :Intus 3dnix3i ano-toD t t1nOIO1 No 21dom 3 X3141 NOlidl "930 31140ad '"J3G, .4OIIdVdIS tl3MO103HLIN.4 , oc 1' . load 'A3 8 n IV 0 1. 1 . .01 . 3 .1 No0 o3L,3 ., 3ITS S3LON IVNOIAIGOV AOISl W tSS3NsnOIAb3da N V 03NIVOO 1114 AI31Vd an I 91 I do IV13)I. IVIO I SjdI I.bold. 3 3-5w1 "s"AS30 3NIdISA3V'1AN,11le It 1*11"311STI3113. A S D 3N.31.S 9NIdOIS AII)NO 26S 1(030) 1331SWV 110S Ivooh isnivis qLS "'i,SIR: NO[AVA313 31dWISd' ISS93dAlID zo S N 123adI C) 0-ot % (vL6t)iozaoa DimnH-ObO34 DIH100 V? 9 11*130ni,N,03aniS ON ,I . ."0 .11E?t 11 I ,A3Aans3 oi-tzVI3O7Iw4S I3sod1 .and,-)N,1,Id.VS, '001-b 9 'V'N-3-8 SVNMOIR)i IVH HOA Ad(, S 0 A3 dn .4 31 a ...... "wilinobb PH I PH 2 SAMPLES A METHOD VALUE SAMPLE METHOD VALUE ORGANICa N X NITROGENX HORIZON- DEPTH(C . .) T TE STATE CAR 0 H 1 22 : 150 2 2 3 2 2 2:8 585 :00 93 H 2 15 . 5 2 2 3 5 a 2 a.900 1 : 1 E 0 2 3 a 2 3 .0.92.1 1 2 2 1 .11, 29 417- 40 2 5 .21 2 3.3 4.0 0 br F" 2 1 2 :.6 2.73t' . 1 40 a 7o- 70 5 .5 2 .02 C Gi 950:19525 2 1 5 .7 2 5:11 EXCHANGEABLE CATIONS BUFF .(ME/1006) C . E . C . EXTRAC TABLE FE416) CA MG NA 9 DETERMINED METHOD RESULT METHOD RESULT kURIZON-DEPTH(CM .) H 12 22 : 15 TU41 3 :151 571 161 .2 :09 15_ 05 3 . 51A . 0 2 H E 0 I1 . 7 2 3 217 . 2 0 a 0 7 8A WF 17 .85 .2 3 .014, . 0.1 46 3 1 3 :.16, 3 3 2 B F 7 : 40, 21 ..0.53 04 090 4 :3 0 . 6 a C FGJ IA :62 oj :.0 5 1 10 .6 3 0 . 2 a 100 . 950 41 .077 05 3 8 .8 0 .2 3 C Gi 95-125 1 .3 3 0 .1I EXTRAC TABLE ALI%) 2.4 METHOD RESULT METHOD RESULT S 1 PPM . H 21 22 : 15 2 :70 25 : 5 39:0A 46:2 34.3:6 15 _ 05 124 41 .6 A.,4 2 MORIZ04-A0 ENF 0 1 3 0:21 .6:5a 431 .2: 9 IT5: 17 1 0 :3 3 2 1 8:5. 9 1037 :7 2 . 3 a 62 '25:1. 59 .3a a FGi 40- 401 2 : 40 3 1 : 4 59:9 34 .4 ' .6 25:7 aac I 70- 90 1 0 .",0 1 9 127 .2 3.6 2: ZN50.6PM.1: .32 C Gi DEPTH(CM95-125.)5 1 1 . . 3 0 .3 P,P..PPP2M. PpCu26 .7'1 P52 UNIT TYPES SERIES CRESCENT...... DATEA . , OF G SURVEYSU 'i" SUR SUSIV110 .1 Al ~110 ...... I .~ .A . I . .A .S . S P IN P PPU OEIA1117. .11 VEY LATITUOEIN190 r 6 W), LPECSN ITUO N 1 ISECII 123*9 0500 028 UPTHIC GLEYSOL11978) 051 TYPE : COMPLEX1*0 PELEVATIONISO (MIS 2 STATUSS MODAL SOIL CLASS: NEARLY LEVEL I CLAStICA 18 SILTYL SPEC,GINITUSSF,C C " . lialS ., IJEUVLIAL S E 0 L VE DRAINAGEUN F, : POORLYW DRAINED P up 3 SLO ITENLOCATIONS0 We 90TMA,METER SOUTHWESTM I . Of WESTHAM ISLAN AND 64Ma METE :s NORTSI HEWESTC F SLA N E T 62 AN .SC 6S IIS E . .O .RER I OC'EHARE TUBULESTHE' .DUN . . 0OL:DRO .T C NNEL IN PE APE ALSO THIN BANOSM 01 F N 0SAND IN r GS THICKN SS No jZO COLOUR I COLOUR 2 TEXTURE STRUCTURE I HORIZON OE T C ) BOU DARY A P 0- 20 ABRUPT . 12 0 .A,tO .OY04400/2 ;0 SILT LOAM MODEIUIAM .TE m2A ;95,1 .4 001. ;7 RIX is ED' 0A ., FINEIS SUBAN .UL' LOCKY a 6 20- 37 GRADUAL SILT LOAM MODERATE, SUM .A5414*0640IX A401 I E PRISMATIC0 ac 37- 52 GSIADUAL ms ;POY4 .5/1SO0 SILT LOAM MODOEPAYEC S A IX MO S 0*1a ..E U GULAP 5LOCKY C GI 52- 76 GRADUAL SILT L3AM MASSIVE WASPS' .O"*. .""lMO .0 C 62 78-125 GRADUAL SILT LOAN MASSIVE MAWov"IX .0,110,0 C GS IRS- 2 5V4 . 5/0 0 SILT LOAM MASSIVE M IRS Dis 7 ICKNESSC, STRUCTURE 2 CONSISTENCE ROOTS I MOTtLES I CLAY FILMS I HORIZON DEPTH(" I A P 0- 20 FRIABLE ABUNDANT IS G 20- 37 SUBANGULAR BLOCKV FIRM ABUNDANT MEMANY U. FEW 0T I PROMINENTol NNRED FACES- S.OYQ4.5/6 .0 UNSPECIFIED ec 37- 52 FIRM PLENTIFUL MANYMe PQ D1 UMINENT 5 . OMYA4 .0/6 .0 C 61 52- 78 FIQ- FEW CO MON MEDI. P UMINENI 0, .0YR6 .0/7 .0 C 62 76-125 FIRM 0 MON MEOLUM9 -I NC -1 S!CD'VR3 .0/3,5 C GS 125- FIRM FEWDIU. ME PPOMIN!NT. YR 5 0 3 5,14 .0 PH I PH 2 SAMPLSTA E METHOD VALUE SAMPLE04 METHOD VALUE ORGANICA N NITROGENIt HOPIZON -OEPTH(CM .1 TE ST TE C PE10 A P aCG 7_ 70 2. .1 5 :54 1 :U, :0171 a 3 b6..,. 2 5 .7 .4 .0 C GI 52- 527 2 1 2 S .3 . .6 .055 C G2 78-12 5.0 5 .2 .870 .07 C GS 125- 5 2 1 3.8 2 43 .8 EXCHANGEAULE CATIONS11":11UUFF .(ME/1006) C . E . C . CA NA K DETERMINED ELECTMM 6, COND . HOPIZON-OEPTH(CM .) 4 H tc .) P,PPM . P2PP . . PPM5 . CUPPM . A P 9 59 3 32 47 6 9 :30 57 :11 1881 2:6. 3,0 :61 aC6 200: .2017 6 36 : :017 It1 4. :.5 3 a 37 . 52 117 .1.801 ! .1 2 .4.'57 0 .20'o 52.5 1673 .3 15 .3 C 612 : .0 08 .2 8 .32.1 15 .7 17 .8 38 : 90 C IS 5 1 S_ 2 .19 .08 .2 : 2300 2251 :.462 436 : 3 C G 2 2 .44 43.08 .08 .44 11 4 .90 1 5 35 5 SIZ~Lj%) 34:43 PARTICLE 15 52:,785 ZN TOTAL 62 2 U .21.1 CLAY HOPIZON -DEPTH(CM782 .) PPM . SAND SiLy TOTAL 1,A P 95 : 7 4 15 23t a 2 0. : 201 95 5 2 75, a oc 37- '3'52 95 6 b 7 2 . C GI 52- 8 7 5 6 7 75 is C Ga 76-1 T S C GS 125- 2 1195 .33 2UTOTALCLY Clay Ml,o,alolgy H'r I Cos- Clay (0.002 - 0.0002 'rj i Fins Clay (<0 .0002 m) (Dap I '65% at. 1 'so-6 ; -t . 20-40% nat. <20% est. T,ac. 16% est. 40.6% est. 20-409 est. I at. I Trac . 1 1 I 1 1 1 Cg' son1mril lonit, 52-78) q . ft plaIj lam cl,forlt., Interstratifled fnIdp- Wca, .r.:c.: lit- 4 .'tz chlorite CRESCENT UNIT TYPE$ SERIES DA TC 1 0 . . . . S . P .A . SAMPLING0' SUNPURPOSFI. . . OETAILCO58 SURVEYStJRVE 'OR LATITUDEIND ;I, La NGITUD,( 12349 0509 384b OPTHIC GLEYSOL(19781 % E SoI 4SEC)l TYPE : COMPLE.5 pELEVATC I ON (HIS 052 STATUS$ -ODAL SOIL CLASS$ GENTLY A UNDULATING SPECG I CLAST!CM 11 SLILTY ; 6 AT ESI . . VELIAL SURFACEENE C XP 'LE U' DRAINAGEt POORLY OPAINEn COMMONa I HARDI V TU?ULE4!OAPM OUND .OLD ROOT CHANNELS IN C G2 AND C G3 . THEIR COL R 5 0 A4 Of DIST TMICKN COLOUR I TEXTURE STRUCTURE I STRUCTURE 2 HORIZON OEPTH(C'SS.1 HOQZONSO .NDARY A P 0- Is ABRUPT M2,5Y4T X.O/2 ;OT SILT LOAM *EolljlUM . A RI MOI WEAKMEDIUM TO COARSE a SUBANGULAR BLOCKY GRANULAR B 6 IS- 30 CLEAR 5 ; .OY5*,01,1, ;TO SILT LOAM C EAK .A ix 0 SOARSEN USA GULAR SLOCKY C ra 30. 48 6QAOUAL .5 ;POY5. ..01,1 ;0 SILT LOAM MASSIVE A I 0 T C 62 An- 97 GRADUAL SILT LOAM MASSIVE .A5;PIol'.*o.6oISTW C 63 97- .2,5Y4*011T. . , ;TO MASSIVE A I MD ...... Ml KNESS) CONSISTENCE ROOTS I MOTTLES I HORIZON DEPTHT C 4CM A P 0- Is CKY ABUNDANTF1 NONIMIASLISLI, SIl. NE TLY PLASTIC B G Is- 30 ICKV CO F141ABLENONIGHST Y FEWHE "MONSlINCT SL TL PLASTIC Fl lo! OYQ5 .017 .0 1 30- 48 N ICKY VERY FEw OMMON ONIASL6STH Y IC Fl NE DISTINCT rpSLIG TL PLAST 10 .OYP5 .0/7 .0 C G2 48. 97 NO STICKY6 COMMONT FAIAOLLION O!SYIN~T. 3 HILT PLASTIC 10 0 a 014 .0 C G3 97- NON STICKYI FC-STINCT NONPLAST C 01 EXCHANGEABLE CATIONS SUFF .(ME/ 1000) C . E. C. S PLE METHOD VALUE ORGANIC NI TROGEN CA MG NA K DETERMINED HORIZON -DEPTH(C M .) STATE CARDO % % A P 7 :38 2 22 22 7 B 6 'S0: 138 2 It . 484 2 77 042 T 2 4: 2:5694 20 :5.9 C ol2 30.8: .071 .2 8 .1116 161 C 6 9748 2 1 43 . 9 1 .2 .04 1 . 53. 6 .20 4 .0 C 63 97. 1 3 . 4 ...... ELECT6,COND. . HORIZON-DEPIN(cm .) (MMH /C ) P,PP .. 1.72 .26 25 Aa 06 1 0.: 09 2 c 61 30- 3068 22 5412: .a6 C 62 48- 97 15 . C G3 97- 2 3.70- UNIT TYPE$ SERIES CRESCENT...... DATAM OF VEYSSEJ ONS KELOWNAt B .C . . .A . G R .A .S . S EPLING SUPPURPU DETAILED58 SURVEYSUQVEyopg SLOPE L IUOEINIII Ii , . LUNGp""Cl TU15 I (SEC)S t23.9 Ob02 3823 ORTHIC GLEYSOL111761 TYPESso COMPLEN F_ 11EV, SIONI CLAS GE TLY IUNDULATING LE T ON (Mll 052 STATUS$ MODAL SOIL SPECi,CL .ASTICA 13 SLILTY GENE aC C EXPT ;ESI . . F E UVIALL SURF E L VE DRA AGE$ POORLY DRAINED RUN VI F U ,SLO PER 0 $NESS& ODERATE THICKNESSp . M HORIZONN , CULOUR I TEXTURE STRUCTURE I STRUCTURE 2 HORIZON DE I (C ) BOU DAP A P 0 . is ABRUPT 10 ;9YR%00/2;0 SILTYL CLAY OA ..Y11 6.0,IS .0 AM WEAKMEDIUMS TO COARSE I UBANGULAR BLOCKY MATRIXR DRY 2 a G IS- 36 GRADUAL MAT10 .OYR5. Mo.0/1 .0 SILTY CLAY MASSIVE COARSEU Ap 2 .5 IX 6 .0,2IST. . LOA . ANG L SLOCKY MATRIXYA DRY C GI 36 . 57 CLEAR .A10 ; OIR4. ..011S ;0 SILT LOAM MASSIVE 10 .0 IX 6.ol MATRIX" S'Y ' C 62 57 . 72 CLEAR SILT LOAM FINET T .AlO ;OYR%. OI0'15;5 MASSIVESI AT IF IEO S A tFIED 10 .0R' .6 .0/1 MATRIX1 DRY 'o it c 6 72- SAND SINGLE GRAIN ...... THICKNESS. I CONSISTENCE ROOTS I MOTTLES I .UOIZON DEPT (CM A P a- 18 FRIABLED ABUNDANT FAINT HAP FINE 0 G 18- 36 SLIGHTLY STICKY PLENTIFUL NY FINE PROMIN7 . Y. ! NT SLIGHTLY1 0 PLASTIC 5 4 0/4 .0 C GI 36- 57 SLIGHTLYI STICKY PLENTIFUL COMMONST F fl :BL~ y IC FINE 1 0 ! .Y .IN ~ T s HTL PLAST 0 5 0/6 .0 C 62 57 . 72 FE FE NONVERYI . STICKY.FRIALy LE IC FINE0 FAINTT SL I aPL .ST 11 C 6 72- LOOSE VERYN FEW FL Fl k FAINT7 PH I EXCHANGEABLE CATIONS BUFF .(M E .11006) C . E . C . SA :PLE METHO D VALUE ORGANIC" NITROGEN6 CA MG NA K DETERMINED HORIZON-DEPTH(Cm .) ST TE CARBUN A P 5:2A 6 .38 6 67 : ol 7 316 :4 0 G, X0 2 1 :85'. B. T 213 :67. 1. C G 36 . a 11 .5 s65 .00, 1 .,13 .22 . .7 15 .15, C 62 57- 2 1 5.5 5 53.28 3 22 06 11 S 11 C G 72- 2 1 5.7 .05 .72 .52 :12 : a :4 ------ ELECTM OND . PI HURIZON-DEPTHiCM .) H6 .c/cml Dom . A 0 .05 13 :5 .3 0: .1.8 1 b . 4 61 5 b : 57T c G2 lo1 0 .o4 11 C G 72-7 7257136a2 7 .4 UNIT TYPE1 SERIES CRESCENT------ DATE UF SURVEY$ 72 SUPVEYOPI MAL UBC LATITUOE4N)10 r, E 'S 1249 050 02 L A N 3 0 05,16 ORTMIC GLEYSOL CITYOVISEC)l PELEVATIONE 510 1011 2 STATUS : MODAL11"7111SOIL 'iSPEC ;,CLASTICA It SILTYI SENE. CC 11E.Ta .IS -L U F E P LEVELUVI PH I MOISTURE STATUS ATTERGURG LIMITS SAMPLESTA METHOD VALUE " BULK 131/3 . SA15 . PLASTICM LIQUIDI 7 HORIZON -OEPTHICM .) TE ENSITY AR R Ll tT L MI A P 300: 30 2 1 :33 9 27 0 35 :9 8C G, 2 6:34 1 .35 396J5:.88 8~ : !8, 23lj :-3.,4 26 :. 0 36 .6 61-1 2 a b5.7.9 23 .6 C 6 102-1270 2 3 1 .2 8. 340 .6 7.4 344311,171ILDI.5,TURC 24 1 3432 .1. Particle Density gr.Vcc Shrinkage Limit % Particle Size % Horizon I Depth FAryr OV,,Dry maxD . AirDry Oven 1 >5 .1 cm <5 .1 cm <2 .5 cm <5 mn <1 mm <0 .074 <0 .05 mm (0 .002 am CM ry Dry MoistureOptimum % min Ap 0- 30 2 .67 2 .75 27 .2 28 .3 100 .0 97 .0 93 .0 20.0 Ba 30- 61 2 .69 2 .78 28.6 29 .8 100.0 96 .0 9G .0 17 .0 CO 61-102 2 .67 2 .76 26 .2 27 .4 103 .0 90 .5 86 .0 17 0 Cq 102-127 2 .67 2 .76 30 .8 32.0 100 .0 98.0 81 .0 UNIT TYPES SERIES CRESENT ...... DATE '0 F.':URVEYt 72 ------SURVEYOR :" . . . .UBC LATITUDE4N)tG r"', LONECITUDN 12349 0708 56520 ORTHICT GLeYSOL11117.0 . ISEC)l 5 ELEVATIONPO SIO (M)l a S ATUS AL 8' . .L SPEC ;,CLAASTIC. It SILTY, LUVIALVEL 'ENESURFACEC ME.PT.6S' . . LE PH I MOISTURE STATUS ATTERBURG LIMITS SAMPLESTA METHOD VALUE 0BULKITY a1 .43 15A . 11 .IIELS PLASTIC LIQUII T D OEPTH(Cm .) TE ENS AR . P I TURE0 LIMIT L MI .0 : 3,1 2 35 :21 10. :6 216~ : 8. 32 39 :6 A 1 6 : : 6, 25 :06 36 . 9 612:,1 022 2 4 .9 1 . 2 al3" .. ..7a 393 1 :7 25 :3 CHOMIZON-G2GI 0 7 a 6 .8 1:.2130351 34 .5 8.3 4 2 27 a 3:.7I I Particle Density qn/cc Sh inkage Limit % Particle Size % Horizon ~ Depth j Air Oven max0 . Air Oven Optimum >5 I cm <5 .1 cm <2 .5 cm <5 mm (I mm <0 .074 <0 .05 mm <0 .002 mm On I Dry Ory ry Dry Dry moisture '. * mn I Ap 0- 31 2 .60 2 .69 31 .2 32 .5 100 .0 93 .6 89.4 21 .5 Bg 31- 61 2 .66 2 .76 27 .5 23 .8 100 .0 99 .0 99.4 26 .0 61-102 2 .67 2 .75 23 .1 29.2 100 .0 95 .4 87 .0 16 .1 EC9 1 C92 102-127 2 .64 2 .73 29 .7 30 .8 100 .0 91 .1 82 .8 15 .7 DEAN D :TE,OF,SUR,VEyt 69 S . . C . . .A . 6 R .A .B . S MR IN P PPUSES SEMI-DETAILED SURVEY0 L 11TUOIAN11E .1, 1 49 22 085 LINppA ClIT 23 05 0 1 ORTSTET :N FEPRO-HUMICOPODZOL(1978)0 % S10 ".0 E . SIONTO. (SEC)$ 5 YPES STI,I PLE ELEV T ON (-)S 370 S ATUS M DAL S IL ILASS$ 0 ONGLY SLOPING cASPECT (DEG)? 27 SPEC : CLASTIC 1I : ROULDEPY I CLAST~A . C GRAVELLYU COMMGE T r X T . .I_ . . . IL IAL SURFACENE C p FANV OAAINAGESUNO F MODERATELY WELL DRAINED V FOVI SLO pPER I SNESSI RAPIDI SITEWA MLOCATED 90 OETEPS NORTH OF GRAVEL PIT NEAR ENTRANCE TO CAPILANO TE SHED IMICYNESS, . RANGE COLOUR I COLOUR 2 TEXTURE STRUCTURE I ...MN DE I ICMI BOUNDARYHORIZON LF a . 6 A13QUPT ORGANIC m b- 0 ABRUPT M 5 ;OYR2X ;0/ SI ;0 ORGANIC A PI 01 WEAK.EDIU. SUBANGULAR SLOCKY A E 0. a 3- 10 ABRUPT SANDY LOAM' AK .AT'"I".I . .8'"oOIFT 'TFINE :UB:NGULAR OLOCKY 8 HFI a. 17 GRADUAL ~ 5.OYW3~0/2T ST.5 LOAMY SAND A RIX 01 GRAVELLY FINESUBit ANGULAR BLOCKY 6 HF2 17- *5 GRADUAL 5 OYR3. .0/3.0 ;5 LOAMYA LLSAND AK A;PI is GR VE V WEIINE SU ANGULAR GLOCKY 8 FCI 45 . 65 MA5;OYIR 13, .0012;0 S .A,,,5,01R44011 . 01 as T o I is 8 FC2 b5-110 DIFFUSE OYR4 /7 0 SANDr, A S llA5 ;PIx MOIST0 1 R VELLY a c 110-ISO DIFFUSE .5I,,.OY5 .0/3,0S $AND6 . MASSIVE A IX MOI T AVELLI MASSIVE c 1 150-200 DIFFUSE .OV5..012. ' ;I SAN. .ATS . 1 0 t 6 AVSLLYD C 2 200-250 DIFFUSE MASSIVE GRAVELLYSANO ...... T"jCKNE!S. STRUCTURE 2 CONSISTENCE ROOTS I MOTTLES I ON DE T Ic ) ACEMENTATI6 E NT 10 E SC RIP . LF a- 6 FEW H b. 0 FRIABLE ABUNDANT A E 0. 8 FRIABLE ABUNDANT 6 Fl a- 17 FRIABLE ABUNDANT 8 HF2 17- 45 FRIABLE ABUNDANT WEAXLS MENTEDN I 01 CONTIY CE UOU B FCI 45- 65 MODERATEUN VERY -,IQM FEW STRONGLY, CEMENTED CON INUOUS : uC ao ! NGULAR BLOCKY B FC2 6S .110 SINGLE GRAIN VERY FIRM FEW MANYMe U . STRONGLYa 0CEMENTEDS C NYINU U PROMINENTol 7.5yR5.0/7 .0 b C 110 .150 SINGLE GRAIN FIRM FEW FE WEAKLY CEMENTED FINEA W F TNT C 1 150-200 SINGLE GRAIN LOOSE FEW c 2 200.250 SINGLE GRAIN LUOSE MAN (Continued) PHYSICAL & CHEMICAL. DATA ...... PH I PH 2 SAMPLESTA METHOD VALUE SAMPLE METHOD VALUE ORGANICA X NITROGENX HORIZON- DEPTH(CM .1 TE STATE C ASON LF 86: 6 22 2 a 4 3 :6 L :651 0. 0 2 34A :59. 2 3 .40 58 :00, 3 A E 8 a 2 3 52.80. 07 MFI S. 1 2 I1 5 . 3 2 4 :3 5 39 209 8B HF2 17 . AT 2 5 . 0 2 6:.96 . 2 FCI 45 . 65 1 5 . 31 2 57 42.93 20 80 IC2 65-115 22 3 5 .6 2 5 .1 03 09 a C 110-150 a 5 .6 5 .3 02 1 150-20 0 1 5 .b 2 5 .3 a 200-250a 2 1 5 .7 2 4 5 .4 ...... EXCHANG EABLE CATIONS BVFF .(ME/ 1006) C . E . C . EXTR ACTABL E FE(S) CA mo NA K DETERMINED METH OD RESULT ME T-00 RESUL T HORIZON-OEPTH(CM .) LF 8: 6 1 2 :422 :25 1 :700 6 6. 0 2 .0 8. 23 IoN12 0 . 2 A .318 .06.0 .03a .01 . 5 0 2 3 HFI 0- 17a .69 .18 .04 7 .2 1 : 3 0 :1, a6 HF2 AITa: 165 34 .14 .043 .04 38 . 9 2 .71 B0 PCI , 214 9 32 . 5 . S 3 0 :5 FC2 65 -110 t 9 :043 2 7 0 .9 3 0 .1 aC c $tois .150 1 0 .2 3 I 0 . 2 3 0o :0o C 2 2000:250200 102:51 1 0 .4 ...... EXTRAC TABLE ALM :0 COARSE FRAGMENTS METHOD RESULT0.6 METHOD04 RESULT ZN . . U VOL HORIZON-DEPIN(CM .) P,PP. . 02P.I . . PS.M . PPC',. . pp LF 6 39 26 :64 17 .4 :.2 08.: 0 33 a 36.S 75.0 23 .6 A E 3 .1 3 3 150.7 12 .7 MFI a. 17a 3 20 . 3.8 33 .6 a0 MF21 IT : 45 3 1 :3 87 .1 11 .03 55.5 1116 :9 42 :? 5.1 65 3 1 .3 8:.2 2314 :1, 56.3 1 ..7 54A .4 a0 PCIC2 4 a 0 .61 9 a 70:0 57.31 C 1650.1510 3 2 77 5 2g31 .2.5 2 1 1510-2000 3 00 : 1 6 .60.1 0 C 2 200-250 1 0.8 1 2? .l 56 .0 909TO700 It1 054S.7.8:2.371 90 UNIT TYPES SERIES DEAS------DATEAM L OF G SUQVE MAL KELDONA, 8,C .M,A . 6 R .A .S . S p IN PURPOSEYt : DETAILED60 SU14VLYSURVEYUP1 LATITUDE(N)lL r E W, : 1249 0456 53 pON ClIT 2 56 PEGO U HUMIC GLEYSOL(1978)S % UD N 4 (SEC)l 02 TYPE$ COMPLEXI'D ELEVATIONor1 Slo tmlt 2 STAT 58 MODAL OIL ~!=.!:t!!!2t=~-= SPEC I CLASTIC, It SILTYL GENE ; A14EIS . . FeUVLlAL SUPF .CEC EXP L VE DRAINAGE$0 POORLY DRAINED "ONp V FFIU SLO EA 10 SNESS . MODERATE SITE'A e LOCATIONtR A 800 METERS NORTH UF eUUNDWY BAY DYKEI 604 METERS EAST OF TH SIW CLAS E FICS 0 06N PHASE IS SALINE THEROF 15 ASOMEI I C Gi MIXEO WITT ;HE AP AND SOME OF 00THE.0 AP IS IN THE C04CKS T .ETHE A, .INaT .ESCOGSF,HF H SULPHUR VALUE 15 . RE AREC 61I AND F NE SAND IN THE C GS 22:!~!-!!!22!2~ ZON THICKNE!j MORU4ZONY CULOUR I COLOUR 2 TEXTURE STRUCTURE I MORI DE T (C 80 OAR A P 0 . 20 ABRUPT OYR2 5/lio SILT LOAM MODERATEM VM -A' 0 ;RlX MOISI EDT SU ANGULAR BLOCKY C 61 20- 35 GRADUAL M2 ;SY5X.2/2 ;0 OYXR .O/2 ;O SILT LOAM MO ERATE A RI 01 1 5AT. I MOI T COARSE ANGULARp E 0 BLOCKY S UD C 62 as- 50 GRADUAL M 2 ; SYSx .0/2n o SILT LOA- MASSIVE A Rl MO T c 63 so- so CLEAR OY5A.O/I1;5 SILT LOAM MASSIVE .ATRI5, 40 T c GS 80-100 .5 ;OY4,0/,I. . ;OT 2 Ole SILT LOAM MASSIVE A I MU MA ;,PY14. MO,0;oT ...... TIIICKNE65. , CONSISTENICE ROOTS I MOTTLES I MOTTLES 2 .UOIZIN DE I CM) a p 0- 20 C GI 20- 35 FIRM0 ABUNDANT FEWNe HAP F1ISTINCT 01 .5vR3 .0/2 .0 c 62 35- SO FRIABLE PLENTIFUL FEWNE FlDISTINCT 7 .SYQ3 .0/2 .0 c G3 so- 80 FRIABLE FEW COMMON S .OY7 .0/4 .0 MEDIUMM N PRO I ENT 7 .5yR4 .0/4 .0 C GS do-loo FRIABLE FEWDIU. ME P!07 ;N!NT 7 5 4 0/4 .0 P . I PH 2 SAMPLETA METHO D VALVE SAMPLEA METHOD VALUE ORGANICA N HURIZON-DEPTH(C- .) S TE ST TE C ROO A P, a 200: 20 2 1 2 : :11 '21:818. :809. 2C 62 35- 350 2 4 .9 2 4 3 .9 C G3 50- 580 1 5 2 4 c Gs 80-100 2 1 - 2 4 3 :66 NITROGENX EXCHANGEABLE CATIONS BUFf- .(ME/IOOGI C . E . C . CA MG NA K DETERMINED ELECTM 6S COND . HUNIZON-DEPTH(C- .) (M H /CHI P.M . P2OP. . 9 . . . CUppm . A 0 1 0: 20 9:6 .4 48 1 5:2 945 :8I 27 :8 455. : 1I 2 1 :99- :,?15 171 10 : Cc G623 35- 30 32.16. 9.2 1 .10.5 .1 0 4 3 1215.91 3.1 .11 TO8.9 seA 3 c G6 so- 50 .92 1?9 .135 13 .0 ' 37 : 7 350.59 : c G 80-100B 591 :23 73 8 12*2.67 ZN HORIZON-DEPTH(CM .) P.M . 20 : 250 28 :~,0 1 011 2 C G2 IS0 . 3 bo 3 c 63 so-bo~j 51300 568 :6. cC GS 0 3 9 4.40 UNIT TYPES SERIES DEFEHR------& R .A .B . DATESAMPL OF G SURVEYSSE SUP SURVEYORS HAL KELOWNA . R .C .M .A . IN PUWPU S DETAILEU63 VEY !~M 14922 0 .2 30 LgTtTUDE4N ; :, 1 .0 L a 11 C 11 016 ILEVEDS 1 HUIO-F~0111CA PIIDZUL119781S 11 17YONi4SEC)l 5 TYPES COMPLEX PELEV-11ONE SIO IM)l 0 tATUS -00 L OIL SPEC ;,CL .ASTIC. It SOILTY CUMOt4E ;,CLMASTIC. 18 GRAVELLYLU GENE . E L AIAL SURFACEC E AT.P . .SI . . I NEER'AN r*E PFACLC EXAT PESg .1 IF ERRV ICEO SUDESCRIPTORP to GLAC AL ORAINAGEIU (IF F 5IMPERFECTLY. DRAINED ISRE N V UU1 .LO Q I SNESS2 ODEPAIL SITE6 LOCATIONS 35I? METERS EAST OF COLUMBIA BITHILUTNIC GRAVEL PIT NEAR ROS ROAD MATSOU CONSISTENCE ROOTS I THICKNESSP H CM, HORIZONU Y COLOVA I TEXTURE STRUCTURE I HORIZON DE T I 50 NDAR FRIABLE ABUNDANi A P 0. 17 ABRUPT .loOYR3*0,13., . . .0 ;5 LoAm I is FWEAKNE TO MEDIUM .Alo ; .OYIX14 ;0,12,0. SURANGULARI BLOCKY I Y .A FRIABLE ABUNDANT 8 VGJ 1?- 27 CLEAR LOA AN.A oy"4*5'4*01 . . ol 51 GRAVELLY" FI"T EK YP5 ;0/3 .0 SUBANGIJLAP BLOCKY IN.A Rix SIT ;6A FRIABLE LENTIFUL FG 7- 42 LEAR lOM ;OY.P5..0"30 ;5 SAND0 LOAM "A . 01 IS AVELLYY N6K SUBANGULARI aLOCkY MATRIX0 DRY GRAIN -OOSE FEW 11 C GI 42- 62 GRADUAL 'RCOARSEV VSAND SINGLE A E LL 62- COARSEVELLY SAND SINGLE GRAIN DOSE 11 C G2 GAA ------...... THICKNESSP , MOTTLES I DE THIC A P 0. 17 a poi IT . 27 I'llpi ., FAINT a FG 27 . 42 ON. COMMMEW OISTIN~T? ." U. 5 016 .0 it C GI *2- 62 MANYCO . DIST.5"36.N~T4 7 Y 5 0,18 .0 it C G2 62- ANY MED FAINT'UM ...... EXCHANGEAB CATIONS BUFF .(M E/IOOG) C . 1E . C . PH I LL NA K DETERMINED METHOD VALUE ORGANICA 15 N S6 NITROGEN CA MG SAMPLESTA % EPTH(CM .) TE C Q u 9 55 :3 5 A86 1 20 A P :3!~ *2 :50. 0,0 :2 00 20INN.. 01: 2" 2 3 :.92. 7 '30 . 302 27- 41 2 5.9 2 '5 1 .01 0 11 C 61 42- 622 2 S.8 HORIZON-D11 C G2 62- 2 5.79 11 :8363 :8, 01P HORIZON-DEPTH(CM .) P . . lo: 1?2 22 A. 0FGJ 6:00 a FG 427-7. "127 96 :50 aItFGC G1 ~.2 11F C G2 2- 2 18 .5 DELTA DATEA L OF PNS KELO*NAs B .C .M .A . C R .A .B . S MP INGSURVEYPURPOSES: DETAILED58 SURVEYSURVEYORS !~2f! LgTjTUDEE(N~2E!i=;jj 12349 0307 46270 ORTHIC HU-IC GLEYSOL(1978) L R NC IT 'T'YPES Col-OLE UO N ~ (SEC)& 5 CLASS : GENTLY X UNDULATING pELEVATIONE Slo (M) : 2 STATUS$ MODAL SUIL SPEC . CLASTICA . It SILTYL I, 0e T I I F,VFLUVIAL. GENESURFACEC p L DRAINAGES POORLY DRAINED CLASSIFICATION PHASE$ SALINE . THICKNESS .01.J4IONY COLOUR I TEXTURE STRUCTURE I STRUCTURE 2 .0.1Z .N DE T (CM) 80 DAR IPIN A 0 0- 22 ABRUPT JO ;gYR3X ;OfjjO LSlLTY CLAY SUBANGULAR SLOCKY I ol AM 6 A '.ILAP "t .oYR5 . 111 .0 MATRIX DRY0 8 G 22- 52 GRADUAL R 5,OYST .O/I ;0 SILT LOAM CWEAKA A Rix No T . RSESM p 0 I ATIC c G 52- .5 ;OY4 . SILT LOAM MASSIVE A RIX 5110MO, I ...... T"jCN4ESS. , CONSISTENCE RDOTS I MOTTLES I .001ION OE I fCM A p 0- 22 SLIGHTLY HARD ABV14DANT a G 22- 52 SLIGHTLY STICKY FEN COSMONI FRL'SABLE 1 D!0,11,CT. p TIC 0 R4 0/4.0 C 6 52- FRIABLE VERY FEN COMMONI Um IMMOYS14 .0/4 .0 PH I EXCHANGEABLE CATIONS 6UllF.l4Eol1OW C . E . C . DETEAMINEO SAMPLESTA METHOD VALUE ORGANICA N 1, NITROGENZ CA MG NA K HDQIZON-DEPTHICM .) TE C R go A8 P 20: 22 2 5:2 a 83 .43 a 494 31 4 6 : 87 2: 4934 :4 :966. 3 1 1 :560. 5 26:28 3 1 1 .74 .52 12 .0 G 53-2 52 1 5 5 87 3 a ...... ELECT COND . p HORIZON-DEPTH(CM .) (MMHOS10CM) p M . A P ,20: 22 :70. 28 :6 C 6 . 7 G 52- l .b29 b 7 UNIT TYPES SERIES DELTA------ DATE OF G SURVEY'U SE, E, . b8LED SO" SUPlEY .R- HAL KELD .NA . R .C .M .A . 6 P .A .B . SAMPLIN P PRO I VEY LOCATION CLASSIFICATION SLOPE LATITUDEIN4:, LONClSTUD 4 1 :93 .0 ; 01530 ORTKIC HUMIC GLEYSOL(19711) IONI I .SECIII 7YPE3 COMPLE1 .0 PREELEVATS ON 1 2 STATUS$ MODAL SOtL CLASS3 NEARLY XLEVEL SPEC,e T, CLASTIC 11 FLSILTY I "E IAL SURFAC EC MAWI .P ;S .' LEVELUV DRAINAGESU o " POORLY, DRAINED SLOM aPERVIOUSNESSSN F ODERATE SITEILOCATIONI1439f METERS SOUTH ANDE:O: METERS T:EST OF 1, BOUNDAYY oBAY-N:LSON SIDS.0 . 511TE CT to N "SE. T HERES! ARE SCATT E REMNAN OF PA TIALL ECO P SEO F000. SCIS OtS0. ANDSCMLE I CLASSIFICATIONo PHASESAV SALINE . 9 ------ THICKNESS HORIZON" COLOUP I TEXTURE STRUCTURE I STRUCTURE 2 HORIZON DEPTH(CM) BOVNOAQ A P 0- 22 ABRUPT SILTYD CLAY MODERATEM U .A104y"3RIX 40"I"ssT L AM SUBANGULAQ601 M BLOCKY 5 G 22- 45 GRADUAL I0AT.OYP%O/2 ; O SILTY CLAY MODERATEM UM M30ER, ATEM m RIX 015 L AM PRISMATICEDI ANGULAREDSU BLOCKY sc 45- 58 GRADUAL .A,IOOYP5*O12*O. . .0 T SILT LOAM MODERATEU, I is MED SVBANGULARI BLOCKY c 61 so . 77 GRADUAL SILT LOAM MASSIVE MODERATEM U 4MA0 ; 0. Y"*1 X ; 5"2DIS ; 0 S eolANGULARM BLOCKY PSEUDOUS C G2 ?7-108 GRADUAL Ilo ; OYR4 ; 0 .4 1S ; 5 SILT LOAM MASSIVE A PIA 01 c GS too- 5 SILT LOAM MASSIVE MA ;RYl X4 looll1? ------TH'IMES; .. C07S'I;TE7C;- ...... I",. ....Ma7T;US ------CL;Y';ILZ;--I ------HORIZON DEPTHICO) A P 0- 22 FIRM ABUNDANT a 6 22- 45 FIRM ABUNDANT FEIDIU. COMMONM I THI MEDISTINCT C N ANMANY S VOIDSN ON S H MeNEL A C 0 "I AND0 M VE IZONTALI AL RED FACESOR ac 65- So FIRM PLENTIFUL COMMONNE FtPsROMINENT .OYQ4 .0/4 .0 c 61 $6 . 77 FIRM FEw COMMONNE FIR OMINENT P5.GYQ4 .0/4 .0 C 62 77 .108 FIRM FE . COMMONI , 2.by? .0/6 .0 MED4 U PRO. '6ININT.0 2 5 /4 .0 c 65 too- FIRM COMMONM 3 PE 0MUMNENT 2I'D.5,11I .0/4 .0 PH I PH 2 SAMPLETa METHOD VALUE SAMPLE METHOD VALUE ORGANICSON '6 NITROGEN HORIZON-DEPTH(C- .) S Tr STATL CAP A P 20 : 22 2 2 4 1 06 73 8CG 42 45 2 1 74 2 4A :., :99. 55 597 2 3 2 4 43.9 1 .93 .08.7 GI 1 3 2 3:88 1 .28 C G2 77-10 18 2 1 2 3.9 16 :121 C GS 108. 0 2 1 3.Y2 2 4 3 ...... EXCHANGEABLE CATION!. BUFF .(ME,11000) C . E . C . CA MG NA K DETERMINED ELECT SCOND . PI M . P2 M . SRPM, CU 14UP12014-r)EPTH(CM .) (M .H ; 1CM) 3P PP PPM . A P 22 a 82 is :52 39 5 72 :,0 1 .83:11A 1 47 :3 3b : : C 20: : 1241 S 42 25 211.: 171 'j 9..g 12 3 39 42- 45-3 3 11It 2.04 715 22 .7I 17 7 C (11 56-5 778 2.89 2.151 8 a 212:42 :0 35, : C 62 77 :108 1 .64 Z.57 .65 .314 2 239:98. 6593.24 332 .61 c GS 08 9.20 8 7 167 43 .7 ...... PAWTICLL SIZE(%) ZNM . TOTALC 6272TU 2UOCLLAY .2UTCLAY HORIZON-DEPTH(C- .) pf. SAN S L T TA TO AL A P 220 : 22 74 2 64 348 a c 0 45 80 .3:9" 1 71a 2 10 8 As- se 75 C GI2 St,7 77 7 : :21 2 70 255 9 C G S 1 7 8_ 08 1 6 2 5 2 a C G 0 2 .2 Clay Klno,alolgy H rizo, C.- Clay (0.002 - 0.0002 Fl- Clay (~0.0002 ..t . 40-65% est. 2 Q0% -t . T- >69% .~t. 40-6% est. 20-4CS ost. t. T,ac . 1 T I C9, wntaorifc, :o,it a. chl,rit,, gypsm -t-ril 1-1t. .1-, M .11 .1to 58-77) wr,l I to, quartz, .1c. plagl,cl a, '~t-tr .tlflw wd~pr~ r.lcullt- chlorite, .N.rit . qwrtz DENNETT ...... OAT OF G SURVEYISES I HAL KELOWNA, B .C .M .A . & R .A .R . SA .PLINE P UPPO SLMI!gDETAILEDSUPSVEVVOER !~2.p! LtTLTUDg,lN:j, 1249 20 04 LRNClITUON 4 (SEC)l 2 42 SS$ TYPIC FOLISOL 20 NO I YPES SlTEEPLE ENEVAT6110Np IM)l 10000 STATUS : MODAL1 197"' -.IL CLASSI S PLY SLOPING GENETICUP WIA7E . 4.1 S ., ORGE .NIC, QLNETIC MAT .2 BEDROCK S FA CE 0 V N ER H!!H! DRAINAGE$UNO F WELLS A DRAINED TYPE$ INTRUSIVE ACID a F I LO SITE 6 LOCATIONIC U E 0 ON NJBURKEIS N MOUNTAINMY NORA OF A RE I TMIC. TRUS . I MIC0 . I , IS F' . ATTE. 0 CEI Ll LTH A -0 -2COQUIIILA#4PHOUSS AND . TEXTU N EA I U L PIC .O .IZOM TMIICK"I!l, . C , HOQUONU, Y COLOUR I TEXTURE STRUCTURE I CONSISTENCE ROOTS I DE T .I 10 C60 DAR m 1 19 LEAR .AS; RY1.12 M 0O/2S ; O ORGANIC FRIABLE ABUNDANT 1 1 H 2 10 . 0 ABRUPT .A5 ; OYR2. 4 0 ,1 25 T O ORGANIC FRIABLE ABUNDANT Ix I A 9 - 5 ABRUPT 7 5Y 5 0/20 0 LOAMY SAND FWEAKNE VERY FRIABLE PLENTIFUL ATRIX* 11 1M IST1 SUBANGULAPI SLOCKY ...... PH a PH 2 SAMPLE METHOD VALUE SAT MPLEAT METHO D VALUE ORGANICa " NITROGEN HORI ZON-D EPTH(CM .) STATE S E C ASON LF 2 3 .6 2 4 3:2 5 1 . 6 "09 : 191 a 3 .4 2.6 584 :046 1 :2999 2 1 .o-. 0 a 3 :5 2 5a . .00 NnA E 5 2 1 4 1 2 4 3.6 1 .60 .05 5 .+ ...... EXCHANGEABLE CATIONS SUFF .(ME/1006) C . E . C . CA MG NA K DETERMINED PIR . . P2 . SPPM . CU . . HORIZON-OSPTHiCM .) P PPM pp ZNPP . . LF * :590 4 :95 226 :7 3! : .0 175 :00 310 :6 138 H a 2109. :. 1190 3 . .73 6 . 56a 509 321 :92. 4 '99 :1 '20 .,6 -15 .7 91 .0 29 .0 H 2 .0 6. 5 . 9B . . 1 5t 4 A .06 3 .0I . .06 6 .5 1 .4 1 .6 3 .6 3 .a 03 :'.1 R E 0%5 5 .DEVIL...... DAYE, LOF 6SURVEYS0 SES MAL KELOWNA, B.C .M .A . & R.A .B . SA P IN PUN 0 SEMI!07ETAti.ESDt)IS~VUEPVYOERYS LtTITUDEIN ;I, 1249 216 061 !~!t! LOR 461T 2 6 0- ORT.IC IERRO-HUMIC PODZO01978) E US N 4 (SEC) : 20 ELEVATIONC SIO imil X'TYPES S14PLE0 9002 STATUSS MODAL SOIL LAlSl STEEPLY SLOPING CASPECT IOCGII 90 GENETICC M:T ;:, ., MORAINAL, GENETIC MAT .1 BEDROCK SVQFA E E P VENE A !!=Et 700TING DEPTHS SEEPAGE , ABSENT DRAINAGENo F : MODERATELYS OELL DRAINED YOE SEDI 95NYCM*COARSEFLOUD HAZARD3 NO HAZARD ML CONGLOMERME ;TE PPERVIOUSNESS$U F I OURATE =H!=~-=!! SITE LOCATED 1600 METERS EAST OF BLUE MOUNTAIN . MAPLE RIDGE . jCKNE!S HOUtIZONY COLOUP I COLOUR 2 TEXTURE STRUCTURE I HORIZON Y"DE TH(C I so 40AR LF 15- 8 ABRUPT ORGANIC a. 0 ABRUPT ma SYR2 ORGAN IC MODERATESUN A;RIX .'9'3foIs SNED UBANGULAR BLOCKY A HE 0- a ABRUPT 10 OYA%O/2P X ;O LOAM WEF .AlEl .SA ;9vl :548,12sfo MA; I Ols .1 IU 8 HF a. 2z CLEAR 5;gVR2;811 ;5 OYR3 3 0 LOAM MOOERiTE A Ix A RI .0is-" SUBEO!UGNMULAR BLOCKY 8 F 22- 47 GRADUAL .5A;ORY113A5,4*0. ST 2A;SYR2M.00.14;0 SANDY LOAM MODERATESUN I 01 Rtx is MEDU S BANGULAR SLOCKY 11 a F AT- TO GRADUAL .2 ;p5YR2 ;0014;0 SANDY LOAM MOOMERATEC S AN'lox".8115VO A I is SOA USANGULARE BLOCKY It 8 M TO- 95 GRADUAL .2 ;5yP2MO/S4X ;0 SAND 49 ;91:5400115sio A Rl Ol A 95- ST RATIFI ED ...... KNE!SH CONSISTENCE ROOTS I HORIZON THICDEPT IC I LF Is- a LOOSE ABUNDANT 0. 0 FRIABLE ABUNDANT A HE 0- a FRIABLE ABUNDANT 8 HF 0- 22 FRI ::LE PLENT:FUL 0 F 22- 47 FRI LE PLENT FUL it a F 47 . TO FIRM PLENTIFJL 11 a M 70- 95 FIR FEW 95 V QYM FIRM PH I PH 2 SAMPLES A METHOD VALUE SAMPLE METHOD VALUE ORGANICA N " NITROGEN HORIZON-DEPTH(CM .) T TE STATh C Roo LF 15a: 8 2 2 ::7 2 44 3 7 30.:740 12 0. 0 2 2 2 12: HE 2 14.9.0 A3.1 57.02 . 0, 2 NF S. 2a 1 2 4 3.7 7.310 .2.1 79 B F 22- 472 2 - 2 e11 B F AT- 70 2 1 2 43:4"7 .1 93 a11 a Tor 95 2 ::49 2 4.2 3.121 . 1 9 2 1a 5.3 2 5.3 .81 .03' ...... EXCHANGEABLE CATIONS BUFF .(ME/1006) C . E . C . EXTRAC TABLE FES%) CA MG NA K DETERMINED METHOD RESULT METHOD RESULT HORIZON-DEPTNICM .) LF IS : a 15 :70 2 08 1 :64 '75A:B 80. 0 0 . St7 3 :62 :3.0 5o 7S HE 246 A24 .4 A 4F 8- 22413 .46. .0 5 .006. 42 1 :3A 3 3:23 B F 22- 1 . 10 . 103 . . a 26a:.40. 1 3 11 0 F 4? . 707 2 : 661 .2 2 : 0, 8. 2 1 1 .3 3 4 0 M To . 95 3 . 3 .2 9 .16 26 :8 3 1o . . 9S . 6 75 .769 .15 21 3 3 0 .1 EXTRAC TABLE AL(%) METHOD RESULT METHOD RESULT CU M . ZN MNP HORIZON-DEPTH(CM .) pl.. N . 6PPM . pp Pp ON . LF lb : a0 26 2!, :9 59 :2 321 :. g.S O:b 11 . .6 62 3 40:3 A HEHF 3. 9 . 0 a 0.: 22a 3 : 2 3 2.6 1 2..' 9: 22 : 477 1 1 . 9 a 0 8. 0 .5 !10: :. 73 2: :. SO .7 B Fa F 9 i s t3 . 328 .7 52 .2a 0 : 1 11 8 M 47To-9 950 0 :7 : 2 23 .6 9 .1 21., :I1 52 :41 W 5. 0 4 ~00.27 PU12 .14A 5 .1 2 49 0: 1, DEWDNEY UNIT TYPES SERIES DATE ------OF SURVEY : 66 SUP SUQVEYORI HAL KELOWNAI B .C .M .A . G R .A .0, SAMPLING PURPOSE : DETAILED VEY LtTLIUOgj%t . 1491 isA 27 LR NC 2 3 500 GLEYEO ILLUVIATEO MELINICL OIL BRUNISOLI1978 NUON ISEC)S I5 XYPEI UC30MPLEX*0 ELIVAHON fM)l 5 STATUS MOO S CLASSIT NOULATING ICLASTIC 19 'LSILTY SPEC ; CLAST!C 1 : SANDYF 6Sp6c. ; EUVIAL ENE IC AT I LUVIAL SURFACE3 C MAW.p S. . NEEP DRAINAGE$UNOF IMPERFECTLYS DRAINED RPERVI FSU So M L 0 SNES ODERATESW ADDITIONAL NOTES ITRELOCATIONIAR NEAR00R,4WESTERNIEND,OF ISLAND . END5 NCE OF E TH ACTIV TY N THESEABIRDA H . COLOUR I COLOUR 2 TEXTURE STRUCTURE I MORIZIN 'M'CK"'SSOEPT .(C-) HORIZONBOUNDARY LF 1. 0 ABRUPT A m 0. 13 CLEAR SILT LOAM "ODEQATEF , .EO,U. .A ;.ix -01 . sul"E"GOBA ULAR FILOCKY A EJGJ 25 GRADUAL 2i5y5* .O,'2;0 SILT 60&M .40DEOAIEIU A I Ol MATRIXl0,0YR5;00"s4I ;0 SED USANGULARM BLOCKY MOO URATE 8 TiGi 25- 35 ABRUPT .2Ag515X ..0,1260T SILT LOAM 1 01 SUSEmIE. .MG IOJINE ULA BLOCKY DIFFUSE SAND C*FA it sc 35- 55 OA .SE SUBANGULAP SLOCKY 11 C Gi 55- SAND SINGLE GRAIN ...... HORIZON THICKNESSMICM STRUCTURE 2 CONSISTENCE ROOTS I MOTTLES I MOTTLES 2 CLAY FILMS I DEPT ) LF 1- 0 A 4 0- 13 MODERATEM U FRIABLE ABUNDANT GRANULARED' M A EJGJ IS- 25 FIRM ABUNDANT FEWDIUM IO .OYQ4.0,14 .0 FME 7!51NT YAS.0/6 .0 FIRM PLENTIFUL MANY,F, UM ? .SYP4 .0/4 .0 6 TJGJ 25- 35 FEIN DISTINCT01 ONir SPECIFIEDRED FACES- 10 .OYR4 .013 .0 UN 35- 55 SINGLE GRAIN VERY FRIABLE FEW 11 ac FCOE'APSE DISTINCT it C Gi 55- LOOSE FE! FA FIT PH I EXCHANGEABLE CATIONS BUFF .IMEo'10061 C. E . C . SAMPLESTA ME THOD VALUE GANIC NITROGEN CA MG NA K OETE4MINEO HORIZON-DEPTHICM .) TE ORCARBON % % LF, 01 : , 0 2 2 5 5 23 :39B A EJGJ 3 2 5:8. 6 3 13 19 .30 2,:59 37 A TJGJ 13- 2 2 1 6.8I 066 9 :30 :00 9 :1. 29 B 25- 355 2 1 5 1 0 0 6 .600 .0 a. j 3:: 55 2 6:2 t 7 .21 .05 . .99 11 2CG 5 2 1 6 1 2 .30 .15 .05 .10 ...... P1 02 HORIZON-OEPTH(CM .) pp PPM . LF M '0 : 130 59 .0 145 0 A EJGJ 13- 25 57 : 0 ISS :. 9 0,, TJGJ 2535 : 35 10 . 0 7 55_ 5 9 .05 271 .0 11 acc Gi 7 29 .5 '5.23743:.:a06. ,I :il 0010 :2099 9 :)91,1 Li1 9A0.,9: *I; *2 0:to C :re9 I :c go : 9,. :c Go :v c 9. ta c 1 :61r 10 11 : 0 go -01, 29 1 2T . 511 se : go . 90 11 1,11 1 .06.1 N9 _Oa 0 a 1-* 9".6 . U-cl9 :: .@a,. 1 : .9IC 1 .9%z 1109 9 29 go 90-C 9 0 Oe -0 d V 'Mdd *W*dN -Nddn 'Ndd 'Wdd *Wcid f-WDlHId3O-NOZldOH NN z 7 s Ld ld 03NIW03130 X WN ON V3 .3 .3 .1 1900113W)'IAnS SNOTI " 3l9W39NVM3X3 ...... v 0 0:9 a 001:09 9 3 14 E !1. 9 11 z 09S -99 co 11I togo: 0 z 09 .0of, ao1 I to 69 : , 9:% 9 11 a 0v .0 L 9 1)v 6S s s 1 a z d x NO60"9 .4 alvis', 3 31 :1S N39OUIIN4 INV do 3nlVA comlaw ld VS gn'lVA anH13W id vs Hd I= VIVO 001-09 9 2 11 O-fl/O ;VdA%tiLI IN N3SNO0d 0*910-08AC-s NOWWO,3UV :) 09 -C.9 co I 0 .''10M ;N0"AS-1tid NIHI" I WA70 3 34 NO!CWO'W) 59 -0* ZO 3 O-11O;*dA%I ;l IN N NlHi, No imd 3A "nNOWWO3to Ov Oz to Oz -0 0 T 1;34mid3a NOZIUOH t swila Awl.1 L S31ilow 1 S3111aw 3 W)lHi ...... 318MIA Ad3A 3AISSV" ONVS 00100/ W9 ' Xr IA UiVW% ' ? 001-09 9 ~ 11 I! l oz . xl b! ; " 3levithi 3AISSIN wval 0 / 0 0 idntl8V 09 -69 co 3AISSVw~4 x Illow0 's .wto!" initIN31d vidlA V3 AVII AI ;QlSl 1 *A S lVnOvug S9 -Ov 29 1 3AISSVW).,3. 1110".x1givA INVONnev Wdli AV1:) AIIIS 0 100 9 9 3snA .4to 00 -OZ to AN7016 isvinoNvengn, 0- 10 .9 OdVH w 3 w IsloviA40 "i"40xt iNvaNnew 319vitizi 31vbaooh0 AVID AllisV21 O-Z/OIVAS Idnaaw Oe -0 d V A TO no 3)Hid3C NOZIMOH I stood 33N31SISNOO I 3mni3ntus 3dnIX31 i mnoio:) Nozlbo SS3 NDIHI -S)IDVdD IV3lLd3A 033VdS A1301M 3WOS 3AWH 29 D ONT 10 D 3HI AOISN ISS3NSnOtAd3dN t39t .446 v nda QlNlVbQ AltloodOl S VNI d ,,da3N3A I'S31dY3 33~,Wgins 3NIdLsn3v,t ', t3 ;iVHVI 31!3N39 3N Isnivi 311 1;,HI31 .3339 AUNTS Is 13 :)Ids A3AVI'J 1 3 :) ds IlNn :)tmdvb9iivais 3-tooiw wbo.IONW-l 9 IV b3iTw IN3 wd 1(930) i :)3dSWAl llos 1VOON tsnivis a 0 31d 000 l3d so W 1101,,VN 11 3,13 0 i 01 SO (OL61) IUSA3-19 M-3d 09 900 zat onflq3tdj 69 '!( .'30nAilNioi NO11"Ol 3i~A3AdnS 0114V130 :390ddnd.13N4Lld7VS -VNMO13A ITH IdaA dns 6 SA3Adn 3 TO ------S J 1 b 3 S l3dAi ilNn NOXIO UNIT TYPES SERIES DIXON ...... DATE, OFNo SURVEYSU F4. SURVEYOR :,,N:L".EL.' . .- .A . I, P.A .B . SA PLI P ARDS DETAILEDTo SURVEY LATITUDEIN :I, L!4VITU8Wlj ., . REGO GLEVSOL419?0 :Ll 9 f ATI 2 11YYPEI COIAPOLEY STATUS$ 00 SOIL CLASSI NEARL XLEVEL SPECr .T, CLASTICA . 18 CLAVEYC I MEX IPRESI .1 L SPINE SURFACEZZ C LEVELA U DRAINAGESUN OF, POORLY0 DRAINED A I SLO LOCATED IN T04E SVMAS LAKE AREA . THICKNESS HORIZON COLOUR I TEXTURE STRUCTURE I STRUCTURE 2 HORIZON DEPTHICH) BOUNDARY A p 0- 22 CLEAR .O.;OY03X .01112.,0 SILTY CLAY WEAK .0RI 05 .0,2I .0 LOAN to MEDIUMSUBANGULAQ SLOCKY MATRIXY DRY C GS 22 . 57 DIFFUSE .,5;,0aV4 .001210 SILlY CLAY MASSIVE WEAK IX Not LOAN PLATTP E S UDO c G2 ST . at DIFFUSE OV4.0112 .0 SILTV CLAY MASSIVE WEAK .A5;RIX MO :ST PLATT PSEUDO C 63 62-112 S . . SILTY CLAY MASSIVE MATRIX moillo ...... ICKH!:j CONSISTENCE ROOTS I MOTTLES I HORIZON T"BERTHS A P 0. 22 FRIABLE ABUNDANT c 61 22- S? FRIABLE ABUNDANT COMMON WEDlum 100! 5.YIN!T YPS olfs .0 c 62 57- 81 final r9l. COMMOND, ME PROMINENTUM I OYR5 .0/8 .0 C 63 82-112 FRIABLE FEW Me NY DISTINCTblull S.OVR4 .0118.0 PH a EXCHAN GEABLE CATIONS SUFF .(ME/IOOG) C. 6. C. SAMPLEATE MET VALUE ORGANICN NI TROGENX CA MG NA K DETERMIN ED EPINICM.l ST CARD A PGI 22.3 2 21 :1 .23 8a:6,1 2 c 20 : 7 1 S6:27 . 03 07 7 . 5 :1 261: c BE 57 ..,1202 2 . 37 :05 36 4 . 14 !9 .11 C 63 62 a 1 6 .5 As Os 6 .3S . .17AD :17a :11 14 .1 HORIZON-D...... pt 1 "OqIzO4-DfPlm(CM .) RPM . A P6 . 6:0 c 220:. 225762 6. 0 .... C 62 .1 ST82-112 31:8969 c 63 64 .00 HOD ...... UNIT .TV0E8 ..SERIES DURIEU ...... DATE OF SURVEY& 72 SURVEYORS HAL UBC LtTLTUDEtN!j, 411 L NCIT 2 141 . 4"320 OPTHIC FERPO-HUMIC PODZOL41978) UOV(SECIS EL EI VATSIOON (-It 1205 MIDDLE STRATIGRAPHIC UNIT SPEC6 I CLASTIC, . 11 SILTYE SPEC .T, CLAST!CA, 11 CLAYEYM SEHE ; EXAT V OLIANE GENEr.,_ . GLA.INEC URFACEC PPES3 .9 ENE P D E IPTOC " . I 1 : A IAL a PH I MOISTURE STATUS ATTERSURG LIMITS MPLE METHOD VALUE SUL 1/3a SA15 %0FIELDS C PLASTICI LIQUIDI T HOQIZON-OEPTM(CM .) STATE DENSITY AP A M 1 TUR LIM T L MI AB PF 4 : :4 71a 4139 :0 161 :5. 63 :7 52 1 0. : 25'0 2 4 . 7 .0 .05 1 3 601 .71 45a :0.0. 8 F12 A25- 46 2 4. 9 .7.6. 1 37 .7 67 37 :02 ta .0 553 .9 35a.9 36 1 aif F a M 67-1026- 2 9 1 .,05 7.2 209 :9 9 5 21 : 0 11 C 61 102-127 2 1 .750 '921 .1 6.5 1 5 116 :3 5122 :7.7 Particle Density gm/cc Shrinkage Limit Particle S1.ze % pliorizon Depth Air Oven Max ; Air Oven Optimum >5 .1 cm <5 .1 cm (2 .5 cm <5 mm <1 mm (0 .074 <0 .05 mm <0 .002 mm On Dry Dry Dry Dry Dry Moisture mm . Ap 0- 10 2 .36 2 .57 100 .0 . 62 .0 ., 51 .0 B.0, Bhf IN 25 2 .48 2 .68 100 .0 .66 .0 60 .0 8 .Q Bfj 25- 46 2 .52 2 .69 49 .0 51 .5 100 .0 .68 .0 . 66.0 5 .0 Bf2 46- 67 2 .55 2 .75 92 .5 . 68 .0 63.0 2 .0 118m 67-102 2 .69 2 .78 25 .9 27 .1 , 100 .0 65.0 49 .0 5 .0 llcgj 102-127 2 .67 2 .78 21 .2 22 .7 100 .0 68.0~ 59.0 . .12 .0 DURIEU UNIT TYPEI SERIES OF 6 SUPVEYJSE3 67 ED SUR SURVEYORSY HAL KELOWNA, O .C .M .A . I, R .A .B . OATLSAMPLIN pullpo DETAIL VE L t TITUDEIN ; j , 12249 1514 0440 OPTHIC FLAQU-NUMIC PCDZOL(1978) % L Q NG I TUDN ( (SECII TYPEI S 41M* 0PLE PELEVATIONEC Sla (Mit 32005 STATUSS MODAL SOIL ASPECT (DEG)$ 90 SPEC I CLASTICM It SILTY0 SPEC I CLAST!C It CLAYEY, GENE ; LIANE GENE R; ORMAY 18I SURFACEC EXPiElSAT .1 EVEN ER DESC ICY GLACIEALMA I 0 T DRAINAGE$UNO F SMODERAW ELY WELL DRAINED MLO QPEPVIOVSNESSI t : ODERATE LOCATION$A 165 METERS NORTHEAST OF INTERSECTION OF STAVE LAKE AND SITEHARTLEY RD DS ICKNESSC HORIZON Y COLOUR I TEXTURE STRUCTURE I STRUCTURE 2 HORIZON IMDEP THI M) SOUNDAR L 6- 5 ABRUPT ORGANIC M 5. 0 ABRUPT 5; 0Yl. .12 . 0o llS; O ORGANIC WEAK, E MA I I GRIN ANULAR A EJ a- I ABRUPT SILT LOAM .A5 ;Rol"4A5"1 X at ;5 SUBANGULAR BLOCKV 8 HF 1- 13 CLEAR .5 ; OYI. .13 4 014,00 ST SILT LOAM ; EI AKE I To MEDIUM SUBANGUL&R" SLOCKY F1 13- 7 01 WFUSE .0 A4 .0 SILT LOAM MATRIX MOlS"' ;O 1SU1NE I. MEDIUM BANGULAR SLOCKY 0 F2 27- 42 DIFFUSE SILT LOAM WEAKMe m 7 ;p5v'x'%O'D! 4S ; O 'IIINS.AKE 06ij 12, 65 CLEAR 1 .0 P4 .5 4;0 SILT LOAM WEA111 U. AKE MATRIX 11013 ED WEFINS SU13ANGULAR BLOCKY u EJG 65- 85 CLEAR .A5 ; OY5*013,0. . SY SILT LOAM MASSIVE ONGS I Mal SIRC A SU0 .INGULARR 6 BLOCKY AS as- SILT LOAM *1MASSIVEAK STRONGc , 5A40"I"Ix at ITO S0aPSE.. U GULAR BLOCKY ...... ICKNESSC , CONSISTENCE ROOTS I MOTTLES I HORIZON DEPTHITH M L 6- 5 M 5- 0 FRIABLE PLENTIFUL A EJ a- I FRIABLE ABUNDANT MI .3I- 13~, :: :ABLE ABUN DO:N? Fl . 7 ABLE ABU NY 112J :7- :2 F:::8L6 PLENT:FUL 46 2- S F OLE PLENT F JL FEWI NE F!INT A EJGJ 65- 85 VERY FIRM VERY FEW COMMON ME STa, V, 1 0 !oy'I. N~T 0 4 0/3 .0 As 85- VERY FIRM COMMON. 0 DISTINCT1 'Up 10 .OYP4 .0/3 .5 PH I PH 2 SAMPLEa METHOD VALUE SAMPLE ME THOD VALUE ORGANICa W X NITROGEN HORIZON-DLPTH(Cm .) ST 7E STATE c QBO L 6: 5 2 2 2 42 28 3 . 1 5 0 2 2 53:9, 2 1 :69 23 :32 1 .05 A EJ 8 HF 01 131 2 2 9b 29 13- 27 a 1 45: , 2 61 : a F2, 1 27 : 426 2 Z.51 2 4 1 .7 2 . 30 111 42 _ a5 2 1 5.4 2 . .90 2 .15I'S .1 2 0A E6Gj 65 - 5 22 6 0 2 4 4 . .2 2 UAH F1j as 1 5:8 2 4 5 .19 . 132 .02 EXCHANGEABLE CATIONS BUFF .(MEIIQOG) C . E . C . EXTRACTABLE FE(%) EXTRACTABLE AL(%) CA MG NA K DETERMINED METHOD RESULT METHOD RESULT HORIZON-OEPTH(CM .) P,pp.. L 6 : 5 28 : 68 4 : 69 09 1 so 109 : 6 5 - 0 9 55 2 26 :06 :48 is 9 21 : 1 H Li 0. 1 1 A0 MF 13I. 23 : 27 .11 47.3 : : 2 7 2:7 6 FI 22 023A :0 6 1 1 :9 it : 2 2 U F2 27 . 642'r 6 25 2 1.26 32.: 4 0 MGJ 42- 08a :0. .1 0 26: A EJGJ b5- 85 2. 0 80 .07 .1 0 1971..80. a . 4432 :39. AH as- " . 01.0 4:04, .012 .108 2 1 2 PARTICLE SIZEl%) PNM. TOTAL 62I 2TU 2U1 0CLAY .2UTCLAY P2PP .. SPPM . CUPP .. Z P SAND TAL TO AL 511 HORIZON-DEPTH(CM .) 7L 10 L 6: 5 be : 0 H Ej 5 _ 0I 311 57 .6 1b : 5 9N :97 0 8A HIF 1. 13 1 5 0 315.1 56 . s F12 3: 27 0 : 9 89 .8 21 .6 83 .9 28 so 14 6 FGj 21 13 .0 is 9 4b7- 6 21 .0 69 5 21 : : : 25 607 is1 2 aAAa 0EJGJ 85: 85 72 :0 12 :3.1 2:1a..4. :9b8 .97 33 2A 5 A9 134 0 7 a 2 553 203 Clay Mineraloigy Ho'l ..n CaMrs . Clay (0 .002 - 0.0002 .,J I Fin. Clay (~0.0002 0 >65% est. t a-6 . .t.j 20-40% est . ~20% est. 40 6% est. 20-4CS est. ~2(1% at. I Trace ,A .Jgj chlorlte . kaollnito, mph lbolos, sontacril lohito ~1 .rito, 65-85) -1.01te .1-, plagloclase quartz foldspars qwrt, Mollnl ; . UNIT TYPES SERIES ELK ...... - -- OATA OF GSUAVEU SUPVEYO::" -W::" ..10 5 MPLIN p WPOSESTo DETAILED63 SURVEY - - LOCATION CLASSIFICATION SLOPE LAIIIU0611111. G DEC., . LQ:Cl 12.92 0925 250705 ALGO HUMIC GLEI :.Lil :;:; IS S3 .0. YUON (SEC)$ TYPES I ALE pELEVATIONSI (MIS to STATUSI MODAL $OIL SPECr, ;,CL,A,,ST!C It SILTY C?M6MT,CL.AAST!C It GRAVELLYFLUVI G N EX T EOLIANV E N EX TPRESI .1 PAN AL SU PFACEE C PRES .1 EN ER SURFACE6 DRAINAGEUNDF, : POORLY DRAINED APERVIOVSNESSII SLOWRAPID SITESSLOCATIONSDS 400. . GLENMETE :HEAST OF INTERSECTION OF RIVER AND R, DNER 0 ASVALLEYSOU THICKNESSSS COS HORIZON COLOUR I TEXTURE STRUCTURE I CONSISTENCE ROOTS I HORIZON DEPT I I BOUNDARY A 0 0. 17 CLEAR 10M,,;ROYR3 ;0,03,,Or LOAM VERY FRIABLE PuENItFUL MEDSUB A UM YR4IX . 016 0 MODERATEINGULIQ SLOCKY MATRIX'*-0 DAYO"l' c Gi 1?- 37 ABRUPT SILT LOAM WEAKc FRIABLE Few ,o ;ROVP51 . ;00"2Is ;0 .AIo .OYP6.O/1 .O SU ARSEAN GULAR BLOCKY MATRIX DRY PSEUDOa is c 37- 50 ABRUPT $AND SINGLE GRAIN LOOS FEW c 62 so. 75 CLEAR 0410,OVR4, x ;ooool ; o SILT LOA04 MASSIVE FRIA LE 1 A .0AI . . .SI15 .o A0 ATRIX DRY 11 c G 75 . LOAMYN FINE SINGLE GRAIN VERY FRIABLE .A2415'.0,6RIK .0060.011 5.00T SA 0 MATRIX5 DRY" ...... CKNESS MOTTLES I HORIZON DIPTH(CO41YMI A 0 0. 17 c 61 1?- 37 MANYMe 01 DU"I NCI 7.510SS I .0 .16.0 11 c 37- 50 1,9wMEDIUM0 ISTINCT 7 Y04 .0 .14.0 C 62 so- ?5 FFINE IFNINT 0 V115 .0 .16.0 11 C 0 75. PH I EXCHANGEABLE CATIONS BUFF .IME110061 C . 1 . C . MPLE METHOD VALUE ORGANIC NITROGEN CA MG NA 9 09TERMINEO MOMIZON.Dapy"ic" .) T TE c POO IS 1 0: 173 2 5:2 27 :3 C11 P 1 2 1 5 6 D4 0 14 5 11 Gc 37-7 7 2 1 54 . 3 2 :00.. .10 . G G2 5 - 5075 2 1 2 .90. .,a0 2 :4.202 0 .2 0 .210 it c 6 ?1-0 2 1 3 .71 93 .04 97 .40 1 .20 .20 . . .2 ...... AtP... P2 HORIZON-DEPTH(CM .1 pp .. A P , f? : t 37 :8 CI 6 1 0: 51737 55 c 37-,7. 750 16 .4 23 :0 CI G2 17 .7 26 .0 65 75-0 ll .b 51 0 2 11 c a 14:431 :43o 64:.00. :6600 :1100 200 09 c,c :c.s 0 3 'r - O .Os 3 v 0191 Oa .0 d V -"do ('W7)MId3O-NDZIaDW 10 ...... so : 91t : 690 :1 cg :, go : 29 : 1 I:s a 9 0 69 .9 1 1 9 I1 a ~.s :N,5 OC 0la- 0tZ . cl 1r. 50 9 9 a ST _0? 6 .0c W 91 . 29-t 011 .8 Ile- 9 s 1I z 0? -0 .4 31vis I'W:)1Hid3O-NG?IdOH 03NI"aa.lac x VN 9" N390tilIN 1tNv-) .n 3nlVA GaHiam ldwvs (9001/30)*AdAg SNOXIV3 31OW39NVHDX3 9 :) INIVA at" Wntall" Nam"03 mgzi 319V 1 0 .4 ~., Sr I' 017V wnlo3w INIVA inAiIN31d alawles se -ss-OZ 3 V ai3v %nioaw lrj1IIK3'1d 318VII921 0? -0 d V (S ; '.)4MId3O NUZitnH No 0131-4 1 s3liAom I SLOOd 3'3K31SISN" 3 )ONA ...... 0,4 A113AVW3 0314111vuls VS A VOI -Ss 9 13 It Islow w1biv" 3AISSVW Val O .t/O .CdAO .01 UV311 SS -9c 9 A)0019 dvinvNv qiVtj3QOW CHM03I 'A .A Va WWI Ills AeloiN l. )"1 1'. N"0 0, lvnovbe cc -02 V Ampiac) .j mvinoNviansg w t(I 3stiv bvinNVbg "AV31A3 Nvol ills 0 ZIO MA Ot ivnovbg Oz -0 d V AtivaNnoeNo IWIIHidWs N NOZIdOH a 3uni3ntus i ;IunL~ntsis adnix3i I dnni" zimom S3 XDIHI NOZIdIMDS30 311JOdd 3IVd3QOWn 43 V, ISS3Nsnc)tAb3d, N GINIVdG A1" 1.003. 139VN11dI I ') nd. b33N3A I'S3jdX, 3 33 vidns, NVI :*S3 j dX3 3DV zd dnsN NVAlII03 :1 .3It 1I SWI 3 1 .3 N 30 IVIAnld 3 IVW M13 39 its v :) 3ads 34930) I:)3dS ONIdOIS AILNW)09l'. 1ssvl,I _110s 170014 ssnivis 0? .(,11"S ; N01IN I A313 31d 330Ai 0 1~)3gd 0 .1Is % (9161110SA'41-) oi .n . ng3m 5RS 91, 1L.1 I(-)30nl) a 5 1 9N V I vV 60 6v . . .. . !__(N 30 n 11 I ------Idols NOI1V'JlzJtSSVl3 NOTIV301 A3Adns a3iivitia9 t3snobnd s )Niidwvs0 1 a .q .V .m I 'V'W'389 SVN~013)1 a*AA tODA3AUAS 1 SAIA"n zi 3 v ------N-13 ------ELPHINGSTONE DATE: UF,SURVL HAL K6LO*NA, B .C .4 .A . 1 A . SAIPLIN PURPOSEtY 2 SE .110DEIAILEUPSUNVETY"'VE 11 11 LgTjTUOEC(N ;jj 1492 27 57 L Q N CIT 3 33 4005 TEQRIC MESISOL'19'181Do S 6..0 V2N(fSEC)l TYPES !bPLE ELEVATION 1160 STATUSS M AL ASPECT (DEG)t GENETIC MAY .# ORGANICE a GENETIC MAY .& MORAINAL EXPTTS .1 VENE E SDEMCRACIETOP F N DRAINAGE3UNO , VERYL C, POORLY DRAINED RV F OUI RPE I SNESSI SMODERATEW ITE0LOC:'jON; ONOMOUN"'ANrW'I'T: 3 ELPH!NSTONE .HSAECMELT PENINSULA S0HE ASH412 BOTTOM A DOF FPNAMATZ MENT THE OURL A CMKiAND FIF ATS . M~ TONEMC GVHOaloZUNVW S ANY5DARK COOL EDSOA4GSULAAalpoc PAGMENT HORIZON 7 pICKNESS. M HORIZONa COLOUR I TEXTURE STRUCTURE I STRUCTURE 2 DEH T (C ) OUNDARY a F so- 75 CLEAR 5.0YR3.0ol2fo ORGANIC MATRIXY .11015. ..5 I4A0;.,Rx .5AT 0 ml 75- 55 CLEAR M5 ;OY03M,014. S;O ORGANIC A I m5.OYR2pi .0/2 .0 ATAIX DRY 0 M2 55 . 30 GRADUAL ORGANIC MASSIVE -A5;ROY02~00.'2*0ST MS.01-2IX .0 I *5 ATPIX DRY/1 0 M3 30- 10 GRADUAL Ms ;.OY02. ;0512,0 ORGANIC MAS53VE 1A oVI Is I0 P2 .0/1 .0 ATRIX DRY a H to- 0 ABRUPT .A5 ; .OYR2~01I. jO ORGANIC MASSIVE M EAK UM 1 A ED M5 .0 I Pa . 0 /1 .0 BLOCKY ATRIXI DRY0 NGULAP c G 0. 20 L MASSIVE MA5' .OY5;R0GY%00f5'I . I ;o GRAVELLYOAM 0/1 .0 MATRIX DRY ...... T41CKNESSW r_, CONSISTENCE ROOTS I HORIZON DEPT ( ) 0 F SO- 75 ABUNDANT, D ml 75. 55 FIRM ABUNDANT NAPO 0 M2 55. 30 FIR ABUNDANT A 0 M3 30- 10 PLENTIFUL """".RD 0 H to- 0 FRIABLE'R PLENTIFUL N 0 C 6 0. 20 FIRMSLIGHTLY NAPO PH A P . 2 SAMPLETA METHOD VALUE SAMPLET METHOD VALUE ORGANICa X HORIZON- S TE S ATE CAR ON 0 f 1 2 5,:3 0 M 2 5,.:,7 21. 5.2. S5: :00. 2: 1615 55- 3 2 2 2 58 .009 1 .48 0 M3 30- 100 2 2 5." 2 5.6 56 .1 . 1 :351 0 H a S.8. 2 4 40 : .225 .2 C G DEPTH(CM'00: 20.)0 2 21 6.4 2 4 S.:Y2 3 23 M2 EXCHANGEA2 BLE CATIONS BUFF .(ME/100G~ C . E . 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ISR3NSnalAd3d" N vnij0 03NIVdO AldOOdOlS wwol13OWNII :' Ills0 d 1,13A31 I-S!3~d :3 33VItJnS jAnij I, ;'is :'5i~gN39 Ills I :) 33oS IINn 3lHdVdOIIVbIS d3oon -bOdONVI------9 I lzos lVGOw X31d"no 11dAl isnivis t, ;3(W ; NOIiIA313 0 1 110 S N % (916t)10SA319 '3lWnH 093M oil SS 2?1 "N1 3OnTPJN0bd10a I 9.; VO 61, 13 A iiii NDIIV'301 A'lAt,ng O'll.11130 I3SDdund,ON'1lA . I.VS -9-Y-d I 'V'W")'g -VN*013)4 11-4 tIO113A dnq 9 3A3 tin 1 3 wo ------33HSV43 EMBREE UNIT TYPEt SERIES DATE ------OF 6 Sllllll~ylU. s, RVEYOQIV PNS KELOONA . S .C .M .A, & R .A,S, .A-P11w P PO I DETAILEDT . ll .VESU LATITUDE(N)l0 S W,3 L e4GllUO .l 12249 0549 13440 REGO MUMIC (,LEYSOL41978) C 2 0 ISECI- 5 CTYPES .1 LF PELEW-71ONEC Slo 4 .)l 1 STATUSS MODAL SOIL LASSI GENTLY0 P UNDULATING SPECe ;,CLAST!C It SLILTY *AT. . I.S . . I UVIALVeL SURFACEC P L DRAINAGE$COV NESSI POORLY0 DRAINED P IOUs SLO SITET,LOCATIONM TER$ wES! OF THE KING GEORGE HWY AND 150 METERS' SEM1 800CNTINESeME SOUCLASSIFICATIONOF' I I RNAP is PSALINEVrP . HIC:N!SS HOAIZONM Y CULOUR I TEXTURE STRUCTURE a CONSISTENCE ROOTS I MORIZON TDE T ( M) SOU DAR A P 0- 20 ABRUPT 10.A ;pOYR3I . ;0012;0 SILT LOAM K VERY FRIABLE ABUNDANT Is 6EAI HE GRANULARI C 6 20- 35 ABRUPT to OYR4. 0/2 0 SILT LOAN MODERATESUM FRIABLE PLENTIFUL ,A ;RI 1No is ; WED ANGULARP BLOCKY SEUDO 0 mas 35- 57 ASRUPT 10,0'1112..T. . ;5,1 .1 ;5 ORGANIC FR14AOBLE41 FEW I 01 N C Gs 57- 2A;5Y : .ol2, S0 SILT LOAN M FOIAULI16 . LIY EW PI ot T SL 1 PLAS TIC F ...... HORIZON IMIC KNI. C:T MOTTLES I FIELD PH of I ASSIVE A P o. ao VERY1 STRONGLY F"FAINT AC 0 C G 20- 35 XTRFMELYI :'.LT ACE D a mas 35- 57 EXTREMELY1 ac 0 C Gs 57- COAMONST C7 EXTREMELY I ACID VI OM014.0 PHYSICAL & CHEMICAL DATA EXCHANGEABLE CM:TIGNS 8U :F .4VElIO:Gl CET 'AM 'NED SAMPLE METHOD VALUE ORGANICA NITROGEN CA N D E I MORIZON-DEPTH(CM .) STATE C PBON I A P 20: 20 2 9 26 7:27 a:2,31 29 0 0 :5* 4:.7.,6 :6368 4.1 3. 3.3 :.65.495 :34T 235:9. C0 1.. 35 . 355 2 3.7 1 .98 1 .9 251 90.7 C Gs ST . 7 2 3.1 2.35 .15 1 .94 51 .65 7 2 4 ...... ELECT CONO. . 01 HOPIZON-DEPTH(CM .) ImmmasIc ) RPM. A G0 200: 2035 2 37 17a :0 C : 4.00 0 Gs'ASS 31 : 57 101 3 .2389 0 C 5 5 .6s 4 .2 UNIT TYPE&..SERIES EMBREE ...... DATEm OF r, SUPVLYSU SE 5 SUR SURVEYOR : PNS KELOWNA, B .C .M .A . G P .A .B . S A PLIN P RPO 3 DETAILEDa VEY LATITUDE(N)tE "t LUNGITUON((SeC)3 .2249 0!,56 14~50 :1,6OU"UMIC 6LEYSOLI :11781 C2 .0 PREL 5 V* YPEs PLE E EVAC TSIGION 404 ) 2 2 TAT St MODAL UIL 'CLASS3 GENTLY0 UNDULATING SPEC .T, CLASSIC. 13 SILTYL GENE OATE . .ESI .' I EVeLVIAL SURFACEC P L DRAINAV DRAINEDE PEP IOUSNESSIGE1 POORLYMODERAT !!2!:!=.t2!:! CLASSIFICATION PHASES SALINL . THICK7EMSM HOR4ZONY CULUUA I TEXTURE STRUCTURE I STRUCTURE 2 HORIZON DEPT C ) BOU OAR A P 0- Is ABRUPT lo ; gYR3X ;10/23 ; 0 SILT LOAM "~DNI MA I is RA U'ULA . c 6 Is- 45 ABRUPT SILTYL CLAY MASSIVE 11rAVC Se 'O*OYR%O.AT. IA UIS12 T O OA pOAI SMATIC PSEUDOR 0 HB As- 51 ABRUPT ORGANIC 'o.A ;oy'. 1'2*0*". .OIS;o MUCKY A MISS 57- 73 ABRUPT CLAY LOAN : 006 t : IE 42 ;201 :2 ~ 0 1 s2; o NGU a OLOCKY C GS 73- CLAY LOAM MASSIVE .A'o ;AoYj R%00 'I STI'D T04ICKNESSp 14 M CONSISTENCE RJOTS I MOTTLES I FIELD PH HORIZON OE T (C I A p 0 . to FRIABLE ABUNDANTL STRONGLY ACID FIN C 10- 45 FIRM P-E Iff IF JL COMMON0 . VERYCl STRONGLY IN ENT. .,6 . . A D P 0 Ma 45- 57 FRIABLE TREMELY ACIDEX A M13S 57- 73 FT.C .1T EXTREMELY plam ACID LAS IC C GS 73- STSCKYT EXTREMELY PL AS IC ACID I Q :,t S0641 .6 :0G: ?SoSo 35 2 6 SL -Gr ej 0 9-09 Se -0 0 V -ndd .4(3":)IS?HWW)2331 l*M3)Hld3Q-N02lt10H Id N03 1 go :T G9 :c al":'t 6* :: gs :c O :c a .6 06 0 EN6 61 cc 6 19I 9 or cO- c I1 011990 3 Ic :z 2U. a a2 rt -Se0 9 9-cel lV* C09 I . C. t . 99 19 . 0112 . Co ., 911 : 10t TL*ct 1d a x NoGdV39 31VI 1 H 03N["031300 X WN ON V N390dAIN 2INTOno 3n'1VA Qoml3w 3ldWVS1 (OOOt/3")*AAng SNOIAY'3 3l9V3ONVH2X3 .~! vivo lV21WINI I 0't1O;W9dAS ;Q0l 3119VId AlIN91119, Mai AmIlls210".011 . .06 rig O'C/0-SAO-9I I" DIISVId AlIHOllSI N1 31OW U, 36 AW311S Noh 06 -SL ISO aleV00111I A VAILN31d .A AVbl".A 61 -98 ej a , lf"AlIh3ld3NI alevidiobv" se .0 d V Nozidom 1 S3,1110H 1 sloom 33NUSISN02 SSIN'"""Wo.21 .1 ...... Islo" Ylt1IV" 3AISSVW wyol Ills 0-1/0-VA0'r ivnovoo -06 ISO 0 Islow xlt1Ivw 3AISSVW "Vol Ills O-?/0*CA0*Q Idnv9v 06 -91 ISO 3 , A)o!)nw Nv 900 IdntlQV 1.4 -Ge 9A a 0.1 Ab AND016 dwinoNven is lo?'),X.410,14", 9 bvimvtio 3'"Vol).13. 3NIJ wyal Ills 0.210-2tlAo'otlow IPVT Adnaev cc -0 d V AilvaNnou1 S,4M'3lHId3G1 NOITUOH I 3dnL3ntjAs 1 3tjni,3nuks 3"nIX31 I dnoio~, Noz 004 BP4)07 HI -3NtlVS 13SVHd NOILY21AISSVI'.) .3 . ., .uyaqoo~. _,.a d ss,NsnOlAd3d, 'N Wd A a 39 I 0 13ABI 8'S3!dX! ?3vjanq3, A .1 S,_,, Ills A 5 w00JONVI I 'IV!aj!VM AN3UVd ONJLvinoNn .AlAN3O tssv,D" llos ivoom isnLyis 20 .1,11S ; NOII ;A :13 31dW03. a Al 9 1 N 0 a f816T)IOSA319 3twnH 003" 0AllS ' .a"d :9 6N, "MMANt.11 NOIAT'301 A3Adns o3ilV13096 41SOdbnd, SONIld"VSin 31 .0 -Q-V'd I -V-W-D'fl -VN4019)4 SNd lt1nA3Auns A3AUn ------331113YU------ERROCK DATE OF r2SURVEY1SE I I HAL KELOWNA* 8,C .MAS .UP & R.A,G, SAMPLIN PURPO SEMI!bETAILESURSUVERYVEOPY1 LOCATION CLASSIFtCAT ON L E ------LtILTOOgel%j . 1449 131 133 LQ4CI 22 8 054 GLEVED UWTSTEIN 0 FER :Q :HUMIC POOZOL(197 c 3 ..0 TUON 1 (SEC)$ TYPL9 0 PLEX MVATE SION (M)t 200 SIATUSS ~O AL U L COZEM ;,CLAST!C It GRAVELLY GESCnIC,kATI : 1 :L DE p OR FLGLACV L DRAINAGEU : IMPERFECTLYS 0, DRAINED NOp F3U . L RPE VIOF SNESSI ODEQATE SITE LOCATIONS 400 METERS NORTH OF STEELHEAD, MISSION TREE FARM . ------TEXTURE STRUCTURE THICKNE.SS .0-U42011Y COLUUR I COLOUR 2 I nE I 4C ) 80 OAR L Is- 13 ABRUPT ORGANIC HF 13- 0 ABRUPT ORGANIC A E 0- 7 ABRUPT M 5 OYASR o/ LOAMY SAND WEAKM TO TO MODERATE AT.0YIX.S .AOls'1W.0 SUBANGULARE M SLOCKY MATRIX0 DRY5 B HF 7- 17 ABRUPT 5 OY 0 SANDY LOAM MODERATEM M A;.111Y"2.X.40.O,0"15 T, SUlO!U8 NGULAR OLOCKY MZT21X ORY4*0 a FC IT- 25 CLEAR 474a YASX AO/No LO SAND MASSIVE A I OIS 5;.Ol'x'4 .oO,8is ;0 GA AAVMyELLY M2TRIX DRYS 8 CGJI 25- 35 CLEAR 12M ; 0y :5 4 0 .0b ; Q MASSIVE Rl Ols SANDGRAVELLY 8 CGJ2 35 . S? CLEAR !2 ;0YR5A9/b;0 MASSIVE RIX Is MATCLLI C 6 St . SINGLE GRAIN ...... CONSISTENCE ROOTS I...... MOTTLES I ------ZEM ; ; ; ;Tl ; ;------ZOW YHICK,N2!S STRUCTURE 2 AGENT/OESCRIP . HOPI DE T ( ) L 15- 13 PLENTIFUL ABUNDANT GRAVELLYSAND HF 13- 0 VERY FRIABLE A E 0. 7 FRIABLE ABUNDANT 8 HF T. 17 FRIABLE ABUNDANT VERY FIRM FEW FE NE INDURATEDT 8 FC 1?- 25 CON INUOUS F'FAINT VERY FIRM CO!MUN STOONGLYT OCEMENTEDS a CGJI 25 . 35 SINGLE GRAIN C N INU U FlDISTINCT.5E 7 YAS.0/6 .0 35 . 57 SINGLE GRAIN VERY FIRM CO M)IMON STRONGLY .CEMENTED 8 CGJ2 CONTINU US MeD,!SST%N~TUM 5 0/6.0 C G ST . LOOSE FEW FEDIUMN AT 7 PH 2 SAMPLE METHOD VALUE SAMPLEA METHOD VALUE OP(jAN ICN Y NITROGEN HORtZf)N-DEPTH(CM . I STATE ST TE CARBO 1 :42 L 151 : 13 2 a 2 3:5 5566 :00 F 3 01 2 2 43:0 a 3.51 1 .67 HA E 2 ..2a 2 3.2 .084 17 2 1 5.0 2 1 .91. .35 5.5 2 45.. 2.329 a FC 1 1 25 2 .0 8 CGJI 2T 3S 2 1 5.9 2 5 00 2, "a CGJ2r 35-5S S7 2 5.7 2 :5. :6'. 1 S.7 5 .5 ...... 2...... FRAGMENTS ...... :'C.ANIIAILE C111UNS----BUFF ---.(ME/100G) C . E . C. COARSE M(l NA K DETERMINED P2 M . % VOL GRAVELX COBBLE CA Sppm. % HORIZON-DEPTH(Cm .) P.., pp LF 151 : 13 2 :29 132:.l 66 :71 113 :0 H 100:,539 2:470 97 60 1 :92' 36 .0 6 .0 E 3- 07 2 55.0 BA HF 7-0 1 7 76 569.3--- 27 .2 b 0 1 3 :30 L5 150 22 5 1 9 - 50 3 10 0 FC JI .8 6 .003 200 a CGJ, 1125 : 2535 .1 9 ..8 .0 2 .04 8:8.4 2 :,I~ 2 42. : .o 8.00 4.0 2 a CG 355 ST .181 .011 .0 3 :02 .00 zo c G 7 .17 b 02 51 .11 7 .0 79 .0 14 .8 so COARSE FRAGMENTS STONE HUPIZON-DEPTH(Cm .) % L 1IS : 13 HF E 0-3 07 .03 .09 A3 HF 17 : I17, Ba FCCGJI 2 7 _ 3 3 5 5S 210. C CGJ2 5 5 : 57 20 G 7 20 EUNICE------DATE SURVEYOR$ - .L "LO .11A . B .C .M .A . f, R .A .B . SAMPLINGF SURVEY'PURPOSES 11-1!911TIILID SURVEY OCATION CLASSIFICATION !~20E LATITUDE4N ;:, LON 12249 IT31 4*3550 TYPICT SFULISOLI TYPEI SI'0'0.PL PREC17SUISNI(SEC)tL VATS STRONGLYI! SLOPING e E ON (MIS 2005 STA U I '978'DAL SOIL CLASSI !!t!n_t!!!!!AL------& LANDF2RM - - 66:rllC :Al;:.., OQGANICE _ GENETIC MAT .1 BEDROCK SU FA E XP v N ER !=M A NAGEI RAPIDLY DRAINED TYPES INTRUSIVE ACID UNOF LO SLTI,L?CATED 2400 METERS UTHEIADMINISTIIAIIONE SLOG,C . USV QESE :PCHU F MER L' 13SIRFj:o :ALONLY NOR"I N EOF. S L It I TH H 15 HUMI CELLOA NGAL TMYCELI . E NICINr E Cow.!FCO:L . CKN2SI NORU4ZON V COLOUR I TEXTURE STRUCTURE I CONSISTENCE ROOTS I HORIZON TMIDEPTH( M 80 DAR LF 11- a ABRUPT ORGANIC N a. 0 ABRUPT 5;0YR2. . 40fll. ,iO ORGANIC FRIABLE ABUNDANT MA I I ABUNDANT A E 0. 4 ABRUPT OYR4,511*5A IS .0 ST SANDY LOAM VERY M :EA : ,S . . . C., VERY FRIABLE MA5 ; I I FSUS E S A UL PH I PH 2 NITROGEN1, SAMPLEA METHOD VALUE SAMPLEA METHOD VALUE ORGANICa N " HORIZON-DEPTH(CM .1 ST TE ST TE CAR 0 LF 11a: a0 2 2 4 3:9 M 2 2 43:26 a 4 3 1 5-3:939 ' :!'$ A 9 0: 6 IS 4 ...... EXCHANGEABLE CATIONS SUFF .(ME/10061 C. E. C. MG NA K DETERMINED P2 ' . SP.. CU . . ZN CA PP PH MORIZON-DEPTH(CM P,P.M . Do 7 LF a 15 .07 3:56 : 3..1 2 :60. 679 . 08 .3 95 .0 a18 .3. 11a: 1, 11 .23 2 44 3 1 6 ... :0' 2 '83-1 .3 94 .0 1 3 a34 :6 A E 0: A UNIT TYPEt SERIES FADDEN...... OFGSUPVE 6 SURSURVEYORS HAL KELOWNA, B .C .M .A . & R .A .B . 05 :MTEPLIN PURPOSEIY : ULTAILEDa VEY LATLTUDEE(N!lt 14 ; 03 02 LONp C17UD 2 11 460 ULEYED GWAY LUII : ..LI1978) 1 0 N (SEC)$ 5 YPE : CO PLEX ELEVATIONRE Sto (MIX 6 TATUS -' .U-NMODAL $0 L SPEC I CLASTIC'k It SILTYa GENE ;CC L INE SUPF E P LEVELCUS'p OPAINAGESU 0 StIMPERFECTLY. 'V DRAINED 11 VFFIU PPER 10 SNESSI MODERATE0 SITETH E LUCATION8E 5 Eo 90 METER 2 I tEST BOF O JUNCT IONT OF SU .AS MT RD AND HWY 401 . ER AP EV AL THIN TY AN 5 IN HE 11 CG . . * ...... * .* .* ...... * .* ...... PRO ILE DrSlPl ...... THICKNE!S HOR4ZONY CULUUR I COLOUR 2 TEXTURE HORIZ O N O f T ( I BOU DAR STRUCTURE I A P 0- 20 ABRUPT SILT LOAM STRONG '0A ;llyl~X%"'S0 1' ;0 FUINE lo .oyR4 . c) /I .o S BANGUL AR SLOCKY MATRIX DAY5 A EGi 00- 30 CLEAR '1~0A;oYP5;0/38 .0T z; 5Y5.O/2M no1, SILT LOAM TRON GM RIX Is MA RIX 0 MES VSANGULAP'U BLOCKY BA 30- 47 GRADUAL I0M T.OYR%0/2X ;0 SILT LOAM MODERATEO A RI Uls E IUM P S TIC 8 TGJI 47 . 87 ASQUPT 10 YR%O/2 ;O SILT LOAM 0 A i .IX0 015 CS OARSE TO MEDIUM P SM TIC A HUT 87- 95 AGAVOT 40 ;OY:3 SILL A TY CLAY A RI MOIS.O ."fo 0 M COARSEP, M p S ATIC 8 TGJ2 95-120 AB :tU0I 10 OYR4R LOILTY CLAY CSTRONGA AT1 1 . ;1)'12s0 ;o AM p0I R SEMATIC 11 c 6 120-150 SAND S N LE GRAIN ...... S. ON...... THICKNESS. I STRUCTURE 2 CONSISTENCE ROOTS I .0 .12.N DEPT (Cm MOTTLES I CLAY FILMS I A P 0- 20 STRONG FRIABLE ABUNDANT MEDIUM6 SLIGHTLY HARD QA NULAR A EGJ 20- 30 FRIABLE ABUNDANT FEWI NE DISTINCTI 7 YR5.0/8 .0 ...... BA 30- 47 STRONG STII PLENTIFUL A COMMON CO A' F CKYABLE 4FINEPROY SU3ANGULARRSE OLOCKY PLASTICR 1 .5y"MIN!Nl0 5 /6 .0 a TGJI AT- 87 FIRM PLENTIFUL MANYI COMMON Fpp NE ON 6 REDE I FACES-I INE4T UN 0 C F ED ? .5YR5OM .016 .0 A HBT 87- 95 FtRS tIC PLENTIFUL COM OONC r 'CES . P A ON P 0 UNS ECIFIED a TGJ2 95-120 PLENTIFUL F1MANY 0 COMMONP FIRMPLASTIC NE U N Sp ED FACES- P ! 04Y AN!111 . .o N ECIFIED 7 5 5 o/ 11 C 6 120-150 LOOSE FEW C13MANY PizARSE 5. OMINYR ~Nt 0 3 0/4 .0 PHYSICAL & CHEMICAL DATA PH I PH 2 SAMPLETA METHOD VALUE SAMPLETAT METHOD VALVE NITROGEN HURIZON-DEPTH(CM .) S TE S E A 11 oj 20.: 20 2Z 5 2 4 0 2: 59 E 3 1 5 2 : :5 BA 30- 47 2 5.9 2 5 . 8. . 60 . 013 TGJI 47 : N 2 1 5.2 2 .60 .0 6 HOT 6 .2 2 5 : 6. .2 1 JITGJ2G 87 -1205 2 1 6 .2.. a 5 :3 1 c 120-15095 2 1 6 2 5 1 EXCHANGEABLE CATIONS BUFF .(ME/IOOG) C . E . C . cORGANICAQ8UN" CA MG NA K DETERMINED P2 cuM . IN HORIZON-DEPTHICM .) P,PR . . pp SPPPA, PP PPM . 0. : 200 7 :J'17 1 :75 :36 6 17 7 36 :4 90 :S 4A 0 .1 2 3 05 '3412 :05 , ,a :22 3 BA E 30- 7 7 g . 92. . 1 1. 8 9.1 Z1 7 . B27 .6 AT- 87 4 5 .51 .00 6 1.3 35 :4. a 92 .t .1-1 1 .58 38 .4 .22 . 0 A HS a?9 . 95 15 .2 7 25 .0 1 2 2 . 9 7 :1) 40 4 : :t; 52 :0 105 :b B , TGj27 G 25-120 11 . 093 7 : ".0 :22 . 019, 6 0 9 5 - 1 : 5 9 44 .9a 99.3 . 7 131 TGJIc 0-150 106.96 .18 2 15 9 FAIRFIELD UNIT TYPES SERIES DATE ------OF r, SURVE MAL KELOWNA9 B . :""' SIMPLIN PURPOSESYl DETAILED70 SURVEYSURVEYORS LATITUDEIN)la r_ WI, ELUVIATED MELANIC BRUNISOL(19?6 IS LANGITI 12492 0717 4612 GLEYED CO4MPOLEX US NI ISEC)l TYPE$ pELEV41100NSIC (MIS 026 STATUS$ MODAL SUIL SPICE. ;,CLA.SI!CA . 11 Sl.LTY E UVIALL GSURFACEC EXPRES7 .8 FLEVE ORAINAGE1UNO , IMPERFECTLYMe U DRAINED RPEQV F 0 1 USNESSII MODERATEof " VILLAGE . SITE LOCATED NEAR HIGHWAY OVERPASS OVER C .P .R . NORTH OF MATSOUI HORIZON T ICKNESSN CM HORIZONY COLDUA I TEXTURE STRUCTURE I STRUCTURE 2 DEPT" ( ) eOUNDAp 0. 27 ABRUPT I0 T,0YQS %,00'2) ; O SILT LOAM MODERATEM UM A P ED AI ...IO.F .INE 00..IX02 .5/5IS .5 us LA LOCKY 1MATRIX1 DAY GRADUAL IOIS TOYQ5, X .S.2 iO SILT LOAM MODERATE, sum A EG:J 27- 37 S ED 1A OYI .7 .O'Sla .s UBANGULAR BLOCKY MATRIX0 DRY0 wEAKSUM MODERATEC 5 9 TJGJI 37- 57 GRADUAL lo ;.OYI.15 .0012TO SILT LOAM JA DypbI .0/2I S .5 MPERISMATSC SUOApB ANeGULAR SLOCKY MATRIX0 DRY AllD I U . ATE a TJGJ2 57- 75 A19RUPT M 2TU5Y5 .0/2. ;0 SILTY CLAY A .5yIX .0 012 .0I LOAM '.ri NCODERE PRISMATIC SONUSANGULAR BLOC-1 MATRIX2 6 DAY/ SANDY MASSIVE 11 ac 75-100 DIFFUSE 2;$Y*.5/2. ;0T FINEA 04A RIX Of L M MASSIVE 11 c G 100-12? CLEAR S;OY5 .0."ZgoT FOINEM SANDY MA RIX 01 L A FINE SAND SINGLE GRAIN III c G 127-175 .Io .,0Y05Q .,012) ,0 Ix is ...... THICKNESSp T14 , CONSISTENCE QODTS I MOTTLES I CLAY FIL04S I HORIZON BE (CM A P a . a? FIRM ABUNDANT MAP 0 PLENTIFUL .. COMMON.F...... 27- 37 "a" ...... M O.'U"NE .T 7 .5'. . .014 .0 CrommoN-1) 1 MANYt, a TiGil 37- 57 FORM0 PLENTIFUL HA "PPOM~5ypUI MNENT.0"6 .0 ONUNS T NE D FACES- 7 4 PEC I F I ED MANYT, a TJGJ2 57- 75 PLENTIFUL COMMONI HARD PA SS UM IN ,.0011,!NTY 5 S. . ON SPEOe I FACESI . 5 P4, / U P C F ED 11 ac 75-100 FRIAOLELI, V . .no FEN OANYMe U . HYL 'VEN't'N 5 PPOOMIINENT 5.0ya3.0,13.0 MC CA)N Y 11 c 0 100-127 FQ I ABLE, ..go FEN GHTL PR AR SL MINENTSE FIRM 7.5YQ40 .515 .0 III c G 127-175 LOOSE FEN MANYC A " 00PSEI N ! NT AEGJ HARD 10 R.0YR4" 00,3 . PH 1 PH 2 SAMPLETA MLTHOU VALUE SAMPLES METHOD VALUE O :GhNICX NIT :OGEN HORIZON-DE PTH(CM .) S TL TATE: C PSON 0: 27 2 2 5 0 2 78 24 37 37 2 1 2 4 .98 b24 ol B JGJI 57 577 2 S . 2 4 5 06 t. . 7 2 45 .0 811 TTJGJ2SC 2 1 4 75-1007 5 1 5 .86 2 .005. CCGG 1Do7:11,27 2 6.0 2 11111 2 5 2 1 b .0 2 55 :20 ...... EXCkANGEABLE CATIONS UUFF .(ME /1006) C. E . C . CA MG NA K DETERMINED P2 , . ZN, . WN HURIZON-D EPTH(CM .) P,P .M . Pp :R . . CUPP . . pp Rpm A p 2T0: 27 9:84 :,17 5.6 .0 4.6 .0 .1 .4 22 : I7.87 I :b4 I 3.2 4401 .9 2 311 . ;, '09.. b TJGJI 37-57- 57 09.278 2. 1 17:2 4 6 2: '1 2 .1 B 1 YBCJGJ2 175 2 .4 2 b.5 1.4 .7 A4,0:,4 .3 8 .6 79 :7 1 75- 00 4.673 1.271 :160 :151 9 a 4 1.8 3. .0 6':.3 11 C 6 100-127 III C 6 127-175 22 . 9 5. 86 :06 57:11 C,j ...... ?04:45 E PARTICLE SIZEf%) TOTALD 6272TU 2UUCLLAY TUYCLAY HORIZON-D EPTHIC4.1 SAN S L 7 TA 0 AL A PC, j 27 A EJGJI 2-10: 7 23 1 37- 3757 1 71 0 101 . 138 JGJ2 57- 11 TSC 75-10075 1 c 6 100-1271 11 c G 127- 75 70 VOL Ilp P., IJI .4. po UZ-91) ..I. '11luo :71Z11 - r.v .~.. %0z, *I-- %D~oz *~ .. %9_0v 14- %S9. t I I 1 (a zooo-o>) A .13 *uIj I " Z000*0 - Z00*0) A-13 -3 1 u0z1jw A51 . I.. . . IN A .13 :oOt 9 99,11 %1 1 O:cz 9*6 00,SL -so arorl a 0 6e 9-91 GVe .LZ tr9ri v9 0 Le 6 :Cl rg 0 6a 91 .1 .091 c v 'Oddd Oddto H'.) Id3G-N ZIUO" ...... ------i...... 2...... 0 :s r -;OT -, S~ ; 6 s I I, 001:%L 5"a It 1.9 1 GT :I 6r :V 1. . 1:0111 000. : 60"0 : 1q.9 so* es* 1 42 It% r r3 v 0 90* q 0 .-1 21 . 92-t6 1"S. 0141, Soo . 60' rq*L VC-C s?* t-C a-s St -0 d v III % NO d 3 31VIS I .w3lHId3Q-NOZIdOm O3NIHd313O N V N j " V 13 N39OdIIN 1~ I NVS too 3nlVA OnH13H 3ldWVS iqooi/3~,)* :i4jne SNOTIV-3 3lGV39NVH3X3 I.= vivo lv,3l"3m7 1 ;MM: O*Lfo;CtIAGI ;l I N ISNJ 0 3NV j A H wal.1 .00t 0 O*Z/O;CUAS,4I N 318VIN-4 oot-St 9 9 It S"ITIAO3 NIHI, g*C10 439 1 34 "Vol,A . 43A NUIA 91 -61, arorL v 01*110-CUAOI 1 2Ot N No NINA.. on 030, OD NO 1 0 inatIN31d NutA so -tv irurA. It 3NIA3 A lnAtiN2id HbIA 4a -111 ra v LNVONnev 31,18VIah 91 -0 d V n2lfte$30 NOZIUOM 114 All~ I s3lilow t slood . SINUStSNO2 ssa :!!m ...... m, .Zm ...... 3AISSW" ISIOWO'Z/9-SASXld'ZWH -cot 0 2 AW3018 avinqNvon,, 2 ONIS Igloo x1d4w"S NIV09 319NIS 3S"AV30. 3MI-4 A"VOI 0 . A dV312 001-SL 9 a 11 AN3010 avinONvens1 0 ISIONz xId!Vw0 31Vt13GON" 03 its 0. "0 dAO 1 UV313 st -90 2M L 9 AA0019 dvineNvans1 m 3A,on 303 a GOO wwol Ills 0'SIOWVia-SdAOWW VWOI dV3l '> st IL irori Q AW~018 avin9NVens3 . on,N,33 . Islowr, "Vol Ills 0.010 . Xid. 0,V".ol dW313 I? -@1 (13 V o .a At1?SX 111jV1A 0,1 Ax3ois uwln9NVans NvolAils t0 As .10() . 11. 31Vt13COW 01 3NXV301-4 Nvol Ills O'C/S'CWAO'oII tj1V7 Idna9v @1 -0 d V AbVONno9 j ;3,)4HAdj3a4 NOZIUGH u aanL3nbLS I 3uni3ndis 3anLx3L I unoio3 N z1bo 3 x3t 1 aivd3oomt, d 1 vssaNsnolAb3d3 V 03NIVdG A1133 3 0 9vNI ba I 'V 19A31 I-SIPJ!d,W3 3,3vjansI , lAni_4A .1 1A.S,_,3, 5, .jia Ills -1 234S AdOAONVI 9 IVIU31WO IN3dVd qNiivinaNn .A%N39 Iss itos ivao . 3snLvis .1,3gJIM : NOIIIIIA3143 3ldWO-3 I3dAIV13 Iso N 0 RL61)iossNnd9 3INW13M QUVIAni3 03A310 cl1 Vol1 Z?l 0All' .8i 9 a 60 I(N)aoniiivi10 9 NOILT301 A'4A,,nS a3lIvIia9 13Sondnda S9NIldWVS0 V -V-N' :)'B -VN%013X IVW IdDA3Adns S A3Aan mo 31 a ------SjI83S !3dA! 1INn FAIRFIELD UNIT TYPES SERIES DATEM 1. OF , SURVE 63 ED SUR SURVEYOR3 GGA KELU*NA* U .C,M .A . 6 R,A,B, SA P IN PURPOSE9Y1 UETAIL VEY PE LATITUOEIN11G or Le Q NCITUUN17SeC, . 12249 0816 0002 GLEYEO ELUVIA7E LMELANICIL BAUNISOL(1978 YRES 05 COMPLEXG 3 .0 LEVATC SION fM11 6 STATUS MODD A so 1CLASS$ ENTLY UNDULAYING SPEC T,. CLASTICM . It SILTYL GE E AT 0ESI .S F C UVIALL SURFACLNL C XP L VE DRAINAGEIC, I IMPERFECTLYU DRAINED RUNVFF SSt MEOIE PER TOUSNE MOD RATEM THICICNESSp , " HORIZON14 " COLOUR I TEXTURE STRUCTURE I STRUCTURE 2 HORIZON DE T (C BOU DAR A P o- 23 ABRUPT SILT LOAM MODERATEM 1040y".A .0,11*5T 10 .01'".5 . 0'12 .0 SUBANGULAREDIU BLOCKY MATRIX DRY0 A Ei 23- 35 GRADUAL 10..;OY115,012. . . ;0 SOIL7YL CLAY 1,EAKp Ty V,.EAKJU, AM LA 10 .01I.1. . 01513Y .0 SUBANGULAPED BLOCKY MATRIX DR0 a MGJ 35- 55 DIFFUSE MODSPAYEm UM ,o*o,R5,012M.T .1 Ul ;0 SED 10 .0 46.515 UB IANGULAR BLOCKY MATRIX DRY3*0 sc 1 S5- 80 GRADUAL SILTY0 CLAY MASSIVE !Of:y :,MM;O L AM 1 : . OYRb .033 . 0 MATRIX Day ec a so- 96 ABRUPT !O ;2YpS 4o/t;O VERY YFLINEM MEWEA"'U. 10A.0'IX.,.. 01/3 .0 SAND CA 0 SUBANGULAR0 BLOCKY MATRIX DRY 11 c Gi go- FINE SAND SINGLE GRAIN ...... .. .IZ .. 1HICYNESSp . . CONSISTENCE ROOTS I MOTTLES I DE T IC I A P 0- 23 FRIABLE PLENTIFUL A EJ 23- 35 FIRM FE . FEWNE FlA F INT a MGJ 35- 55 FIRM FEW COMMONol 10N YUIR ~, .0/6 .0 ec 1 55 . 80 FIRM COMMOND 10M UMR S .0/4 .0 bc 2 so- 98 F141ASLE COMMONNE lOF ! OYRS .016 .0 11 C Gi 98 . LDOSE FE *NE F~FAINTI PH I EXCHANGEABLE CATIONS BUFF .(MEOPIOOG) C . E . C . SAMPLETA METHOD VALUE ORGANICa N X NITROGENX CA MG NA K DETERMINED HORIZON-DEPTH(CO .1 S TE CAR 0 A Pj 2 10 30 :300 330 :02 A 2 1 : 2 a r, Gi 35- 2 5.. .51 8..a40 2.2 . .20 .101 209:5 scM1 55- 50 2 1 5:b .70 .076 9.8 0 2 SC 2 so- aa 2 6.9 0.1 1 :. 280 :10. :1100 115 .2 11 c Gi go- 9 2 1 5b .2a 1 .80 80 .10 .00 5 .1 ...... MORIZON-DEPTH(CM .1 P . . ppm-2 . A 2.0 23 1 .22 :00 A EJZ 230:35 a b MGJ 35- 5 11 .2 a BC 1 55- so5 8.4 as35: .0 ec 2 Bo- 98 9.0 ll c Gi 98- 40 .6 ToNO 5:45 4:060 133a 1:4"0202 .. FAIRFIELD UNIT TYPES SERIES DATE 0 ------SUR SURVEYORSY HAL KELO~NA, B .C .M .A . 6 R .A .B . SAMPLING SUM"'PURPOSES:Y1 DETAILED66 VE LATITUDEIN ;I, LONGITUD, 12219 010. 47170 GLEYED t ELUVIATE MELANICL a L SQUNISOL(1976 C 40 N ' ISECI . 5 111 In I 0 PLC IRELEVATIONC SID (M)S I STATUS MODA0 5 I CLASSI UNDULATINGX SPEC CLAST!CA It rSLILTY NPECT: I CLA"!CMA It SLANGYF GEN i 0E . T RESI . . VE UVIAL, . Q NE C 7 S UVIAL SURFACEE C P NE OOAINAGEIUN . . IMPERFECTLYME U DRAINED pPEPVIOUSNESSI: MODERATESl M THE A EJGJ IS SLIGHTLY VESICULAR . ICKNEW :S COLOUR I TEXTURE STRUCTURE I STRUCTURE 2 HORIZON I'mDEPT I ) HORIZOBOUNDA:Y A P 0. 15 ABRUPT SILTY0 CLAY MODERATEM UM M10. 40YR41. 40"1S"OT L AM SED USANGULARI BLOCKY A EJGJ Is- 30 GRADUAL 10 T14.DYR4400/2;0 SILO TY' CLAY MODERATEM UM MA IX is L A SED USANGULARI BLOCKY 0 MGJ 30- 55 CLEAR 10.At".CYRA..0113Ir.0 SILTYLO CLAY Ix Ols Aid MODERATEIUM TO COARSE 'I'DSUBANGULAR BLOCKY SIC 55- 73 ABRUPT io OYR4 5/2 0 SILT LOAM MASSIVE WEAK TRIX MOIST SUBDIA UMNGULAR SLOCKY 91 C 6 73- OYR5 5.02 0 SAND SINGLE GRAIN 'oA;RIX GIs; ...... IZON THICKNESSC I CONSISTENCE ROOTS I MOTTLES I NOR DERTHI M A P 0. 15 FRIABLE ABUNDANT A EJGJ IS- 30 FRIABLE PLENTIFUL COMMONNE FI F TNT *SYR&.0/4 .0 a MGJ 30- 55 FRIABLE PLENTIFUL M&NyIEDIU1. F 7T K .0/4 .0 SIC 55- 73 FRIABLE PLENTIFUL MANY ' FINE1 TI .Cy 0 5 OSYR4.0/4 .0 IS C 6 73- LOUSE FEW FEWWe F1 PHYSICAL & CHEMICAL DATA P. I PH 2 SAMPLE5 A METHOD VALUE SAMPLES, METHOD VALUE ORGANICA 6, N X NITROGEN HORIZON-DEPTH(CM .) T TE ATE C p 0 5 3 2 4 2 :230 1 PEJGl 105: 11 5:6. 5:31 9 .10 a MGJ 30 . 55 2 2 S., 551: ?3 2 1 6.10 2 4 5.5 .2358 :0.46 OCit 1 7 2 3 6.3 2 4 5.3 ...... EXCHANGEABLE CATIONS BUFF .(ME/100G) C . E . C . CA MG NA K DETERMINED HORIZON-DEPTNICM .) "IPP. . P2Pom . 6PPM . A 01 JGJ 6 1 :2 125 :0 Is0: .115. :3 4. 1 :44a :11,1 :11 5. 11 %jC 6 30-S5. 5573 A4 .38.?e 1 ..0:3 5 1531 .5S 1'2' .0 : 10.a :111 1 .52 1 .5 .0 1 :5 1 73- 13 .7 . .01 .07 0 2 .1 869 .00 2 .05 UNIT TYPES SERIES FAIRFIELD...... ------ C1 SUM SUPVEYORS VKC KEL.04NA, B .C .M,A . f, R,A .B . DATESAMPLINGOF SURVEYSPURPOSES DETAILE61 VEY LATITUOE(N)fa e I W', L No[A 12149 191 2805 GLEYED ELUVIATED MELANIC BRUNISCIL(1978 % ELEV TIONTUD IMIS 13 TYPES CO-OLEI'D Y 57ATUSS MODAL SOIL CLASS$ GENYL X UNDULATING SPECIta CLASSICMA 13 SILTYF SOEC,,rIASI!Cr E . 18 SLANDYF ;jC eXT.jS. . VLUVj'L ME C M T UVIAL SURFACENE p ENE IS DRAINAGE&U 0 F MODERATELYV *ELL DRAINED N F IU EQYOD $4 SLO pPEQVI SNESSS M E ATE TMep,I CKNISS.,C , 40RIZONY COLOUR I TEXTURE STRUCTURE I STRUCTURE 2 MOSSIZUN m BO.NDA A P 0- 17 ABRUPT 10 ; OYR3x 4012; 0 SILTY CLAY MODEP4 ATfi?4 A PI 01S LOAM SEDTU UBANGULAR BLOCKY a Moil IT- 35 GRADUAL SILTY0 CLAY MATRIX10"Y"4 401145'a 0 L AM *EAXSUBA-GULARTo MODERATEOLOC-11 8 MGJ2 35 . 65 CLEAR .12 ;:YR5 40013 ;0 VERYN YFINEM WEAKM Ix is SA 0 LOA SUBANGULAREDIUM GLOCKY 11 ce 65- !O ;SYP5;813 ;0 LOAMY SAND STRATIFIED SINGLE GRAIN A IX is THjCXNF!S CONS ISTENCE ROOTS I MOTTLES I M..IZ.N DE T (C. ) 0. 7 IS OLE F Gil 17. 5 0 OLE P NTIFUL COMMON ,O!S'IS~T 0 0 P 0/8 .0 0 MGJ2 35. 65 FRIABLE FEW MANY1) 10 ISTIN~T. p OV 5 001~.O 11 CIS 65- VERY FRIABLE MANY01 STINa ~ T 10 .0y 5 "11 .0 PH I EXCHAN GEABLE CATIO NS SUFF .(MEI IOOG) C . E . C . SAMPTA LE METHOD TMOGEN CA MG NA K DETERMIN ED HOPIZON-OEPTHIC M.) S T E Ia PGil 0., : 317 2 5:5 3:36 . 3 7:8159 3:786 26 655 2 1 5. 5 35 .08 7 :IsTO :231a 101 :47 a ""GJ2 35- 2 5.06 as :05 ! . 12 3.2 .20 2:51 11 CIS 65 . 2 1 35 04 1.91 2.309 :11 6 ...... VALUE...... CARBONORGANIC. ....K ...NI...... 040RIZOY-DEPTH(cm.) P,PPM . 2:00 :Gil 13 : 17 S 0 MGJ2 35- 65 7 :0. 11 ca 65- 5 7 FAIRFIELD UNIT TYPEI SERIES DATE------R-A-s- SAMPLINGOF SUM"Y'PURPOSt' OE1AIL6IT . SURVEYSUR" ...... LgTITUDEC(7:;, 449 '33 ST L,NGITUDE 1 9 0155 GLEYED ELUVIATE MELINIC. L 11"U"ISUL1191- 11,PE,T C2 N ISECIS ARLEX PELEVATIONC SIO (M)l 12 STATUSI MODAL0 5 I CLASSI GENTLY0 UNDULATING SOECa ;,CLAST!CA It SLILTYF G AL SURFACENE C MEXPOES1 2 .2 LEVELUV' 0 NAGES IMPERFECTLY DRAINED PERVIOUS ESSI DE ATE HORIZONU Y COLOUR I TEXTURE STRUCTURE I STRUCTURE 2 HORIZON T"IC'DE T (C BO NOAR A P 0- 22 ABRUPT MA10 ;POYP3;0/2 ;0 SOILTY CLAY MODERATE, U FOIDERATE Ix Ols L AM SE V UHEAN USANGULARof " BLOCK S B GULAP SLOCKY 8 Mai 22- 37 GRADUAL I0 .OYQ%9/3r ;O SILTYL CLAY MMODEUMATE MA RIX IS AM SESANGULARI BLOCKY ec 37- 52 ABRUPT Oyp%0/3TO SCI)LTY CLAY MMODERATEU 1oMA ;RIX 6IS L AM SED USANGULARI M BLOCKY A He 52- 57 ABRUPT 0 cypa .011 .0 SILTY CLAY MOOEQ. .ATE 1MA ;RlX MOIST L AM SEDlu UBANGULAR SLOCKY C oil 57- 77 GRADUAL OYA4 .5,14 .0 SOILTYL CLAY MODERATEM U '0'MATRIX MOIST AM SUBANGULAREol M BLOCKY PSEUDO C Gia 77- SILTYL CLAY MODERATEM M lo'oVR4MATRIX .0/410-016 DAM SEDIU UBANGULAR BLOCKY PSEUDO ...... THICKNESS CONSISTENCE P307S 1 MOTTLES I MOTTLES 2 HORIZON DERTHICul A P 0. 22 PAIABLE ASU4DANT a Mai 22- 37 FRIABLE ABUNDANT COM~ON 7.SYR4.0/4 .0 F N FAINT 5.oYQ4.w6.O sc 37- 52 FIRM PLENTIFUL CODMONI MED!STIN~T0,4UM 5 4 0/6.0 A He 52- 57 FRIABLE PLENTIFUL C oil 57- 77 FIRM FEW COMMOND, ME0 STINCTUM 5oOYP3 .5/4 .0 C GJ2 77 . FIRM FEW S .OYR4.0/13 .0 MEMAN"UM PROMINENTol 5.OYP3.0/4 .0 PH I EXCHANGEABLE CATIONS RUFF .IME/10061 C . E . C . VALUE ORGANIC1, NITROGEN CA MG NA K DETERMINED SAMPLE METHOD CAR HORIZON- DEPTHICU .) STATE SON % 2 26 0t9 12 13 2:0*a 21IS :6 0: 22 2 :09o 17 .21 1a PMG, 2 31 1 6:31 : 87 a : 3 6:3 59 19 . 56 1 37 : 52 2 : 1 3 2441 :7 &CA MeGil 52 57 1 6 2 2:26 :0. 6 13 .6 9, 1 :0 . .075 :01, 57 . 77 2 .1 09 .1 93 115 .51 C GJ2 77 1 6 3 9 :26 1 .40 ...... 122 P,pp .. 02 HORIZON-DEPTH(CM .) PPM . .11 PG, 20 : 22 6 79 :0 1 :5 sc M 37a-. 52375 3 .9 .:962 .9 A He 4 .5 C Gil 52IT7 .- 177 33 .0 52 :5 a35 C GJ2 7 2 5.5 1 16 .00 64 70 :,13ts0 0*1 OIL O'Ll 0'001 E'll VOC S*6Z 91ZOT IV? 99*2 LZT-ZOT 6311 6'91 6*06 8*96 O'COl OILT VEE EIZE 0 '90T GLIZ S9*2 zol-Ts 39 Vzz V96 VL6 0*001 Z *61 BIZE Vic VTOT 9L*Z E9*Z is -Oz rGwg 0*96 0*96 OTOT G,VZ 919C O*sc S*C6 L97 S912 OZ -0 dV URU % Luain4spo QO lki lww ZOO10> iuw 90*0> VLO*O> wuj 1> ww p nwpdO 4SII 0 'XV kj~SuaOUZA~c "ix 44daa u0zp0H I % a4S aLOPJed woS-Z>woI-S>wDT*S< ~4 -,",~ L IL, 3/W6 0131IJed r :6e 6:a O:L, Tt :t T :S ? tell :201 9 1 101 *:cc 61 It z cU .0le 0.61 V.9c cc . C., 2 ZO .0t 5 , 916? 1 9z .1 c . C a 0is _0a rqw a 119,1 . 9*99 610Cc Vel 6r1go %1 t S 2 2 0 v 3dn IS 10 .4 tlV6 vVe A I )41I SN 30 I '"l)~Id30-NUMfOH Olno11"RI I d 0131 1 c no VIVA QOmI3W AdINTSWiS silwil 9tsnQd3AIv snivis 3anistow I No Id33N3A $-S3~dX3 33vzidns IVIAniA .i st :)Ii-Lvw.1 Dif3N39 VAIAni :i , 't I isov 131 .3339 ONVS Isv ~p 33ds ILIIs I 3 3 ds :snivis 9 1(4) NnilVA313 110S IVOOK 5 1(13S%NOIjj3Abd UL61)iOSINnde :)INV13W OgiVlAnll a3AII-) 0 ezz i J(N 3an 1 9NUI ZZ LO 60 )3115 livi NO 11 Cl I A 1 S SVI :) NO I 1 "01 -3un ivm ISOA .4Adns ZL IA3AdnS zin uvo ...... cl FELLOWS DATEA . L OF r, SUPVEY9SEI L SURVEYORS5 HAL KELO .NA . B .C .M .A . I, SI .A .S . S 0 IN PU QPO SEMIZOETAIL 0 URVEY LgTLI0Dgj% : . 1~,4~9 20. 53 LIS NC,ITU 6 26 OA7HIC FEPRO-HUMIC POOZOL(1976) S5..0 IONI ISEC)sIM 1TYPES VESSI PL "ELEVATE S ON is 20010 STATUSS MODAL SDIL LASS$ EGENTLY SLOPING CASPECT (DEG)$ 90 , 1CLASTIC0 IS LSANDY MCGES . ; 6ACUSTPINEit OFACE C EXAWI S.8 LANKEI DESCRIPTORU E 0is GLAC AL DRAINAGE$UNCIFF MODERATELY FELL DRAINED RPERV OU- I SNESSI SLOWMODERAI. ISICKNESSIMC, RANGE HORIZONN A Y COLOUR I COLOUR 2 TEXTURE STRUCTURE I HORIZON I"DE I BOU IS P LF Is- 13 ABRUPT ORGANIC m 13- 0 ABRUPT 540YA2400.151 ;0 ORGANIC MA IX 1 A 4E 0. 6 1- 5 Aapupy .5AjpOY115*0,12, ;0 SANDY LOAM Ir. E N It'. ix is SUBANGULARI SLOCKY 6 mr 4. 14 CLEAR M 5*OY43,014A, X .0 Si O 5 OY'12; gl2, 0 SANDY LOAM ZEA11t U. PI 1 ix is SE USANGULAR SLOCKY a Fa 14 . 32 DIFFUSE .A10;OYP3;CO,014 ;0 MA5;SSOYP3X ;0,12TO SANDY LOA- WEAK. DIV. nix Is I als E SUSANGULAR BLOCKY 8 F2 32- SO DIFFUSE 10;.OY113.5 .16S;O 5;OY113MOO12. . ;0 SANDY LOAM MUDEPATEM IU ix ol A I Is SUBANGULARED BLOCKY 11C Gil So . 80 DIFFUSE . 540Y410,12 s o, FOINE SANDY MASSIVE A ix 01 L AN Sic GJ2 80-100 GRADUAL FINE0 , SANDY MASSIVE MATRIX5*014-06"TMOIST L A 33 C 1 100-126 GRADUAL LOAMY0 FINE MASSIVE -A I MO SAN 11 C 2 128 .100 FINE SAND MASSIVE -A5dy'RIX . 51.0 4 0r ...... THICKNESSp . STRUCTURE 2 CONSISTENCE ROOTS I MOTTLES I CEMENTATIONNT, C .0111.0N DE T 4CM) AGE DES PIP. LF IS- 13 FEW M 13- 0 FRIABLE AeUNOA4T A HE 0. 4 FRIABLE PLENTIFUL HF A- 11 1::A :LE PLf"I. : :UL Fl A. 32 F A LE PLE 7 UL 32- :0 F: :: PLENTIFUL So . 0 SEDDED(31 t CIS THICK) F FEW WEAKLIS TED MEDI. . 0 CONTINUOUSV CEMEN J! DYpUMJNENI4 .O/a .0 5 11C GJ2 $0 .100 SEDOEDO, I CM THICK) FIRM FEW COMMON. ol WEAKLYDIS NCEMENTEDS cc 11 NUOU .... PROMINENTE UM 10 .OYR4 .0"4 .0 It C 1 100-128 SEDDEDo- I C- THICK) FIRM F FINE"AINT p :,FaGjl11 C 2 128-180 SINGLE GRAIN LOOSE COMMON PH I PH 2 SA MPLE METHOD VALUE SA MPLE METHOD VALUE ORGANIC NITROGEN HORIZON-DEPTHICM .) S TE 5 TE CARBON % LF 1513 : 13 2 2 a 9 2 3 :2 1 . 3 H 0A 2 a 3:6. 2 2 .9 N5" :. 0,O,~ 1 .72 A WE 7 2 3.9 26 13B HF 2 1 34.8.3 2 1 . . 4 47 : a FI2 314 2 5 a2 : .65 3 .27 .51 5. 32- So2 a 1 5 5 .2 2 .2765 10 BC0Gil 50 . a 2 4 5 2 a :02 SC GJ2 80-to0a 2 1 5b:80 2 5 .34 02 11 C 1 100-1? 2 5:7 2 5 C 2 125-180 2 1 5 6 2 5 .4 EXCHANGEABLE CATIO NS SUFF .(ME/ 100G) C . L . C . EXTOACTASL E FE(t) CA MG NA K DETERMIN ED METHOD RESULT ME THOD HORIZON-DEPTH(CM .) RESULT LF 2 1 84 29a .0 A HE 0- A .41 ..6 .8 0:3 8 WF :222 1.2 .1 . 59 1 : 10.5 a F1a . 4.: 13143 .035 23 01 .711 3 Do 32- So02 .211 .00 .0 0 : 26 It 0.4 3 0.42 0SC F61, so- so :01 ..0055 .02 145 .2 1 0.4 BC GJ2 : 3. 01 5 .03 b.b 4 3 0:1 .8:: :3 : 1I 0.: 3 11 C 1 0 0.14 3 0: 1, .0...... 21.2...... 0..3.. ...3...... 8 EXTRAC TABLE AL(S) :2136 01 METHOD ....RESULT METHOD RESULT PIP . . 02 M . :qM . CU M . itC.1 DEPTNICM128-180.l P PP RD LF IS1 : 13 :5 30 :21 102:59 25 :2 ...... 316. . 16 . 3 24152 .21 26 6'13 :.' .A. HE .... 3- 0 3 3 5 9 HF 04- 14 0 3 :,8202:52 17 .4 92 2 :4 191 . 7 52" :50 8a FI2 3214 : 320 1 2. 1 3 31. : 2 ,71 3. 19261 . 7 3 . 29 18" :65 BC FGjl 1 .5 3 1 :005 16 1 50 . 5 .0 3 0:3 435 . 0. 1 . 0. 135.9. 7 211 .5 ZN21 .5 SC GJ2 SO ..80 1I 0.0 3 44 .2 120 .9 21 6 22,,, : 9 PPM271 :2. 11:23 10.6 a 0.2.13 1 17 .61 1 3.38 HOPIZON-11 C 2 100128:1ISO28 1 30 0 .4.... 3 .1...... 1 .. 0 13 0-61 G-TI 00 :gu m 0 SV -06 as :G,L C"8. 0 0:OL It 9:re, 0*9* 99*62 all -06'S 1". 0 -Nddad *"dd i*WDlHld3O-NOZItlGM Id 0 3 E 00 :099 09 :61I 9 1 a .1 :Cc 01 It SO a, 00 a .01:al N,4 20 o: .s a CM a0 I-act oc : oc : ogleg 0001 . 11 OL :CC L-V a a 981 :66, a. rI. :aCt 0 00-a 09- 11.1 L,9 :ae 6 Vs a a 06, .119 tMR 0 9 OCOF of-1 oa*z 09-or 9WI 61-Le1 0* 1.19 1 a all -06 d 0 It ,NOQdW2V't, livis (-H2lHAd3G-NOZIbOW ow VD Ngoodil" IN 0 3nlVA GOH111H 3ldWVS (gooti3mi-oins sNoziv3 3,9v39Nv"'3x3 I=------iv 1 1 3 1 islow.xidlaw" 3AtSSWW 1113 AIIIS O ."o GAS a O!S lol, exitliv,; 3lavlai All'" a 0 OAO 0 Ldnbov 00 -99 0 43.4 11OVIUA 31 Nvedo 9-ISION1/0 'IdAONUM'01 asnliso sa -OS CPO 0 inzizAN31d 319witid 3INVOdo I 1 Islo"C x1oky".0, injilNild 310vidd 'JINVOWO S-Zfo 1110 UT3113 94 -to tw 0 ,, A,,,nmv 0 0Istol. xIn!vw1 INVONAGV 318VId .1 Ad3A N go als atlAo 0 dTV12 20 -06 dM 0 AtIVONnOeN (W2)H" N .Ld3G1 1. NOZICOM I slood 33N31SISNO3 I 3013ndis 9dmlx3L t tonolW1 ivnavu-jozibom 3 W3 " 2"a 3IVb3GOW4 S ISS3NSnOIAd3dN 'IN1900 a 03NIVOO AlUGOO Atj3Aol 339VNlvtlo0 n N3A .S311.. "Oldld3silo3" d .33N3A 09I,Ivw-st11 311:1Nns ITIAnIAA .L It ,S ;IVW'I 3113N39. 98/0S101=47UAO-ol V its LS D '123dS 3IN 9no 3 39 11113.1 113d" 13A3-1 XqjdNll .T3N0003 ISAIWAS 11MI23S 40111VA313I ISSVIlidAi:) llos IVOON so 14 NO S 23dd 0-000 IS IOLGI)IOSIS3W :)Idd9i o :%ionljoNoi 01,11 90 )3on tivi NOILT301 3Adnsn Q3lIVi3O 13SOdtind1 A S9NIldWVSjWn IV-wll'fd -VNIA013>1 1100 IbOAgAtlA s T9 All dM AO 3 ;;*I;;;...M'A! .1 .M...... w6i~ldf6 GIBSON UNIT TYPE# SERIES I.C ELO-11" . I .C-- .- . 1 2:3-1014SUPRVENCIE1 DEllTlEOI SU.SIVIVE'a"' ~2st:!~2 S~!!!!!!S! :!2N LATITUDEiN)tG E iS 149 083 473 L 21 5 D 7 TE :PICIMESISOL0( :978 :01L TYPE .$ SIMPLE0 SS, PONECITTOVISEC)l I5 CLAS EPPE ONAL TO LEVEL ELEVATIONA S IMIS 0 ST TUS M AL GES ETIC IRI~EN_E .IC SPEC I CLASTIC 18 SLILTYF NF ENE, C MAY I UVIAL DESCRIPTORUR Ar-E Xp 1 . VFEN ORAINArElUNOF, POORLYDW DRAINED P SL lHjCl.lN2!S OIU14ZONY COLOUR I TEXTURE STRUCTURE I CONSISTENCE ROOTS I HORIZON DE T ( ) BO DAR 0 HP S5- 33 CLEAR 42 ;:Y :2A3lL;O ORGANICU VERY FRIABLE ABUNDANT I I M C V D 33- 0 . 5 ; OYP3~ 0,13 ; 0 ORGANIC FRIABLE Few A RIX OIS C G 0. LTY CLAY MASSIVE SLOAM TMjCX7E!j MOTTLES I HORIZON OE T C 0 Hp 55. 33 0 m 33- 0 C 6 0- FE 0STINCT 05!OYPS .0/6 .0 PH I EXCHANGEABLE CATIONS BUFF .4MEo0IO0G) C. E. C. SAMPLES A METHUD VALUE ORGANIC NITROGEN CA mG NA IK DETERMINED HOPIZON-DEPTHICM .) T TE CARBON % a HP '35: 33 2 2 4 :3 08 2:39 30 03 22 3 : .2 3 12" a m 3- 0 2 2 : .3 :61 :47.5 1 .96 16 :26. 432:323. 5 7 : :21 c G 0 2 1 a 9 04 7 86 9 .10a .11 22 .6 31 HORIZON-OEPTH(CM .1 Ppm . 0 HP 55 : 33 330. 0 88:0. aC MG 3 .0 O:c 0 A 13 0 9 a :so oll's so -09 1 .0 0 0 .0a 00 -901 (IN 0 *VlddId O"21MIC130-hoziaom ...... S69 999:L , r 9 2 1I .I : 10004 Ils0e:Is ::. Ia I, 0 :GS a Go-t le- ec0 ., :9 .1 . We LI .CS a L 1 : 00 9Z:111clt 6649 so-,- Wtv 9-11 Z a goo dH 0 a31VISS ('P'J)Mld3Q-NOZItI()M 03NI .bVl :O C*x 9:N' 9h S 13 N300"LINb 0 3nivA COH13W -3 12 iqoot/awi- .4Ana SNOTIVI 3l9V39NVH'3X3 ld"v ITO IV71"3H3 9 IMM; i?low0 . X'Itav. WhI .1 3AISSV" AV11 Al is 0 01, S S ? .0 6 ISION x1tolv : 3INVObO 0-0.10'ZMAG'2 0 -S a' lSIO!zxIdAv"a alayla'i IISNV94JC O'F/O OAS ivnavtoo SS -09 1" 0 tivinNytio3, "n,c... AxInw Islow x1mlv" 319VIO .4 At13A IINV9'JO 0*1,00'abAO'S Idntigy 09 -Sol d" 0 AdVC)Nnoll14 ("D)Hld3OSS N M NGzIt1OH I slood 3INBISISNOD I uni3nuis 3unix3a I dnoiaD Nozido 3 x3i I 139I JJONntSa 03NITtIO A10000AOIS VNIVU Oldl IVIAnij II ;L$V"W ., 7113N31. .33N3AV"I"b I'S3"8 .d.11d.3 t"3s'cv tin Allis A :) 73dS DIN 9 0 0 3DIllaN30"I S lINn 3IHdTb!)IATt1lS u3 an 11IL111 11,3S,34M) NOtIVA3131 13A31 04 IVNDISS3dd3G3 d is so11 .4 .) N 113dd1 .0 1 HIS 83dAiSWID l'OS DIdb3L 0niS S110I 6*le' i(Ni3anitivi3" 9 1 3dOlS Noi4v3iAlssvl3 NOTAT701 A3Atins o3ilVI3019 t3SOddndA S9NIldMVSJ.'C, 'G'V'b I 'V'W'I'g GVNM013'A INA ItIOAaAdns IA3 dO JO 3 ------R&§66 UNIT TYPES SERIES GIBSON------...... OATA OF G SURVE MAL KELOWNAa B .C .M .A . f, P .A .II . S MOLINe PURPOSESYS DETAILED66 SURVEYSURVEYOR : CLASSIFICATION SLOPE I-ITITUD61NII. . ~2E!!!2 L A N ClSTUD .214" 1015 47015 T611111C. I ALSISOL119781D N (SEC)S TYPESIS SEIMPLE 1 5 SO CLAS D PRESSIONAL, TO LEVEL PELFVATION" SID (MIS 2 STAT S M AL L. GENETICC "AlE ;,I, ., OIIGANE .lC SPEC ;,CLASTIC. It SLILTY SURFAS .1 6 I . SIP. NEEN GENE C MAI 3 F UVIAL OE C P VFE DRAINAGESU F VERYSLOW POORLY DRAINED R N OF I COLOUP I COLOUR 2 TEXTURE HOOIZO- T"'CX"65SOEPT .ICM) -UR'ZONBOUNDARY STRUCTURE I 0 H 142-132 CLEAR ORGANIC .Aa;5yaX O/Oio pt Mul I *EINAEX GRANULT :PI u ml 132-122 GRADUAL 45 TO.OYQ3X ;00'2T5 ORGA41C S RATI A I Ols ED 0 M2 122- 97 DIFFUSE .5 ;DYR34EO/3I ;0 ORGANIC A RIX is STRATIFIED 0 M3 97 . 80 CLEAR M5 ;aoyp2mo/aX ;o ORGANIC STRATIFIED A I Ols 0 F so- 52 GRADUAL M 5 .OYR4 .0olb .0 ORGANIC MASSIVE .A5410548/14POIX ATRIX MOIST .0 M4 52- 20 CL.EAP .7 ;5VR3X ;0/2,,O IO .OYP3 .0/3 .0 ORGANIC A RI Ols ATRIX MOIST MASSIVE 0 H2 20- 0 ABRUPT M2 'ORGANIC MASSIVE .A10 ;ROYR240/SlIX 01 ;o A ;l5lYl2x'Moo/Ol ;To CKY C G 0 . "NOGY42o'll ;O SILTY CLAY A IX 01 MASSIVE ...... .O .IZo . T4jCXN6SS. I CONSISTENCE ROOTS I MOTTLES I OE 7 (CM 0 H 142-132 FIRM ABUNDANT 0 Ml 132-122 ABUNDANT ".API);M " M2 122- 97 VERY FIRM FEW " M3 97 . 80 FEW 0 F SO- 52 VLAY FEW 0 M4 52- 20 0 H2 20 . 0 C G 0 . PLASTIC FE WNE F1FAINT ...... BLE CATIONS BUFF .4-E/10061 C . E . C . :TAMPLE METHOD VALVE ORGOANNICSJa mG NA K OPtZON OEPTHICM .) ATE C A u DETERMINED 0 41 142:11322 2 2 NITROGEN 3:9 58 :00 2 23 278:283 5 0 M2 2. 2 2 a 3. 7 1:85 2 122g 970 2 2 EXCHANGEA :1, 58.. 0000 2 3 7 82 2 35 5 33 .12 1454 :6 0a F 0 3 7 a2CA:34 5? 07 . 25.728 .1 7 2 2 3:1.6 :5 .1 :043 56.7.91 0 2 1 :96 201 .49 41 .59 982 2 3 7 492 .5 9 2: 83 6.40 0 6 2 4 .1 0 . 0. S2.20 2 1.39 .09 1 :19 2.83 :213.19 -IORIZ04-DEPTH(CM20:0.) "IP.. PPp2m . 13 0 H, 1122 ::3 : 9.0 ao .5 77'7 D 122. 2 3.5 214 M2 6: 05 0 M3 97 . 97 52:50 Aa 9 a F S.- 802 3.0 0S :0 116 0 M4 52 . 5 :012 8.00 0 H2 6 20- 200 112 3 C0 6142M4 0. 3.50 4:05 21.3971 2:848 GLEN VALLEY UNIT TYPEI SERIES DATEApt. OF G SURVEYSU SE C,a bbF_D SUPSURVEYORS HAL KELOWNA9 R .C .M .A . t. Q,A,B . S IN p Rpo I D IL VEY LATITUDE(N)le W11 LONGa CITUDNI 12249 .211 07056 rvp, TYPEIS, SIMPLEE SS (SEC)$ 5 CLAS 0 PRE IONAL TO LLVEL ELEVATIONp 1 610 (-it 3 STA CUr. MODAL .0 .1 GENETICU., OATE. ;,I.$ . . ILIGANEICA NK 7 DESCRIPTORr ICE p11 FEN DRAINAGESUNOT, VERY0 POORLY DRAINED SLM APERVtOUSNESSII OOERATE- A SITE3 LOCATIONSA, CCNEAR I CENTER61 OF BARNSTONN S ToISLAND3 0 F CONT NS CAS ON AL CL BA D UP Cm -THICK. COLOR SYS .0"I .O . T14ICKNESS HORIZONV COLOUP I TEXTURE STRUCTURE I CONSISTENCE ROUTS I HORIZON DEPTW(CM) BOUNOAR a Hp o- 13 ABRUPT o f oypa ; oloz f o ORGANIC ,WEAK FRIABLE ABUNDANT 1IMA RIXOY A.CIS"2 .0 G TNE PANULAR MATRIX0 11 CRY0 " ml 13- 27 CLEAR .I.i.OVP3,013*0.0 T ORGANIC STRATIFIED LE PLENTIFUL Ix is I",. I Ae0 " M2 21- 40 CLEAR ORGANIC STRATIFIED Fl :. PLENTIFUL MATRIXS'OVR2 400'2is ;0 NAPO " F a- 65 GRADUAL MI.SYP3, X 4,0/2I ; 0 ORGANIC MASSIVE VEPY FIRM FEW R S MA 0 F 5- 95 GRADUAL . 03 .0 ORGANIC MASSIVE VERY FIRM MATRIX5 MalsNO 0 pa 95 . ORGANIC STRATIFIED PH I EXCHANGEABLE CATIONS SUFF .(AEIIOOGI C . E . C . SAMPLE METHOD VALUE ORGANICA SON NITROGENX CA MG NA DETERMINED HORIZON-DEPTH(CM .) STATE C R 0 MP 30: 213 2 2 .9 1 :33 21 :20 2 : :0, A 2 53 .23 :20g :0608 0 .2 27- 407 2 a2 4.6 47 .9 2.03 1.4584 31 92 .6 0a Pi AD . 65 2 2 50 .461 2.84 7 2: 0,6, F2 655: 95 2a 2 4:,0 23 .43 7:8331 2.52 .27 .0 5 9'60 :20 0 F3 9 2 4.6 30 .33 .974 7 46 2.526 .33 56730:2.6 pp01 . . 02 HORIZON-DEPTHICM .) Rpm. 0 Mp 0: 213 7:5 22 :0 a ml2 23 7 53.50 7.0 0 mps ,7 60 5.0 3.0 14.0 0a 12 60 .55 5.0 0 F3 5S. 10 .0 231.00 22:45 UNIT TYPES SERIES GLEN...... VALLEY...... O :TE 0FGS UPVEY .lC HAL KELOWNA . B .C .M .A . & R .A .B . S MR L IN PURPO 9 RECONNAISANCE69 SUZVEYOYRIURVE OCATION CLASSIFICATION SLOPE LATITUDE(N)tG E W ) t LONA ClITUD 1 1224g 0614 08300 TYP : C SF IBP I SOL 1 197 %1 ." CLRE VATSSION I (SEC) 2 XTYPES 00 -PLC.0 E ON (M)l 7 STA U I MODAL CLISSS StOEPPESSIONAL TO LEVEL GENET MATA ORGANICE DESCRIPTOI C F N DRAINAGE*UNO VERY0. POORLY DRAINED RV FFIU SL APE 10 SNESSI MODERATE SITE LOCATED SOUTH OF EAST END OF HARRIS AD . . MATSOUI . THICK.7C51 COLOUR I COLOUR 2 TEXTURE STRUCTURE I HORIZON DE T CM 0 mo 167-155 CLEAR 2 ;a5yR249/3iO 2 ORGANIC MMODERATE4 MA IX Is RUBE R2. -21216 .01DIZED SUBANGULAREolu BLOCKY 0 FI 155-140 CLEAR GYP3X .0.0/3 .0T A5.;SY:2 :O,2 ;:..,ZEO ORGANIC MASSIVE 80HORIZON,UHOAR .ATRI5* is E ETf 0 W2 140.117 CLEAR .,2;5Y:2 ;Oli ;O A5;11.11;.012 ;'l... ORGANIC MASSIVE AS US U E T1 X 0 F3 117- 95 CLEAR M5 ;RYR2~813X ;0 A5;0YR2.E0,126X,D,ZE. ORGANIC MASSIVE A I Is u BED T/ 0 F4 95 . 42 DIFFUSE .5 .OYP%00/4T ;O A5.80Y0l13 .C13 ;0,O,ZF_O ORGANIC MASSIVE A AIX is u E T/ x 0 FS 42- 0 CLEAR 3 ..0/4 .0T A ? ;SYR3 ;0,12 ;0XIDIZEO ORGANIC MASSIVE MATRIX", OIS U BED ETl A 4 0- 22 GRADUAL M2 5Y4 . / 0 SILTY CL AY MASSIVE ATRIX1 0MOW2 C 6 22- 5 AY MASSIVE .AT961yX5A8/l! ;O ...... HORIZON THICKNE. :j STRUCTURE 21 CONSISTENCE ROOTS I DE T (C ...... 0 MP 167-ISS FRIABLE ABUNDANT 0 FI 155-140 STATIFIED PLENTIFUL 0 F2 I40-tI7 FEW 0 F3 117- 95 0 F4 95- 42 STATIFIED 0 FS 42- 0 STATIFIED A H 0- 22 C a 22- SILTYCL PHYSICAL f, CHEMICAL DATA ...... PH I PH 2 SAMPLES a METHOD VALUE SAMPLET, METHOD VALUE ORGANICA N X NITROGEN HORIZON-DEPTW(CM .) T TE S TE C RSO 0 MP 67 :1155 2 2 9 3:6 575 :5100 2 0 1 1 2 3 2 :9 15 ,3 11155 . 940 2 6 2 : .1o 588 . 00 21 .5 2 7 58 .00 2.3 01 0 F4 95- 425 2 2 . 4 : :13 58 .00 2.075 A5. 2 4 1 .72 0 H 0- 20 2 .1.72. 2 4 : : 57 SO2 : 0'10. C G 22- 2 1 5.59 2 4 4 .8 1 3 .60 ------ EXCHANGEABLE CATIONS SUFF .(ME/10061 C . 5 . C . CA MG NA K DETERMINED :I M . :2 M . S p . . CU M . ZN 0-40RIZ04-DEPTWiCm2 1.0-117.) 2 2 p P PP PAM . 167 :159 30a 35 :55 "12 :9 1::g . 2 .1 :3 1 92 :00 10 :0 36 a 0 MRF 5b . SS 4. :891,. :161, f350. 7 5 7 i t a 0 F21 1 55 -1 4 7 :0 .512 8 : 59 13 15 119 . 2 6 l . t 1 : 8 . 2 S . 3 D0 F3 1 : 07 . 45 1 7 . 99 :Ib . . b9 3 : ,5 4 .4 15 2 .0 9 2 31 83 .42 0 F45 95 : 42 46 .5.1 0 2a 135 .55 3 .3 3 .3 2071 .0 7. 9 6 :9 0 F .12 .04 2 13 A H 420- 220 62. 6 .2.07 8981 .1. 9. C GPS4222- a 2 1 UNIT TYPES SERIES O'k,re GLEN------VALLEY SUP SURVEYORS HAL KELOWNA9 B .C .M .A . & P .A .B . SAMPLINGOF SURVEYPURPOSES: DETAILED65 VLY LATITUDEiN)lr, e W), 149 02 02 LONECjTUO.IjSeCj . 22 35 220 TYPIC 110111SOL119161OD SO ., TYPES58 SIPPLEe 10I a5 CLAS 0 RESSIONAL 70 LEVEL PRELEVATS ON (MIS 0 STA U M AL GENETICR MAT SU FACE TE:P;is.SI . . .BLAN.E ....ET. . DE SCRIP 0 F N DRAINAGESU a VERYa POORLY DRAINED APE NVFFSUSNESSI SLM Q 10 ODERATE0 E.LOCgT!?"I4je:OEC .ETET, .! EAST IND 200 METERS NORTH OF THE NORTH BLUFF- SITSIG6THE 0IS F0 SHORIZON CONTAS 3 INSDNSCOMMON DEAD ROOTS . COLOUR I COLOUR 2 TEXTURE STRUCTURE I HORIZON THICKNESS$DEPT .(C.) WooBOUNDARYIZDN 0 HP 0- 12 ABRUPT 5;oyxp2 ;00/51 ;5 ORGANIC $4MODERATE M 1 .A5.T.OYR"'. .I .0/1 .5 SUSSANGULAREOIUM BLOCKY IX DRY 0 MI 12- 27 CLEAR 2;SYR2MOO12 ;0 ORGANIC MO E ATE MA AIX is COARSESURANGULAP BLOCKY 0 M2 27- 42 CLEAR 5 ROY 2;0/2 0 ORGANIC MODERATEC S MA ; IS,R Ols; SUOAM..NGt)LARE BLOCKY, 0 Fl 42- 52 GRADUAL Mb ;,OYR2AO/2TOX ORGANIC SFA A I Ols TRAT3FIEDK 0 F2 52- 82 DIFFUSE MS ;ONR2~00/2 ;0 ORGANIC WEAKS AT A RI is TA IFIED 0 F3 412-115 DIFFUSE .A5;OV112. X ;5 .12S;5 ST Y 3 0/30 0 ORGANIC MASSIVE 1 01 MA 0RIX4 ; IS ; 0 F4 115-160 DIFFUSE M7,5YP4T3 ;00/4TO ORGANIC MASSIVE A IX Is 0 F5 160- ORGANIC MASSIVE .AIRIX'3*OYP4'0"401 . ;0 ...... THICKNESSP R I CONSISTENCE ROOTS I HORIZON ISE T (CM 0 HP 0- 12 VERY FRIABLE ABUNDANT 0 Ml 12 . 27 FRIAOLEaD ABUNDANT MA " M2 27- 42 FRIABLEIt ABU4DANT HA 0 " ri 62- 52 FEW 0 F2 52- 82 FEW " F3 82-115 " F4 115-160 " FS 160. PH I EXCHANGEABLE CATIONS SUFF .(AE/10061 C . E. C . SAMPLEA METHOD VALUE ORGANICA B N IS NITROGEN CA MG NA K DETERMINED -DEPTHICM .) ST TE C R a 0 HP 1 0. 2,12 2 2 a 8 655 39 a 1 35 3 :092 2 36 1091 :7 a 2 3 : 9 .54 . 03 2 4 0s : 1 5 :1120 2 b 1 05 . 5 27 : 4d5 R e . 76 11 . 93 4 2 . 70 .20 1 ol 7 a F 2 425 _ 6 2 2 2 . .31 .3.2 .23. 1 22 .162 15 : 701 2 0 : 200 1 .11 : 3 0 F21 8 2 .11 2 2 2 : : 5 1 .19*3 24 .8 . 2 0 3 . 1 0 F3 2 5 2 5 . 7 N .3616 1 .11 27 .48a 7 .761 . 2 1 9 13 0 F4 115-16 2 2 62 :21a5 2 28 191 : 2 89 5 : 6 06 . 2 , 9 11 6 a F5 160- 0 2 2 5 .10 57 2 :27 5 6 4 9 2 .119 1 0. : 02 PI HORIZON -DEPTH(CM .) PP PPP2 .. HP 02 : 122 45 :00 . 7 HORIZON 2 N .2 7- Fl2 4a-5 52 4.5 6 :0 P1 2:1 621 5 3.0 3 .0 F .2 1 . 5 2 .00 F4S 11511 :160 2 .0 F 0 3051:5:005 UNIT TYPE : SERIES GLEN------VALLEY DATE OF SURVtYl 72 SURVEYORS MAL UBC L,ATITUDE(N!j,1 e L NGITUD N 12249 0614 08057 IYPIC FIBRISOL(1978) ELrVATIO STATUS$ MODAL SOIL GENETICC MAT4E'S ., 0,11GANEIC SU :F :,E,EXPI, ANK T DE C P OR aFE14 SUL HORIZON-DEPTHIC- .) DENSITYK D q, 170:1!7 0 F 1 57 _21 2 2 :2 . . 9 :113 0 F13 6 9- 4 a .1 .I 0 F4 0 F5r, 43-a 3 :1108 C 0- 330 OU ,,,,,. ;nonNjINO3 2 A-1 NObiS ?It-09 aroo 9 a 31 ~43N snonNtINO')e~ T) A I NOtJAS 09 -eg IrO3 a z 9 -09 ro .1 a OS -Oc ad a 0 C -LI 14 9 L 1 -9 AN 0 . : : IH -61 H 61 -OZ .01 -d1U3S30/IN39VNo J. 3 SSlWa)"IdaGN NOMION I VIN3W 1.) 3N Al 1 A ...... 0'*10 ; SdAG*lI I A)4,3oia avinoNvonsnlo w N Is"I a " a zr92 G *-?/Q-ZtIAO'g NOWN013A 001 .1 Ad3A 9NOU N ZIT-Of A'A'JOIQ avinDNvensA a N ' N'T3111 A 0nzOtols3 ou _19 Ire, a NOWMOI1 WtIIA Atl3A N LNIVJ34 rej g 13A1.4 wtill Atl3A ag -09 ABA W01A OS -Of CA a 1434 alovidi OC -41 14 a 'IAJIlN31d wto 1.4 &1 -a AM a INIONnew 310vidli a -0 3 v iNVONnew 318vid4 0 -* a m INIONnsw 31OVIU .4 9 -61 1 H 1434 61 -08 Al j;34-1d20,4 NOZIUOH a Saillow I S311LOW I SLOOts 3.)N31SISNO3 a 3uni3nuit 3 )Q'i L ...... A113AWOOA V 1 all-00 cro:i a IAISSWN ONVS w 0 0 WON.10-5"A"N". 0 01 tr95 a 3AISSV" NVOI AONTS 0 0'0"11 O'CAS) ... .a.M 3snAjio 09 -as A)o,)ola ovinoNvensn a I ISIONc widivw 31WO300"3 HV01 AONVS O-V/O VAO S 0991O10". I X15.A0 4", 19 -os re d o AN3019 evinoNvensN a w ,lv niBOG"a Isto ad I a W Xlofl" o-91' ")!, 0 , x'.A t"vw, , -,vno,,o os -ov AN'3018 tovinoNvonsn to 3"6103.00. NVOI AONVS 0-9/0ASIO"SUAXIVTL 0 110 rt, A0 5 tvnovtoo C -LI j 6 A)i,)oio dwinoNvens IS. IOilIt".1" VOI AONVS 'Z 10 -C .AO 01 tiviall) &1 -9 Am 2 AX3018 uvingNvenswn ' ,,,njc3wA 103"m WV01WVOI AONVS 0 T/S UAO s idnasw 9 -0 3 v ois low' ',Xi odivo. "Boo LdndQV 0 .9 Z H l 2 AS C "A A I " lulvw I I N xttil " ivnovuo 31NVgbO O-?,1O-eVAS*Z O't/O'Zt$AO'g towaiz, 8 -61 T m 2INwodo oISIOM1/0-eklAQ*01WIdLVH Idnoov 61 -oz Al AawaNnou0 m 1 :3 N)HI?30HI NOZtUOW 3 W3 i 3tononaLs adnIX31 AO's"'1.-O-SOAS"I'MLA islo!i onalmiXialwo N zloo -snomd 31AW 3),-031LYN St INO01 .11tIOMIN low"111171MOZOIN-NIVIINnI fly ON tons No a V3 31 S MOISA S JSS3NSnOlAtS3d8 A N 1, GINIVt$O 1134 AIIIVb3OOWOl 13OWNIVtio4 a n .113)INW19IV W 8'S3ldX,3 "vjdns3 adnoio) VN UO I I w 113 39 ItNn 31HOW0911VOIS ti3adn wdOJONVI 2 IVI031YM IN3dWd 110S IWOO" 099r, "11".S~ NOIIAWA3-13I ONTdOIS Ald331S ISSV13 isnivis S 33tJd0 31dWIS.0 l3dAl 0 1 0 a % 49L6100200d .)twnH-OHtl3d Diano , No n 11le 1161 ",6 . 'ITNIC30AA17711i t4DtlV3! .llSSV!3 NOILYDOI .G .V .d 9 VN4013A ITH 1 A3Atin3 e3snd"nd, SONTIdNVSa IV bOA A"ns 6 AgAdn .1 3 0 ...... S8V3 N3a"ioo PH I PH 2 SAMPLES A METHUD VALUE SAMPLEST ME THO D VALUE ORGANIC " NITROGEN HORIZON-DEPTH(CM .) T TE ATE CARBON LF 201 : 19 2 2 3 9 2 H 9 a 2 2 3 5 2 32:19 5s.8 :00 1 :33.172 H 22 a 0 2 2 aA . 6 2 S..O00. 0 1 a a 2 23.2 2.84 06 aA HF 2 I1 . 0 2 4 3 8 7 77 ~l 1 6 37 2 S . 6 2 2:96. .019 8a F2 30-7. 50.0 2 1 5 . 1 2 :.48 1 .684 .018 aa CFGJ 5 1 S . 3. 2 4 4.6 7 .06 a ,Gil 62-80_112802 2 5 .4 2 :: 7 .06 GJ2 2 1 5 .4 2 7 EXCHANGEAULt CATIONS BUFF .(ME/IOOGI C . E . C . EXTRACTABLE FE(%) CA M(i NA K DETERMINED METHOD RESULT METHOD RESULT HORIZON-DEPTH(CM .) LF 1 4.:bl 26 6 20.9 :- '98 121 :,134 76 :215 1 57 :.0 H 2F 3.01 : 76 .22,0 501 .,2 11 . 0. .03 54 1 3 8A HF 8: 173 : .51 .01914 .01, 38 .5 2 3 0 :31 6 FI2 7_ So0 : 1 : :07. ze 3 1 1 :9.,2 3 8 F6j 30 5 .003 161 :6. 1 3 0 :25 B F 50 . 62 :161 .0 8 3 8 CGJI2 62 60 3 :0033 .036 .09. 124.52 3 0 :21 8 CGJ 5977 0.4 ...... EXTRAC TABLE ALM METHOD RESULT METHOD03 RESULT P2 M. M. ZN M . 140AZZ04-DEPTH(CO.) RIPpm . pp -Ppm . po pp PPM. LFI 2019 : 19 11" :8 j14.:3 52 :00 181 : . 12 :. 3 4 Sb .8a N 2 6- 80 t? . ! 22 .61 0.0 9'.60 a 29 a 2:S a' EF 80: 1,8 2 .4 3 10 :5A I :a, 1' :'9 3 a 16 .1 2.' :9 8 F12 173 : 30 1 4 : 6 3 10 : 2a 0 20 6.0 24 .3 2 . 3 2 3 56:9 1 7 :3 16 3.5 22 .2 27 .87 0 FGJ soSo0:1. S.212 3 0 .8 10 .3 22a .9 1 16 .3 24 .7 26 a 0.10.1 B CGJl2 62 :,820 26 3 0 :7 12 .6 26 .9 13 .0 232 :6 24 :6 ...... 5 CGi so I 1 1 .1 3 0 5 ..C.U7 .2... 32 1 ...MN. 0:16.... O . AUO, XldfVW IS I0 0. A' a WV A112AVU9W 0 . Ado, .XlbIVW 3AISSWW 01 AON S 0 0 SAVE 1 'dIV" -l e t Cro 3 0 Ado Nall"L S. 0 . Ado, .9xIdIvw 810to . AAWO tC,_S6 9AISSV . MV01 AGNVS 0 0 AS'L 0 .1`10 X119""AS a ivnava Ire 0' Ado'9A'W12.'V 0 . AdO'O .qAXIULVP is,"'0 w1di a: AA1. S.? 3AISSVM NW01 AONVS 11 0-,,,O'*dAO*olto" V dvj*13 S6 -00 O .AVQ .Xld! ;w O .AbO, .,XIdj, ;M WAIVId ASS010 XGASaLVW ONOdis 01 31vnio3w" " I Islow* 0 xltiivmAs uvinsuut 0300 MV01 AONVS O .I`/O0 .SAS'a O'ZIIO'CAG*? bv3l~ Of -6S P97 9 O.C A4?SW.10IIIVO. A)43010 dwingNVensI w 1 wn 3oy AUO XIULVW OLSI'ej'9"O .* XltjlvwdAO' 0O living v r9 m 9 ONCUIS 01 31 a OOw WV01 AQNVS O'CIO-01AVOT I NP; 66 -a , A)1 3010' tivin!)NVensI w 0- 1 A"o?"t"A"614" 0.9 A101% :1604" n Istol' exi u!w"o OIslam..'O' .Zwtul.A' ;m uwin,a ONCdIS 01 U30cw03 MV01 AONTS 0**10 dA S 311",.3111 a. .19 CAN a O.oAtl?aMl,tIIV"0 .' AND019 ovinoNvens~j 13 w AS /opj IIXI OL 'a IVnI3a 3 0.0,i o .a .fpv" dw ino. 1 ONOdis a an HVOI AONVS 3du13 I1 a -at SAM a O. .AIIVLXIUoil0," O .C AOO Xlotljolll A)0016 byinoNveng. 10 0 M A liv n 30owa ISSON x biw" LStO"O .z x Attiivw avin930 dl.1 ONCULS 01 to NW01 AQNVS O .I`/O .CbASI .a O-al b G a Siva 7 ?1 -V A a O . I A11OO . ' X111il".A ot A)c3oia.a bvinoNvens~Jnto w " Salo, OA Iva "wo-I Is am xt 0 win, 3 300003 AaNVS 3N 1 .4 .-CIO'-!I .AO'01"A"" idndGVAddl IF -0 3 IF 0.Abo, . xidiv"a .1 tivinNIUD0 A wnIQ3M 3NIIS 'St1.0 a SUIT"11 SAAVM, 0 .9 4ONOU '3tNVObO O.UOw- "ems I W3 1 M O.Aho, . x1bivp1 dvinN wao nto 19109 0. 1110xI .IV0. AAWA culs do'O . .dO ol O-V/O,Ctjolol "V3113 9 -11 a 11 VJ AA ;03 it _&C I A va AV -9c I AUVONnosN SS(W2)MId3ON I NOZIUOM I 3dni2nois 3dnLX3I a dnoio,3 I anolo3 Nozido 3 V3 H1 ;;-,1;7;;;;;';;7;;;; 3IVd3aOWS ISS3NSAOIA03dA N o , nm. 03NIVaa 1130 A13IVH3aoWol ~')VNI" a iN3S3dd I3OVd39S .113XNVIQI W 3'S3!dX .g 32V .Ibns" 9 IN WbO I IT 3113 3 iINn 3IMdVbVIIVbAS d3ddn Wd0AONV1 9 IVIO31WH IN3dVd C3ONno" A13d3A3S V.0SAMdTdO()d0IOd3l"( , 3 SV 'aidojo 2 1 930 1'3 3d 0490 11asM ; N 01111 I A .313 3 1 dAA r S( 0 S 3JUd It (OL61110200d ')IWnH-0db3J itano 92a Oz1 Eel :im)3onIION0134N, I I 2 6v 3on xivi 300is NO 11 V :) I A 1 SS T 1, NO I A V'JO1 H :)dV3S3d1 al3soddnd S ONI1dHVS0 IV 'NV3 OW LINO 03d NIS SId NVA orv IbDA3Amns 9 6 :A3Adn A 'a a 88V3 N30100 TH CKNES STRUCTURE 2 CONSISTENCE ROOTS I PORES I MOTTLES I CLAY FILMS I HORIZON DE TH(CM L 38- 37 F 1 37- 17 ABUNDANT, R EDIUM0 AN OM F 2 17- 6 ABUNDANTC OA SE A EXANRED H 6- 0 ABUNDA4TM REolum0 M E A". RED0 A E 0- 4 STRONG NUN A STICKY PLENTIFUL ABUNDANTF F BLE FINE R .INE MEDIUMGRANULAR HARDRI PT ED.CAL DOM SLIGHTLY PLASTIC VIN P B F A . 12 STRONGz NON IICKY PLENTIFULM VERYN FEW F 44 EU T0 4 MEOIUM FR IABLI GHST 0ED 1T F E 6 N LA SLN TLY HARD VE U CAL INRANDOMI UNPLASTIC IN P PEDI RED 8 -01 12- 27 MODERATE NJN STICKY LENTI-UL PLENT FUL F NE FA IABLE FINE MIC 0 0FEWVERY THIN GRANULAR SOFT V RTICAL RAND UN.SPECI,RED FACES- MUNPLASTIC IN RED IN PED0 [ED 8 AF2 27 . 42 STRONGF N3NA STICKY PLENTIFUL PLENTIFUL INE OLE FINEE IFEWVERY THIN GRANULAR FRISOFT ICAL RANDOMFINE, D 13 N VOIDSA ELAND NUNPLASTIC IIN RTRED I RE ONLQ CH NN S Y 0 FGJ 42- 59 STRONGN NON CKY PLENTIFUL PLENTIFULN FEWNE I E F ABLE FINEE F E U . F1ROM M y THIN NULAP "'OFT V NPTiCALED RANDINI P INENT I0~N EVOIDS AND SSLIGHTLY PLASTIC I P RED CHANNELS ONLYQ a CGJ S9- 80 STRONGr_ NON STICKY VERY FEW PLENTIFULC MCANY CO All FRIAOL IN E pa DIUM VERY"MONTHIN P0LATYSE VC I YHHIOD FBL DUE .ND'0 OMINENT VLISIBLET B5ANIDGES SL 6 TLY PLASTIC 0EX RED1 IN PEP0 I EENS D aGRA N C SO- 95 STRONG SLIGHTLYF I STICKY VERY FEW FEWCRO MANY COMMONIN "IDIU"AN U A. ABLE 00 FIa FJINES 0T G L LCIC-Y VFRR 0."TLIORED.E MI NDOM 0 TINCT UNHRED FACES- PLASTICY HI E PIN PED NSPECIFIED C Gil ARSEY NONF 1, STICKY PLENTIFUL0 COMMO1 NM WE 95-131 MEDIUMANGULAR ToBLOCKSO SLIGHA BLEILY 0 IVE:VoY THIN MERANDOM'U MEISTINCI0 U 0N IDS AND NAPO 1) PLASTIC IN RE CHANNELS ONLYP C GJ2 131 . STRONGD FzkIABLEIG PLENTIFUL0 MANCo UMAp T COARSE SL SHTLY HARD AYSE AERYFEW THIN ANGULE I aBLUCKY PLA TIC MEj ANDO-'UP DISTINCT7 aN VDAID N ED CH NNES ANDLS ONLYR ...... THICKNE!P . C .NC.rTI. IN! I A CEMENTATCIONP . FIELD PH . . . . Z .N DE T I SI NODU LE D SCRIPON GENT/DES Al L 36- 37 F 1 37- 17 XTPEMELY ACIDE F 2 17 . 6 TREMELY ACIDEX H 6. 0 'ClEXTREMELY D A E 0. 4 NEAKLON CEMENTED AEXTREMELYI C TINUOUSI C D B F 4 . 12 COMMONNE -EAKLU MENTEO EXTREMELYI Ft C NTINUOUSI CE AC D THROUGHOUT MATRIX SPHERICAL 8 HFI 12- 27 COMMONE EXTREMELYI FINN AC D T ROUGHOUT MATRIX SP'ERICAL B HF2 TPEMELY 27 . 42 COMMONNE ACIDEX FITHROUGHOUT MATRIX SON EPICAL " FGJ 42- 59 EXTREMELYI AC D " CGJ 59 . 80 STRONGLY0CEMENTED VERYI STRONGLY CONYINU us AC D so- 95 VERYI STRONGLY AC D C Gil 95-131 VERYI STRONGLY AC D C GJ2 133- VERYI STRONGLY &C D GOLDEN EARS (continued) PH I PH 2 AMPLE METHOD VALUE 5 LL METHOD VALUE 0 GANIC NIT!G(.tN 140AZZON-DEPTH[Cm .) iTATE STATE CAPSO s L 381: 37 2 3:9 2 4 3:3 9 37. 17 2 8 F 2 1 6. 6 2 a . 42 2 9 22A :62 N a2 2 3 2a 2 7 51. . 22 1 .5 5. A f 0- 04 2 3 3 2a 2:84 5f, .63.0 2 1 : :321 a a 1, 1 124: '272 2 1 : . 60 2 4 3-.0 7 . 95, .23 0 HF2, 27 : 425 2 5 :0 2 4 4.3 5 .51 Gi 425 . a9 2 1 5 . 1 3 1, a CGi 9 0 2 5 . 3 2 ::5 :64, 21 :0 : 1 95 2 1 2 Y .41.6 cC Gil 5 31 2 5 4.9 C GJ2 131 2 1 2 4 4.69 .1119 00 ...... EXCHANGEABLE CATIONS BUFF .(ME/100G) C . E . C . EXTPACTABL.E FE4%1 CA MG NA K DETERMINED METHOD RESULT METHOD RESULT HORIZON-OEPTH(CM ) L 387: 3 3 17 75 28a 3 6 : :2125 .385 1765:0, 1 0:03 3 H 6-0. 0 13 .11a, 3.62.00 :33 177 0.1 3 606 .007 :55 11 0.6 3 .20 A E :44 9 a F A-2. a124 263 .111 .05 3'a..9 3 a wrl 1 .2. .03 .03 .32a 67 ? 1 1 :0 3 9a MF2, 27- 47 :.0 3 405:. 1 .6 3 .86 Gi 42- 592 .13" 2 :00, 2a.3 1 .5 c0i :020., .025 . 7 .4 3 :2, 0C 59so : :50 00 .03 6 1 3 95 :131 .05 7.07 3 C oilGJ2 3 ' :25: :00, 00 47 .07 7.3 1 .2 3 .0 ...... :02..a...... EXTRACTABLE ALM0 PARTICLE SIZEM METHOD RESULT METHOD RESULT RIP M. P2 .. PBULK TOTAL 62-1:0 2UDCLLAY 2LT V I TA "ORIZON-DEPTH(cm .) PP ENSI TY SAND 5 0 FL I 387: 37 aY. 17 1 3 9 5 F 2 I 6- b I1 :4 3 1 :03 5- : ,a ? 9 3 m :2 3 :2 5 .4 A 9 0. 0 1 3 1 1 3 83.02 1 .19 55 39 6 .5 3 5 :2. 3:. 3 2.25 a'3 .4 6 1 1 '0? 67 29 a FM11 124: '227 7 3 a0 mrst 27 : 1.3b 2 1 2.0 3 1:4 321 62 351 2.8 3 .: '0 :5 1 :3 ?1 2 2 FGJ 42 9 to 3 CGi a 3 .3a 20 .2 24.6 .31 1 .80 645 33 0C "'so9: 805 6 3 :2 2 C Gil ,3,95: 131 1 :6 3 2 64 57 :0 191:05 1 :8940 750 423, C GJ2 .3 3 .1 '2-9 .7 1 25 34 ...... PARTICLE SIMS1 COARSE FRAGMENTS .2U CLAY % VOL GRAVEL COBBLE TONE HORIZON- DEPTH4cm .) TO,AL x S11 L 3.8,: 37 37. 17 1 3 M .. 6. 5 A E 0. 5 : 1" '24: 212 5 5 5 6 HHF2 27- 47 is5 to a FGJ 42 . 592 s CGi 59 . so 2 20 250 10 C Gil 9590 :1 953 20 20 10 C GJ2 131- 1 1 So55 25 20 10 6- 0191 6-46 a-V9 a. T 1-t I Sal-SL S: 6 :al I :Lj. @:or C:, c 0:,l roo 9 S ..VS I ., C-1 O-Z v I . . I Se -st CAH 9 9S .: , 6a .: sa ":s Z:cz 1 :1 c Z:I 1 91 -9 TAM 0 9 ? a a . c I 1 9 -0 3zi v 9.5 9-1 Q*a I9.1tS S'll 0 -at m 'Wdd 'Wdd *Ndd 'Wdd *Wdd (-"~P)Hld30-NOZI40H N" a s Zd ld iinsaa 0OH13H Linsad OOH13w 1%)IV alavilvdIX3 ...... 1:L C'O so: oz: t :94 :19 1 . 9 L .0 0 1z r9D c 9. L Sa 91: 1LO . et5 . 2 9Sci s ro4m 9 t . c C: t, t: #10 1 ? 91 9 41H O-C c 9 11ONS 9c . go- 106 . 90-Zz 9 9 I-4H c 22 . to- f#C* co-I 0 01 3 8V 0 9 H ( 'P'3)H I d3Q-NOZxbnp4 iins3a QOHL3W iin$3ti oomi3w QlNIWd3l3a X VN Ow v!) M3A 3lSVl3VdlX3 .3 .3 .2 (900t/3")*jAne SNOIIV3 31OW39NVHDX3 ...... U:G V, a ::Q ? 19 W 0 V, z q I a -s Vz . WS C .,6 0. z r9 :lH a0 LIP:9 , V-f# 111 32 0.55 1 z sc .1.1 ZJH 0 9*- Le . l. 9I :c ? I :* ? 91 -9 SAH 8 90 . go1 . z9 9. r I ? G c I z 9 -0 9s, L 9 ? 11 a C.c ? a 0 -81 1 1 It .3 N08dV'30 3 31vis, 3 ILVISWVS (-W3)KAcS30-NDZinnH N30061IN INV tio 3nlVA OCHi3W la VS 3nlVA aoHia" Id 2 Hd vivo 'SNOSVIIIJ AD lS9#HltlON 031VIO1 Q2NIVha 113a A13lyd3GOw IROVNIVUU .113)INVIOIki I-S310,W31, 3Z,,,,-gnS VN Ow : 0 '31 3 3 KtjO :lONVl 9 lVlb3lVW IN3dVd llos I aaw sni is lQL6t)lOZaUO i .oH-ndd3 3t no t(*)aonlIvNolI'm I )30n IlV1 A3AdnS a3ltVI30-tWqS tisnddnd 9NIldWVS SHV3 N3a-lo!D GOUDY UNIT TYPEI SERIES OAT ------SURVEYU111 HAL KELOWNA . B .C .M .A . f, R .A .B . SAMPLINGE OF SURVEY1PURPUSF8 DETAILEDbe SURVEY LATjTUOE,(N,)j, L1, NCl17UD N ( (SEC)S 122.9 5905 00OS04 TEPPIC HUMISOL(1978) TYPE[St SIMPLEEp E CLAS a PESSIONAL TO LEVEL AELEVATIONSIO (M)l a STATUSS MODAL $OIL GENETICF MAT ORGANICE A SPEC I,. CLAST!CA It SLILTY SUP ACE EXP4ESI .8 V NEE GENE"C C . .T ESI .. IEUlIALL SUR E P L VE DRAINAGESNo VERYU . POORLY DRAINED QU AV FF I RE IOU SNESSI StSLOW I I LOC: 0SO~TH AND 400 PETERS WEST OF INTERSECTION OF LASr_ ZE NON :N900SM71THTER05AIS 0L 0SSIFA IC U TION HAVEPHASE410% SALSINERUSS AMR ANDI A0 MI ED0 FIORE DEVELOPED WHEN DAY . VERTICAL CRACKS UP TO 2CM .1 E AND ABOUT 25CM APART . COLOUR I COLOUR 2 TEXTURE STqUC.1vPE I 140011IN DE7HICKN'THtC!Sl "OR80 UI'IZODA .NIY D mP 53- 36 ABRUPT .10 ;OYR2, .001 15;0 ORGANIC MODEPCATEV A I 5 E RSE 1 A .0 I R3 .0,11 .5 U AT.ANGULOA a SLOCKY MATRIX0 1 DRY HI 36, 1: GRADUAL .A5TRY112. .001 ISTO ORGANIC STRATIFIED I 1 M2 Is- ABRUPT .2 SYP2X ;0/2TO ORGANIC STRATIFIED A;PI Ols 5A;oyo.lX2MuIST*0,'2*0 C SGI a- 7 GRADUAL S .OY3 .0/2. .0ST SILT LOAM MASSIVE MA I RIX 01 c SG2 7- 32 DIFFUSE .5; OY3.5112.0ST SILT LOAM MASSIVE A AIX MO C SG3 32- 62 M5 ;OY3,5/2no11 SOILTYM CLAY MASSIVE A RIX MO L A ...... ICKNESSA HC I STRUCTURE 2 CONSISTENCE ROOTS I HORIZON DEI" T M 0 No 53- 36 MODERATE, E FRIABLERD ABUNDANT HA SVSANGULAQIN BLOCKY 0 MI 36- 16 ABUNDANT FIRMHARD 0 .4.1 Is- 0 PLENTI'UL FIRMSLIGHTLY PLASTIC C 561 0. 7 SLIGHTLY PLASTIC FEW C SG2 7- 32 SLIGHTLY PLASTIC C SG3 32- 62 SLIGHTLY PLASTIC PH I PH 2 SAMPLESTA METHOD VALUE SAMPLE51A METHOD VALUE ORGANICAR N NITROGEN HOPIZON-DEPTH(CM .) TE TE c so 0 HP 53: 36 2 3:9 36 160 2 1 : :1 2 3 & 3549 : .564 2 '41 0 .4H2 3 6 2 -1 .21 58 .00 3:921 61 2a 1 : 2 12 .40 b C 1.22 7. 32 1 23.2 2 4 3:21 C 563 32- 62 2 3 3..1 2 4 ...... EXCHANGEABLE CATIONS SUFF .tME/IOOG) C . E . C . NA K DETERMINED ELECT .CIS COND . PI P2 CU CA MG PAM . HOR3ZO4-DEPTH(CM .) ( .PH 11CM) op PP ARMS . 0 HP S3: 36 6 37 9 :21 1:71T 16 :9 35 :: 22?1 :.1 473 2 36 is 7 : 79 7 53 1 :5,E 1 0 9.7 39:3. 0 MlH2r N5 9 . 79 105.2. : :51 52 .1a to10 .. 3950So .0.0 10 2 0 18a- 07 97 7 0 4 4 37 .0 161 90 2219.0. 72 .3 2.9 C SGS 2 7- 32 1 2 :. TO 7 67 :81 50.0.:0 82 :24 C SG3 32- 62 0 to .:4. 47 5 5 IN HopiznN-OEPTH(CM .) Pam . 0 NP 3: 368 29 :8 5361 _ 1 0 29, . 9, 0 .2HI a a C S"I 0. 7 40 .3 C SG2 322 4t6 : 2 C SG3 327: b 4 1 ...... UNIT .TYPES..SERIES GOUDY - ...... DATE L OF 6SUQVEYSU SEI PNS KELOWNA, B .C .M .A . & R .A .B . SAMP IN 0 PRO DETAILED60 SURVEYSURVEYORS LOCATION CLASSIFICATION SLOPE LATITUOEIN)S0 t ), L 12249 5104 485 TERRI(; HUMISUL1197111. . . S TYPE SIS SIMPLEP Z21TUON44SEC)l 005 CLAS DE RESSIONAL TO LEVEL ELEVATIONPREC SIO (M)l I STATUSS AL OIL GENETICa C "ATL ;E'S ., OQGEEICE SPECr, I CLAST!C It SLILTY SU FA E XP V N A EN ; MATL .EIS .' FE.lL.AL SURFACE'E C XP L VE DRAINAGESOF VERY POORLY DRAINED RUN , SLOW. E . PER IOUSN~Sl" . OD ATE SITEP E LOCATIONS0 T 00 ABOUTM METERST e SOUTHEAST THE0 Un4GREATY, NORTHERN RAILWAY AD SItOCUTION1 PHETER 50 F MUD BAY DYKEOF S E 6CLAS I A ASE SIS ROMSALINEH . THIC NESS HO ZON COLOUR I TEXTURE STRUCTURE I STRUCTURE 2 HORIZON DE TH(C ) BOUNDARY 0 Ho 53- 33 ABRUPT ;OYR2. ;0151 ;0 ORGANIC WEAEK *EC :K Sr .ASO PI I FIN TO MEDIUM S 0 Io .OYp3 . D /1 .0 GP ANULAP UBANGULAR BLOCKY MATRIX DRY5 U M 33- 20 ORGANIC MASSIVE 0 HS 20 . 0 ORGANIC MASSIVE 'oMAN01R'. .00'1 'S ; 0 lo .oyR2.012 .0 TRI D Y C GSI 0- 8 4 SILT LOAM MASSIVE ."'.01 . "'A; 0 10 .ATYR6.0 I.11.0 MATRIX0 DRY C GS2 a- OY4. SILT LOAM MASSIVE .A5S;1116X. . '.O 0"ll ;.*T MATRIXoy DRY" 0 ...... CONSISTENCE ROUTS I MOTTLES I HORIZON DET'IC'T 'NESS. (CM I a HP 53- 33 VERYF FRIABLE ABUNDANT so T 0 M 33- 20 VERY HARD : BUNDANT I NE 0 HS 20- 0 FRIABLE FEW C GSI 0. a NONJTICKY FRIL . . . L DISTINCTFEW S TLY PLASTIC C GS2 a- FRIABLE Ff :T 01 INCT L CA A ------PH I EXCHANGEABLE CATIONS BUFF .(AE~'10061 C . E . C . SAMPLE METHOD VALUE ORGANICN " NITROGEN CA MG NA K DETERMINED HURIZON-DEPTH(CM .) STATE CAR 60 0 No 53 : 33 2 2 4 27 as 9 38A 2 a? :10 7 79 3 0 ,m s 33 20 a 2 :E : :5 '03 :361 : : it1 42. :. 0 20 08 2 2 3 . 5 So.7 . 00to 2 03 3 . .46 4 . 3 31 . 34 . .15 0 651 3 : 13 22 2 .7 9 .437 4 . 0 3. 1 .05 15 .69 Cc GS2 0a . 2 1 -43 :25 1 9 0 2 .260 6 .81 3 .80a, . .2 26 .0 ELECT S COND . HOPIZON-OEPTH(CM .) (MMH6 /C.) P,PPM . 0 HP 53 : 33 5 6 0 14S 33 . 20 2 : 40S 3:6. 1.:% 0 Hr.1 20 . 0 25 C GS2 a 1 9. A9 301 9.7.0 C G 0. 8 130 .050 b I UNIT TYPES SERIES GREVELL...... - ...... DATE WNA9 B .C .M .A . G R .A .01, SAMPLING PURPOSESV DETAILED SURVEY LATITUDE4N)l0 r, E "1 L YUD ( 1;29 N 237 0 IN C REGOSOL 978 2 0 PRECISION ISECII 02 XTYPES SIMPLE1 ELEVA ON 4MIl 6 5 AT St M AL OIL SPECr . ;,CLASTICAA 19 SLANOYF VIALL SURFACEE E C EXP' ;EI S .9 LEVEU DRAINAGE''HOFF . AtELLSL w DRAINED RPERVIOUSNESS$ RAPID13 300 METEAS NORTHEAST OF CORNEA OF LEFEUVRE AND RIVER ADS,o GLEN VALLEY . STRUCTURE I CONSISTENCE ROOTS I THICKNtS5IS I ,C HORIZON , COLOUR I TEXTURE HORIZON DE M) BOUN DAIS L" 1- 0 ABRUPT ORGANIC PLENTIFUL c 1 0- 22 ABRUPT SAND SINGLE GRAIN LOUSE 'o.ATR'oYR4. ;5"1 ;0 IY...0 MATRIX'0*0 DRY"I'D C 2 22- 30 ABRUPT .A10 ;OVR54O,f2ST.0 LOAMY0 FINE WEAK, He VERY FAIABLE FES, SAN IX1 ..0' 2.0 SUBANGULAPI SLOCKY MATRIX'0*0A 0 01RY PSEUDO c Gi 30- 55 ASRUPT SAND SINGLE GRAIN LOUSE FE . 10MA0;..Ovp"1IS. ;.0,2,0 1 0 6.01215 .0 MATRIX1 DRY C 3 95. 10M ;OYRS .Of3,. O SAND SINGLE GRAIN LOOSE 1 I All,OY ...011,0015 MATRIX0 DAY ...... THICKNESSp NC MOTTLES I HORIZON DE T $41 Lm 1- 0 c 1 0- 22 C 2 22 . 30 c Gi 30- 55 FEWI IFISH,HE C 3 55- PH I EXCHANGEABLE CATIONS BUFF .44EII0061 C. E . C . K DETERMINED SAMPLETA METHOD VALVE ORGANICA " NITROGEN CA MG NA HOPIZON-OE07MICM .) 5 TE C PSON % :022 .5:300 100 :2200 c 2 22- 30 2 1 :2312 0 a 7 .4 .4 .04. 4.40 .80 5 7 c Gi 30 . 5 2 :1100 3 :5 C 3 55 . a 1 7 .121 01 3 .60 :1100 ...... :.I PP2.. LH1 0':220 p LN 2 C 2 117 .1 :0 71 I 1: 202 4:SS3 C 2 22- 30 Cc Gi 30 . 55 a2.5 07 . 0 HORIZON-c 3 DEPTHICM55 . .) 2:.25 551 .00 UNIT TYPEt SERIES GREVELL...... D OF GSURVEYSU SE A 6 VKC KELOWNA* B .C .M .A . G R .A .H . SAMPLINATE P RPU I DET ILEO1 SVQVISURVEYORS:Y LITITUOEIN11. G E~H!1!2~.1, .249 42 19 h2!! L NECIT I 1 08 O11THICU IOrGOSULI. C2 ;O Uo NI (SEC)S I5 TYPEI 0NPLE ELEVATION- 1 .)l I $TAT S M DAL'9'a'SOIL CLASSI GE TLY UNDULATING SPEC T,. CLAST!C, 1 : SLANDY ~.ENE C MAT F UVIAL DRAINAGESU 0 MODERATELY WELL DRAINED NVFFIU SLO RPER 10 SNESSI RAPID11 THICKNESSP H , CULOU. I TEXTURE STRUCTURE I CONSISTENCE ROOTS I .UMIZON DE T (CM 0- 25 42 i0'R4A A812T0 SANDY LOAM FRIABLE ABUNDANT Al Is ;SUEINAKE TO MEDIUM BANGULAR BLOCKY C 25- 47 OT.OYP4. ;0,I 2S;0 LOAMY $AND SINGLE GRAIN LOOSE PLENTIFUL !A Al 01 C Gil 47- 60 !0 ;0YR4A8/2;0 FI) NE SANDY PEAKM FRIABLE FEW A RIX is L AM SEDIUMA 6U TOaCOARSZOC Y SLIGHTLY NAPO PU N LA OL SEUOOa C Gj2 60- SANDY LOAM STRATIFIED MATRIX'O'oYR%0'2OIS T o ...... THICKNESSP . . HOMES I HORIZON DE T 1C I A 0 0- 25 C 25 . 47 C Gil AT- 60 FE FAINTT C GJ2 60- F1 FAINTI PH I EXCHANGEABLE CATIO NS SUFF .IME/ 1006) C . E . C . SAMPLE HOD VALUE ORGANICA N X NI CA MG NA K DETERMIN ED HORIZON- m .) S I ATE MET C Rao AC P 25 2 5:7 1 : 062 5 :34 3 :063 : 13, 23 15 9 2r0: 1 12 2 . 1 5 : Gil 7- 6 2 ..,392 . 0 26 ..3296. . 3 . 1 . C GJ2 60- 0 2 1 6.2 9 .025 3 21 .45. .105 3 9. 8 ...... TROGENW ...... PI -4UQIZOV-OEPTH(CM .) op . . CA P DEPTH(C220 : 2,5 5 :0 C Gil 47- A 0 2 .00 C GJ2 60- 6 5 .0 22001349 GREVELL UNIT TYPEt..SERIES .., KELO .NA . s .C .M .A . (. Q .A .B . UITCS..P,------OF ,SURYEY'U S,, ------IN P PPU ETlIL-D-1 SUR."'vE I."F.Y.P . Lglj7UDgj0 ;j . 1;9 :7 :3 LRECIN 1 2 03 ORTHIC REGOSOL(1978) % C2 TYPEI ~PLEX0 TOON 1 ISECIS UNDULATING ELEVATIONp 51 (M)l 185 STATUSS MODAL SOIL CLASS$ GENTLYa SPECEN I,. CLASTICA 11 SANDY, GUPPACE C EX T~EIS . LUVLJAL s c 0 1 LEVE OPAINAGE3U 0 F WELLS DRAINED RRE N V F OUI a L R I SNESSI APIDOW HOPIZON THICKNESSI HORIZONY COLOUR I TEXTURE STRUCTURE I STRUCTURE 2 DEPTHICM aOUNOAQ LH A- 0 ABRUPT A HJ 0. 4 ABRUPT 113*0,12,0A . ST SANDY LOAM EAK MA'o ;o'.l Ol WSUIN EAN6ULAR BLOCKY c 1 A- 10 DIFFUSE SANDY LOAM WEAKa MA10 ;PoylRx*;00/13sT0 FINE SUBANGULAR SLOCKY PSEUDO GRAIN C 2 10- 27 DIFFUSE .2;SY4 .0/2. ;01 FINE SAND SINGLE A RIX 0 C 3 27- FINE SAND MASSIVE SINGLE GRAIN MA2;5y*$alx .o'f2MolSoT ...... .OMIZO . T"ICK."ESI CONSISTENCE ROOTS I MOTTLES I DE T (CM LH 4. 0 a wj 0- 4 VERY FRIABLE ABUNDANT c 1 4 . 10 VERY FRIABLE ABUNDANT C 2 10 . 27 LOOSE P,ENTIFJL C 3 27 . VERY FRIABLE FEW FENE F1FAINT PH I EXCHANGEABLE CATIONS SUFF .(M E .11006~ C . E . C . SAMPLES A METHOD VALUE ORGANIC8ON " NITROGEN CA MG NA Ic DETERMINED HORIZON-DEPTN4CM .) T TE C AR LMNJ 04: 0 2 5 :9 1 :72 :714 9 .08 2 : :g :131 25 a :5 A 1 5 9 402 2 4 5 .64 .01 6 3 :007 C 10 a 1 . 1 1. . .90 c 2 56 . : .02 23 . . 2 . 9 4 C 3 1027: 27 11 . . 2 2 4 .09 .15 6 .1 ...... NOAIZON-DEPTH(CM .) 22 :P, . . Pp9 . . .3.15, LHMJ A A0 : A0 5 .0 34o :50 a 14 : 102 2 .5 A57 .5 C 123 0 7 642 5 A.96 C 27 3 : 00 a1 3 : 5 UNIT TYPES SERIES GRIGG------ DAT OF G SUPVEU SUR SURVEYORS HAL KELOWNA# B .C .- .A . & R .A .B . SAMPLINE P RPOSEYS : OETAILLD68 VEY LATITUDE(N)tG C )t LONR C,STUD " 1* SEC) . 12249 0800 4428 GLEYEU (.PAY LUVISUL11978) S 2 .0. ELRE 051 TYPES I PLE EVATIONSIO jMj9 0 STA7USS MODAL SOIL =!L!!t!!!2f!!nE-M! SPECr T. I CLASTIC7 It SILTYL S,ENE CC M4E P4ES1 . . IAL UPF E X FLEVELUV DRAINAGE$UNO POORLYW DRAINED PPERV FFIU SLO4 10 SNESSS ODEPATE SITE LOCATIONS NORTHWEST OF LICKMAN PD . OVERPASS OVER HWY 4019 CMILLtWACK F OPEL R NO TSA *A SEN HIGH AY THICK7ESS HOQ IZONj4 Y COLOUR I COLOUR 2 TEXTURE STRUCTURE I HORIZ ON D E T H CM) B O U DA R A P 0- 15 ABRUPT to*OY614 .011 .0 SILTY CLAY FMODERATEM TO STRONG ,IO ; OYRS ; 5.12.0 ANGULARI f BLOCKY A RIX P Y A EGi 15- 32 GRADUAL SILTY CLAY MODERATEJU .AT'0*01"5. . 4o'Do OED 10 .0 I.11.O'S11 .5 ANGULARM BLOCKY MATRIX1 DRY0 BA 32- 55 DIFFUSE SILTY CLAY WEC MATRIX'o*oYM510 .0 P6 ;. 5'01/2l5 i.0O P 0ARSEA" RISMATIC MATRIX1 DRY5 9 TGJ 55- 82 DIFFUSE CLAY MODERATE MIM11:520,11; o COARSEPRISMATIC 0 TG 82-207 DIFFUSE I OYR6 5 SILTY CLAY MODERATEC: S MATRIX 0 I 5 A TOOY6*0"IX . 0 1 ; oT P0,10SM E al ATIC ac 107-132 DIFFUSE OY 1 ;0 SILTY CLAY STOPONG .A10 ;RIXPS.00,Is 5TA *OYS'O'*'RIX MOIiT0 MEA GULIUMAlaT SE N aBLOCKYCOAR c G 132-150 VR5 o/ SILTY0 CLAY MODERATEM TO STPDNG MA5 ;RylX5 .0/1'0MOIST IO ;R0Ix ADISW L AM MASSIVElo'U" ...... TOIC1.176 :S, STRUCTURE 2 CUNSISTENCL OOOTS I MOTTLES I CLAY FILMS I .UOIIIN DE T C A P 0- 15 FIRMA ABUNDANT H RD A EGJ 15. 32 STRONGN FIRMAM ABUNDANT COMMON0 FINC, E H D A ULAR (ILOCKY PEOMINENTIUM MYR4 .0 .16 .0 BA 32- 55 STRONGC A PLENTIFUL MANYME THIN RSEU FIRMHARD. ONS REDe I FACES. ANG0 LAP BLOCKY PL ASTIC PROMINENT. OUMYO . . .'6 .0 UN P C FIE . 5 0 a IGJ SS- 82 STRONG PLENTIFUL M.:NY U . COARSE FIRMA D ANGULAR BLUCKY "PLASTICA DO olMINENT ONUTHICKCOMMONRED FACES- 5.OYR40 .0,18 .0 NSPECIFIED 8 76 82-107 STRONG RM14 FEW MANY UM COMMONIC FlHALA D 0 T CohqANGUNQ SLOCKY P STIC MEDIP! OMINENTYP4 .0/8 .0 U NH PE kD FACES- 5 0 NSPECIFIED ac 107-132 FIRMP FEW HA MANYr U . PLASTIC0 PROMINENTol 5 OYR4 .0/8 .0 c G 132-150 MODERATEM U FIRM MANYM U . FEW A ED HARD EDI P N ULI M BLOCKY PRO INENT SEUDO6 AR 5 .0YR6 .0116 .0 GRIGG (Continued) PH I P . 2 SAMPLEA MLTHO D VALUE SAMPLE METHO D VALUE ORGANICA " NITROGEN HORIZON- DEPTH(Cm .) ST tE STATE C RGON % 2 A EGjP 350.: 5315a 22 .1 5. : 6 2 A. 25 :51, :72 BA ,52. .25 2 5. 5. 2 1 .04 9 a fGj 2 1 5.6 2 5.., .895 5CTG 1 5.9 2 5:3A .05 82 10,132 2 6.0 2 5 aC 132- so 2 6.1 2 4 5.7 ...... EXCHANGEABLE CATIONS BUFF .IME/ IOOGI C . E . C . CA MG NA K DETERMIN ED CU NN0 HORIZON-DEPTH(CM .) P R . . ARM . pp PH . A P.6j 303:6 A 150: 3215 11101:53 a2:4334 :114 :119 2 1 .4 511 56 :9. 7 8301 :9 1 3 :9 :'0 :5 "*1 :'5 '46:52 BAa TGJ 2 : a55 .85 ..3 120 2 9 15 . 9 102 . 1b4 .50 ..,80 10042 : .9 1 47 :42 55 .102 12 .93 9 :22: .21 24 :2 6 . 7 12 .0I 3. a a TG 7 9:0739 .20 24 3 7 7 19 .4 2.8 C 3 :2 -1325 1 9:0 A :456 :.680 940 :5a 5 7 C G 132-17 0 9.28 :23 .16 21 .. 1 969 .9 .. 7 ...... PARTICLE SIZE(%) ...... 2JU 2UOCLAYL .2UT CLAY ORIZON-DEPTH(CM.1 6272,uS L SOUL T TA TO AL A: A PJ,j 1 43 56 19 7 10: 315 ASA 32-5 15 TGJ 55. 8 1 a TG 02-107a :01 603 ?. 1213:82. 020 17.22 107IS :,132 OCC 1 2 so 71 28 5.9 28 12 ...... GROUSE DATE OF SURVEY 7 SURVEYO I HAL KELOWNA . B .C .M .A . & R .A .B . S MPLING PURPOSES SEMI DETAILED SURVEY ~2~t!!2~ LtTITUDE4%)j, 149 07 30 !~2p-~ L .ZCITUOEI'SeC~ . 23 10 130 GLEYLO I SO-BRIC 0FERRU-HUMIC0 PODZOL(1978 IONI 52 TYPES '5*0SIMPLEP. PEL .11-1S ON ( .)s 12 0 STATUS M DAL S IL CL SS9 STISO NGLY SLOPING ASPECTA (DEG)$ 11ZITIC : :TZ4 . ., COLLUVIAL 6ENETIC MAT .3 BEDROCK SU FA E P VENEER BEDROCK DPAINA(AlUNO IMPERFECTLYE DRAINED TYPES INTRUSIVE ACID P FF8 M DIUM S!T :,LOCtTkD,ONRR4IDGE,CREST, BET*,!EN LIONS AND ENCHANTMENT LAKE, G A IFI ATI N SE S LITHIC HORIZON THICKNESS1, . HORIZONY COLOUR I TEXTURE STRUCTURE I CONSISTENCE ROOTS I DE T (CHI 6OUN OAR HF CLEAR 25 . 10 m S GYR2 /2 I.0 ORGANIC FRIABLESLI6 . Y ABUNDANT ; *0u TL . . . D i t . 0 111 5 .0 5T .0 MATRIX0 Q DRY H to- 0 ABRUPT 5;0Yl. Xl2400lSl ; O ORGANIC 1111A1 BLELY ...0 ABUNDANT MA . I I SL G T 1 OYA3 .S MATRIX0 DQY"2*0 A H 0. 10 GRADUAL IO .OYR24O/ sl ;O SANDY LOAM SSE. OAK UM 'lLlfA8LE. Y PLENTIFUL MATRIXSO .", ..01'2 .. S G TL HARD SUBANGULARE SLOCKY MATRIXP ONY0 A HE to- 15 CLEAR .IO ;0YSS2. Mo0l .lT O SANDY LOAM WEAK.6 JU . FRIABLE PLENTIFUL A I 1 10 .OYR4.0/2 .0 SUBANGULAR0 SLOCKY MATRIX DRY 0 HFGj IS- 20 AsRvPT ,7 5YR /2 ;0 SANDY LOAM WMEANSO . FRIABLE PLENTIFUL 10ANIX32IS.0 R. .O'3 .O SED USANGULAR BLOCKY MATRIX1 DRY P 20- ...... THICKNESS MOTTLES I HORIZON DEPTH(CM) HF 25 . 10 H to- 0 A H 0 . 10 A HE to- 15 IS HFGJ Is- 20 FEWDIU . ME DISTINCT Q 2o- PH I PH 2 SAMPLEST, METHOD VALUE SAMPLETA METHOD VALUE ORGANICA ON " NITROGEN HURIZON-DEPTH(CM .) TE S TE C Re MF 25 : 10 11 1 . 3 100. 1 0 2a 1 F4 :61 2 4:15 472 :4416 .58 AH H HE to- 150 2 5 :6 2 5:2 5 32 AIS HFGJ L5- 2 a 1 5 3 2 5 1 7 :3766 41 R 20- 0 ...... EXCHANGEABLE CATIO NS BUFF .(ME/ IOOG) C . E . C . EXTR ACTABLE FE(%) CA MG NA K DETERMINED METHOD RESULT ME THOD RESUL T HORIZON-DEPTH(Cm .) NF 25 : too 10 4 H " A HE SO0 : os .32 053 3 B HFGJ 15- 20 .64 0 1, 1 1 0 :67 3 0 : 1,. A 20- ...... ------...... E TRACT LE A 1% METHOD RESULT METHOD RESULT 1729 pe CU zN HOQIZ04-DEPTH(C . .) :0023 4-P:6.I . . PO Sppm . op OR HF 25 : to0 2 : 7 3 2 2 H 2 2 : 4, 290 .:3: 52.10 : 09 3229 :80 A H 100 . 10 A HE 2 :6 a 0 .9 2 .2 :3 3 8 HFGJ 15SO: 2150 1 3 a 3 0 .8 2 .1 4 I'a' . . .'1 :20 9 :0 0 .0 R 20- 0'*10N ;N,*dA%et I ."1"Otid. 0-910.qHAG.L 0M" -49 a9s 3 11 O'V/O'-PUAG'43"1 t, 14 . " MOI ~ d. a O'9,1O'GdA1.*j .29 IQ -Is 19S '3 It 0'9/0 ;%UAGI*,LI IN N 'ni"a cl NOVJ"0'30 3" IS -ev 30 it .S 031AI')3dSNA 311 .4 03dN , 1NO 0'9'0N ;N"1 .'O;d I I .1110"0 NOMWO3 .9/O .GbAO .G NOWN003 I, -SC gsri 9 .,0314123dsNn", d N 0*110N;COACOI .df 3 :1 03NIM, 0 Nni03W" NOW"03 '91O'GdAO'% " ANVW C -CC sspi 0 ?e -St Sd V SI -0 d v SS(WD)Hid3QM N0ZIkJOH I smlt~i Awl.) z S31110M 1 salliaw 3 )I:PlHi ...... 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NOZ 3 JO ISV3 Sb3i3V4 002 aA .NV 010.'1-1 ..1 01 AD NOII')3Stf3INI NV HInOS91 S03130 009 INOIIW301 1341S11 UVdMOOM S ISS3NsnolAd3d" Nn 03NIVOO AldoodSl 13OWNIVdU14 C) tS _,"13ATII I'S3I~dVX3 3'3vgusnsI ITIAniA :i It .31I'IVWSwl MigNMI. A111111-4 . I , I 1S,0., 31 . 3.3 ONVS 1 3 :)3ds 11 s A 3 1330S ta'. i:osaivoon Iw,1miqnivis zo .4 ;j"S: N01IIA313 3-IdNIS [adAI ? 1 130dNo 0 6 )1 SA31-3 i.ido 12 CO ezi -1 No ni' ZO 69 tiNI303anilivi7 I No I I"01 A3A"nS 0311VA30 sasodmndS 9NIldWVSC) IV .R .v .d I 0V-n-)-R OVNmnl3V IVH tk1OA3Abns 99 SA4Adn .4 3 a ------ii&b~f6!5 PH I PH 2 SA04PLE METHO U VALUE SA-PLETA -ETHOD VALUE OPGANICA N ~ NITRUGEN MOQIZON-DE Plk(CM .) S I ATE S TE C POO 4A P s 5 3 a 39 15a0:. 23152 2 1 5 2 2 4 6, :29. 8 P JSGI a2 45 2 5 5 2 6 ..0 ObA D T JSG2 A5-- 5a 2 1 6 0 2 S.0. ..,.154 0 11 TacC SGI 52 a7 2 6 4 2 5.7 03 a7 7 2 1 7 g0 2 .231 02 C SG2 7 2 1 b 2 6:23 .46 02 EXCHANGEABLE CATIONS SUFF .(ME/10061 C . E . C . CA MG NA K DETERMIN!D ELECT;SCOND . P2P . . SpP .. . CU HOWIZON-DE PTH(CM .) (MMH lCM) -1pp . . P pom. 7:86 6:415 58 :Ja 26 5 5: 7 65 A PS 1,0: A, 7.809 7.598 112 :. 705 29 23 6 1 1:2 10 :2 26" IN19 4 811 PTJSGI 22- 32 3.052 a? 42.4. 1682 24 :3 JS62 35- 4255 3.9 6.01.68 4 . 52 14a.9I 1 09.601 1 .5 166 : 3 26 .5 11 1Cac S61 42-57_ a1 1.03 5.52 3 . 0a .546 14 1 .8 1 .70 . 6 26 .91 7 2.1 6 2 . 36 .5 1. 9:68 lo0:100 4.6 159.67 29 C SG2 a?- 0 a3..8 2 .546 .65 9.3 11 .30 2.0 152.3 19 .0 ZN HORIZON-DE PTH(CM .) PPM . A PS lo : 215 651 :4 25 2 6 2.1 baA TJSGIP 3 It TJSG2HC 32 .25 607 :5 45 57 59. .8. 11 C SGI STa2. ST 62 C SG2 7 2.8 00 :4 . 101:1110, So I H, q-2 11,0.41 CC1. -111, 11030aV 9-It 61.11.1I 1 -0-C9, d -wcd 4W3/S?HwiAm 3 0003)"Id3a .hozlbok Id 03 13 . . .. - - -- ...... -- -- ...... ------ a 69 : LQ :, 6ZL :C 90 01. 1 1 a So I :,,,Ov 919 1 Is111, e: 6S 1 6 21I :t1 92 : 6 :9 a It -C 9-tt IsIS . 10te . . WI11 0Ive Z .9 1t L Cc -910t V aloe 09 . 9S .? 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OF GSURVE A b SURVEYORS GGR KELOONA, . M .A . f, R .A .S . DATESAMPLIN PURPOSESyl PET SLED3 SURVEY !~20.! LATITUDEiN)la e " 12*9 063 07 TYPES$I SIMPLEOr:P. La461 2 7 0.7 REGO GLEYSOL119781 ESSIONAL TO LEVEL 'UON' tSEC)l CLAS pELEVATION'C SIO ( .18 56 STATUS$ MODAL SOIL UPPEA STQATIGQAPHIC UNIT SPECI, ;,CLAST!CA It SLILTY SALL SURFACEF'ME C MEXPOESI .1 LEIEUV DRAINAGESNo POORLYW DRAINED ,FFIUSNESS, SLO. "UPER ID OPERATE ADDITIONAL NOTES THE T 0 M CONTAINSV RA T SEVERALA THIN0 BANDSNICOF M SIL7 TERIAL . THE C 61 AND C G2 CON A IN SE E L MIN 9 NDS F ORGA A ERITVA LMA. PROFILE DESCRIPTION CKNESSH(CM HORIZON V COLOUR I TEXTURE STRUCTURE I CONSISTENCE QOOys I HORIZON DEPTINS I 8OUN OAQ ABUNDANT A p 0- 17 GRADUAL SILTMU Y MODERMATEm lu VERY FRIABLE SOW0102405"'fo5 CK SUEP .011 .6 .0111 .0 BANGULAR BLOCKY MATRIX10 DAY FIRM PLENTIFUL 0 m 17- 43 ABRUPT TROYRS,X .00,125 T O ORGANIC WEAKS ;, .ASO I I T ATIFIED lo in.OYP7 .0/2 .0 MA IX DAY FOIAILC PLENTIFUL c Gi 43- 65 GRADUAL SILT LOAM lo'oYp%o"ATR ;o :S~Ai o" M0 .0 I,,.1 .O's11 .0 SUBANGULARIUM BLOCKY MATRIX1 1 DRY0 PSEUDO FEW C 62 65 . 85 DIFFUSE loA ; OY95.00/2; 0 SILTV CLAY WEAKME SUM FRIABLE L AM 0 .04-1"1" .0,15 .0 SUBANGULARPS1) SLOCKY ATRIX ORY 2 EUDO FRIABLE C G3 as- I SILT LOAM MASSIVE WR Y"5 4 0101 ; 0 710 .0 'X.6 . O'S1 .0 MATRIX1 DAY5" ...... THICKNESSI MOTTLES I HORIZON DEP HCM) A p 0- IT a So 1?- 43 FEI F WME FAINT c 61 63 . 65 COMMON 1 FAINTFINE.0, 0 R5 .0114 .0 C 62 65 . 85 COMMONIME F ISTINCT IG0 .OVR5 .0/4 .0 c 63 85- COMMONF_ F IN1 10 . STIN~T 0 OYP5 0/4 .0 PHYSICAL So CHEMICAL DATA PH I EXCHANGEABLE CATIONS BUFF .(OE/IOOGI C . E . C . NA DETERMINES) SAMS A PLE -ETHUD VALUE ORGANICSON J~ NITROGENX CA HORIZON-OEPTM(CM .) T TE CAR 57 7 A P S o: .17 2 2 5 0 93 20 20 2 5 :.0 ,.57 :.1.953 1 :074 7:200. 1 :90a :200 :2 : 47 63 8. 0 .1 11 653 1 c G. 1. 3 .55 2 5.4A 7 3 12 .10.80 5.4 3.71.;,. .2 0 19 6,60 .220 .201) 161 : 7 62 2 1 5.80 .20 10 2 2 Cc G3 as-5 2 1 5 3 .274 0.10 HOPIZON-DEPTHIC- .) -1P.M . P2P" .. 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A s )Niidwvszio wo .1 .1 .3 .1 -9-T-d 9 -VNM013~ lVH SbOA3Adns 6 -A3 "n 3L ------aNOMM 03A 3SO01 3 inoiAN31d 3sool SVI-Oll 1 09 in4lLN31d 3SO01 021-SG I " LNVQNnav 3SOCI 96 -99 0 0 INVONnsv 31@VIUJ AVIA NIVb9 310NIS SS -Ga 1-9 a INVONnev 318VId :i Ad3A SC -C tA 6 LNWQNn9v 319VIUA A03A NIVt19 319NIS C -0 3 V iNvamnev 319VIOA 0 -9 AN inotIN31d S -01 zil j;'.)4HId3Oa NOZIUOM I sloob 33M31SISN" Z 3uni,3nuis a V31H ...... A113AWbO NIVOO 319NIS ON vs -Got A113AW00NV Asia"e ' . x1dA NIVUS SIONIS a S AM"110 -IW!"'I".As 1 0 1 9 s L, 3sniAia %*I-OCT a 20 A113ATOO Lslow .xltjLvw NIVtJ0 1119NIS aNVS O 'S9 'o"1 0 ' rVAS A N 0 a/5 sA,, Z 3snAjta OCT-96 1 3~8 AII3AVb9N NITUS 319NIS a Is 0411'O'0 S"""VW.AS I 3snAAto Gb -ss 9 AM3010 dyinsNwong3N A O IS. .,1OAdoON.SaASX di.A I A113A W34 CNVSVd'j 0'*,'O'CaAO'GI I V 3sn4Aio 96 -58 11 a O .9A6? , 4. A1 11jV"S A)02010 avinSNvans 0 1 3NIzi3 ON A113AWdO Is ,a" vlaiwo, VS ANVOI O-VIO'CUAO'SA ivnovaq GZ -C IA 0 O .l A11?0 qaX A1OIV".6 A)0019 avinqNvens 1 IS 3NIA)1v3A S-119'011 ."AOI VV" Idnbew O isin"a x1alv", 3INV9dO a 0 d 0 9 idnasw 0 -S Am IINVOUO dwall S -01 Al A 1:14.1d30.A NOZINO. I auni3nuas ONVS3anixaiANVOI a anoioi I mnOIO3 NOZ do 9 30NI.1 . a X21 'S031 3IN3"330 AA19NOUN I 03111.10tid1 IV'35GIbI Oddd31dTHol,tainitisNi1 "11NO1113tidoll37 a 40139A3NV-0 A H do SdIL30AS S 09 A 3 " W v N viol 3 is Oldld. S ISSINsnolAd3dA oMna, . 03N[Vda IlanOl :39TNI'A a dl3 AiloN1IV. 1"An.n"'19 -S-31 1.1."Ol. 3 :) ll,d's"OA .I .ns )IiST130 I . 3N39 AII3AVd91 li It WWOO ON1110d A-IoNnmis, Ilos 1100 . isnivis X31d 0 a ISST138jdAL 001 P34011VA 0 0 tu6i)iozaOd ')tdaizi-ownH ~IIHIUO i ;T4,qnI1,NojA312 00OZ 0CSI eel61, ion wl 3dois NOliV3l1tSSVI3 NOlIV301 ,,, A3AanS" n O1Iivj3c ;I .jS 11SOdmnd,sNjpdmvs31v .9*V .b 9 -VN-013m UOA Ad S 6 SAgAdn A A3NVH PH 1 PH 2 SAMPL E METHOD I, VALUE SAMPLLA METHOD VALUE ORGANA QBW14C', NITROGENX HOPIZON -DEPTH(CM .) S TE ST TE C LF 10 : 5 2 a 3:2 54S 93 HF C 5 0 2 . 2 2 5 39 0. 21 .3 4 :.6 86 1 3 a F I 0a- 25 2 5. .7 2 3 98 F2 25 : 55 a 1 5.9 a 5.9 2 .6 17 .1 04 55 _I 950 2 6.0 2 5.5 ac 1 195 .1 25 2 1 3N5.9, a 5.6 8C 2 1205. 4 2 5.9 2 4 5.6 C 4 2 1 5.8 2 4 Z.71 EXCHANGEABLE CATIONS BUFF .(ME/100G) C . E . C . EXTR ACTABLE FEM CA MG NA K DETERMINED METHOD RESULT ME THOD RESULT HORIZON -DEPT4(C . .) 9 ol 2 :36 21 :27 8 :01 :"go 3a 121.. :6I A8 Epi 0 1 ab 05 22 3 0 :2 05 :4 3- 25 IS . 005 00 : . 1513 .59 1 1 : 1 3 8a F2 25- bS .02 04 .02 1 0 .4 3 ss: , gs 0 .0 sc m 1 0 3 3 8C a 1201,9 5_.1!50 11 0 :3. 3 00 :0. CHFLF 105:50 1 3 a 0 .0 ...... 262...... EXTRACTABLE ALM METNOO RESULT METHOD RESULT 112.M . Cu M . ZNP.M . MN0 HURIZON-DEPTHtCM .) P..M . P SRPM. Pp Pm . LF to : 50 271 :2 22023:00 93 :00 HF E 5 15IN 79 :: A F1 3 27 .61 36 .6 3562.0.8 1916 . 37 435 021: 23 1 a 0.:8. 1 2 .1 43 .0 342:4 8a FaM 25- 5 1 2 .5 1 0.4 55- 95 159 . 8 41 .8 715. 3 28 ..5,21 2758 .5 33 :3 aULC 1 95-125 3 0 :2 2? : 08 35 5 41 .2 a 2 120-149 1 12 :8 3 0 .22 C 145- 1 34 . :9 :5 1 .31 3 31 3 2821 :5 1 5 ...... COARSE FQAGMENt$ % VOL GRAVEL COBBLE STONE "ORIZO-4 -DEPTH(CM .) HF 5: 0 E AB wt 03. a3 600 200 200 200 B F2 25- S55 20 2'0 8 M 55- 95 660.0 2 2;to BC 12 1 :5 .120 2 300 300 ac 1 .9 :145 80 200 3 c so 20 3 30 UN17 TYPEI SERIES HARRISON . . . . .SU"Vr. . . .:YD...... DATE P1 HAL KELOWNA* C .M .A . & R .A .B . SAMPLINGOF SUPVEYIPURPUSE1 DETAILED67 SURVEY LATITUDE(N)lr, a W" I 49 111 ., 11 LON CITUD .1 22 Og ..T .IC HUMO-FEPO:AIC PODZDL(19781 I SEC) 1 ypal S 5'0-PLE PREELEVATION510 4-18 30 STATUS% 0 L SOIL IASPECT (OEG)l 270I COMMNr ;,CLAASTIC It GRAVELLYU A 1,E . . . CC "E. T4EIS . . FL I L Su E p FAN ' DRAINAIEIU.OFrF, WELLSL W DRAINED p 0 PERVIOUSNESS$ RADIO SITE LOCATION& H&TZIC VALLEY . OFlLr DES 1 THICKNES HOR I Z ON CULOUR I TEXTURE STRUCTURE I STRUCTURE 2 HORIZON DEPTWICM) BOUNDARY LH 1- 0 ABRUPT ORGANIC A E 0- 2 ABRUPT LOAM ;EAKe .A5;.0yOyp,. 1 .... 01Ol ,s;o IN OLATY MATRIX5 DRY0/1-0 a ft 2- 13 GRADUAL . ? ;S5YA%O/2 .OT LOAM "01AK 7A .5YOSIX .DIS, Ne SUBANGULAR BLOCKY MATRIX DRY0 5*0 8 P2 13- 25 GRADUAL LOAM WEAKF E 7 ; 5R Y,., 4 . 0 I"23 ; 0 1 A .0 I P4 .0/4 .0 SUBANGULARI BLOCKY MATRIX0 1 DRY a M 25- 32 CLEAR SANDY LOAM ;61KI SINGLE GRAIN .11.5y,x" .00"To -E 0 I.1 .01IS sue MATRIXY OPY0*0 11 c 1 32 . 4? SA SINGLE GRAIN GRAVELLYNo 11 C 2 *1- SAND SINGLE GRAIN GRAVELLY ...... ..Q,Z .4 TNIC4Nj :S, CONSISTENCE RaOTS I CONCQETI.DN,,AN! I DEPTH( NODUL 0 SC IP L" 1- 0 ABUNDANT A E o. 2 FRIABLE ABUNDANT 0 Ft 2. 13 FRIABLE ABUNDANT F 1WINE ISPHERICAL a F2 13- 25 FRIABLE ABUNDANT FEWF E SPHERICALI a M 25- 32 VERY FRIABLE ABUNDANU It C 1 32 . 411 LOOSE PLENTIFUL 11 C 2 AT- LOOSE FEW PH I PH 2 METHOD VALUE SAMPLET T METHOD VALUE OAGOANNIC"A NITQOQEN SAMPLESTA % HORIZON-DEPYN(CM .) TE A E c p 0 21 5 .2 4 4 .7 254 2 10: 0 2 .802 LHA E 12 a 2 4 .4 :29 8 Fl 2- 3 2 5r, : .4 2 21 .329.5 .11, 86 92 213 : 25 2 11 5.6 2 Aza. 7 5 32 2 5.6 2 5.0 1 .21 :0108 11 "C t 32. Al a 1 2 4 5.1 It C 2 7 2 1 5,:67 2 4 5.4 ...... EXCHANGEABLE CATIONS HUFF .(ME/1006) C. E. C . EXTRAC TABLE FEM E97PAC TABLE AL4%1 M(, K DETERMINED METHOD RESULT METHOD RESULT CA NA pp . . HORIZON-DEPTHIC- .1 It 11 : 0 t2 66 3 :L23 1 :22 2 :0 7 3 :2 1597 :50 LH E I 2 :10, a4 8A Fl 2- 3 . :21 . 09 .003 . 040 112 . 0. 1 . :3 11 15a 9 .70 1 1 :0 8 12M 132 : 2S :207 02 .0 6 :1 :45 .5 32 2 :0: 02 .0 4 :2 1 :2 .2 1 soa 0 it C 1 325 47 4 :0 11 C 2 47 . 7 1 a COARSE FPA(,MENTS P2 % VOL GRAVEL COeBLL S70NE HORIZON-D EPTN(CM .) pp % % LH E 120 2'805 :0. 4 . 5 A0 Fl 2- 3 1427 .0 9 .3 1 B F2 13- 2 1 5 10 a M 21- 325 163:0 11 2:. 0 t, 0 11" C 1., 32,: 47 15'8* 0 20 20.1 . c 961 .00 Rpms 59 .5.0 to655 25 a UNIT TYPES SERIES ------HARRISON DATEA OF " SURVEY3U SET .66 SUP SUQVEYORIY HAL KELDWN A . B .C . . .A . 6 O .A .S . S PLIN P QPO DETAILED Vc L ~H!!!22 149 21 i2 h2!! PR CITUDN4 21 36 02 ORTHIC7 U 3HUlO-'ER :AlC PIIDZIlLI19781 3 0 4SEC) TYPERLASS : S APLE1 ELEVATIONE- SIO 4MIS 305 S AT S -0 L SOIL GENTLYISOI SLOPING CASPECT (DEG)$ SPEC4,CLt!T!C It SOILTY COMMTCL .AAST!C It GRAVELLYLU GENE EE LIANE GEME E . T RESI . . F IAL SURFACEC 6 .PRES' ' .1 V N ER SURFACEC P FAN V DRAINAGE9N F SELLS , DRAINED Q LO RUPERVIOUSNESS$OF t ARID THICKNESI. I . .011,1,Z .Ily COLOUR I TEXTURE STRUCTURE I STRUCTURE 2 . .. IZ .N DE (CM SOU DAR LH a- 0 ABRUPT ORGANIC A E 0- a ASIUPT LOAM .A5; 9v :%sl1I ; O FINE'TAX ,S .OVR6I .0/1 .0 PLATV ATRIX DRY 8 F1 2- 22 GRADUAL .7;5Y :3 A81j;O LOAM WEF AKWF I I 7.RYR5 .0/5 .0 SUI ATRIX5 DRY 5 F2 12- 25 GRADUAL M7 ;bYR4. .0/2TO LOAM WEAKF E . A. .OyPI . . . OIS, SU,IN 0 4 .0 M TR D Y a M 25- 32 CLEAR 4 SANDY LOAM WEAK, NE SINGLE,GPAIN MWIX 40'2 ;0 IS SUBANGULARI BLOCKY 42;gyl,X,S,DRYol 4*0 11 C 1 32- 47 DIFFUSE SAND SINGLE GRAIN GRAVELLY it C 2 47- SANDA SINGLE GRAIN G VCLLY ...... THICKNESSM CONSISTENCE ROUTS I ONCPETIONE E ANI ~ I HORIZON DEPT ICM) NODULC 0 SCR P LH 2- 0 ABUNDANT A E 0- 2 FQIASLE ABUNDANT . a Fl 2. 12 FRIABLE ABUNDANT FEWNe FI 5PHERICAL 6 F2 12- 25 FRIABLE ABUNDANT FEWNe orSPHERICALI a M 25- 32 VERY FRIABLE ABUNDANT 11 C a 32- 47 L03SE FEW 11 C 2 AT- LOOSE VLRY FEW PHYSICAL & CHEMICAL DATA EXCHAN GEABLE CATIONS SUFF .(ME/ 1006) C . E . C . SAMPLETA MET HOD VALUE ORGANICN J~ NI TROGENW CA MG NA 11 DETERMINED HOQIZON-OEPTHICM .l S TE CARSO L 2: 20 2 2 25 12 66 3 10 1 22 723 : 0 HE 5: 2. 4 29. 8,0 :I12 A8 Fl 02- 2 1 5.6 2 .32 . 12 . :2 . ..0833 .090 16 . 6 B F2 a12- 25 2 5:b. 57 . .81 20 04 .0 2 .046 15 : 9 fA ;,25: J2 22 1 1 :22 .10 27 04 a .04 a 2 ait C 1 47 2 5.6 is C 2 47- 2 1 5 .7 ------12 EXTRAC TABLE FE(%) EXTRAC TABLE AL(%) COARSE FRAGMENTS METHOD RESULT METHOD RESULT pa % VOL GRAVEL COBBLE STONE HDQIZON-DEPIN(Cm.) PDp. . . pp SPPM. % % x L 2: 0 1519 :0 2180 :0 AaHEF1 122 1 .2 1.7.5 02- 1 30 1 1 .2 1 .,5, .o 11 . 53 20 Ba F2 12 : 25 7 1 .1 484.0 163. 0 304 252_ 32 1 1 : 4 .5 .0 154. 0 12 .5 11 MC 1 3 41 1 2 50 :50D 118.0 9.0 89 30 255 25 It C 2 AT- I1 27 1 1 .4 48 96----.00 5.5 04 So 30 2 25 VIV& 0 :9 0:6 q1, :6z v I r" : 9 as 0 0V. .1 0 9, 1 : C I S 16S6 0. :a*09 9 9 0 . 6 6 CC at-at et . 19-V V0 .9 a* _?c a.9 . -:a 60 . go : 9, :c CC :If1 91 0 ..9 a 98 S 0.6v 9-91 V-1 2 If- 60 , a 29.1 a : : 93 c- .6;t 0 .0s S-at 9.6cC ti . at 9I. . . 1 71 . . L,C, .0C d V S ' .dd ' .dd 1' .D) .Id3G-%OZIbO1- d Id 03NIHOBL30 x WN ow V7 . . a . D .. . (qoot/3ps- .4 .ine sNotiva 319139NV"3X3 ...... 'D...... a 0:9 a, 09 :09 as 3 I 1 9 1 2 19 ,3 60 : ,%1 2:S aC I-S12 0. -ar01 a it 0: 1 01, .9 a S.S 1I 8C CC -11 ol a Ia . 91-2 " 2 V.9 a It1 :CI 03 V vs . OS-9 Z .V 0 a a .% I a C 0 d V 9LVLSW S 331VIS. S 4'"'3)HId3G-NOZIbOH .300.1t. " IINV9NO"".0 3nlVA 0OH13H 31d V 3nIvA Go"13" Id V 2 Md I= VIVO IVDIWBH~ 2 I"ISAHd 0*9110*1"AgN3 .S, I ".nzo3I" . DIISVIOwt, A03Atj 0'9/0*GdA'.'i ANTH 14 A 3A -09 as 3 0'9/0N3N- S0A9at,' L I .nI W030. '311SVId Ab3AJJ3 1ANVM M3.4 MdIJ A A 09 -olp to . . 031 .1122d%Nn3 3DVJ G N dm NO 0*9"ON ;SdAS*t00 0 A I NTHn .03d. 1IiSVId" AH3A NOW I. 1 0-910'%bAO'S ANVH inatIN31d wtif AUBA OV -CC 03dON IIINOZ13"' IV3TI ",ama .4 .013I No QNV "1A 0'9.10;GtIAS" ;L SOMA'ADIML9ANIN"WN'MD*00NT IN nIWO. .d. :)IISVld AU3Ato NOMMO,M NOWa.03 iNvoNnuv NUIA A 3A CC -&1 91 9 0-9/ *9 AS41 AM3019 uvinoNvonsv I NI IS314.01 0-4 14 t, DIISVId, NOW 1 iNvaNnew I AuIA 3J.10300"3SI a' It -CI 93 v :11AS,VId INVONngy tits cl -0 d V (W'31HId3OSS N NOZIUOH 9 SWIRA AV" 8 S31LLO" I S314.1ow I sloob 31)N31SISNaD r atiniinuis 3 XDIHL ...... L?1000 O.SxIMIVw.8 3AISSTA AV13 Allis 0 / AS -09 as 0100 "( ' .sx1 ulwor. 3AISSv" AV13 Allis / A 3snaito 09 -09 to I 2IIVWSIdd sdvoD oi , .niajv , : slow witil 0 3 ti Go AW13 Allis o*t1S*1PAO*S 3snjazo 09 -CC 0 M a W I!ION xialw" Istow x1bly" IINI ST'O'.IS OA "I'"Sia13Ivd3OOwni a. AVID ALIIS 0 a/01SAGIV 0-110-SAO'S ivnavbo It -41 OA 9 ')I,LVWSlddW I 1 .4 31vdaoow AVID Allis P0 to"C/0 ' X0IPVWA9 1 UVAID LI -CI 03 V tw3oig3 0, bvlngNvens0 , w stiv i ,, nio3 w ;ol a "30ow AVID Al IS 0 1 0 CHAO 01 ianuav ri -0 a V AaVQNnoem SS(W7)MId3ON NOZIUOM I avniDndAs 3tinix3i a anonoD I unoioD Nozido 3 )4DIml )IV I 3" 00 . 1 ol I 3 I ZIT 4 d N so 1 a is S3ION lVNOIIIGOV :019 ISS3Nsno1ANdn3d, tj S 1 .4 03NITUO Aldoodol 139VNITUQ0 iaA3-t i-s3noxii 33vionsg IVIAnllA ._, .1 3I ;I1M,31j3,30S, AVID 1 2 2 dS IINn 3IMdVb91AVUIS d3dOrl "MOAONVI ') lVltj3iVW ANBUVd 13A31 OL lVNO1SS3dd3Q3 1 110S 1100" ISMVIS ., ;IlS1 : 11011;A31 ! IdW t S #SSVID13dAl 1so , NO('113300 , 0 It (9&61)IOSA315 11AnI ItmItIO 6C *Iit e?t, 6 "TIINI330.nLIIV77 I 3dois NOIIV :)I :i!SSVI'J NOIIVIOI A3AM(19 931TV130I q t3soddnd3A S -)NI'IdMWSa Ja 'Q*V'M 'J 'V'0'3'8 -VNAO"13X IVH 10OA3Adns :A mn s 3 ------OIZ.LVH UNIT TYPES SERIES HATZIC ------ DATE OF SUPVEYI 72 SUPVEYOR9 HAL UBC LATITUDEIN)lE .18 LON611UDP .1 12249 111 . 39013 UPINICU LUVIC GLEYSOLIL U :9781 ISECI ELEVATIONPEC Sto (M)l 5A $TAT S ODA 5 L SPFC ;,CL .ASTICA . It CLUAYEY OEN5 6 . T USI . . 17L V VIALL UQFACEC P L . E PH I MOISTURE STATUS ATTERSURG LIM17 SAMPLEYA METHOD VALUE ULKI'Y a113. 13 .15 . 7.0IIELS PLASTIC LIGUI 0 HURIZON-DEPTH(C- .) S TE DENS" AR R 1 TUPE0 LIMIT L MIT A PC, 'o0: 2.0 2 59 :&1 77 9 7 : :6 :880 5:467:4. 7 272 :7 :81 :9 3 b46 . 3 0C 43-101 2 5' .3. 9 1 .01 46 . 7 156.0a .2 .25 39.0 2. 7 C 6 101-121 2 a 1 .139 6 4.4 51 .1 258.. 48 7 Particle Density qm/cc hr~ Particle Size % [Horizon Depth I Air Oven Max . Air Oven Optim 1 )5 .1 On (5 .1 cm <2 .5 On <5 mm <1 mm <0 074 <0 .05 mm <0 .002 mm On Dry Dry Dry Dry Dry Moistureum % mm* AD 0- 20 2.42 2.61 75.2 46.5 49.5 40.0 99 .0 98 .0 58 .0 Btg 20- 43 2.56 2 .74 90.6 31 .5 34.1 28.0 99 .5 97 .0 .51 .0 BC 43-101 2.53 2.71 25.3 27.9 100 .0 92 .0 58 0 C9 101-127 2.61 2.76 29.0 31 .1 100 .0 100 .0 31 *.0 HAZELWOOD UNIT TYPES SERIES CASE ------KELOWNA . A .C .M .A . & P .A .a . . . .P1IN1OF SU"V"'PURPOSES D~TAILII"a SURVEYSUAVrt"'A - H ." LATITUDE(NSSa E ',1 1 49 05I 03 L.116 IC HUMIC GLEYSOL(L 0:L781 !TUDN'ISECII 2Z is 0802 ..1 . 1TYPES COMPLEX'*0 PELEVATIONEC S (Hit 5 STATUS$ MODA 5 SPEC I CLASTICIm, 11 CLAYEYU GENE ;'CC EX T FLVVIALL SURF E P4ESg .S LE E DRAINAGE$U POORLYS 0 DRAINED S LO QPEPVIOUSNLSS9N OFFS LOW SITEA aLO~ATIONS 160 METERS NORTHEAST OF THE SELL-CLAYBURN AD JUNCTION . M TS US 4W:L*:*NS*C*:M1n...... * .*...... A...... THICKNESS HORIZONUN Y COLOUR I TEXTURE STRUCTURE I STRUCTURE 2 HORIZON DEPTH(CM) so DAR A P 0- 22 ABRUPT 10L'AfpOV112~USISIYO HEAVY CLAY WEAKEOIU. MEDIUMGR I I ANULAP V 'I 4.5/1 .0 SUBANGULAR BLOCKY 'o.A ;ORIXR DRY As 22- 35 ABRUPT SY3. HEAVY CLAY STRONG .A2.5;RIX .5510"D ,;OT MEDIS A us U"NGULAR ISLOCXY MATRIX2 1 DAY'0*0 0 GTJ 35- 60 GRADUAL ;0YR5SS X .001SITO SILTY CLAY STARONG COA .Ato I SUSIASLLAISC BLOCKY 2 5Y7I .0/0 .0 CoANGULAPASE .OLOCKY IS TRIX DRY C G 60 . 73 GRADUAL SILT LOAM MASSIVE 10401'.'s.51 1W 7 .5YR7 . 0110 .0 MATRIX Day0 it C 61 73 . 90 GRADUAL YYFINEL M MASSIVE .10.;R0"x'5;00'151'5 VSEARND OA VR7 .0 .Am10*0 . DRY I'D 11 C 62 go- LOAMY SAND SINGLE GRAIN ...... THICKNESSE M " CONSISTENCE ROOTS I MOTTLES I CLAY FILMS I HORIZON D PT (C A P o- 22 FAIABLE ABUNDANt All 22- 35 VERY FIRM FEW 8 GTJ 35- 60 VERY FIRM FEW MMANY UM COMMONN DISTINCTSTol.OYR4 .0/4 .0 ONUT"IRED FACES- NSPECIFTED C 6 60- 73 FIRM MANY'6 I DIUMT DS.OYRS IN~l 4 0/4.0 it C 61 73- 90 FRIABLE FEWDIUM ME 1DISTINCT. a . 0 OY 5 0.16.0 11 C 02 go . LOOSE w FEMEDIUMol STINCT EXCHANGEABLE CATIONS 8UFF .(%E/I00G) C. E . C . SAMPLETA METHOD VALUE ORGANICa N " NITROGEN CA G NA K OFTERMINEO HORIZON-DEPTHtCM.) S TE CAP 0 AaP 20: 22 2 14 :6? '393 :3 A 2 35 2 1 6 73 :93a2 ' 50 :50 3':8.0o NO :30. GTJ 35. 60 2 1.650 11 .8010 : 260 .202 .20 309.18 aC . 60 73 2 1a 55 .5 3 .06 7 .10 53 to .10 7 6 111 C G1 7go-. 90 2 .7 .4 2:3 .0 : 1 C 62 2 1 5 .9 .1.35 0066 43: 13 00 0 :1010 01.2...... 4.a...... 5 PARTICLE:1 SIZEM p 02 TOTALI) 2 T U 2UoCLAY .2T CL AY ORIZON-O RPMI . pp SAN 62S7L T TAL UOTAL 02: 22, 2.1 : 3 2 353 63 171 A1.p 2 A. 3 4121 : 0 36 67 a GTJ 35- 30 11 .00 1 53 1 6. C G bo- 63 A.,1 23 4 as 7 il C G1 73- 790 5 1 2 44 21.0o 23 0 ...... Clay 41~...I 01gy ftrizon Cam- Clay (0.002 - 0.0002 m) Fino Cfay (<0.0002 W tD .pt~cm) I ,65% 40-65% st . 20-40% *St. ~20% .'t . I T- It. 40-6% ost. 20-40% est. <20% st. Tr 1 1 1 1 T ,Ica, plagiocla :e mot-it loalt, __I_1It% (60!% ) to Intem~aflfl ad fel daR, c1morite, -Ic 11ta- mica, italialt ., PTH(CO.) 52 q UNIT TYPES SERIES HAZELWOOD------ DATE OF SURVLYt 72 SURVEYOR : HAL UOC LATITUDE(NIID 6 all 1 49 056 03 LPR NGCII T (SEC) : 22 1 0005 UPTHIC HU-11, rL11SOLI0 :L111B1 US N 1 ELEVATIONE SIC ( .)1 5 SIATUSt -UDAL S _2 :M SPECG ;,CL .ASTIC It CLAYEY 5 EN . A114EIS. ., FLUVIAL UPFACEF r P LEVEL PH I MOISTURE STATUS ATTERaURG LIMITS SAMPLE METHOD VALJE SUL /3 % F ELD PLASTIC LIGUID HOPIZON-DEPYH4CM .) ST TE DENSITY BAR . SAR . MOISTURE LIMIT LIMIT Aa PJ. , 0: 23 2 ::3 67 :5 32 :45 :40 :0 61 7 :25 A3- 48" 2 :81.210 23 42 .12 65So SC T 6a_103 2 4 4. 5 1 .30 5494.9 281 :3 4636 : 17 66 :a2 C 61 2 2 4 5. 1 .36 40. 40272 .6.. C 62 102-1273 2 4 5.21 a 35 .54 19.7' 37 .4 7 3540 .7 Particle Density gm/cc_ 1 5hrinkage Limit Particle Size % Dept' I Air Oven Max . I Air OvenDry MOptimum cm <5 .1 cm <2 .5 cm <5 mm <1 mm <0 .074 <0 .05 mm <0 .002 mm an Dry Dry Dry Dry I isture mm I I . Ap 0- 23 2.28 2 .48 59.5 63 .0 100 .0 91 .0 .36 .0 Bgtj 23- 48 2 .47 2 .71 35.8 39 .4 100 .0 100 .0 57 .0 BC 48- 63 2 .45 2 .66 29 .1 32.4 100 .Q 95 .0 60 .0 Cgl 63-102 2 .63 2 .78 28.4 30.4 99 .0 85 .0 .16 .0 C92 102-127 2 .66 2 .79 27 .3 29 .0 100 .0 93 .0 79 .0 18 .0~ HENDERSON" ...... UNIT TYPES SERIES ...... SAMPLING'";...PURPOSES. RECONNAISANCE SURVEY LgTLTUOEjN :j, 149 08 :3 LAECIYIJDNI(SEC)3N 22 03 03 ILEIrO GRAY 9:00ND LUII :SOL41976) 3M 10I TYPESC C 0PLEX pELrVATS ON IM)l 58 STATUS 0 AL $0 L LASSO UNDULATINGC' I CLASIIC, It SILTY'L SpUiGENEUp CC E AIjE'S . IL 3 FA E xP LEVEL"' OPAINAGEIUNOF F IMPERFECTLYSL W DRAINED A I 0 PERVIOUSNESSS MODERATE SITE LOCATIONS 200 METERS SOUTH OF HIGHWAY 401 ON CONNOR PD ., CHILLIWACK . ICKNESSp M , HORIZONU gy COLOUP I COLOUA 2 TEXTURE STAUCTUPE I HORIZON I"DE T IC 1 60 NOA A P 0. 17 CLEAR .lo. ;.OVI.12.0,12,0 SILTY CLAY MOOEM QATEU To TOISTRONG, L AM AnFa 1051 . 01125.0 SURANGUL501 M LOHE KY .A'o ;ORIX Do,0 A MI 1?- 37 GRADUAL .10 ; .OY4240151. ;5 SlL'TY CLAY ;ENIKa L A I 10A .011I .1 . 0121 .0 PRISMATIC MATRIX D.y0 A MR 37- 55 CLEAR M,10 ; OYR2 .,of2) ; 0 SILTY CLAY WE".101U . 11) .PIXy 5.011IS .1 PRISMATIC MATRIXa R DRY a T 55- 73 ABRUPT 10,OYR3,0/1,0I . IT SILTY CLAY MODERATEM U, TO STRONG MA .RIXya'. 01 to 1, 0Ix OR5/2.0 PRISMATICEot MA A y 0 TGJ 73-100 GRADUAL M2.;p5Y5*012. . ;0 LSOILTY CLAY STRONGM 0 M I Ul T A .I . Ots AM pE 15IU TO COARSE p MATIC SIC 1 !00-137 DIFFUSE m5,OY5In .0/2,0sy SILT LOAM A IX MOI WEAKCOARSE PRISMATIC a 3 - 55 DIFFUSE .2;5YS*. .012 10 SILT LOAM CWEAK. .E A A t 0 1 PRISMATICA C a 155-175 2 5Y5 .012 0 SILT LOAM MASSIVE ...... MAIIII. . 0 5 ...... '0. ;ON...S.;ofl...;O...... ICKNESSC STRUCTURE 2 CONSISTENCE PORES I MOTTLES I MOTTLES 2 HORIZON DEPTHSIM Ml A P 0. 17 ABUNDANT FIRMSLIGHTLY HARD A MI IT- 37 MODERATEM DIU, FIRMGHTLY ABUNDANT 5 E SL I HAPO USANGULAR BLOCKY A w2 37- 55 MODERATEM OIU ABUNDANT FIRMSLIGHTLY HARD Sv6ANGULAQF " BLOCKY T 5- 73 VERY FIRM ASUND NT HARD TGJ 3-100 F11011D PLENT UL 04ANYF H ppINEM INENT I .SVR50 .0/6 .0 ac a 100.137 MODERATE FIRM PLENTIFUL MANY DMI SUGANGULARDAR BLOCKY PR UMINENT 7 .5V~15o .016 .0 ac a 137-155 MODERATEC 3 FIRM FEW HEMANY NF SU0"".A GULAR BLOCKY POO7.DIUO.IN!Nl 5 5 0016 .0 6 ass-175 FIRM MCANYUM . S .OV03 .014 .0 PROMINENTDI S .OYQ3 .0,14 .0 .ICKNISS'C. CLAY FILMS I HORIZON TVDE T I A P 0- 17 A MI IT- 37 A M2 37- 55 a t 55- 73 COMMON, 0. THICK0 IN 0ALL ANDV ONICA VolALL CRT L AND CCSIZONTAL_ PEO HOPF A B TGJ 73-100 COMA40N,Do . ON .0 THICIIA CS. UNSPECIFIEDp F -r BC 1 100-137 COMMONI 0 TH U N REDN FACES. NSPECIFIED ac 2 13?-155 FE*THIN C G 155-175 PH I PH 2 SAMPLE'A METHOD VALUE SAMPLEA METHOD HORIZnN- VALUE ORGANIC ' NITROGEN DEPTM(CM .) S TE ST TE CARSON A P 1 2 5 Ob :37 A H2 .10: IT3 5 A M 21~ : :98 : St55. 5757 2 5 7 2 4 :7 5 .748. .4053 a T GJ 2 5 :6. a c t , 2 4 .69 . 73-10 3' 5 . 6 a 4 4 .75 .63 . 0514 100-1370 2 11 5 a a 2 .03 SC 2 137-155 2 1 5 : 02 C 6 155-175 a 1 6 . 01 2 4 5 .4 ...... EXCHANGEABL1 E CATIONS SUFF .(ME/ 10001 C . E . C . CA MG NA K DETERMINED HOPIZON-DEPTH(CM .1 Cu .. ZN -1P m. RU M . S~'P. PP RPM. A P 1 0 : .317 3 84 A 31 2 10 :7 33 :00 7 :51 401 : ; 1091 :0 A 37 7 113 .:864 2 .:6037 :1145 :16 35 :0 a HI42 57 557 2 84 :~12 104 384 3 15015 . 3 a T GJ .9 .! : .a 9 .7 453 .7 15.103 109.37.6 3 . 79 5 :10 29 :3 2:4 3 .7 64 :39 . .S BCTI 103.130 9 5 1 3.053 :11 3 0 9 2 3 7 2.9 5A1 :.,,0 30 ' 9..3 1 :071 151 .82 61 .18 11 .6 72 : 7 SC 2 137-157 8 .1 C G 155-175 17 .9 S.I 35Ole ?3 .6 3 66 4 ...... PARTICLE SIZEf.%) TOTAL0 62 2U 0CLtY fUTCLAY HOQIZON- SAN S7L2TU T TA 0 AL A p 0- 17 A HI2 7 : 37 .... A8 H 31 53 547 S5-731 .10IS73 1 1I : 8Ca T1 .,1 42 35a to 100-137 SCC r 2 37 : 151 5 DEPTH(CM1Iss 7 .) 1 so 13 .... UNIT TYPES SERIES HERON------ DATE SUR SUR, VE 10. 1 ;INS KEL . .NA . B . M .A . G A .A .B . SAMPLINGOF SURVEY'PURPOSES OCT'ILE0T 0 VE LATITUDE(NISDEI'll LONGITUO. (.EC1 . 32249 0442 44220 REGO HUMIC GLEYSOL11976) % Co2,,,0 PREL TYPES E EVATIONC St (MI : 95 StATUSS MODAL SOIL CLASS& GENTLYPLE' UNDULATING SPECr, ;,CLAAST!C It SANDYM I SPEC ;,CLAST!CA 18 CLAYEYMAP SUPENE AC C . X T RES .& VENELA INE GENE C - 1 3 INE F C E P IS ORAINAGEICl F POORLYV DRAINED RUNp VFOUSI .eSS . SLO ER I SLOW =H=~-=!! SITE L?CATIONS SOUTHEAST OF JUNCT :ON OF HALL : P :,l, .lllAlF .AND 11AY :DADS, SURREY" 1 T E 11 C GI CONSISTS OF ALTERNAT NG BANDS 0 S N CLA LOAD' HORIZON T"jCKN6ST. HOR,14ZONV COLOUR I TEXTURE STRUCTURE I CONSISTENCE ROOTS I DE 7 lCm SOU DAR L 5- 3 ABRUPT ORGANIC F 3- 0 ABRUPT ORGANIC ABUNDANT A M 0. Is ABRUPT FINE0 SANDY VERYF_D UMNEAK VERY FRIABLE ABUNDANT .A'O ;oYPI .R2 '012OIS;o L AM MSUBANGULARI BLOCKY AC Is- 20 DIFFUSE SANDY LOAM MODERATEM M VERY FRIABLE PLENTIFUL '0f0yR4'9f2fo.Al.111 - is SUSANGULAQ`Eol BLOCKY 11 c G 20 . 40 CLEAR SAND SINGLE GRAIN LOOSE PC . MAdlipX5to .00fisTo FEW III C 61 40- 62 DIFFUSE to .T y 5.0/2Mo 0 LOAM STRATIFIED FRIABLE MA 0.1 11. is ; III c G2 62- 2.SY5 .0/2 .0 CLAY LOAM MASSIVE FIRM MATRIX MOIST 5 IGHTLY PLASTIC ...... pICKNESS14 CM, MOTTLES I MOTTLES 2 CONCRETION PAN?p I CEMENTATION_ HORIZON THDE T ( NODULE DESC I AGENT/DES RIP. L S. 3 F 3- A M 0- 1: FEWNE PSPHERICALI AC t5- 20 20. 60 COMMON, DI WEAKLS EMENIEDS 11 c G 01 COYNCTIN OU JoFAINTI.oY UM R4 .0/4 .0 III C 61 40- 62 MANYE U, S.OYR4.0/$ .O RNINENT S.OYR40 .0/6 .0 III C G2 62- COMMONMTol . DISTINCTU ...... PH I EXCHANGEABLE CATIONS SUFF .(ME/1006) C . E . C . NA OETEP-INEO SAMPL E METHOD NITROGENX CA MG K HORIZON-OE PTH(CM .1 STATE L 3 3 :06 F 4 53: 0 2 2 17 :8 A.C 0- 1 2 :63S 34St 3: at 0 1 410 4 .93 :2200 :3100 15- 205 2 1 t .0 85.1 2A 5.8 :21 .030 1 ., 0 .2 0 .10 2 02 4.5" 1 ..00 .20 11IIICc661 0: 6402 2 1. 5.56 :20to 0' III C 62 62- 2 1 VALUE5.4 CORGANICAR13ON7 X :02 7.700 5.50 .30 ...... UNIT . TYPEt . . SERiES HERON ...... DATE OF SURVEYS L2 VeyRVEYORI DNS KELOWNA, B .C .M .A . 6 P .A .B . SA OLIN PUPPO DETAILED60 SUP SU LtljT0DEL7~Ht:j . :!2~ L RECN 122*9 0"14 02390 ORIHICU . HUOIC GLElS .Ll :L 7 .) TYPE SS , COMPLEV lTUON (SECII a5 CLAS GENTL X UNDULATING ELEVATIONP Slo (M)l 0 STAI S MODAL S SPEC ;,CLASTICM It SANDY ,rL.ASTl, .C It CLAYEY GENE ATXP~ES: . : MARINEE SPECGENE .1 C T A .INEC SURFACEC E VEN ER D SC p TOM L IAL DRAINAGEI POORLY DRAINED THE EXCHANGEABLE CA VALUES INCLUDE MG . KNESSW COLOUP I TEXTURE STRUCTURE I STRUCTURE 2 CONSISTENCE HORIZON TVICDEPT IC L 5- F 3- 0 ORGANIC A H 0- 20 . 2 ; SYNolh? F OINE SANDY WEAKJUM FRIABLE A . RI L AM MED X5 . .0 2 .0 SU13ANGULAR BLOCKY MATRIX2 51 DRY1 AC 20- 30 .2 ;ZY3*g,2 ;V LOAMY FINE MASSIVE SINGLE GRAIN VERY FRIABLE A .5,IX .0 SA D 4 TRISx DR"Y 6 30- 43 .! ;5Y4 .Ml! ;O LONAMY FINE MASSIVE SINGLE GRAIN VERY FRIABLE . RIX, .0 0 . . T SA D .AV2 5 I 6 R K DAY" 0 C GI 43- 58 M ! ; :Y? .9 .12; 0 FINE SAND MASSIVE VERY FRIABLE IM, .5 01 . T 2 .5 ATRIX5 DRY"1 0 C 62 58. 71 .2 SY7 .0/oio FINE SAND SINGLE GRAIN LOOSE A ; RIM5" . .000,2 . T MATRIXa . DRY" 0 11 C G ?I- M 2 ;5YS . 011. ; ? SILTY CLAY MASSIVE STICKYM A2 . RIXYa . . 1) FlPLASTIC TSIX D A' :*o T41C .KNISI ROUTS I MOTTLES I HORIZON DE T I M L 5- 3 F a- 0 A H 0- 20 ABUNDANT AC 20- 30 ABUNDANT a 6 30- 43 ABUNDANT -4 CUMFINE1 .U 0 STINCT C 61 43- 56 Few FAINT C 62 58- 11 FAINT 11 C G 71- PROMINENT 71 EXCHANGEABLE CATIONS BUFF .(ME/IOOG) C . E . C . SAMPLE METHOD VALUE ORGANICA N 1, NITROGEN CA K DETERMINED HORIZON-D EPTH4CM .) STATE C PBO % L 5: 3 F 4 3 2 32 26 1 :387 A - 2 0 AS :' 5 :57 .0 2 21 :'16 AC 20-0 300 2 S . 1 . 62 :0052.0 4826 :08 8C G . 30 : 435 2 . . 9 93 .058 .90 . . 2 37 : 2 43 7 a 2 6 . 2I 411 .79 .0 3 a 6 C 62 so 1 6 . 4 : 020, 1 2 .18 11 C G 71 a 5 .9 .120 .01 7 .55 .093 .1 .2 HORIZOY-OEPTH(CM .) P, M . L 5 : 3 F H 3 ' 0 A - 20S 17 :0 AC 2 0 172 : 0 3 0. :_ 304 .3a 43 .51 . 0 C G2 58- 5 1 . . 0 C11 (11C 6 71- r 2 .00 8 :921 S-el B .XV CaIg 1 11 0-91 At - 9 to 2 o 11 0-arO .'rB, 0-01 AsAt -LC_A a S0:61 0 toc 3 O-Ltt 6s Or -0 T '00dd ('W3)Hld3O-NOZtdOH to ."doTo ...... I I L,01 :?01 to1, 13 1? '.:q LL 9:9a GL, : 2 .9 1!, I:: C, :Is,, To* 11 .9 It L, It -AS to, 13 0 1 A 6z z 119149 a 6 so go 9911 99914 To : 9 49 -tc gc :L., to a* 6 .6 1 a It -02 14 2 00 . 6V a Or -0 v al: :a S601: 60 ' a0l vc c 6a, all-c 6 .11 1 It 3 31VIS I-W))mld3O-NOzIaOm 3nlVA 00"13" ld"VS 03NI"02430 ow V2 N30OdAIN 17ON :00 :01 tooot/aw),jiAne SNOIjV :) 3'ISV39NWMDX3 = ...... vivo IV3103m,3 9 I;M= O'V/O'*bAOA ;0, I .n" NOW1030.01 WOIA Ad3A -Cog to 0 it O-fifO'IPUAO*OlA V oonasd Aw3ois0, u:ineNv ,,nN'i" 3ldvoo n aw NO . 01 MVI4 AU3A NO10 Is rot-LL Be 2 it 08*10-vaA eot Ogn So AW11019 Oil ""O~, Avwnicaw3 Ow LN3NIRoddWnIo3M 110 3 11 0 .9fo-SUA0 .01 No Wdl .4 Ad3A 3 b a At -46 0'*11O ;%,bASI ;l A N Is 00 3S dw V,3 to 0*010,110AVol AN 43 .4 3sooll AS -At O'VlO;'#OAS',tI I I N Is a 31 UVO2 ANVW injIAN31d 31811thl Ab3A Nlyao 310NIS At -of To INVONnev 21lawtai 09 -0 d V 4134"Idg? NOZI00H 1 S311low 1 Stood 313NBIS19rol) a avni :InaA9 ...... OASlO!,x,ldlwK.0 3AISSVw WVOI AVI~ '01101WO-XvIr""a" 210 to 0 1 ;Ol olstowa ,x1eiv"A I 3AISSV" AVID ATI IS 0l?Z'O/0K'XlA'9"lVZM .10 3SnjiIO 201-LL Be 7 it 2AISSVm AV12 A IS 9 010-SAO'S ivnovuo LL -LS 15 2 is 1j 1Oa "0.VXI dlVWS. NIVOO 31-JNIS ONTS 0 01 A 8 idAUBT Is -At as 31 ocnaid AX3019 ovinoNvensa ...... mni 3 )113. Ad3A ONYS OVD13 At -02 to2to it3 Am,3oia avinoNvansIQ 0 .1 Of 1 'n ,lv 3w Ist"9" Xtal 0 3, ViVOl AONTS 9-1/o .aaAD-01'I" Idneew or -0 d V Ativamnag si"3imAcs3a Nozitiom I 3anianuAs 3tinix3A v unoio3 I unoio3 NOZIbO,, SaN3)121)IDIHI .MOIldId'3930..-rot.... 3IIAOUd :ais ssssNsnolAd3d O3NIVdQ Aldood01S 339VNIVdG1'1 0 4ntl IV[3vlg :!,VdOldl"S30I N 1d33N3A,'I'S3?dX3I A w 3,3vANuns,11 3-3d AniS a, i llsvl~v . 3a39 3N'"ABAS5 .1 1IM11'3 '333 S "AONV :) 2 as 1INn DIHdVd9liVdiS 31001" AtNn ')IHOVb0IlTV!S 03adn fisnivis G9 11"I3S) NOIIVA313I 9Ntivinohn,AILN3W 0 11 1148d 31d 0 '152.3.Al 19 .11OSA,,lo",Go" " . m noim G "On! "'O's 1 r. 9"20 2",6 . TN3Q)3 .nM .ll NOIAV301 A3Aans o3iiviia9 13SOddnltS9NIldWVS1. -9-y-ts 9 -VN*013)1 11H SUOA3Atsns 9 SAlAun -to 3 va ...... itz;. NOkdBH - .9 0. C..C - 9-Ct 0 1 :roll I It,on 31 'a1111 0 90 . 00 . qz :I CG :s St -2V 9 '6@t I S-TV VL-0, t-61 r:91 01 . op : 19 . c V L192T C*zc 910Z 0-6* t-92 6 IV at -08 0 9 99 . 96 911 IL-st oa -0 d V 'WdO 'Wdd *Wdd * .dd NZ n3 S Wdd2 d le C' .3)Hld3a-NOZIdON Q3NI .d3L3O 'A VN ow VD *1. '3 -3 . . . foooifaw-jinp. SNOIiVD 31BV39NVMDXB ...... toa9 3 L 91 -efo LO : Vq : q 9 :V e at : oZ V 6 09 9 G a 0 . 69 e OL 0 d 311vis, s N39O.ilM " "08"'3 331:iS ('W3)Hld3Q-NOZIbOH 1tNVS .O 3nIVA COHIam Id v 3nIVA 0OH13w Id VS a Hd I Hd ...... 1 0 1 11 3"D I I ~ ANd 0 "ill"0 ;ZIaStIVO"' .O.'O*S.d ~), 0-910-ttlAO-6 NOWWO 310VIdd AtJ3A otT zo 31 11 0*V/0-Ck1A03 0;% 1N NIW03Md wn, .0, No 319VINA A03A Olt-GL to ~ it 0'9/0;fltlAOI ;I. IN NAwo J.d W1.0 .03to 03 :1 318VIU4 SL -21, 0*9/OIN;VTAONINO3 t-S1to OWN .4 N W03 InAIIN31d Walzi ZIP -oa 9 a INVQKnBV W1114 0? -0 d V S("DNIMI(I30 NOZIMOH r S31110h I S31110w I slacd 30N31SISNOII sa XDIHI ...... 031,411vuls QNVS 3sdVO2 00110"'AO'S'04 9"'1"" -011 zo it a3IAILVtjjS -VOI AONVS 01?L/IOW.;'*Ao'VSW"Itil isnziaito oil-st 19 it IslowO .sKlaW 0. 3AISSvm WVOI LIIS 0-2/ A I!Zlow x1tilv" 0 / sAO'S dV313 st :is A)cpia,I 0, avin9mvens0 stow 1 4303W 3LVd3WnI OW "Vol ills i1to".zgq " 0 210 3sn=iiio ?V -0? 1) 0 Ax3o-ta dwinONVens, 0 0 31w61 3 Islow x1tilym d3 Gow WVO'1 ills Ole/o-CdAo-ol Adnmav OZ -0 d V I 3ani3ndis 3anix9i AUVONnoe 4SW14HAd4O NOZIMOH z tonoim I en()IM NOZIdON a )131 1 'WVO'l IIIS ONV ONVS . .40. SONVIIW Ll11111L. 9NLIjN .~1I ; .1. ." ;ISISNO2 19 3 It S OV3 d '0 1 Nd3I 3N 93iV301 3LIS 3 ON lVNOIIIOOV 3ivu3aama 5 sss3NsnolAb3d, N 3,,) -1 No.n,,a 03NIVUO Alboodol V I ti IV 13A31 I-S3I VowW3 3 .)V=iaF1SI N lAni,i . I 'I I Slo 5, . a. ills I 3 :) ds iiNn 3!HdVtlOliVUJLS m3acin 9Niiv-tnONn .AIIN39 III)s IWOO. 0 31d"03 l3dAi 3SnLvls c 2(3:3(Wt NOILVA313 0 a :SST" 5) , NOISI33t1dnil x IOL611'10SA319 31wnH :)tHidn 21T so ??I 9NOI tv ct 6t Im14Nt3on30 I ILVI NOIIV :)OI A3A11,15 0311VI301 139tOdMn11s9N.Ild"VSU . 'A,V-m I vNtAO1314 IVH IdOA3A uns 0 AlAmn .j ------H.LblorH WORTH UNIT TYPES SERIES VATS OF G ------SUP SURVEYOR : DNS KELOWNA, B .C .M .A . & R .A,L4 . SAMPLIN SUPVEYIPURPOSEI OCTAILED60 VEY LATITUDEIN~H!!!2~;I, ~~!!!!!H! :!22 !~2t! LONCjl0ONl,SeC, . 12249 1143 4531 ORTHIC HUMIC GLEYSOL419'161 xy T PEI COMPLE2.0 PREELEVATION810 AM)& 053 STATUS$ MODAL SOIL CLASS$ GENTLY X UNDULATING SPEC ;,CL .AAST!C 13 SZLTY E . T I I EVeLUVIlL GSNESURFACEC p L OPAINAGEtE V D NFSS, POORLY , DRAINED P p I us MOD RA E THICKNESSP HIC HORIZONUN Y COLUUP I TEXTURE STRUCTURE I CONSISTENCE Roots I HORIZON DE T Ml 80 DAQ L I- 0 A13RUPT ORGANIC A N 0. 15 CLEAR 10.A ;OYR2 MO* 01'2S;0 SILT LOAM MODERATE. U 0 FRIABLE PLENTIFUL RIX I MpT FINE ANGULA601 SLOCKY 5 6 15. 40 GRADUAL SILT LOAM ODEPATEU. FRIABLE FEW 40MATRIX*01R"o"OISfo M.ED ANGULARI BLOCKY 40. 60 GRADUAL SILT LOAM MASSIVE FRIABLE FEW 'o.A ;PoyW%o0'S'IX I ;o 60. SANDY LOAM M ASSIVE VERY FRIABLE FEW 10.. ; 01'At ." ; Oo lI ,s ; O C. .G ...... ICKNESSC, MOTTLES I HORIZON11cG THDEPTHI I L I- 0 A 04 0- 15 a 6 Is- 40 COMMONST 01 INCT C 0 40- 60 MANYIS 0 .5TIN~T 2 YR3 0/6 .0 It C G 60- MANYol .5STIN~T 2 YR3 0.16.0 PH I EXCHANGEABLE CATIONS SUFF .(AE/IOCG) C. E . C . SAMPLETA METHOD VALUE ORGANICA N " NITROGEN CA MG NA K DETERMINED HORIZON-DEPTH(CM .1 S TE C POO L A 0 2 5:.4 5 sa 36 1 28 35 54 30 :64 151 .: 6' 5o 1 : :09 540 :.513 3 :.160 :09 131 C 6 AD- 60 a 1 5.3 .7369 2 2.53 .1616 05 0.5 11 C 6 60- 0 2 1 5 .3 .005. ...... HOPIZO-4-DEPTM(CM .) PiP . . L N 6 a, I Is01 .: 401050 157 :6. 40t, : 6 7 a C11 6c 6 0 UNIT TYPES SERIES WORTH------ DATA OF G SUPVE $UP SURVEYORS HAL KELOWNA . B .C .M .A . f P .A .B . S MPLINE PURPOSESYS OtTAILED65 VEY ~2E!!= n2~! L IITUDFINIIG E, ., . 12219 4011 343 LONR.A .CIITUD 5 ORTHIC HUMIC GLEYSOL11978) C2..0 1ON :SICII 05 ypal PLE 6L .VA! ON M 8 4 STATUSS MODAL $OIL CLASS$ GEONTLYIUNOULATING SPEC ;,CLASTICA S IS SILTY GENETIC MAT .3 FLUVtAL GENE XRjEST . . F ALP SURFACEC E YENEE'V' DRAINAGESU 0 I POORLY DRAINED 11Pe N V FF U SL A 10 SNESSI MODERATEOW THICKNESSH HORIZON Y COLOuk 1 TEXTURE STRUCTURE I STRUCTURE 2 HORIZON DEPT (CM) BUUNDAR A p 0- 20 ABRUPT O ; OY 2 0/ SOILTY CLAY MODERATEUm .I 11X ; SW L AM WEDS 1 A .011RP' . . 0' 1 .0 UBANGULARI BLOCKY MATRIX0 DRY0/ a c, 20- 37 CLEAR 10M ;~0YR4 HO/3;0 SILTYL CLAY MODERATEUM A IX OIS AM MES UBANGULARol BLOCKY C 61 37- Se GRADUAL M2;5YZ, .O/2 ;0 LSILTY CLAY MASSIVE & AS MOI I AM C 62 58- 92 ABRUPT WY51/20 LSILTY CLAY MASSIVE A RIX 01 AM 11 C 6 92- LOAMY0 FINE MASSIVE SINGLE GRAIN 10M.;.oyl R. 4Moo,ls, ;O SAN THICNNE!l. CONSISTENCE ROOTS I MOTTLES I DE I (C A P 0 . 20 FIRM ABUNDANT a 20- 37 FIRM ABUNDANt MA4YI F I NE D . STIN~TR b OY 4 5/7 .0 C 61 37- 56 FIRM FEW COMMONol ME0 STI-ClUM HORIZON ?!SYR5 .0/7 .0 C G2 58- 92 FIRM FEW MANY 'EDIP M . UMINI .T S .OYP40 .0/6 .0 it c 6 92- VERY FRIABLE MANYCC STAPSE DIS..YRIN ~T 3 0/3.5 PH I EXCHANG EABLE CATIO NS BUFF .(MEjP lOOGl C . E . C . SAMPLE TROGEN CA MG NA K DETERMINED HORIZON-D EPTHIC STATE A P A0: 20 2 5:5 5:34 38. ::385 1 17 33 3 37 2 11 5 9 1 .511 4.7 : 1115 400 2111 :.2 a r 3758 . 6.0 4 .051 4.67 1 .32- .09 .09 C 62 92_ M92.) 22 1 5.9 32 1 .18 .10 .055 10 .66 11 C G a 1 VALUE5 a ORGANICABN" NI ...... cP .0...... HOPIZON-DEPTHtCMso.) P p pi.. Pg. . Aa P6 14 :g 3? :g 2037_0 : 2.1075 2 C 61 a a 0 .5 C 62 58 . 92 184 .5 4233 :0o Cit GC1 G 92- METHOD...... UNIT TYPES SERIES WORTH ...... DATEA OF G SURVEYSU Sto MAL KELUWNA, B .C .M .A . 1, P .A .B . S MPL IN P "PO DETAILED67 SURVEYSUPVEYOR3 LATITUDE,(N! :, LONClITUOBID N 1 ISIC' . 12249 to10 IS4605 OQTKIC HUMIC GLEYSOL(1978) TYPESX COMPLEX"0 polELEVATION (Hit 7 STATUS$ MODAL SOIL CLASSt GENTLY UNDULATING ,CLAST!C It SLILTY SP'CNE.f 0 EUVIALL 6SURFACEC EXPRESAV I .1 L VE DRAINAGESNo I POORLY, DRAINED RUMV FF SLOM PE 1OQSNLSSI OOERATE THICKN!:! W004ZONY COLOUP I TEXTURE STRUCTURE I CONSISTENCE ROOT$ I HORIZON DEPTH( BOU DAR A P 0. 1? ABRUPT SILT LOAM ;1 .. 1. MO .E .AI:Y I.I .A .L . ABUNDANT '0A;OY'.IX'3M'o'S"oI IN T 5U8ANGULARE 0 EOIUOBLOC a Gi 1?- 21 ABRUPT MS.OY6 .0 1) : .O SILTY CLAY FIRM FEW MATRIX MOIST'o LOAM MEDIUMSUBANGULARODERATE SLOCKY 21- 25 ABRUPT M2A;5Y024510. . ;0 SILT LOAM VERY FRIABLE FEW I Ols ;'INE'V CG2 35 CLEAR MA5;aOY5X. LSOILTY CLAY SU.0m :..ATC. FIRM FEW 1 51,000, AM SEOIA US UmNGULAR BLOCKY 3 . 82 GRADUAL S SILT LOAM MODERATEJU FRIABLE FEW MA ;0015.1,10 1TO MISSSUSANGULARM SLOCKY C G 112-108 SILTY0 CLAY MODERATEU ASS FIR64 .A54015.10,101501 L A MEO'SUBA-GULM SLOCKY ...... HORIZON THICKNESS MOTTLES I DEPTH(CM) * P 0- 17 * G1 IT- 21 MANY, ofINE 5.0STIN~T YPS 0.10.0 A me 21- 25 0 G2 25- 35 MANY'I plaHE 5.ONIN!Nl 0 .5 Opb.O sc 35- 62 MANY M'O'U"PROMINENT 5.0Y115 .0/4 .0 c a 82.108 MANY0 PROMINENTME IUM S.OYQ4.5/6 .0 SAMPLE$,A METHOD VALUE SAMPLETA METHOD VALUE ORGANICA 'A NITROGEN HORIZON-DEPTH(CM .) TE S TE C SIBON A PI 5 :9 2 4 6 3:.13 6, .70: 2' T 11 6 .18 2 4 5S :3."a N 21- 251 2 2 4 3.071 :209 CG2 2153: 35 32 1 5 .3 a 4 5 :3 .46 .014 32_1082 1 6 .3 2 35 a a 2 1 5 .8 2 :23 :0055 ...... EXCHANGEABLE CATIONS SUFF .imE,11006) C . E. C. CA MG NA K DETERMINED P2.. WORIZO-4-DEOTH(cm .) pppl .. OR opm. A P1 5:72 22 :.l 6:7 * :9 S G 0: 21, . :930a o :14 7 2 1 9a,25 :.O0. 2 .6 A H 21- 25 : .953 1 . . .9 .143 24 .9 5 9 3.4 62 25: 325 3 .5s 1 .305 .1 0 .12 84 .0 3. aSc ..S 2.21 0 .15 9.9 4 . 09 113.0 c 6 82-1085 a 6 .583 3 27 .24 .24 129 .7 a 144 .0 .55 0 :: 9 09 :0098 ;59 1, 1111 G 499 0*90t 0 to 2 '191 IS :49 0:0 0 S-Cir E9 'a," 0-0 S-99Sa S-SIC ocAt0 -o':At 0 aV 0-ot 0-fict 6-te 0 d *Ad: *N ;d '"?d (-W2jMjdjO.MOZl8Om d d ...... I :q coo f1 it 00 .9 I1 a .9 :00: 9 ,o : 'Q : V'o . a 09 -a* Ito 3 lei .c 96I: I a go -oc 181, c0 . 91to :1 119 :.1 0: 1 % 3 clog 9 1ro . vs, go-C a 0c :11 9 a toe ce-0 * I a I 1 0 d V 1137042 j .. ODNINUVANG X VN on .3)Hkd3Q-NUZldOH V3 N39o'ULIN N 9 0 3nlVA OON13" AdINVIV; tocot~*aino SNOlIV2 31GV39NVHOX3 I Ho 3sool -09 to 2 11 639 Mal 09 -09 all * Is 0*9,FO ;SdAS.1 ;A A 1030a wn NOWP103 1 63 .4 3scol 09 -Zi, 19 0'916N ;VUAOt ;dg 1 intN NO 3" NOXV402 a in .4iIN31d W111 .4 at -OC 30 O'9"-*t1AO-S4.3 I I'd A N "nioawNO ANY" INVOhnni wulji or -It T a INVONMOT Wbld It -0 d V 434HAU? Noziunm slooto 37NILSISNO2 3 W13 H ...... NlVt1O AISNIS ONVS 32"VD2 -09 to 2 ts NIVUO aloNts QNVS 3snjAic 09 -09 go 2 is ocnasd AW3019 ovineNvonsa An, in NIVUS 319NIS LSION x1tilvol ONTS O'Z1O'0AQ-R lVnOVbo 09 -a,, 10 Am,o,o0VO3 oimoNvon,nla . as 01 3 31WO3000 isin" xtuivw "Vol Ills iontiRv a* -Or AW3019a tivineNvens wtivo7 oi Amaina 1. 1110m. xidiv" Avol Ills o e/S *AS a OV312 Or -11 a a x A)07019 ev no 9 :IS.alo-r"1ON .X '"I- IN, , on,, 3 .I 1 ,1 a - 11 5 . " 0 0 'C -CmAoiI vol Idnisov It -0 d V a auniontus Ag ;?Nno.9 j;14MLd1Q NOZIUOM v ad i3nois atinimu t tjnolo3 Too 3 m7l"I NOlidIVOIS30 31140ud sss3h9nolAd3d, I 00 O3NlVt1QNUNNAlt1OO4 39VN V lVU3RN3A I-1131d:: 32Yitings IVIAn, 1 ;IS" 1113N30 lAnls, 3 ONVS'4 A 2 ')3dS Aill 1 130S SS3NrNHkmVnlO4S it No IV a 9NILvinoNn X AlIN39 ISSY13 1 0 1 ldv 31d"O.3 13"Al wim 201 9 0 a % IOL61110SA319 3twnm -3iHLtjo cc 0% tat I M)"30GATH9330di CS I itNi3anilLvi adols NO AV3 :IISSVI2 No I IV'301 AlAdns (wiviia 9 n 9 l3snddnd4 S9NlldWV0 V -11-T-ti -y-N-310 -VNmOl'jm lVM 14OARAO S 9 90 sA3 "n j Ji S . . .. .i . . . . mn ...... HJL8orH HOLLYBURN------URVEYS 7 -IL ELO.NA. B.C .M .A . f, R.A .B . DATESAMPLINGOF SPURPOSES SEMI-DEI-ILIO1 SU"V6"OSURVEY.- LATITUDE(N18VUDEJOIS LON61 JS .C" 12249 2944 59g 0.1 .11 U.O-FEQRICDOA PODIOL(19?al ON 2 TRES COMPLEX15,0pONGLY PRICELEVATIONSI IM)i 1200 STATUS$ M L SOIL yCLASS# ST POLLING GENETIC.. 0ATE ;.1S .. COLL .1I.L GENETIC MAT.3 BEDROCK s ACE XP VENEER BEDROCK DRAINAGESUNDF MODERATELYM UM NELL DRAINED TYPEI INTPUSIVIE ACID Q Fs EDI SLOCATION$T ON NEARPHS' SMALLL LAKE. WEST Of OBELISK PEAK . SITCLASf IFICA I I IT'4 Ic N COLOUR I COLOUR 2 TEXTURE STRUCTURE I HORIZON '"'C"N"'sOEPT .11 .1 "0"1"0BO1 .DAQ' Lm 5- 0 ABRUPT f l ORGANIC PASSIVE 1 A . I 0 OVA3 .011 .0 ATRIX DAY 0- 13 CLEAR M7 .SYR3j12r X S;o SA-40Y LOAM WEAKMEOIU. I A. .AS .. .01 .0 SO NGULAR BLOCKY ,alOY . Day51 a al 13- 17 CLEAR SANDY LOAM E .Al",**VR*IS ;Oo'I ST*o EDIUM 10I . SUSANOULAR BLOCKV TRIX0 DRY IT- 30 ABRUPT LOAMY SAND MASSIVE AiR015Y6.510'alio, .0 2.0 .ATRIX2' DRY" a 30...... ICKNESS CONSISTENCE ROOTS I HORIZON "DEPTHICNI LH 5- 0 F11114111.5 ABUNDANT 0 r *- 13 FRIABLE ABUNDANT a m 13- 17 V9RY FRIASLE PLENTIFUL C 1?- 30 LOOSE Ffe R 30- PHYSICAL So CHEMICAL DATA PH I PH 2 SAMPLEIT, METHOD VALUE SAMPkE METHOD VALUE ORGANIC ' NITROGEN HORIZON-DEPTNICM .) TE 61 A CARBON LN 3 9 2J?:,?,1, 66 o: .03 21 4:15 45:.7 24 : 13- 1 2IS 1 51.3 a2 0 1 .7 .119 01 IT- 37 a 5.5 2 5.6 .64 .2 .1 R 30- 0 ...... EXCHANGEABLE CATIONS BUFF .IME11006) C. E . C. EXTRACTABLE FE416) CA MG NA K DETERMINED METHOD RESULT METHOD RESULT HURIZON-DEPTH(CM .) LHF S: 10 a J; :055 .0 .03 0 6 1 0 . 1 030, 0 069 :02 15 :6. 1 .1 :0IS 3 0.02 aC IT-3. 307 .90 .03 .13 05 4.4 1 0.3 3 a R 30 ...... EXTRACT ABLE ALf%) METHOD RESULT ETHOO RESULT Z" RMN HORIZON-DEPTW(CM .) PPPi . . PPP2 . . Ap .. CpU- . pp pm . LN, 5 : to 3 .0 10 . 13 3 10 :3 a m 1 3 1I '2 :09 3 b3:.a, 1001 .4 125 1 :0 2 : 09 00 : 00 C - 3? 1 0 .6 3 0 .38 51 a 6.5 0.3a OI .b 0 .0 a 30-7 0 ...... COARSE FRAGMENTS IS VOL GRAVEL CUBBLL qOQIZO4-OEPyH(C . .) % % LmX 1 1 3SO : 17.03 :0 to1 c 10to Q 30-7 0 20. to0 to .mIO3WANITA .,321 S6 -94 ro 3 tt 0*910*1"AO*I,1 . A 31 00. ANVWVol' SL -L9 aro 3 0*010A'~;Zl.njaito,00;5a ANVWW L9 -OS Irli O-VIO-VdAS-LI V "'NIIA NO""033 05 -00 rg 39 01, -LZ CA 0 LZ -6 CA a 6 -6 0 S .0 V 0 -V HI 1SS.31-Ad3O" M NOZIUGH I S31110" 3 ADI A ...... -56 a A113AW119 0V ZSo/~'. VX AOUP V"S IdM)SSV S& -SL r-) 3 1 1 AN3019 tivinoNvensOan3sd'0' , inAtIN31d 318vto .4 31VII300"3s" WVCl AGN S 9 / A idneew SL -L9 CC-) oanisdN 2 ANDOIS dvin 9SMVWl OL3AV03a9hAla3Va" : WV A113AVVO 4390 319VIdgi a al AGN s M111 "410 A "I0 s'" dW315 L9 -09 Iflo 13 WUIJAd2A AN3010 dvinoNyonsa ...... nj...3 ... A113ATUO Islow x1aAw" 319VIOA 3LVU300. HVOl AONTS 0-l,/0-%MA0'OI bV313 09 -09 re 39 A)i')oie bvinONvensa VjVA113AVaOMV inA3iN3id alevid .4 3AVU3-OM'n' 3" 01 AG S O lrSlO b '01 "V313 00 -le CA A 0 .0 AN3018 awinsN 0 T 'lens3.11 Is 0. winiv" INVONnev 31OVIOA A83A 31VO300iq HVOJ AGNVS .... 0'V..llO'.. .HAS-t..... IWAOTOO A? -6 CA 9 AMC XIUIVm AX :)OlS avinoNens1 . . HVAGt4V O :SVIOW SbAOX :0,10 3Aw"n 3 01s to IN V inAtiN314 318VIbi 3hlssvmto 300" O .qlo .qtlAQ .L 01313 6 -S Ij a AUG XIdAVO AW3019 eving", ans A*,,O*q,,Ao*o,.3 . . L . .11,03 InglAN31cl 31QVIMJ A03A alwallao"M !)INVOMU 0-2/0"HAO-01to I V ldndRv 9 -0 1 V INVONnew .VolAGNVS Aanaev 0 .9 HI AZVONnOg j;54Nlfj3C4 NO2100H I SLOOd 33N31SISNO~ I aunt',mois 3uniX31 I unolol ozionN 3 Nil A NOIldIblS3a 311IOdd -ar,) 3 3HI NI IV0 LOCH 03NIA30V 1130S *NOISSIW --Od SO"001200 JO ON3 M16ON tNOIA 20-1 311 SBION lVNQIlla0W 31VM30OWS SSS3NSnOlAd3da r~ aiNivoa il3* Aizivuiaom1401 131)vNlVbo84 0 no 1,033N3A I-S30dX3. V 33VA IV, d33N3A 8'S3!dYl. 1' . 31V,A .ang NIV HOW I I " Mi3N'"I"S Anii62 131 3 3 31clH06 S 149301 1')IdSVa "' . 111115. '111311"I IS111111 oces 81,3I(N~ NOIJIVA3-13I 1 83 Al 0 S NO nIS 3311d0 % l916 2 no ') till 7)fHl"o 9 . of FZI 3 0? St 61, !1~13onillil0 ON I NOTLY10-1 JA3A 03llVil0 ;IW4S 13S0ddnMSONotld, A .Vq6IV 9 -VN%O13X ITH MOA3AdnSIns L Aa on 1 3 ------E13AOOH HWVER (COntinued) PH I PH a LE METHOD VALUE SAMPLE$,AT METHOD VALUE ORGSANIC1,p NITQIOGEN Hontlow-ofpTN4cM .l SAMOTE E C ON 57 :25 1:00 L"A I 8a : so 1 04 04 3: .12. 1 s : a 91 s: 2 J3 ::5.78 3 ;3 3 a 6.35 .12 c Gj 2A5 70 :. 40so, it ::? 4.18 3 c G 1 S . 8 2.Tj .12 C GJ & 0 7 5.90 3 is c Gi 22.22 It211 6 .2 S55 :o:17 1231 ...... al ...... 2EXCHANGEASL91 CATIONS NUFF .(*"IoOGI C. a . C . EXTOACTABLE F6411 EXtRACIABLE ALM CA MG NA K DETERMINED "LYWOO RESULT METHOD RESULT ppp, 4:293 a: 05 1:*0 1. :8.24 60 -oj 1 .?. 1 . ?" :: 79-95 .311 .0 'SO:35 95- 3: 06 23a :5 .395 090. a' ::6 1 1. S Is ;3 87 :003 .03 3: 6 103-! C 61 40- 50 .1 3 .03:0 oS5. 26.7:Sl 1 SI 1 c Gi 1 .102 03 7 1 3.3.64 N c Gin 5011 : 1?1 :0081 3 :004 9780:39 It 6 3 6.9. I c ej 75. Is5 loe oil .0 3 .094 3.9 1 .3 ,A 3.2 241.11 aI 95. ...... a...... 95:297 COARSE FGA614INTS S VOL GRAVELS C0111116 si TONE 2 WINI ZON-PSOINICo . I :.P.. spp.. .014.1 L"A a os ,513:.00 4S4 .3.: Fl 5- 1 30 .. 36 :0 30 ;23 11': '39':o 45 :c Gi AD- $0 J..: ::.a 4, 1010 CC !I1 651ST:. 6"40 ?1,:: 3:50 325. 1: 11 : is c 4.0 is . 9: 43 .9 60 30 is is It 95- 01040,7 0033 UNIT TYPES SERIES HOPEDALE...... OATA OF HAL KELOWNAl R .C,M .A . & A,A,B . S MPLING" SURVEYSPURPOSES UETAILED70 SURVEYSURV6YURI LATITUDEIN)l0 G e ~jj 1 492 06 t,15 L 0N C 2 01 OZI RElU GLEYSOL119781L 1TUOV(SEC)l TYPE : C02;PLEX0 PELEVATIONE SIO (M)l a STATUS9 MODA SOIL SpEci,CL :S71C 13 SLILTYF SPEC~,CLAST!CE IS SANDY rEN E AT ALP (. NE C MAT I FLUVIAL SURFACEE C XP~ISI . : VE'NJEVEI DRAINAGE&UN FF POORLYW DRAINED SLD APEPVIUUSNESSI0 I MODERATE LOCtT!UNS 90 METERS WES0 OF S COR14ER N OF HOPEDALE . AND0 . KEITH-WILSON. C . N RDS, NIELLIWAOT IN M TL G KFROM THE 11 C 61 0 IWN I CUNFI E0 MAINLY 7 L P OT A NEL : :*: :Ll****D : :C** ;P COLOUR I COLOUR 2 TEXTURE STRUCTURE I ORIZON DE'HICT .22(C-)_SS A P 0- 15 ABRUPT 10 .OYR4TR X ..0/2 .0T SILT LOAM MODERATF A I Ols SUBIN E MEDIUM ANGULAR6 To BLOCKY C Gi Is- 32 GRADUAL Mbnoys.o/a po SILT LOAM MODERATEJU A IX MOI REDr'. . MV, MA C G2 32- 4S CLEAR S;gys.o/? ;O 2;5y5, O/2M ;0 SILT LOAM MASSIVE A IX MU T MA RIX 01 T 11 C 61 45- 55 CLEAR M 5; gY5,glj. ; ? SANDY LOAM WEAKV. A I 0 MSU 0 IUMA GULAR SLOCKY -BOUORIZONNDARY PSEUDOa N 11 C 62 55 . 82 DIFFUSE SAND .AI ;Royl5x*D0621 ;To 11 C G3 62-125 ABRUPT . 5T.oys .o/l. 1 ; 0 SAND MASSIVE A QIX 0 7 C 63 125-145 ABRUPT MN 5/0 0 SILT LOAM MASSIVE A,4*.IX ~UIST 11 C G* 145-175 MNII ;010I ;0 SANDY LOAM MASSIVE A x DIST ------STZZ ;U0Z7 ------ZON;7 ;;ENZ;------;;;;S I...... ;OT;N ; I------;OTT-LE; 2------ELA;"FiIL M; I HORIZON DEPTHICM)T.7Z;;aS;" A P 0 . 15 FRIABLE ABUNDANT C 61 IS- 32 MO SER :TEO FRIABLE ABUNDANT COMMONIN PT COARSE COMMONFINEA TH MEANGULAFIU BLOCKY F INT ON RED I FACE S. PS UOO UNSPEC FIE. C G2 32 . 45 MODERATEVM FRIA13LE ABUNDANT COMMONOl COMMONIN ME OMUM PMSEUEDEUI INGULA.0 R BLOCKY OR.0,.INENT. OIHPED FACES- S 4 0/6.0 UNSPECIFIEDN 11 C Gi 45 . 55 FRIABLE PLENTIFUL COMMON0 MEP 0 SUM 5R.0MIN6111. YR 0 .'6 .0 11 C 62 55~ 82 SINGLE GRAIN VERY FRIABLE PLENTIFUL COMMONR S .OYRA.0,07 .0 COAO.INENTSE P7!SYQ5 .0/7 .0 11 C 63 82-125 VERY FRIABLE PLENTIFUL COMMONAa co Om SEI N.~NT ?PR.SYR 0/4.0 C 63 125-145 SLIGHTLYA STICKY FEW FEWDIU . FR BLE M!5 0VR4 .O,P7 .O 11 C G4 145 .175 F41ABLE COMMON0 ME OR1 P U"I .ENT P5.OYR4.0/6 .0 PH I PH 2 S MPLE METHO D VALUE SAMPLE METHOD VALUE CQG NIC NITROGEN HORIZON-D EPTH(CM .) ST TE S TE CAQ8 % CA 0G 1 5 : as :27 150 : 153 2 1 5 2 5 :2 3 :91Ol C Ga 45_32 . 455 2 2 i! 2 .79 16 11 C G1 5 2 1 " : .9 2 5 :21 .60 .0b 11 C 62 55 . 82 2 5 .9 2 4 5 .3 .031 C G C G3 62-L2 2 1 5 .9 4 5 :21 11 3 125-14 5 2 5 : 6 2 4 C G4 145-IIS5 a 1 5 5 a 4 5 .9 EXCHANGEABLE CATIUNS BUFF .(ME/lOOG) C . E . C . CA G NA 9 DETERMINED 01PP . . P2 S PM . CU ZN HORIZON-OEPTH(CM .) pp P pp pp . . A P 1 9 :25 :10 191 :7 4 33 :2 3 6 4539 :2 13281 :2 1 0: 1. 5a 6 .6D 1 :79.710 09 :12. 1 5.6 29b:.01 '5 8 . 2 3:6. C G2 35- 45 5 .b4 05 .. 7 17 .a 6. . b1 . 5 4 37 .46 285 .56 C I 6C 61 42. 55 3 l8. .0 5 2.b 31 .1 bb .5 I11 C G2 55-5 82 2 .77a .54 .2507 ..a3 1 45.3 1b, .O8 1 .00 26": 0 5b6 : 7 11 C G3 82 .125 C I G3 " 39 .58 7b0 .15 I C 1:55:1 ;55 34 .1 66 .5 G szz 92s? C 0: G9ec :29,.0 I1 12 11I I OC 0 PH NV 90 -. s 9 1 ( .W3 NidgC-NOZIUCH 3NCIS% 31890D% 13AV09% IOA S SIN3M9VdJ 3SOV02 ...... S9 :zc L, 3 it11 0. 11 :1 ,1 1.:9 11,1 V9 0.: r, , :c 1 LIC -09 1 2 ,I .t, 0.fa Z-vt2 OlOT1 91go 9t : to : OS-1 PH Z 90: 19 alza1 Olti I-es11 6V :ZZ OL ., 12.4 cl-Oz 90 .1 6 9-12 olsil Z'69 O .CI," so I 0 . I99-C 6T .09 9 -9 'WOC 'Add OdCS -NddL'd 'AddI I'W3)Hid3G-NOZIUOH N? n5 d Q3NIWd3i30 A .D .3 .,,)... i9ooif3mi*aAn9.SNOTiV :) 31OV39NV43X3 ...... 31! 9 2 it11 WN ON V13 1 2 z a -0 r" v L1 16 62-11 esltg6 V-0 v 9 s,NOVOWDWq 331WAS 1-"DlmLd3Q-NOZIdOM N390biIN% IN do 3nlVA ooH13K 31dwVs3'vls 3nlVA aGN13W IdWVSL a Hd I= VIVO l"tW3H'3 9 IVJISSA"d A113AVM9a V A3A -ISOO'l NIVb9 319NIS N S asn.Aita 69 -ac a 3 is AllMAVd9V iNvaNnev 3sool Nlvb9 31ONIS ON S 3sniiia ?v -9 1 7 11 AM3019 avinONvens3N , I ISION xIdIv"I INVONAGV 319VIdA A03A vv3m WVOI AQNVS O-all- UAO-O UV3" 9 -0 PH V AN3010 bvinONvans3N , I iNVONnew 119VIVA Ad3A XV30 3INVOU0 0-1/0-ZdAO-11ASIOW XIdIV" Idna9v 0 -9 :)INvstlo IdnbGV 06 :6-9 1 AtivaNnosN I SS(W:I)Mld3QN NOMIGH I Stood 33N31SISNOO I 3dni3ndis 3dnLX3I I analol Oz bow 3 WJIHL 'A311TA 31"dIW --Ob M31SUIAS AO LSV3 NVA A33aD 30"SY3 ONOIAW301 3LIS S3104 IVNOIIICOV Oldv ;d lSS3NsnoiAN3d o .naa 03NIVdQ -1,1340 f39VNIIA d NVJ S-S3jdW3 33vaungsD IWIAnij , 31I ISA.1, Ij .3N03, A113AVbO A A IINn ~lMdWbOllYdIS a3aan WUO .1ONVl 9 lVld3iVW IN30Vd .aldAOIZ 1(030) i)3dSV3 llos ivao . isnivLs 0010 Il"l.S, NOIIVA3'131 1 . 3dAl 9 :4 0 .1IS x lQL6I)lOSOO3m ')IHIMO et , lonliNo 5 "moi qI0C qtCl fit,' T,N)3onLlivl"' ...... 3dols Noli"Ol ll'AAdns caizvvqn 33SOdUnd3A S ONI'ld0 .WS1, 9 -TNAO13X IVH SBOA3Adns 49 3A Un a a 0 ------uNtsi ISAR DAT. OF G SURVEU SUR SUPVEYORt HAL KELU .NA, R .C .M .A . & Q .A .S . SA ePLIN P RP(JSEIY : DETAILEU66 VEY CLASSIFICATION SLOPE LATIIUDEIN!I,0 ~Htl!2~ 1249 281 ST ------LR NGIT 1 2 015 UOT"IC QVGOSOLl a 0 Uo N ' ISECI- ypes S APLE PELEVATIONEC SID i-it 305 S ATUS '978'DAL .111L T LASSI GENTLYI 0 SLOPING CASPECT (OEG)3 36 COMMET,. CLASTIC. . It GRAVELLY GE C AT. RESI ., FLUVIAL SURFACE" r- p FAN DRAINF:GEI :AO!DLY DRAINED RUNO LO PERVIOUSNESS : RAPID THICXNESS HORIZONU , COLUUR I TEXTURE STRUCTURE I STRUCTURE 2 HORIZON DE T (CM) 80 NDAR LF 3. 0 ABRUPT ORGANIC C 1 0- 17 CLEAR lOM2 ; OYR4X M O/2 ; 0 LOAMYD FINE 46AKME U . SINGLE GRAIN SA IO . R'.YRS . O'S3 .0 SU8ANGULAP0 BLOCKY MATRIX DRYo/ C 2 IT- 35 DIFFUSE 10.A ;ROYR4*0. M .13,0T SANDA SINGLE GRAIN Ga VeLLY 10 .0 I.6 .0151 .0 MATRIX1 DRY0 4 C 3 35- 60 DIFFUSE COAREER TSAND SINGLE GRAIN 6 AVE C 4 60- r COARSEV L YSAND SINGLE GRAIN 'RA E L ...... THICKNE!S. CONSISTENCE ROUTS I HORIZON DEPT (C I LF 3- 0 C 1 0- 17 VERY FRIABLE ASU40ANY C 2 1?- 35 LOUSE ABUNDANT C 3 35 . 60 LOUSE PLENTIFUL C 4 60- LOOSE FEW PHYSICAL & CHEMICAL DATA PH I EXCHANGEABLE CATIONS SUFF .(M E/10061 C . E . C . SAMPLETA METHOD VALVE ORGANICA N X NI TROGEN CA MG NA x DETERMINED HORIZON-OEPTHICM .) 5 TE C ROO . % LF, 3: 0 2 2 5 :2 39 92 :8b 23 :.54'1 3 :012 2:37 7 C a 5 .7 1 :86 07 :.0,.23. ,1'1'5:7. C 23 1 0- 357 2 1 5 .7 75 03 1 .29 .02.0 3 11 C 4 37- 6 2 1 5 7 .16 .02 2 .05 3.5a C 60-S 0 ...... COARSE FRAGMENTS P2 X VOL 'iGRAVEL COBBLE STONEy HURIZON-DEPTW(CM.) P,pp .. pp % LF 1 3: S139 :05 110 3811:9 40 200 C 2 IT-0 35 2131 .5 88 soa 3 1510 25a10 C 3 3s : 60 106.9 1 2647 : 05 9 30 30 0 C4 60 ot oa or -CC c 9 cc :01 a 0ol 01 0 1 2 % % 319001 13AVU9 10A SIN200VO9 3SU!2!...... VIVO IV51P13M2 I IVDISANd .cc 9 2 at,3v wniaaw cc -ot a 5 0113V WAIGAN OT -0 2 .9 ml 1"3)Nld3aIN, NOZIAPON Md 01314 s,3NN2 ...... - -- - ...... - - - - ...... A111AWasV 434 3sool ON S -CC C 3 AW3018 tivinoNvens1 wn 531, A113AWdS ASIO" .31 31@vld .4 Atl3A qv3m WVOI AONVS 0-210-StIAO 01 Idnaaw Cc -01 AmDois tivinoNvons1 w 3N mn 633 .4 I .I .Nnoy 319VIO4 Ad3A V WVOl AONVS Q 1110".aoo .lUAC'0tXidly" Adnuev 01 -0 1 7 Adnaev .9 "1 AuvaNnooNoz N (W3)MLd3QSS N I NOZINOW I slooto "N31SISNO3 t aani2ndis 3tsnix3i t anai" Itic 3 )021H NOIL0102230 3'11-10bd OldVd4 S lSS2NsnOlAU3d, ol a 139t ANOWN a3NIVUO AlQldV V lVao 3,,,no 1VIAnlaNVA I.S3I!dA:"3 23V'itl .30 ilos lvoo . isnivis fVl&tll0S093a ~11.lda etmiaonitoNolN, I 1. 3on 1 vi NOlIVOl_4lSSVlO NOTIT301 AlAdns ovilV130C9 :,4sndmndI 99NIld"VSIVO 'O'V'U I OV1011-8 SYNAO13M IVH ldOA3Aans A3Adn in 3 ...... 8vsl UNIT TYPCI SERIES JUDSON...... 6 SURVE SUP SURVEYORSY GGA KELOWNA . B .C .M .A . 6 R .A .B . D5 :TELOFMR IN PURPOYIES DETA613LED VE LATITUDELN!I : 149 0021 121 !~2t! PLONCITUD 22 05 TE :RUIC .OESISOL .11978D .1 . N1 (SECIS 5 ELEVATIONRE SIO (M)i a ST T S M AL IL GENETICS C EOAIZEIS. . . O.GEAN4C SPECT,CLAST!CM It F3S_41 LTY .URFAS IETo .P1 . VEE. E GIENE C AT I LIAN E CR P F N DQAINAGEIUNO F VERY POORLY DRAINED RPERV F OUI I SNESSI MODERATESLOW SITE LOCATIONS 200 METERS EAST OF TO.NLINE RO ON 49TH PARALLEL . THICKNESSP M C, HORIZONN V CULOUR I COLOUR 2 TEXTURE STRUCTURE HORIZON DE T ( ) BOU DAR I 0 Ap 115- 97 GRADUAL ORGANICC .! ;:ylpx2m8,j2slO MUC Y WEAKCOARSE SUBANGULAP BLOCKY 0 H 91- 80 DIFFUSE .! ;SYR3A0/2 ;0 M2AT.5YR3400/2 .0 ORGANIC RIX OIS RIX IST MUCKY 0 ml 80. 42 DIFFUSE .7 ;!YO3A812X ;0 OQGXANIC A I is MUC Y 0 M2 42- 0 ABRUPT .7i5yQ4X ;3/2 ;0 M 7 .5yR4 .0,14 .0 ORGIANICCy A PI is ATRIX MOIST M C it C G 0-+ SILT LOAM MASSIVE .A'o ;oy'RI'5. ;0'SDI'To ...... PICKNESSM ) CONSISTENCE ROUTS I MOTTLES I FIELD PH HORIZON DETV T (CM 0 MR Its- 97 FRIABLE ABUNDANT AEXTREMELY CID 0 M 97- 80 FRIABLE PLENTIFUL TREMELY ACIDEX so- 0 MI 42 FRIABLE FEW EXTREMELY1 Ac 0 0 M2 .2- a FRIABLE FEW EXTREMELY ACID 11 C 6 0-+ FIRM FEW IF!NE 0 OYR5 .0,04 .0 O :Gz1 0:4 C9 13 .O .t C 9.4 SoOW 1 :10GS01. go 3 1 9 To 3 016 1 .9 Gs LT V aU 0 01 a. I LC .0:02 m O :cc L-ZqI OL d V '"dd -Ndd (' .!))Hid3O-NOZIUOH 2d td ...... OI :LOI co 3 01 : a: -a 6.:It11 :q a as 0 6t .9 t I, 02Oc . 191-99 119-21 : a 0. 09SSc 0 0w tI a SS -La P -*2 0. L 9, :* 19C:6 to . . .S I . cl1. ae : 06 :a G :q a LT .00 Z 0I 1-9f, 0to . 't . a 1 a oe d V ?*as eel 0 1 WLL SL 2 0 G 9 11 NOOd" UVIS 4-W3)HAd3Q-NOZIUOM ow V3 N390d A IN 'i I Nvotjo 3nlVA 31d VS .1 .3 .1 toootr3p),jans sNoIl" 31SV39NVH3X3 I Hd vivo lv3i"3H2 I O'9/0 ;SdAGd1 iN on,NINO 3d OOHi3w A a1 . 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L IITUOIINIIG E LONPAA CIT IN49 00.2 16.00 PUOZOL :C "I"IVLUV :50L :019781 C9 ..0 UO N (SEC)l 5 TYPES 0 PLEX ELEVATION5 Stu ( .11 9 STATUS ARI NT IL SPEC ;,CLAST!C it LSANDY ',ENES C C MAY SSESI ., . ACUSTRINE URF E EXP IDGEO DPAINAGE31, ~ELLS DRAINED 111111P V FFI. 0 LO . ER 10 SNC .Sl APID SITEM 1 LOCATION3 METERSS 7 SOUTH OF THE 0 SOUTH a END OF FADDENH A :DZLA9 S MAS . T HE 11 :E ON8 42% A TO 7 AL OF 2010 CMM 0 F 11 a 1 3 AS T IIN L M E T E E 4 CCONTAINSI TO AL OF C F T 4 AS TH N LA ELLAEE . THICKNESS HORIZONU Y COLOUR I TEXTURE STRUCTURE I STRUCTURE 2 HORIZON DEPTH(CM) GO NDAR A m 0- 2 FINE0 SANDY L AN B F 2. 30 GRADUAL 7 5YR4 0 FINE0 SANDY WEAK0; toA. RIX.S *0"3.016.0,5 ;.0 L AM SUBANGULAR1 Nl BLOCKY MATRIX0 DRY .A E 30- 50 CLEAR OYR4 5/4 .0T FINE0 SANDY WEAKF , TO MODERATE MA z L AM SO)I t4E to . llix"P . . 015A . . ANGULAR BLOCKY MATRIX0 DRY0 11 A El SO- 62 ABRUPT ; OYR%0d'2 ; 5 FINE SAND SINGLE GRAIN '0.A I .M"IX.6 . DISEs MATRIX DRYo/ 11 B TI 62- 67 ABRUPT 12M TOYR3 ;5/3;5 SANDY LOAM MODERATE, UM TO STRONG S ". "IX.Y .5 .0151 VBANGVLARED I BLOCKY MATRIX DRY0 4'0 11 a TI 62- 67 ABRUPT 10M2 ; OYR3; 5 .'3 ; 5 SANDY LOAM WEAKF E SINGLE GRAIN Io .oYRIX S . OIS, SUSANGVLARIN BLOCKY MATRIX" DRY0 4*0 It 8 T2 go- 95 ABRUPT 10A ; GYR3 4 5/3 ; 5 LOAMY SAND MODERATE, M TO STRONG M RIX OIS S EDIUA U8 NGULAR BLOCKY 11 A E3 95-145 ABRUPT SAND SINGLE GRAIN 11 8 73 to- 42 ;gY113X ~012 ;0 LOAMY SAND TO STL : ON6 I SED Io .oYQ4.'315 0USANGULARDERIU 4TE 0 KY MATRIX D2'y4'0 It A E4 145-250 ABRUPT SAND - SINGLE GRAIN 11 8 TO 20- IO ; 2YR%0/2; O LOAMY SAND MODERATEM UM TO STRONG s 41,10 .0yIX. . . 011 SUBANGULAQ"I BLOCKY MATRIX DRY0 '*0 11 c 360-+ SAND SINGLE GQAIN ...... .UOIZ,. T11C .KNESS CONSISTENCE ROOTS 3 AN!I I OE T (C .) NODULECONCRETIONDESCR P A H 0. 2 * F 2- 30 VERY FRIABLE ABUNDANT * E 30- 50 FRIAOLE Y MOOD ABUNDANT F SL GHTL E&NE FlSPHERICAL 11 A El so- 62 VERY FRIABLE ABUNDANT SOFT 11 a ?1 62- 67 FRIABLERD PLENTIFUL HA 11 6 TI 62- fi? VERY FRIABLE PLENTIFUL SOFT 11 8 T2 90- 95 F:IABLE PLENTIFUL m RO 11 A F.3 95-145 LOOSE FE . It 6 T3 to- FRIABLEA o FE . H A 11 A E4 145-250 LOOSE it 8 TA 20- FRIABLEARD H 11 C .360-+ LOOSE KENNEDY (Continued) ON I ON 2 SAMPLSTA E IALTHUO VALUE SAMPLEa METHOD VALUE ORGANICA 0 X NITROGEN HORIZON-DEPTNiCM .1 TE ST TE C 0 ON % A m a F 02: 32. 2 5:7 2 4 2:52 30- 50 1 6 2 2 45:g. . :2 :031, A 4 5 .6 . :, 3 :03 Tj 6:: 677 2 1 6.3 2a 5 .4 & 03 6go. 65 2 6 :3 5 :6 02 31 a TT2 1 6 .45 2 4 5 .7 31 A 3 95-145lo_ '0 2 6 2 4 11 8 E3 2 1 6 : 5 2a 4 5 .98 11I, Aa 7t: 1:5:250 2 6 4 2 1 6 : 4 2 4 5185 11 C 360-+- 2 1 6 5 2 a 5 .9 -ItA .El. . . . 50-. .. 6 ------...... 2 ...... - -- - ...... EXCHANGEABLE CATIONS BUFF .(ME,0IOOG) C . E . C . EXTR ACTABLE FE(S) CA MG NA K DETERMIN ED METH OD RESULT ME THOD RESULT HORIZON-OfPTH4CM I a0: 30 4:058 a1 :43 :12 148 :6 3 A 1 30- 50 3.3 3 :0: 11 11 :01 3 SO : 62 2.129 .101 055 6 . 4 1.0 3 .11 11 A8 11 62 . 117 4.563 3.951 .12 .070 10 .66 1 1.6 6029 . 67 42.72 3.13 07 6:6 3 It 0 T2 3.34 4.84 .09 :0,5, 9 5 .:8, 3 111, A 113 950:1 95.3 .9 3 11 8A 3 1.3 a 14 ::250 : 0 11 a T4. 2 6 1 1:21 3 .1 is C 360-* 1 .8 a ...... -- -- ...... EXTRACTABLE AL411) METHOD RESULT METHOD RESULT PI P2 Cv . ZN HORIZON-DEPTHICU .) RPM . PPM. SPRO. RPM pp .. 20: 30 1 :0 3 :4 6:25 131 :7 1 .3 E 3 7 3 1920 :94 '0'59 :9 11 A El So- 50 3 .11 1 .7 3.31 .8 14 .6 42 .30 it 0 TI 62- 6267 1 3 1, :,5 106:5 1 .3 21 :11 491 :9 T 0 5 6 3 1 .3 36 .39 2.3 :..21 111, A 63, 9510:145 1 .4 3 :0, 6 3 6 3 2316 :51 34%1 :.22. 1 5 3 00 1 .6 4 11 A6 "14 '4520:250 1 .7 3 .0 261.7.8 16 :: 11 C 360-+ 1 4 3 9 KENWORTHY D :T gUPVEYORRSURVEY MAL KEL NA, B.C .M .A . & P .A .B . S MAL OFIN G SUPPVUP :YIES0 SEMI!SETAIL OW ~2E :!!2N L IITUOIC17;1 . 1492 121 23 LANPR CIYUON (SEC)l 2 7 59 ORTHICU 1 HUMD-FER :41C PCOZOLtJ97e) 305 TYPEt 80*0SIMPLE .L EV.TSICON (M)l 00 STAT 5 MO L SOIL ASPECT (OEG)l 45 GENETICC :AT4:S . . COLLUVK ;AL SUPFA E XP BLAN E DRAINAGE$a WELLSL DRAINED RUNVFFSU PEP 10 SNESS1 MODERATEOW SITE LOCATIONI PLOT #17 NORTHEAST CORNER OF MISSION TREE FARM . NESS, " HORIZON Y COLOUR I TEXTURE STRUCTURE I STRUCTURE 2 HORIZON THICKDEPTH C 80 UNCAP L 9. a ABRUPT ORGANIC HF a . 0 ABRUPT ORGANIC 424VIRX2~9,110 A HEJ 0- 1 ABRUPT OVR3. 0012 ;0 LOAM .A105 ;. Rl . ADIS. '2 .5 WEAF N K To SUBANGULAPI SLOCKY MATRIX0 DAY0 B 4F 1- 5 CLEAR MS 0YR%0/S4 ;O LDA% *E .Alel A ;RllY . . O ,l . .0 F M 7 j 2 SUBANGULARI BLOCKY A IX Dg Y a Pli 5- 25 GRADUAL m5 ;9Yp44ooo5;O SILT LOAM IEF AKM E A ly1 :5 .0115 SOISANGULAR GLOCKY MATRIX7 DAY 4,0 8 012 25 . 62 GRADUAL .5 ;gYR4 ;0" :;o SILT LOAN Wl, j~AKe A 10 01 SUBANGULAR- BLOCKY MATRIX DAY ac 1 62- 80 ABRUPT to .5,PS.OYP4.;00/4.s;.oo SANDY LOAM MODERATEUM 'ED5 M7 TRI 0 UsANGULARI BLOCKY A RX DRY sc 2 so . QO CLEAR .7 ;5y :4mfo/4) ;0 SANDY LOAM MASSIVE SINGLE GRAIN IoA . III. . . . . 15. . . 0 MATRIXI DRY OC 3 90-122 ABRUPT I0 .0VA%0/3. X ;S LOAM MASSIVE SINGLE GRAIN AA1 .0I I.4 .O'S1 ANN ogv4,o C Gi 122- SA LOAM MASSIVE SINGLE GRAIN GRAVELLYNoy ...... T~ICKNESS. CONSISTENCE ROOTS I MOTTLES I CONCRETION AN ? I -OnIZ.N DER T (CM) NODULE DE SCA IP L 9- a MF a . 0 ABUNDANT A HEJ 0- 1 VERY FRIABLE ABUNDANT 0 HF 1 . 5 FRIABLE PLENTIFUL FE F WNE SPHERICALI 0 Ft 5- 25 FRIABLE PLENTIFUL F F114EEW Sp MEPICAL 0 Fe 25- 62 FRIABLE ABUNDANT ac 1 62- AD FRIABLE PLENTIFUL BC 2 so- 90 FRIABLE PLENTIFUL SC 3 90-122 FRIABLE PLENTIFUL FEW FINE C Gi 122- VERY FRIABLE FEW COMMONDI ME0 ,! STo'UMl N~T, 4 0/8 .0 KENWORTHY (continued) ON I PH 2 SAMPLEST METHOD VALUE SAMPLT, E METHOD VALUE ORGANICA 13 X NITROGEN HORIZON- DEPTNICM .) ATI, S TE C Q ON L 2 2 F . 1 2 2 43:25 58 00 3111 NA HEJHF 2 58.534 3 a 0I . a2 13 5.3. 2 ti .6 6:10142 21 B F1 5- 25 2 2 I) F2 25- 62 2 1 5.7 2 5.01 23 . .. . 112 62 : 80 2 6. 2 5.4 2.0715 0SC 21 80 90 2 1 S.90 5.4 3 acC r,3 6 2 S.5 2 :49 1 12092:122 2 6 00 2 4 5.6 2 67 N 9:60 EXCHANGEABLE CATIO NS BUFF .fME /100G) C . E . C . a EXTR ACTABL E FEI%l1:31 EXTRAC TABLE AL(%) CA 2 MG NA K DETERMINED METH OD RESULT METHOD RESULT PI HORIZON-OEPTH(C- . ) 2 Opm. L a0 Is : 172 a 62 F 33 7 1,,5:, 11 :7 A MEJ 1 :.44 .25 .13 . 600 8 HF 234 . 3 .4 1 :395 11 ..0.71 .01. 36 1 :a 1 3 .9 BCF 255 4 :04 118 1 21 1 . 19 1 2:9 25 . 62 .22, 03 .054 0 9.2 9 1 2.4 aa F 1 62- 60 .8 3 :06 ac a 1 2. ' 3:21 so- 90 3 .004.1 .0:0705 21 69 : 1 1 09 11 ~' .5. 2' . 3 190-122 .79 .05 07 & .5 2CGJ 21 1 3 85 22- 1 1 1 1 1:02 11 :2 ...... COARSE FRAGMENTS p2m. S VOL GRAVEL COBBLE STONE . HOAIZnN- DEPTH4Cm .) Pp SPpm. x KIND % KIND % :9 K IND L, 9: a0 8. , 20(, :o. aNA MEJMF :0 16:03 6 20 a F1 2 a 51 : 25 781,6.0.0 22 : 0 20 2 2 F2 25- 625 2 aca a1 62: :00 335 15 22 10 2 2 "1 :00 9 0 as 5 2 30 a 3' 0 0C 3 :00-122 18 .0 1.010* 2. 2 CCGi 30 2 30 2 122- 26 .0 .78:30 80.5 210 2 30 2 30 2 UNIT TYPE : KEYSTONE ...... SERIES...... OATA OF G SUkVC SUP SURVEYOR : HAL KELO .NA, B .C .M .A . I, P .A .B . S MPLINE PUPPUSE9Y : DETAILED67 VEY ~M:!2~ L ITUDE .1%1 . 1 49 1122 05a n2p-t Lt~' ClIT 22 0a OURIC HUMD-FERRIC PODZOL(19181 % UD N I ISFC)l 5 0 YPE : S MPLE ELEVATIONF SIO (MIT 1405 STATUSZ MODAL SOIL SPEC ;,CL,ASTIC. 11 SCIILTYe CUMM ;,CLASTIC. It Cfi~E E AT. RESI ., GPUAVELLY Ve LIANE IENES R MAT0 I I FL A VIALI SURFACEC P N EP DE C CPT A GL C AL DRAINAGE$U D MOOEQAW TELY WELL DRAINED PPE N VFF :U SLO P 10 SNESSI RAPID SITEE LOCATIONSEAST0 0 a END OF SCHOOL :04 ; MISSION .Gj . W LL OEVEL RE DOT MAT I LOWER A a I a .ORU4ZONY COLOUR I TEXTURE STRUCTURE I HORIZON OETHICKT.TESSCM) 00 OAR STRUCTURE 2 LF 6- 3 ABRUPT ORGANIC 3- 0 ABRUPT .7.5VA24/0, ST.0 ORGANIC A RIX I A E 0- 4 ABRUPT LOAM WEAK MATRIXOovR4*O'*,S.OV6 .00,1OIS.0;O SU8&NGULAQ MATRIX DRY BLOCKY a FI a CLEAR YP3 0112 5 SILT LOAM MOOERMTE' I 14.Sy,IK. .A.IDIS, SED 0 UBANU LAR MA7TPIX DRY4*0 GU SLOCKY 8 F2 a- 15 CLEAR YR3x 0/4 0 LOAM 7 .5y.5 MOIS. , MODERATEF .Anol * ; SOINE SANGULAQ BLOCKY MATRIX DRY0 4*0 a F3 Is- 25 CLEAR 5 OYR3X 5/4 0 LOAM MODERATEU M A ; PIY.S 4. 1) IS ; ME UBANGULAQDI M BLOCKY MAT91X7 02Y 0 F4 25- 30 ABRUPT S ;OY 4 .00/4S ; O SANDY LOAM WEAKF E A RIX11 I IN SU GULA BLOCKY M 30- 52 GRADUAL SAND SINGLE GRAIN GRAVELLYA 0 GJ 52- 70 ABRUPT S NO SINGLE GRAIN Gn AVELLY 11 a c 70 . SAND MASSIVE SINGLE GRAIN GRAVELLY ...... TMIC :7~AS CONSISTENCE ROOTS I MOTTLES I HORIZON DE T C I OUNCRETCIOCNOANO CEMTENTATION ROD LE D 5 IP . I AGEN /DESC IP . LF 6- 3 H 3- 0 ABUNDANT A E 0. 4 VERY FRIABLE PLENTIFUL B Fl A- 8 FRIABLE ABUNDANT FEW 'AEO'U"SPHERICAL 6 F2 a . 15 FRIABLE ABUNDANT FEW *EO'U"SPHERICAL a F3 Is- 25 FRIABLE PLENTIFUL NONE FINEP S HERICAL 0 F4 25- 30 VERY FRIABLE FEW 11 a M 30- 52 LOOSE FEW FAINTCOMMONFINE a Gi 52- 70 LOOSE ABUNDANT MANYME DIUM PROMIN!NT. VP 5 0 5 0/8 .0 a C 70- VERY FIRM STRONGLYT El CEMENTED CON INU US KEYSTONE (Continued) PHYSICAL & CHEMICAL DATA ...... ON I PH 2 SAMPLEI, ETHOD ALUE SAMPLE ETHOD ALUE ARGANICBON 1, ITROGEN HORIZON-OEPTNICM .1 S TE STATE C P LF 6.: 3 a2 a 2 4 3:9 H E 0. 0 2 43:2.9 2 3 9 5527 :1.5197 1:3803 A - 2 2 3 7 . B F1 A- a 2 11 5S.3.5 2 1 .2109 5a F2 1 6: 215 2 6 2 3 . 86 : 161 aI IF3 1 2 5.2:9 2 .1 2 .0 0 F4 255. .0525 2 7 5 3 1 : 25 30- 70 2 1 5 .9 2a 4 68. .027 a0 GJ 52- 2 2 4 1.3 .0 11 2 1 6 :0 4 S.36 4 " .3a2 To- ...... EXCHANGEABLE CATI ONS SUFF .48AE.41006) C. E . C. EXTRACTAB LE FEl%) EXTRACTABLE AL(%l CA MG NA k DETERMI NED METHOD RESUL T METHOD RESULT MORIZON-OEPTHICM .) PPP.. . LF 6: 3 17 :224 4 39 2 3. 0 9. 50 3:78. 3 :2 00 .1 112366 :25 65&.' :2. A EFI 0 Aa S. . 5 2 :3 2 a 1 11 6.9 ..336, 20 0Q. .111 28 . 1 . 2 2 .6 : F2 15 .061 :.0 3 :06 A :,. 1 .6 1 713 .5 F3 IS- 25 .22. .05 .0 3 19 .5 1 3 1 2 .3 0. : F4 25.0 : 320 22 :04 .005 12 :27 1 . 1 .? Ia .a2 it 6 M 5 :2 . 03 .033 .042.0 11 0 ,59 .0 .111 a5 GiC 52- 70 02 .03 .0 3 :5A 1 :06 57 3 it a C To- 1, 6s 02 .03 ? 43:59 13 1 6:9 ...... COARSE FRAGMENTS22:6,71 P2 .. S .. I, VOL MORIZON-DEPTHiCM.) pp pp LF 63: 3 0. 0 123: 0. a11.:93 NA FIE A. 4 a 4 4 .8 S. I t 67 :: 23 :: Is 466. . 17a F3 IS- 25 :2 .0 .7 :58 0 25- 30 1 11 14a 30 : ?a0 165.0 405 1:3 122.0 4 :36 6 11I. a C 5TO . 170.0 A1 .0 600 ...... UNIT TYPES SERIES KITTER------ OF 6 SUAVE SUP SURVEYORSY HAL KELOWNA, B .C .M .A . & Q .A .B . SONELINMP PURPOVIES DETA68EDIL VE ~~E!l= LATITUDE(N)l6 e J : LPON CITUOV 1243 5 09 U'll"ICU GLEISOLI :97 % 3 0 fSEC)l 2 TYPES COAPLEX ERNATS SO.ON 4 .)s 2 STAT S AL8 :.IL SPEC I CLASTIC. It SILTYF GENE ; LUVIAL SUPF .CEC E AW.P S .' LEVEL DRAINAGE$UNO POORLYI , DRAINED PPERV FFSU MEDM E U 10 SNESSI 00 RATE LOCgTION 020, ;ETEPS,* :EST .AND IUO ME7(,QS SOUTH OF LADNER TRUNK AND SME S 12NTEIIVE: S LT :N: -12"E'Ll' ACED VERTICAL CRAC CNGIHE C C 3 THEWARE HARD .P :POWNISH TUBULES APOKLNO SOME OLD ROOT !HANNELS .G -----I LE-2!H=i!2~ THIC ESS HOP ZON CULOUR I CULOUR 2 TEXTURE STRUCTURE I HORIZON DEPT CM) BOU DARY A P 0- 20 ABRUPT OYR3~5/2, ST.5 SILT LOAM MMODERATE4 .ASO, ;.0,IX A . 01 S EDIUA GU TO 1,FINEa UB N L A LOCKY MATRIX0 0 DAY5/4-0 B TJG 20 . 37 GRADUAL M2.SY4X . /2I 0 OY5 .012y.0 SILT LOAM MODERATEJUM 1 A I 5. i SATQIX- DR .:IR5 .0/2!2 MEDPRISMATIC MATRIX0 1 DAY0 a G 37- 50 CLEAR . 2 ; 5y ; . .5/2 ; 0 SILT LOAM MIE AKO I . . A AS 01 1 PRISMATICE C ol SO- 62 GRADUAL SILT LOAM WEAKS AT .A ; I MO i TR IFIEO C G2 62. 07 DIFFUSE .Aj5Y2 4. .0/2, 0 SILT LOAM WEAKM SUM Al OI ;T SED pUBANGULAREU SLOCKY S DO c G3 87-112 WY4 .0.12 0 5;,OY4,012S A ;0T SILT LOAM AKJUM RIX 01 MA I MOI WEsED UBANGULAR BLOCKY 2zv:*5,f? PSEUDO THICKNESSp , STRUCTURE 2 CONSISTENCE ROOTS I MOTTLES I MOTTLES 2 CLAY FILMS I .OQIZ .N DE THic A A 0- 20 FRIABLE ABUNDANT 8 TJG 20- 37 MODERATE, RM5, PLENTIFUL MANYME COMMONIN "IHA D ANGULAREOIUM BLOCKY PROMINENTDIUM CINTH MANY VOIDS 5 .OYP3 .5/5 .0 SH:NNEL ON S 420L PAND0 E FHORIZONTALVERES CA ED AC 8 G 37- 50 WEAKM DIUM FIRM PLENTIFUL MANYME S E UBANGULAR BLOCKY PQ OIUMNENT 5 .OYR3OM' .5/5 .0 C Gi so- 62 FRIABLE FEW COMMON *70100.CT 07.944 .5/5 .0 C G2 62- 87 FRIABLE FEW NM COMMO-EDIUp OM SA..'A111!'IT 4 0/5 .0 C 63 07-112 FRIABLE COMMON ? .SYQ4 .0/4 .0 HEP .-'UMNENT SNY13 .0/4 .0 PH I PH 2 SAMPL E METHOD VALUE SAMPLE METHOD VALUE NITROGENX HURIZnN- DEPTH(CM .) STATE 5 1 ATE PI j. ,0: 1? 2 6 2 4 5: 2 3 : 3b 30 13 1 5S :.~,06 2 4 1 . 04 C G 1 37-5D 50 22 1 2 5 .91 1 . 04 .112 220: 62 2 1 2 62 .1 .1 C G2 1 5: 2 3 .8 C GG3 .7-112T' 2 1 3.84 2 3 .6 CORGANICaA13ON1, EXCHANGEABLE CATIONS BUFF .(ME/IOOG) C . E . C . CA MG ~A K DETERMINED P2 S cu M . ZN HOOZZON-OEPTH(C- .1 Ppp. . . pp PPM . pp pp . . :27 22 3 it 5 58 :3 a pTi . 20: 207 So 1:80 :216 22 161 :.3 :,a :5 :0 . :2 C G.1 a,-0 3'a 3 . .51.2 .3 0 22 16.9 1 7.4 11 5 .01 .6 ..1 "1b"4.5.q 22 6 50 . 62 2 .28 3.b7 .371 22 7 3 la".0.. 10 0 .4 12 .7 1 '. 1. 29 :8." C G2 h2- 87 4 1 .6 99 .A 27 C G3 87-112 IP6:711.1 14B.6 1q .8 54 .0 551 .8 2030 :9,.2 13 t:61 LZ*Z .. . 32, asco 13 c 9 ge . as -0* to 2 e. LZI a* -Oa 9 av 11 "a T Oa -0 d d (WWSO ) 4-"3)M4d3Q-NOZldOM Id -ONU~ '11313N ...... 00t :00t CO ::6~1 201 11 sc :l 4 :f a LIS 2 a 4 9 Oq6 t to11 :1 I I a 9 . .09 r. to 0-91 a. a. gg :s 6 :S a Oit1 :020 V 0-9? caI . wI Z141S 6r 6 6 5 11 0 d 31TI ( .W~11Mkd3O-NOZ1k10M 03Nt .03LIG x VN ON V1 .0 11.11. 11 IINVO110811y,.0 WIVA 0OHL3w 3ldwW2 .1 a .1 t9ooti3")-j.4nv SNOILV3 3lQY3ONWM3X3 1-2...... vivo lV21"3H'j 9 0'*,?O*I.AO AND ImO -001 ce 3 0-910*9Ng AO;01 OOl.qG as NO 3 96 -00, to 2 .LNBNIWDdd ANVW 09 -OZ 9 a 0-9.00-SUAO'OtA V 0a .0 : tc:z NI A it iga1 '3 ceaat-a. C6It.c A d V 1:24HA ?3? NOZZOOM S311110H a )42 M ...... 3AISSVN W101 Alls 0411 0i0 .020"iVOT -001 co 3 0.1 AN41011"0 .01 islaw" x"a"IV* m3A Ad2A alsvilij 3AISSVP wval Alts 0-1/0-9dAO-OtI 001-99 as 2 0.1 A1199N0 ."01"I OdVH" LSION1 X10A Mai 316vi .4 Gal-ilIVOIS3N11 Nvol Ills 0-1/0-OUANO'"I es -at t9 2 AW3016 uvinsNQnss.v , A110 X'1'IV" QdVM 3 ), V0 1510" XIVIV" inAiAN31d AalA 34 wwal Ills O*l.'O'VAO'G uValo 00 -Of 0 9 O .CA"?S0 .KA1011fol"1 AN3019 dTIAONVens, , 3NIJ alsobvm 31356a 00 is " in .4ziN31d vibi v a ON "Vol Lits s- a10100-.x'"0111kj .1 0 1 Idnnov 02 -0 d V Agva7no .9 ;;34mid3a1 Nozimow I SLO00 amnIX31 f HnOlooi OZ 00 a )031 "1 NolldZU3S30 3IIAOdd IONY O31A!iV111S?, A13NI13S,1~3 .19,I , . a S , 5QN3iX3"I'l H 9 Ada 0 2 sm') s A N MR N ZI OH Nj ISS13NsnoiAtl3dON ontAOls tvnu0 03N]WdC A1000d03" 23OWN11 ef 35N31SISNO3 iviAniiiAl I S'IWW'I "1371j3N39 t3tini,)ndis AS 33ds "UGAONVI 1 lV10311" lN3bVd 9N1iwinONn .A%Na9w Issyl .) a 0 ."as110 : 110111VAT13t 31d . OD 3dAl $to) N laeld 0 a 18L6100SA319 DlHitjO is Cal 30nixON01a 05 A e ; so 6V IIN)3 A iivi NOlIVJOl A3A11nS OIIIV130q 13SOd?JndA S 1)N1'1dWVS0 1. a -VN .n-13N SNd :bOA9Amns 0 :A3 ton A 3 V ------~~YUN KITTER UNIT TYPES SERIES CAT OF SUR SURVEYURt PNS KELOWNA9 B .C .W .A . 6 P .A .b . SAMPE L ING SURVEY!EfPURPO OLTA!LEOa VEY LATITUDEIN ;I, 1492 055 33 LOVCITp C lLkYS0Ll :97 C2 . US N 1 tSEC) 3 2 4 5405 ORIN UI TYPES G0 0PLEX .PL.VAST 'a.ON 4MIt 2 STAY S M ALO:..L CLkSSl ENTLY UNDULATING SPEC CLAST!CA 13 SILTYFL ; UVIALL G'N~SURFACEC E .PRES' ' . . L.VE DRAINAGESRU 1) POORLY1 DRAINED RE NVFFSU MEM R 10 SNESSI ODERATE0 UM icxwlsi COLOUP I TEXTURE STRUCTURE I STRUCTURE 2 CONSISTENCE HORIZON TMOE I ( M A P 0- 25 M ! ; 5YX .O/2 .0 SILT LOAM FWEA FRIABLE RI DAY 5 INEK TO COARSE UBANGULAP BLOCKY a G1 25 . 47 0 1 .0 SILT LOAM COARSEI M ;EAI N ICKY .A4ylpX662,v1 PR S ATIC NE FRONL ABLESTH LY SUBANGULAR BLOCKY S IIG I PLASTIC bc 47 . 60 4:;0Y :4 ;012. ;0 SILT LOAM MASSIVE SOEAKJr FRIABLE p I Is T A IFIEO c G1 60-100 10MA ; OYRX % 0/10 ; 0 SILT LOAM MASSIVE FRIABLE al t WESTATIFIEO C G2 loo. VERYN YFINEL M MASSIVE WEAKST TIF VERY FRIABLE 4:401:4 49,11 0 SA 0 OA A IED ...... jC9M7ESj ROOTS I MOTTLES I MOTTLES 2 HORIZON THDE T CM A P 0. 25 ABUNDANT a Gi 25 . 47 PLENTIFUL NEMT 5.OYP3.0/4 .0 COMMUN P7NN . .0'. . . BC 47- 60 VERY FEW COMMONS FINE D! 5T RIN~T 7 Y 4 0/4 .0 c 61 60-100 VERY FEW FE ...... Fl ME FAINTI C G2 too- FAINT PH I EXCHANGEABLE CATIONS SUFF .(M EPtOQG) C . E . C . SAMPLYA E METHOD VALUE ORGANICA N X CA MG NA x DETERMINED HORIZON-DEPTH(CM .) S TE C ROO 05: 25 2 5 :.2 5 93 :35 6 261 3 2 .:66 4:225. 0 9 : ac A, ". 2 5 .0.2 99 02 1 .67 2 97 26 . 16.7I c 61 60-100 2 13 1 .78 : 2 21 .013 - loo. 0 2 1 43 .. NITROGEN% 1 .725' 561 :000.4632 40RIZn'4-DEPTH(CM .) op-1. . AIS P 20: 25 19 A5_ 4?6 2:86 ac I 0 12 :0A c Gi 60-100 2 caAC GaPG23 100. 8.8 1 1.30 :354723 .30:3184 8.1 O-VIO-LAOIN S ;S I .A11 0 NONI .".O :) ll 001 o 3 0-9/0IN ;%Nt1tA001'S3 n1 O**/O'VdAO-G NOXI0 1* A 3 .4 WOT-4 O-SIOIN3NI.VTAO'Sb .AiO3"P10 d '.)lISTId AIIH9tIS NOh .03 43A dlJ A03A 39 I,, . . gill"1 .01. 030I I"t 1 UBA 3 ON NO ONT A 913NNW'40S:1 O'*/GN ;TdI AOtjd% SOJOA ANY.00. HN1 I N 1 hnzQ3wA q Wtj '3119VId A3 1 H w o A ?9J. 0 NON-O')1 NV inliIN31d I Ad3A IS -a,, 0933yo0 03d, IWIN 2"'.3AN 30"OS NO IV'ONV)I'S 130INT-HD O'*/Q ;CdAOI *t' G SOIOA)1 , AN!N O NI '31 i o . 0 0 . IN Nnwi o,,d N w D A ANY"0 iNTONnow "till311SVAd3AId -%a 191 a O*G/C ;CUAOI O *tic IN N n Wt C, 3d A)MIE) twinoN 3 1 J, S T I(j W A I I H9 dT wng2I.I ANWW IfWONnWV bld A IS3A N a GZ -OZ BY ' :)N At 15 10a MUSA 14 Ad3A "NO '."O0 ":) INVONnOV A 31liS OZ -91 r9a v ANWONnew "toll G1 -0 d V j : 114HLd3O NOZ160H t Swill Avl~ a S31ilow I s3illow I sloob 3!)N3iSlSNO3 a lltmiinttis 3 )013THi ...... 3AISSWW "Ol ills 0 -001 so D OOn3Sd 1110" xlb!vw AIVId wvol Ills 0 ?/o GAS Z 0 10'IAO ivnavuo 001-SL 9 1 I11IM5111d3S .'O "nia3w 3 031Tt$3OOW.3 ivnawwo 94 -is 111IMS1011d.S ., 3 ST I LYN ONOUIS NVOI Ills 0' tIO 'GAO'G 3snilic IS -at Zvi a 3lIWWSlt1d1 3 t"O nnta3m NvolA islow.xitsiv" S, AVI :) A Its MIO"0 / 0 .19 .11stliao 0 t / 0 1. A 0 9 ivnewtio a* -GZ Sol a ')"v"slddon w ISIOPI,.Xittiv" ONOWiS 01 11W03CONIna wvOl Ills 0 a/ SAO % dY3I'J GZ -Or SIT AA3019 tivinsNvw 9nteaw0 S 1?10w.xldivw N di NVCI Ills 0 Z010 GAS a ovall cc -61 roa v AN2019 ovinoNvens wwolIlls 3N 41 1 UWU300" vivol ills 0Isla".110118AO'01XlttiVW IdAbill 51 -0 d V AtJWQNnO6No M SSfW3)Hid3GN NUZlt1OH t 3dni :)ntjis 3dniX31 a unolo:t i dnoio,3 MIS] A )ODIHA NOtA41kIDS30 311900d IOS13NNVR~) sainen&, qdjH,3bV,473HAN ON11 -So9 1IN1N NWS 3Nll IS"JO S3SN010.4-1 ON707WNTHI Z91 9 C NMOda11 BY 3HiHS1003"N1 ONI v . 11 a N 1113.11319N"0 '3AY mige . Ott Acno,) 3HI :90 LS24 StJ3I3WV001a SNDILV2010 UISI S31ON IYNOILICOW 09NI 03r4lWdO AltIOUC t39TNlvtla "13AIl I*S?12 :3. 31,yjansj lAnA Id IT 311SY13I . 3N3CIS il s 03 iiNn ~)lHdVOOILVUIS 030dn .1,1111S: NNOjIjAjld3 6 0-1 I .LISO'.T)IOSA'319"Woo" I .A11-1'sn""Di .nH 2ev0 ZO cat 1(0)30n0 1 I 'ONOI" LO 90 6* i(N)30nllAvlI NOt .LW301 ,AlAmn SOdondA SoNtldMVSa I'a lg'V'b I IV-013'6 GVN0013)1 1WH b0A3AtjnsS 3.)Nvs'VNNOwq :)3e 11 IA3 tin A 3 ...... PH I PH 2 SAMPLA E METHOD VALUE SAMPLETA METHOD VALVE ORGANICAR 1, NITROGEN HURIZCIN- DEPTHiCM .) ST TE 5 T!, C HON A P6j 6 " 5 2 4 to as 77 AB1, 12: 2 1 6 0 2 4 1 so : 20- 20 5 9 2 4 9o 04 . 141 A8 TGI 25- 425 a2 1 6 3 2 75 ..a0 0 IG2 42- 57 2 b .91 2 5:: BC 57- 7 2 1 2 C G 15- 10 5 2 4 .2 2 29 C GS too- 0 2 1 43 .5 2 4 EXCHANGEABLE CATIONS BUPF .tME/1006) C . E . C . CA MG NA K DETERMINED ELE I S CONO . P2 CU HoRiznN-OEPTm(Cm .I 4-.6C /CMI PPP. . . pp PPS . . RPM . 7 37 :22 36 3 52 :6 1361 : 87 32 :9 282 :9a A PG, 150: 2IS 1:0s6 6 33 1 :425 166 Ab E 20- 20 9 7. Jo .25 1 .139 1 0s 43 .91 16 .7 16 7 8 TGI 25- 45 6..0 1 9 66 : 4b aba 281 .3 6 .8 165, 7 30 : 3 6 TG2 42 . 57 0 . 70 . 43. 21.:31 1 . 2 1.6 : 316I6:.0. 36A 1 8C ST . 7 3.312 b.98 .5 2 1 . 7 1 ." . a C 6 75-105 1 .90 7.217 .1.24 .310 1Is .. 10947 . 96 loo.. A C Gs too- 0 2.92 5 2 2.8b .62 34 .5 5.60 52 .1 6 5 100.0 3A..S PARTICLE SIZE(%) ZN M . TOTALA 2UI oCLAY CLAY OEPTH(C..) pp S NO 62S7L2TU TAL -2UTOTAL A 511:3 5 682 27 7 A"a PEGJ Is0: 215 5 79 232 1a 20- 20 775t .8.9 6 TGI 42_25 . 4255 4.7 6S 7 9 T62 a.65 .53371 124 23 0 BC 57- 77 1123 :.1 C G 15-1005 85 it 67 22 9 C GS too- 73 .0 Cl .Y Ml~ .. .101gy HURIZON- Ho,lzon C- .. Cl~y (0.002 - 0 .0002 ..) Fl . . Cly (0 .0002 0 I Depth-cm) 165% .,t . 40-65% -t. 20-40% -t. <20% 05t. T,wo >65% ..t. 20-40% ost. 420% ast. Trwo 1 1 j 1 1 mntmril lonite J . . mnir-11 Imito cllorlt% kaollnlte~ (75-100)C 1~t-~atlffd q .,tz, clqm. ., I nt. - piagl,,lf se rtz tatitled ch;or I 0t'" ld;m~ ,:It.- chi t. oz :c to 3 2:6 900 .L, S., :GS21 to1 11) eMot SL _Lv 9 :1 It -CC Do 0 . cz : CC :It 91 a 6 . " a 9 L d V d ("a/so 31 ld3O-NOZIbOH ld -ONO3 *LJ313N ...... 9:c r To ~, 19tS : I G69 :C to :a ov- 6Z., z ..I :1.01 1 to D IT : L 11 I :cl 0sa r or, 9.90.: 669 - ,a 66 : es : ol 80 9-cl ot2 : 6T,. .IL :11 1 ot . V-Sc6 12, s .9I:IS 0 49 C-S I a I I -ot a V x,NOQUW3"Od 331VISN ('M:))HI03O-NOZIdOM 03N I NO 1130 )4 VN ON V3 N39OdIIN IN 0 3nIVA aOHI3w Id Vs (gootia.),i4one SNOIJVD 21BV95NVHDX3 ,-:!...... vivo lw'3lwBH5 1 1;;1 ;:;; ININI"Odd -601 To 1.) 711swid.1 V, o*1,/O .GArI .; ?-4 NI AA'3%IS A311.8011SI " Sol-St to 3 0-9/0I ; GdA os ; Dt(I DIISVId AILM51ISI , Nil By a ANVW -3 :1 Ak13A ANDIIS AIIHOIIS31 st -it to 7 9,110 1 V I .n "O .Poo,103" 03A AA311S AIIHOIIS3 @ I" to -CC '38 0'V/OI ; VtAS'LNJ 1 ollsvid0. .n 19 a 11 3NIAI I NOW"03I .W Ina N3 d AMMIS" " cc -It 91 a ,.'a3NII, Nn 31 .VIdjOTVH it -0 d V 1 : 24HAdDO NOZIUCH I saillow I stood 3DN3ISISNO2 a 3431MA ...... O .AtIQ .9ASXItIjVW I, Is 0"0 X101 3AISSVW Nvol Ills 0*010'*Ag'?to" "" -got TO 3 1 .01 0 IStOM.1 "o111,94"div"XtbLVM0 3AISSYN wwol Ills O-t1O-VdAO'OI sol-st o .IA1I?q11,14j100 , 1 a 0 0 Is , ON xIdIVw 3AISSVA "Val Ills 9'10'0*GAO*VI St -to 1-3 3 AX3019 dVInONVa O-alIdo.9AS-Z"Idly" 3S,11.,311. Istolf,0 xIdiv" AVID Allis 0 .a 01SAGle OV311 It -CC 0., Ad?"XIUIV"A .0 311VWSIddS AX3010 dVln9NV a adVO7" ist'0 . "X11,110 .1 Ishve') 3LV aou AVID Allis O.tla -Stokolot UV313 CC -LI ol 9 A 0 WIdLVW AX2019.3 uvinONYBAS0 1 , I , . OI SIIO.IdAOX ;O,.l ,aSdVO 1, na q30 . wVOI I a d a AVID Allis 0.1101CtIA0o Id .01 Idnaev It -0 d V AuvoNnooNo SS(M :))NLd3ON NOZIdOM 3dn0nais I 3bniDnais 3bnLX31 I anoioD z1bom a A131ml *TO D ONY " D NI SIINNVH:) IDOU 010 ONnOUT sainoni omwm 03N,vbo Altomols ssgNsnOlAd3dN V ood 839Y I do IVI3A3I I'S3jdXW3 9'3,vjtjns, I IM14 It '311SWIDI 1 . 3 a 39 Allis ds oNtivinaNnx AlIN39 llos 1100" Ssnivis 20 , ;I",) NOILIA313 aid"al ISt3dAlSVID S N 1'33dd It JOL61)10SA'al!) '31AAI '3iwnH v?9 too T'al 0nis * v 6 T'30"oKILVI17701 NOlIV301 A3Adns o3livign,s s3sodnno3A s-)NildWWS0 1, -9-W-b 2 -VN4013N SNd IbOA3Aans tA mn 41 3 a ------. S3103S ljdAI IINn 83NaV-1 ...... UNIT .TYPES..SERIES LADNER ...... DATE OF SURVLYt 72 SURVEYORS HAL USC LtTITUDE4NII,~2st!= ~t!=H!!!2! LQNCITUD 12349 04.2 07.805 HUMIC LUVIC GLEYSUL:,1978) N 4 (SEC)$ pELEVATIONE SID WS a STATUS& MODAL IL SPEC tCLAST15. 1 : SLILTY GE ; AT4iSX ., F IAL ****SU NE:FACE*E** C A* P*****SLE4*EL*UV t~:SICS :L AG CH :41CAL OAT4************** * .* PH I MOISTURE STATUS ATTERBURG LIMITS S MPL E METHOD VALUE SUL 13 F ELD LASTIC L OU D HORIZON- DEPTH(C- .) TE OLNSITY BAR . 8 . DISTURE LIM17 L I A PGJ 5 413.:0 141 :3 172 :2 371 :28 46 :5 11SCT IS0: .1'a 2 1In25 40 .2 1 :.3 2 25 .7 2 41- 66 2 4.9 1 .33.1 0 2 26 .5 423 .9 1 2 3 . . 37 .46 9.11 34095.2I C 6 0 4 3 .3 1 .18 47 .6 lo .a 475 .0 231 .3 .6 Particle Density gm/cc Shrirkage Limit I I Particle Size % Horizon Depth Air Oven Max . Air Oven Optim <5 .1 cm <2 .5 cm <5 mm <1 mm <0 .074 <0 .05 mm <0 .002 mm an Dry Dry Dry Dry Dry moistureum '.1 >5 .1 cm mm Ap 0- 18 2 .58 2 .72 100.6 24 .5 26 .5 19 .8 100 .0 98 .0 96 .0 25 .0 Btg 18- 41 2 .61 2 .74 104 .2 22 .4 24 .1 1 18.8 100 .0 98 .0 98 .0 26 .0 BC 41- 66 2.61 2.72 106 .4 21 .6 23 .1 18 .0 100 .0 94 .3 98 .0 24 .0 Cq 66-10? 2 .59 2 .69 103 .8 35 .4 36 .7 19 .0 85 .0 86 .0 . . 21 .0 Cgs 102-127 2 .57 2 .70 98 .8 22 .4 24 .2 22 .0 91 .0 86 .0 19 .0 UNIT TYPES SERIES LADNER ...... DATE OF SURVEYS 72 SURVEYORS HAL UBC LATITUDE(NISG r "1 LON CITUO .1,SEC,, 1 2349 933 L552 HUMIC LUVIC GLEYSOL(1978) ELEVATION"N SID (M)l 2 SPECG I CLASSICA . It SILTYL INE;ACC ". T eSI . . F EUVIIL U F E L VEL PH I MOISTURE STATUS ATTERBUQG LIMITS SAT :PLE METHOD VALJE DeBULK 1,13 is PLASTIC LIGUID HORJZON S TE NSITY BAR . BAR . LIMIT LIMIT 6:0 20.: 2041 2a : ,05 38. :8. 1. 7 29 .0 ASP 41- 61 6 6 1 .4 353A .8 1 26 8 C G 61-102 2 1 1 .295 .7 3110 .3. 271 .7 25 .3 4037 :52 C GS -OEPTH1CM102-140.) 2 1 36.tb 1 .10 345 .6 2 53 .7 33 .6 42 .0 Particle Density gm/cc Shrinkage Limit % Particle Size % I Air , Oven Max . Air Oven m m ..1 >5 .1 cm <5 .1 cm <2 .5 cm <5 mm <1 mm <0 .074 <0 .05 mm <0 .002 mm Cm Dry Dry Dry Dry Dry moistureOpti u "4:0 mm Ap 0- 20 2.53 2.65 30.0 31 .8 100 .0 97 .4 93 .6 26 .1 AD 20- 41 2.65 2 .76 21.6 23.1 100 .0 97 .7 94 .0 25 .7 Btg 41- 61 2.68 2.77 21 .1 22.3 MOISTURE%FIELD 100 .0 97 .2 98 .8 27 .0 Cg 61-102 a2.67 2.77 23.6 25.0 100 .0 94 .7 94 .0 23 .8 aIG Cgs 102-127 2.65 2.771 35.4 37 .0 17:6 100 .0 95 .3 95 .6 21 .3 LANGDALE SAMPLING PUAPOSLS LATITUOE0 :N!~2~!!M;, L N ITUD I ORTHIC HU .O-FkRQIC POOZOL119761 % TYPES IISO.-PLE00 STATUS$ MODAL SOIL ASPECT (DEG)l SPECL, ;ZCLMAAST!C it SOANDY rUNEPACC* EX TRESI .1 AINALK S A E p BLANR ET 0111INAIElU "P . SMODERATELY WELL DRAINED R N LOW PH I PH 2 SAMPLESIA METHOD VALUE SAMPLETi METHOD VALUE ORGANICA a N NITROGEN HORIZON-DEPTHICK.) TE S TE C R 0 LF a3 : 3 2 2 2 53 Fm1E a 65 2 :.2 2:3,.3 2, 0 2 2 4 .1 2 8 403 8 F1 16: 15 2 1 4 : 7 2 C2 33. 37 2 5 . 6. a 45:38 23 .0 7 06 1 5 2a 5 . 4 3 .0 2 80 mcil 57 . 5795 2 5 : : 5 : 6 3:25.,g' 3 2 MCJ2 75-0 2 1 5 : 7 2 5 . 5. 3 a Gi 95-1 95 2 1 2 4 1:21., ac 1 105-105 2 5 .7a 2 S .S 3 C 2 125-1262 a 1 5 :58 2a 5 : 5 c 162 2 1 4 6 32:19. ...... EXCHANGEABLE CATIONS BUFF .(ME/100G) C. E. C . EXTRACTABLE FE(%) CA MG NA K DETERMINED METHOD RESULT METHOD RESULT HORIZON-DEPTH(CM .) LF 5:349 :27 3 :937 79 PH a 3 4 a 3a Aa 1, 0- 06 .016 1 .060 556. .0 1 3 0 N 16- Is ! .is .1- .0 , .06 . :0 3 2 2 5: 37 2:02.5 .14 .0 6 .03 1 It 7 3 a c 3 .0 6 .05 . 02 3 : 3 0 Miit 750-" So75 .45 .06 ..05065 020 8A: 1 3 Cc'J2 .06 3.9 .2 3 .00 955:, 95 ::54 .09 .06 .02, 7.20 1 .6 a :0 Sc 1 105-1250 .1 3 0 Scc 2 1251 2:162 1 .2 3 0 6 ...... Gi EXTRAC1912:69: TABLE ALM a METHOD RESULT METHOD RESULT pt M . P2 Cu ZN HOPIZON- DEPTHiCN .) pp pp SRpm . pp PP#4 . LF 3 481 3 572 :9 107 :00 265 :,0 77 :3 PH '3: 0 4 :3 4 2 To 36 7 A E 0 6 2 2 3:3 a 16 :63 1 :0 3 1 : 2:58 1 8a 12 15-6 375 2.5 3 21 .9 5 350.08 1 7 1 3 43 3.6 52 .5 5 .2 1531 :74 cmjj, 37: 70 1 Il :72 a 5.81 45 .5 6 .3 6MCJ2c 5075. .55 1 3 .2, : 16,1. : 3 6 .3 116:06 a 1 1 9::105 .7a :2 a3:37 3 1 0 C 1 125_,60 2; :4 2 65 :61 1211 :60 :cc 2 5 1 16a. 1 3 19109.9.3.24 106:8s 1 5: 13 ------LANGDALE ---- DATE OF SURVEY$ 70 SU VEYOPS HAL UBC L&TITUDE(N)C(O,; LONGITUD ORTHIC HUMD-FERRIC POOZOL(19781 x 0 0 SPECT fDEG)3 1 0 SPEC ICLASTISA It SANDY GINEi . .RAINATL SURFACEC l0 .pWS . . BLANKE DRAINAGE$ MODERATELYS WELL DRAINED PUNUFFS LOW PH I PH 2 SAMPLETA METHOD VALUE SAMPLETA METHOD VALUE NITROGEN HOPIZUN- DEPTH(CM .) S TE S TE % LF 80: 0 2 2 3 9 A 2 4 3 :2 57 :3 03 78 E 7. a7 2 3 8 3 .9 3 .815 2 5 .,4. 2 .01, Cit 25- 45 a 2 54 .2 BC 42 . 2 a.93 ..30 B MCJ2 bo_ 6085 2 1 5 .6 2 5.2 .95 03 2 5.5 2 .71 :02 C Gi 15:1 1 : 2 1 5. 4 2 5: 12 ORGANICa " 5 A 2 1 5.6 2 5.4 CARON ...... FCJ ...... 8 ...... EXCHANG EABLE CATIONS BUFF .(ME/ 1006) C . E . C . EXTR ACTABLE FEM CA MG NA K DE TERMIN THOD c ORIZON-OEPTH(CM .) METH OD RESULT RESULT LFA 8: 0 E :07 7 8 FCj 3 01- 2 7 1 :4' . :04. .005 8 :89 11 :11, 3 :20 8a MCJIM 5 .1 0 .0 3 CJ2 .3 1 0 0 .0 4 67 .7a 1 .6 60- 65 :300 . 0 6 7 :1 .5 3 '1 5 :11 5 2 . . 11 3 : 01 C 5 5 4 2 . 053 . BC .10 .0.A .066 31 06 1 :11 3 . 0 ...... :011,...... 0 ...... CGi 1 ...... EXTRAC TABLE AL(S) .... METHOD ALSULT METHOD RESULT P2 HURIZ04-DEPTH(CM .) pp ., . . pp SRpm . Pom . LF 8: 0 ED 1 ? ? 2 7 E 0 ? 3 1 A 252 :" 306 : 1. 6 1 1 .03 7 .3 9' . 06 2.... a 4cit 2 1 3 :38 2 : 6 5.1 3.1 .3 813C MCJ2 452- 602 1 l1 :,, :3 5 2 605:1 8515 1 1 .1 .3 25 . 4 212, :31 4:18 C GJ a .5 3 C 15-145 73.4 2:83 ME 1 .3:1102 3 .11 3,, A... 3 .3 8FCJ 4225-?.264502 1 2:1 3 .0:2, UNIT TYPE3 SERIES LANGLEY ...... DATEA . OF G SURVEY&SLI SUQVEYO HAL KELOWNAe B .C .M .A . & R .A .B . S PL IN PURPO DETAILED65 SURVEY LATITUOCE1141. ;j . LP11 Cl .2249 3608 240203 HU-IC LVVIC GLEYSOL(1978)So % TUOON ISFC)l YpEs I'DAMPLE PELEVAT6 SION (Mll 16 STATUSI MODAL IL CLASSIT GENTLY XUNnULATING SPEC . CLASTICMA I I It CLAYEYM P GENE I, VELINE SURFACEC CXPiES .9 LEA DRAINAGEUNU : POORLYW DRAINED RPERV FFIU LO to SNESSI SSLOW S4TIOLOCTATOION 2 SOUTHWEST OF U GLOV ::- :PR:NGBROOK . a L ULMEY!"S THEREI I SECARE I PARKN BROWNA I COATINGS ON IPACT RE P N 5 N C 61 ANDOSC 62 IZON THICKNESSC HORIZONV COLOUR I TEXTURE STRUCTURE I STRUCTURE 2 HOP OER?H( MI 6OUNDAR A P 0- 22 ABRUPT SILTY CLAY MMODERAYEUM MATRIX at YR3.0/1 .0 GRANULARSol .AINRIX ORY A H 22- 37 CLEAR IO ; .0Y'.1 % 012 ; 0 SILTY CLAY AXJU . K WES ED WEAF E m I O'S2 .0 USANGULAR SLOCKY GRANULARIN ATRIX DRY' A ED 37- 47 CLEAR 2; SV4. .012. jOT SILTY CLAY WE AK U :ODEP ATE .A MUD 2 .5Y' " . . .0 5 8IAN ToMUL P BL CKY MATRIX DRY"2*0 BA &1 . 57 GRADUAL .45 5 .0/2, 0 SILTY CLAY 4001111AIC. U 10 STRONG SIMONSD . ",.IX DIU ME lu PRISMATICEol M AN GULAR BLOCKY 6 TG 57- 85 GRADUAL HEAVY CLAY STRONG STRONGU MANo' Y1 A - 5,.0 4 0T EDIS PI U*MATIC MEOIANGULARM BLOCKY SC as-loo GRADUAL HEAVY C6AY RATEUM DERATEU, . 5.4014.10-0, 11 00 PMIA200 1S7 MOMED PI MATIC ANGULARa BLOCKY 61 100-127 DIFFUSE M5.OY4T X .5/1IST.0 HEAVY CLAY A At MO STRONG0 M TO COARSE MEANGULARPSEUDO'U BLOCKY C 62 127. HEAVY CLAY STRONGD M MA5 ;IOIIxY5 .0'.0 1 9I0 TO COARSE MEANGULARP E IU 0 BLOCKY 5 UP ...... HORIZON THjCXNE!5 CONSISTVICE ROOTS I MOTTLES I CLAY FILMS I DE T (C ) A P 0- 22 FRIABLE ABU40ANT A m 22- 37 FRIABLE ABUNDANT A CG 37- 47 FRIABLE ABVNOANr- FE .NE FlFAINT BA A?- 57 VERY FIRM PLENTIFUL COMMONDI FE I T kIN 10MEPROMINENT.0YRUM .0/6 .0 C NH MANY VOIDS 5 S HANNELM NOAL ON S TIA ANDaC) E HORIZONTALF VCRCS C RE Ac 8 TG 57 . 65 VERY FIRM FE . COMMONE COMMONI FINP M I TH , N INENT ANY S VolN loP .oYP50 .0/7 .0 CHANNELN C 05D ON SOME H VEPTII A 4L AND ZONTAL RED FACESOR ac 85-100 VERY FIP- COMMONE COMMONIN FINI T 0 TH 1 D . S YQ4INCT.5/5 .0 RED FACES . 0 0 UNSPECIFIEDN C,GI 100-127 VERY FIRM COMMONe FINa 0 . OMIN~Y . . NT, 7 b /5 .0 C G2 127- VERY FIRM C0--ONE FTPROMINENT 7 .5"4 .5/5 .0 41 b 041UPOGN I Pill I ., Uz ~ _ 01) ' --7 63 %9_0' .4- %Oz~ %O"Z Z000-0,) A.Io ulj +=1 ( 70ZIJOH ABI . I .. .. IW 4 .10 O :Lgt 1?:s zo D 0 S919 I c '?1:0LON ") ,D :9 9c 1 0 c z v 001-118 et1 0 L Ol a c 0 a - It :IGI . .39 atI 9 0 9 9-t I IC 93 V 6-V6.0 Lz Z? H v 91 es sv 2 6 ? 0 d ""11101 . IONVS 'Wdd *AdO (*ND)~1daO-ND21dDH 'i'j nz Avi,)'violna nll!sg2 L viol ?d Id 4%13ZIS 3111ldVe 9 :bc cc :al IL : Ctt Q :q z Z9 13 a aes: 'I 6v Co . ICE, 9 9 I1 3i 'a':LZO ; 19 I r6weL L14-.1 CO-1.1 Co . GC*9 0 .9 001-re0 S- .: IEIV OZ-1 st-zl 09 :11 to : , 1I ? so -1% 91 ".3 V-sc ot . 99 : t" :6 9 Lo1 . .411 : Q ? is -It O :Ir 60 . 4 1"1 . . 0 at-Z I .S 1 2 IV -IV 93 ., 2a LE :22 H V Ill- 1 611;1 - 1a 00-Cq eg : 1c :L a 91-1911.9 le . 612 . LO*C L1 .6 z 6 91 S .9 1I Z? 0 d WI 11 .3N01111VId .3 3111SW I'K :))Hld3C-NOZIdOH 03NI"03130 'A VN N n .11 I I N 1 N VO 0 anivA aoHl3w Id V S (!)ooii3w),jina SNOtiV :) 3_l9V3DNV . .)X3 I= Vito UNIT TYPES SERIES LANGLEY------DATE OF SUQVEY1 72 SURVEYOR : MAL UBC LATjTU8E4N!j, 149 0: 23 LONECIT 22 3 0,A HUMIC LUVIC GLEYSOL119181 I0N4 fSEC)S ELEVATION00 S 0 IM)3 16 STATUSS MODAL OIL SPEC 1 CLASTtCR 13 CLAYEY'A GENS ; AQINF URFACE CE EXPAW1 S .1 LEVEL DATA Pm I MOISTU RE STATUS ATTEPBUQG LIMITS SYASAMPLE METHO D VALUE BULK TY a113 . SA15 . RD , PLASTICM LIOUIOI T HORIZON-DEPTH(CO .) TE DENSI AP P I TUR LJ IT L MI A P 'ao: 'a. 2 4 :5 75 64 7 75 :9 A HE 2 4 . 6 : 7 1511I n 2M,.4 .9 3b.89, : 63 .78 BCTG 5. 4 1 .I 9.7 20 .2 36 .6 '361.4. 13066 :4,026 a2 6. 2 1 ..363 38.1 219 . 7 27 .7 36.9 1169 .1 8C G 02-. 7 2 4 6 3 1 .:5 33a .a 2 2511FIELD 222 .0 49 .1 Particle Density qm/cc Shrinkage Li t % Particle Size % Horizon ~ Depth Air Oven Max. Air C:vanyit % 0~timum >5 .1 cm <5.1 cm (2 .5 cm <5 mn <1 mm <0 .074 <0 .05 mm <0 .002 ram, On Dry Dry Dry Dry E M t % m Ap 0- 18 2.23 Z.46 54 .3 58.5 100.0 97 .0 91 .1 37 .0 Ahe 18- 30 2.34 2.59 71 .6 75 .8 100.0 98 .0 98 .0 31 .0 Btg 30- 66 2.53 2.76 23 .1 26 .4 100.0 99 .5 97 .0 50 .0 BC 66-102 2.57 2.77 18 .7 21 .5 100.0 100.0 97 .0 48 .0 Cg 102-127 2.60 2.76 17 .6 . 19 .8 100.0 99 .0 97 .0 42 .0 UNIT TYPEI SERIES LAXTON ...... DATE OF G SVQVE MAL KELO .NA . B .C .M .A . G R .A .S . SA-PLIN PURPOSE&YS DETAILED63 SURVEYSURVEYORS ~H!1!2 LATITUDE(N)0 C .18: 1249 021 07 LPp NGII 2 8 405 ORTHIC HUMO-FERPICODA PUDZOL(19781 30 .0m TUO N ( ISEC)g 0 X YPES CO 0 PLEX ELEVATIONEC SIO IMIS TO STATUSS M L SOIL 7ASPECT (DEG)l 9 Utp=-=!z!=H.= =!=.= PFCE ;,CLASTIC. 13 SILTYE SPEC . CLASTIC It SANDY G UNE .OAT RESI . . Ve LIAN GENETIC MAT EOLIANMMO 5 RFACE XP Ne E SURFACE EXP~ES . : HU CKY DPAtNAGElUN RAPIDLY, DRAINED . OFF1U SLO. "PE VIO SNESS . ARID ADDITIONAL NOTES SITEA LO~ATIONI 200 METERS EAST OF INTERSECTION OF GLADWIN RD AND HWY 401 . M TSOUI T"ICINESS. ORlZDRY, COLOUR I TEXTURE STRUCTURE I CONSISTENCE ROOTS I -uniznN DE T ICM~ SOU DA LH 3- 0 ABRUPT ORGANIC A H 0. 2 CLEAR LOAM VERY FRIABLE PLENTIFUL 9 ri 2- 15 GRADUAL .7;SYR4 ;0011;0 LOAM WEAKV Y VERY FRIABLE PLENTIFUL A?.SYRSRIX .O,bI .0 SE FINE UNNGULAR OLOCKY MATRIX DRY 8 F2 Is- 29 GRADUAL 7 5YR4*914!0 VERY FINE WEAK VERY FRIABLE FEW MATRIX. .0 S .0 IS7 .0 SA DY DAM INE 5 ERANUS FGULAR BLOCKY M OA TP INX DRY 11 0 29- 44 DIFFUSE OYR5X M.0/6 ;0 LOAMY FINE SINGLE GRAIN VERY FRIABLE FEW MA10 ; SAN I . . R'.YP6 . O'S1 .0 MATRIX DRY0 4 11 ac 1 44- 74 DIFFUSE 'A2 SYS. F14FY SAND SINGLE GRAIN FRIABLE FEW 17 0,4. ;0T VGEA YELL t . Royl :XTO MAT Ix DRY 11 ac 2 74- .5/4 FINE SAND SINGLE GRAIN LOOSE MAIS ;.oYl'. "1 ,. 1 " 6 . mol .o MATRIX DAY ...... TH O .CU .ETIONk E 0,AN! HORIZON OEPT'CKNESS.IC-) NODC L 0 SC P LH 3- 0 0- 2 0 Fl 2- 15 NONE TE06U sHR eUGHOUTM MATRIX PH RICAL 8 F2 lb . 29 11 a . 29- .4 Is ac 1 44 . 74 11 SC 2 74- ;;., EXCHANGEABLE CATIONS BUFF .IWE,0 10061 C . E . C . S MPLE MET HOD VALUE 0 6 N C NI T OGEN CA MG NA K DETERMINED HORIZON-DEPTH(C STATE CARBON % % LH, 3: 02 2 0 5 :7 1 67 43 To 2 8A F1 2: 15 2 1 6 .,l 01 : :12 1 :,00 :',a :8,00 B F2 59. 49 2 6 1 .3980 2 .0SO. .6050 .1 0 .10 13 .5 11 11SC M 2 2 1 46 .08. 1 .00 3 .100 .10 a:3 1 44- 74 2 b :11 :23 .0 2 11 ac a 74- M.)4 2 1 b :6700 . IS30 . 5. 10 10 ------1 ------1835:2, 40RIZOV-DEPTH(CM .) P,Do . . LH H 3 : 20 Is . .5 Aa Fl 02- 15 9 1 1529 : 29 9 5 1 4 42 .3 11 a c 1 44- 7 : 56a : 3 811 F2SBC 2 74- 7 3 6.1 :110. 1 33 8z 0 .1t 4C -LZ:4I ; Cali9 3 it 0-1 LE, -It 0*91 1 1 a1 S-ce 0 HI ('"~0MIdBO-NOZIbOM IOA X to S1N3wOVdj 3SdVD') ...... co : as : 6:s a :19 co 3 11it 0, 6 G 1I Le vo1 3 .010 . .60 .1. 6:5 Le 9 '3 911 OT1 : OZ : Le'I .IT oC:,.Zl 0011 : 0 0 00 11r: st -9 s 1 . aI C-le ov . Oz . Oc*1 OC*L 69 . 19-01 J.* 2 1 0 0 HI a 31VISIV 2 ('W7)HId3Q-NOZIUOH 03NImbal3c) x YN ON V3 N ..I.LIN "1IN19NOON'.0 3nlVA 0OH13H ld V '1 -3 '1 4900113N),zo .4ns SNOILV'J 319VIONV .!)X3 I . ".2 ...... VIVO IVIPI"3H3 1 LN3Nl3S :Ootld ANVWZ -) .L9 Co 3 11 INU I WObd 3S"VO3ANV" L9 -Le ao 2 it 0-9/0-StIASS I ;L N 3S A'UIO a ANVW'3 LC -Le 19 :1 11 O'9/O;SaAqG'4I I A N I6a .a -nNOW"O',)I Le -41 9 8 If -0 04 V HI "D IdBO NOZIUOM I S31LLOW SS34A31mi ...... VS A113AVUO(1, 3SO01 NIV89 319NIS ON 3say -19 to 3 11 A113AVU0V 4340 3SO01 NIVU9 31ONTS ON S L9 -Lc ao 7 it ona . .A11O, .9XlUfVOS a Awicio avineNvans0 03Sd IS C 000 X A No, ,3 w. 43A 310TIbA Ad3A ONVS ANVOI 1 1C -Ir to 2 it 0 .ZA11?qXISjj1W. AN3019 avinwvans1 . 31TNo 300".3 ASIOW"0 XAto inAi &NJld NO I j b "Vol 0111/0-1294M I? -it 9 a ..,Ad?,11~1'4 Ol0 AN2010 avinqNwensnt N is INVONnev 3lewl"I w .303 . wwol Ills 0 I1O-Z'ON X"N".AO 01 Ll -0 INVONnav 3INVOU0 0 -V HI 4014HAVO NOZZUOH 1 sloon 37NUSISNW1 I 3ani3naks 3dnix3i I ?jnoio3 a M3 ML NOlidld"30 3lZJ0dd * inasivw NOTIDNne Od 3MAn311l-AdONnO8 3ml .40 IS30 S0313H 001 INOILVD01 3119 S31ON lVNOI .LIQOV OldWd4 S ISSiNsnOlAaRd, Nn 1d 03NIVdO Aldoo0 139VNIVUO1.4 7 d :!,VOIdlt1'3S3O1, U33N3A0 I'S3I!dXW3 3ovAans'I V13 Anl,4 21 :~JfSV_jW D . 3N95 NVIIA ISI ., 'I IV 'l 11 ."3N39 Al AWHO I AWO'> 11 is 13 as IINn 1IHdVd9tIVdLS 31001w llos lvaow isnivis ,( ;jWj Z011TA313 11zo 33bd. i@L6t)losA3i9 otwnH :)tHiao rs 9? azz S aniz0 S' 11 00 6v S(N) 3anilAwlON I 'N ;71;;7;7 NOIiV3Dl A3,imn5 o3iivi3o9 93SOddndt A S oNtldwvs0 1 I IVNM013X lVH 1bOA3Aans f Ag tin zi 3 wo ------7;~; Wffl4ji UNIT TYPES SERIES LEHMAN------DATEA L OF 6SURVEYU Se: 65 ED SUN SURVEYORS HAL KELOWNA, H .C . . .A . & R .A .B . S MR IN A APO t DETAIL VEY LATITUDEtN)i0 G E 'IS 1249 05 55 LAN NClSTUD 2 31 405 UR7HIC HUMIC GLEYSOL NI(SEC) : 0 YPES C.-PLE"0 ELEVATIONr S (-)g so STATUS : MODAL SO :L'178, TCLASS9 GEN'rLY UNDULATING tARENT MATERIA ------~ .t_tnnn C I CLASSIC, It GRAVELLYF U GENEOMM ; :TalS . L.VltL F.C C E TE SURDESCRIPTORE A 1 : GLACIALPA ED DRAINAGESONO F POORLY DRAINED 11PE .V F 0.I SLOW 1 SNESSI MODERATE THICKNESS. HO .4ZONY COLOUP I TEXTURE STRUCTURE I STRUCTURE 2 -0-1~ .N DE T (CM) Bou DAN LH 3- 0 ABRUPT ORGANIC A H 0- 15 CLEA91 I OYA20 /2 ;0 SILT LO~M SSEAlal1. .EA .TOM 0A ; ~ou F TO MEDIUM 6AED M0..IX ..OlIS SUBANGULAR BLOCKY ANULAR MATRIX1 IN DAY 1*0 A Ej IS- 25 CLEAR 10.AjROYR3*0/3M ;0 LOAM MODERATEM IV SED .MAYAS. . .'Rl11 . 0151 UBANGULARM SLOCKY X DAY0 I'D IT 8 G 25- 42 GRADUAL 5Y5.0 .12 0 SAND LOAM WEAK. DIUM MATRIX Mol T GRAVELLYY 5E UOANGULAR SLOCKY 11 Be 42- 90 GRADUAL . SAN. SINGLE GRAIN A AT al AVeLLI0 11 C 6 go- COARSEVEL YSAND SINGLE GRAIN ...... rOA L ------...... THICKNESSH CONSISTENCE ROOTS I MOTTLES I MOTTLES 2 A CEME4TATCIONE HORIZON DEPT (CM) 6 T/D S RIP . LH 3- 0 A H 0 . is PRIABLE ABUNDANT A Ei 15- 25 FRIABLE ABUNDANT 11 a G 25 . 42 FIRM PLENTIFUL COMMONNE FI PROMINENT 7 .5YR5 .0/6 .0 It Be 42- 90 LOOSE PLENTIFUL MCANY. Sr= IO .OYQS.O/b .O CEMENTEDN AN ARM gEDAIKSLCOYNTI UOUS 7 . 0 INENT BYR5 .0/6 .0 11 C G go- LOOSE F61I N. F FAINT PH I EXCHANGEABLE CATIONS BUFF .(ME/300GI C . E . C. SAMPLEt' METHOD VALUE ORGANICA a " NITROGEN1, CA MG NA K DETERMINED HORIZON-DEPTH(C- .) S TE C A ON LH 3: S O 22 2 57 1 :93 A HEj 8, 0.11 62 85 : 106 59 A 1 aIS-0 . 25, 5 .4 I ..c 6 :4.3 28, 237 1 0 G .01 . .53 Ia9 1 .800 6.1 11 Be 429 5 . 902 .02 .06 .00 2.4 11 C cl 0 22 6.0 ...... HORIZON-OEPTH(CM .) 01ARM. ppP2 . . LH, 3: 10 3 :5 4 Ej 1 0- 25 15 .5 '7193 :00 A11 8 G 25- 45 11It Be 42-95. 99 133.9 243:00 C G 0 gat Z:L: E :,?? sL : ::% : ro ..,D 11 Z. 6, Z .6q 0C-SZ C :z r :94 6:,C L :q so0: so :,- 05sti-so1 rL 0v it Q . 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XldIV*. 3 If 00 "Vol Ills 0 R/o VdAO at Idndev Oz -0 a v AdVONnOg (W3)HAd3OSS N NOMION a 3uni3nmis I 3uniindis 3dMIX31 I IIA01013 Noz1B064 g X,31mi '3Vll2 .Vl Q3H3IdN3 AW12V -NIHI sy suni :)o ri .e it cNv 2ri-!d3AtrI-,QVS1GN0,1IZinwn ACID Sto 31310wnor It SOOV,33V3AA3L NV W031VHfA AQ b3NUO7 .40 Ls3,4 saii3A ooo oNv Hinos a 9 a$Nall 01 Is 53ION ITNOIticow aIdVdA ISS3Nsn0IAd3d4 M 83,3:jN0 vnda 03NIVt1O 1130 A131VOI00WOIS v I d IV033N3A $'S3!dXJ 32VAgins IVIAnijA 11 ,t ;ivwv., plIN3,t lAni,A I, iso"Siii_ 395 ONTS Is I ~30 ills a D 2'a A 13A31 X A1013NdW ISSVIDa llos IVOO" isnivis 6 0 1 .,11"1. .) NOIIVA3131 1 d 310.OD 9dAl 6 I(%) N c (9461)-IOSINnee 3ituni 031VIAn*13 02 cl ut 0 nfl=j CS 00 6* tfN)3anillyl3" " NOIIV301 AlAdns o3ixviao t3sodbnd3A s 9NtldWVS1 -9-Y-b 9 IVN4013N IVM ItJOA3Abns OL IA tin 'a 3 YO ...... ~Vff:~571~ LICKMAN UNIT TYPE& SERIES SUR SURVEYORI GGR KELOWNA . O .C .- .A . 6 P .A .S . 0SNELDINGSUUMEOVIEt DETATILED VEY L TITUDE(N)lG "1 1249 051 22 LON& ClITU0E( I 2 2 29 ELUVIA7EDU EUTRI UN :LSUL1197 I v PR IONI (SEC) OS TYPE9 COMPLEXU3*0 ELEVATF 5 ON (M$t 9 STAT 5: DALr- OR 50 a CLASSIPECT 4NOULATING AS (DEG)l 5 =!2-- !i t!! ! G-!!= = i SPEC .T, CLAST!C. It ,SILTY SPFC ;,CLAASTIC. It SANDY GE V LUVIAL0 GENE C M T I FLUVIAL SURFACEHE C EXPPISA' .- ENEE DRAINAGE$U 0 F MODEPATS ELY WELL DRAINED NV1OUI MLO RPEP I SNESSI ODERATEN 222~!.!!!~=:= ICKNESS, , HURIZONU Y COLOUR I YEXTUPE STRUCTURE I STRUCTURE 2 HORIZON THDE I 4C ) 80 NDAR A P 0- 17 CLEAR SILT LOAM M .. .. : TE MEDlU0LAP MATlo .oYA4X 4 0/2; 0 SUINEAN RA V 10 . :4 1 0. 05 23*0 a ULAR SLOCKY MATRIX RY 11 a ml IT- 43 ABRUPT YRS 5113 To LOAMYN FINE WEAK 10W.0 A SA 0 FlU 10 .0 IX . . 0151 .0 5 NIA NGULAR BLOCKY MATRIXYR DRY0 4 a m 43- 55 ABRUPT oyps 0/3 .0T FINE0 SANDY A 10M24 ; L AM "F NE" lo . I'll. . . . O'S1 suI MATRIX DRY0 *3 ac 55- 70 GRADUAL 42 ; 0YR5 A 9Y3 ; 0 LOAM "Ell,E01U . lo .: 11 .X 7.0115 SUBANGULAR BLOCXV MATRIX DQY2'0 c Gj To- !O ;a0YR5 4 o12 f O SANDY LOAM MASSIVE 1 A .0 14 7 . 0 ,IS MATRIXo 0 02 y" ...... T"ICKNES~. CONSISTENCE ROOTS I MOTTLES I HORIZON DE T fCM) A p a. 17 FRIABLE Pt.ENTIFUL 11 a Ml 17 . 43 VERY FRIABLE PLENTIFUL a 4 43- 55 FRIABLE FEw 13C 55- 70 FRIABLE FE . COMMONME FlA F INT lo .oyp5.0/6 .0 c Gi 70- FRIABLE COMMON 1 FINE. 0 OYQ5 .0,07.0 PH I EXCHANGEABLE CATIONS SUFF .(ME .0 10061 C. E. C. SAMPLETA METHOD VALVE ORGANICN NI TROGEN CA MG NA K DETERMIN ED HORIZON-DEPTH(CM .) S TE CARSO 6:3 4:70 30 p. .1 170: ". 2 1 b. I :. ;01 4. .30 :20 : 10,o 24to :29 43- 53 2 5.7 .52a .20 20 .10 a ac8 11 55. 75 2 5.7 :246 .005 12 60 20 30 : 0 c Gi 70- 0 2 5 a 9 045 60 :7900 :20 :0000 7 9 ...... MORIZON-DEPTHfCM .) PP01 . . Ppm112 . . 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AA7Olw3m,, dwineNvensa " A11MA103103 W Is a" x1tila,. 3 b 00 NVOI AQNVS SOZIO'CNAOoolI IF SL -LC A I Axiols A tivino NVensN S-C d 0.0 3NI 01 jVbqAnIOS ISION xldkvw 3 000 WVCl AONVS 0*1/0 CdAS*L vnavtio &C -9 IN w A)oois evinoNvensN 1 uvinNvtio O-aoOAV .."A'"i"',0 n .,im,. wnia3w), a Is ON W1 0 3 V oval AGNTS 0.110-CI .AO"IV".Ot UV313 9 -0 IN V 01INV9t1O dV313 0 -TI IN AuvaNnou : a unionbis I uni3ntus 3tonLx3i I tjnaioD N z1bo 3NN31HI NOZAdIb"20 3111IOdd ')433d :) 319NII 40 IS30 ONV 031d 31800 IN JO HitION 03LV301 31tS OId4 ;S ISS3NSnOtANd3d 03N]VdG 113M AlUTd3GON0 130WNIV"O#-1 0 2 ,NVI 1*5312 :3 33wjidns1 IIIAn 10 j 1 D)mid3a" ~11 Noziaom3 30 W804ONVI 1 IVIU31VW LN3t1V0 9NIdDIS A1033iS Ad3AK06 S (030) A'34dSV 110S Ivaow tSn1vjS 0001t t(,131WS : NOXIVA313I 31d ISSTIgadAi z ) .NOI S13Jbd O .OqI (9161)IOZOOd 3Itjd3 .q-nNAH ')18qWnS 0Oz 512 ZZI tjj,,onIi9Toi 9 6V 3anii vi NOIAV301 ,Vm A3Aans.3 tr,a3iivL3C:Iw3S s3soddndsONC1)-1d"WWaS -0-W-M 9 'W-W-V0 -VN-013A ?JOA A S I 3A3Adn .4 31 SN011 UNIT TYPES SERIES LIVINGSTONE------DATE OF SURVEYS 72 SURVEYORS HAL U8C, LATITUDE(N)0 C, E : 1249 06 ba L N CITOD 2 138 35 GLEYED I SOM6WICD HUMO ;F6QPICL PUDZOL(1978 N 4 (SEC)I 05 EL ATSIOON (M) : 10 STATUS M DAL 01 SPEC ;,CLASTIC It SANDY SPEC ;,CLAST!CI 11 CLAYEY GENE4CC FMAI_ ; .IS . . GENE C AT MARINE SURF E XP MVENEER""E PH I MOISTURE STATUS ATTERSURG LIMITS SAMPLEA METHOD VAL SUL 5 . ISMoFIELD5 e PLASTIC LIOUID HUAIZON-DEPTHICM .) ST TE VE DENSITYK AP . .1 1 TUR LIMIT LIMIT A 4: 16 5 A HEPGj 1 :284 423:4 9 9 3 BIF 9. 16 :0 4282 :2 1 .3 26 :06 45.1 1 .5 5 30 .0 A EG 4 6.1 1 .4 9 39 .6 11 9 20 .2 31 . 561 .2 TG 222 4 6.5 1 .228 45 .56 24 .7 44 .62 2425 :41 62 .6 ,23300::158203Ja Particle Density gn/cc Shrinkage Limit Particle Size % Horizon 308-1272Depth Air Oven max Air Oven Optim >5 .1 On <5 .1 cm <2 .5 cm <5 mm <1 mm <0 .074 <0 .05 mm <0 .002 mm Cm Dry Dry Dry Dry Dry M"istureum % mm Ap 0- 20 2 .34 2 .48 55.7 58 .1 100.0 . 75 .1 . 61 .3 10.4 Ahe 20- 33 2 .53 2 .69 24.0 26 .0 92 .6 38 .8 . 44 .7 9 .8 . Bfgj 33- 58 2 .69 2 .77 22.0 23 .0 100 .0 23 .4 21 .8 8 .1, IlAeg 58-102 2 .64 2 .81 19 .0 100 .0 97 .9 94 .0 45~1 Btg 102-127 2 .62 2 .80 18 .0 100 .0 98 .5 99 .7 54 .4 UNIT TYPEt SERIES ------LIVINGSTONE DAT OF A b SUP SURVEYORSY HAL KELO~NA . e .C .M .A . & R .A .B . SAMPLINGE SURVEYPURPOSE: : OCT ILED5 VE LATITUDE4N0 ;I , 1249 063 b2 L.NG IT 2 a 35 GLEYED I SOMBRIC0HUMO-FCPQICL PODZOL11978 EC ASIONUPI 1 ISECI . 051 KYpEt SIMPLE1*0p pELEV T ON (M)l 0 STATUS M DA SOIL TCLASS2 DE RESStONAL TO LEVEL SPEC ;,CLASTI.C It SANDY SPEC CLAST!CM 18 CLAYEY, GENE ENEIQINE GENE ; C AT 3 AQtNE S QFACEC MAT.P .ES' .1 "11 ER DRAINAGE$U 0 IMPERFLCTLYSL DRAINED AE"VFFIU p p 10 SNESSI SLOWOV. LOCAT!ON NEAR THE JUNCTION OF GLOVER RD AND HIGHWAY BY-PASS NORTH 051TEANGLEY THICKNESSH M NOR4ZONY COLOUR I COLOUR 2 TEXTURE STRUCTURE t HORIZON DEPT (C ) SOU DAR A P 0. Is ABRUPT Y 2 5/1 .0T LOAM MODERATE. U .AT10'0, .0".I 11..ADIS*. , SUE061 M I'D BANGULAR OLOCKY MATRIX0 DRY5 A HE IS- 25 ABRUPT .A5;OYR2*0. .12*0 10 SANDY LOAM WEAK is MA I SUBEDIUGNMULAP SLOCKV a FGJ 25- 37 CLEAR .A5;RVl.13MO/4;0 LOAMY SAND .WEAK TO MODERATE 1 Is, 7.5 PA .0 PLATV0 V4 ATRIX1 DRY0 5*0 0 G 37- 50 ABRUPT A 2 ;p5Y5 . OIZ. S OT LOAMY SAND ,MODERATEUM TO STRONG A .5y111 .0 012 .0 EDI I7 ANGULAR SLOCKY MATR2 X DRY" it A EG 50- 62 GRADUAL SILTYLo m CLAY STQONGS .A5;016 * 0""om IST A COA A10 .0I'll,.1 .0 PRIS-0 ! TIl AT .IX1 DRY0""o 11 8 TGI 62 . 80 CSTRAONG .5a .01 .510 0" 1107 PRIMTIC0 RS 11 8 TG2 60-102 DIFFUSE . ;A . ,1, SILTY CLAY STRONGa MO CO PRISMATIC"S' 11 ac 102.125 DIFFUSE .0 5 . SILTY CLAY MODERATEC A S T:) ST40NG MATRIX o",m 0, ; o1 0 IS,R E po ATIC 11 C 6 125-262 .ATR5*OY5.0,11. 'i OT SILTY CLAY MASSIVE ix 0 ...... ICKNFSSp HICM STPVCYUPE 2 C04SISTENCE ROUTS I MOTTLES I MOTTLES 2 CLAY FILMS I HORIZON DEIN T I 50115*0110 " P o. is FRIABLE, ABUNDANT SL IGHTL A.D " HE IS . 25 VERY FRIABLE ABUNDANT SOFT Is FGJ 25. 37 S14GLE GRAIN FRIABLEI . , PLENTIFUL COMMONM SL G TL HARD M DIU DISTINCTE G 37- 50 FRIABLEA 0 ABUNDANT 14ANYMe U . S .OYQ4 .0/4 .0 Q DISTINCTOl ? .SYR5 .016 .0 It A EG 50- 62 ST ONG VERYV P FIRM40 PLENTIFUL S .OYA4,0,P6 .0 COAR0 E Y H D . E 0 .U"N ANGULAR51 BLOCKY COMMONM . ol 1 CUT S.OYQ4.0,14.0 11 a TG1 62 . 60 VERYa FIRM'QD FEW M. : NY COMMON, . VE Y H INOD CKIDS PR OIUMMINENT AN THI S .OYR40 .016 .0 CHANNELSSOME4 V Y 0,VC)AN 0 LON AND NO6 IZONTALS ICA RED FACEp 11 8 TG2 80-102 VERYR FIRMA D VE Y H P COMMONFINE;, 0 C04MONM D P ."'OIN!NT. , IN0 ~!N 'N V'CKIDS 7 4 /5 .0 CHANNELSSOME V Ypyl0ANDL ON No E C REDAND FACESR IZONTALA 11 ac 102-12S COMMONC VERYVLOY FIRMHARD FINp 0 . OMINENTya . 7 5 4 515 .0 31 c G 125-162 VERYZ FIRM VE Y N RD F ETNE0 PROMINENT. 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MATRIXR DRY(1 9 F3 1- 22 GRADUAL .74bY :3 .8/2 ;0 LOAMY SAND VERY WEAKT IA .R F E MEOIUM IIRI .OlIS. . . GOANVLOARI MATRIX0 0 DRY B F2 22- 44 LOAMY SAND SINGLE GRAIN MATRIXlo .oVR4S~Dls.0/3. ;0 10 . MATRIXON DRY0/3-0 C 1 44- 87 COARSE SAND MASSIVE SINGLE GRAIN C 2 87- COARSE SAND SINGLE GRAIN ------ THICKNE'SS CONSISTENCE ROOTS I CENMENTCAYCION HORIZON DE I (C I AGE T/D S RIP . L A- 0 A E 0- 1 LOUSE a Fj 1- 22 VERYF FRIABLE PLENTIFUL so T a F2 22- 44 LOUSE PLENTIFUL 44- 87 SLIGHTLY HARD WEAKLY CEMENTED DISCONTINUOUS C a 87- LUOSE PHYSICAL 1, CHEMICAL DATA PH I EXCHANGEABLE CATIONS SUFF .(AE/1006) C. E . C. SAMPLA E METHOD VALUh NITROGEN CA MG NA K DETERMINED HORIZON- DEPTH(CM .) ST TE IS L E 4 : 0, 8A FI : 22A 2 6 2 86 :33 :27 :03 1 06 6 6 F2 22I 1 6:3. :59 :334 : 1.0. 44- 487 2 6.54 23 0 0210 .171 0 C 2 ST . 2 1 6 005a .02 3 .37 ORGANICAONIS 81 ...... CHORIZON-DEPTH(CM1 .) RP111 . . CIts L e A 0: 01 4 22 6 54 11F2 44221 :. 44 547: C 1 87_ 87 211 .9. C a 21.4 ...... UNIT_TYPE9 ._SEPIES LYNDEN ------...... DATE OF G SURVEYtU SE$ SUPVEYO I OAL KELOWNA . S- M .A . & P .A .B . SAIPLIN p PRO DETAILEDT5 SURVEY LATITUDEIN)I,0 ~2Et:!2! 492 059 02 2 3 03 OPTHIC HUMO-FEQQIC PODZOL(19781 L n N CITUD t- TYPE$ O-PLEX1*0 UNDULATING ELEI-Tloo'N'p E S !!E)C-" 0550 STATUSt MODAL SOM CLASS$ GENTLY SPEC CLAST!C AS SANDY 66NE ; C C OATCX ESI ., FLUVIAL. C SUIllS a, E .. P ' . It .C" ED DE c pI GL L DRAINAGE$ RAPIDLYSL , DRAINED RUNOFFS a HORIZON THICKNESSp 1 14 Mi HORIZON Y COLOUR I TEXTURE STRUCTURE I STRUCTURE 2 DE IC BOUNDAQ Lm 5- 0 ABRUPT ORGANIC A E 0- 2 A84VPT LOAMY SAND WEAKF Ne 40.A ;.oy'X'5 ..0f2To 10, . 041-M PLI ATY ATAIX ORY I * 5 8 Fl 2- 22 GRADUAL LOAMY SAND WEAKF 5;0. y1 ,.,4 mo ,IST4;O INE A 5YR5 . 0/4,0 SUBANGULAR BLOCKY MATRIXI DRY0 0 F2 22 . 45 GRADUAL .5,OYR%O,06X ;O LOAMY SAND WEAK'I . A I"'OY .5 .O'S1 SUBAENGULAR SLOCKY 11-TRIX0 DRY0 4'0 SINGLE1 GRAIN a m 45 . 55 CLEAR $AND CMODERATE5 A'a -A'o ;OY.IR.4-5'ISIA O .0YRb.a13 .0 SUSINGULOAR E SLOCKY MATRIX10 DRY0 GRAIN ti c 55 . 76 CLEAR COARSEVEL Y SAND SINGLE GRA L SINGLE GRAIN c 2 76- SAND ...... KNESSM, M CONSISTE4CE ROOTS I 4 CEMN'A'NT, 'CNr_ HORIZON TVICDEPT C 1 GE DES RIP . L" 5- 0 A E 0- 2 VERY FRIABLE ABUNDANT a Fs 2- 22 VERY FRIABLE ABUNDANT a F2 22- 45 VERY FRIABLE FEN a M 45- 55 VERY FRIABLE FEW WEAXL1 CEMENTEDU 0 SCONTINY Ous It c 95- 76 LOOSE FEW - C 2 76- LOOSE EABLE CATIONS DUFF .4 4C .1 100G) C. E . C. PH I EXCHANG MG NA K DETERMINED SAMPLEST, METHOD VALUE GAMICR N1 7ROGEN CA HORIZON-D EPTH(C M .1 tE CAON BON x L 50: 0 2 2 5: .l 33 53 2 :8,5, :07 1 .1 HE 2 2 : 0 0050 1511 :. 93 A Fl 224 a 1 4 .6 ' .51 : 01 5S.. .56 .001, .396 .255 I51 F2 55 2 :005 :005. 3 . 60 a m 45- 5 a 11 6 0 .17 . .31 26 .19 it c 55-76 . 76 2 : c a 2 1 6.00 ...... 22-. 2-...... :15 HORIZON-DEPT .(CM .) P.M . 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A -4 "Vol Ills is IIAO 9 dl,311 C -0 rm V idnbev 0 -a Al AuvoNnoeN S( ;3N)H.Ld3O NOZIUOM I 3dni,)nuis atintx3i a dnolo,,) I anolo,3 OzIdom a WDIHI NOIIdIU3S3O 311JOUd '3HDOb3O -40 ISV3 Ito 13AVBO UV3N INOILIPWI BAIS S310N lVNOIIlOOV 3IVd3GOH 3SSINsnoiAd3dA N * s , ni 03NIV"a 1,13A01 .311VNII A " do OidItI3S3O3 .3, 031VIf,.11_4 11%*IV"d 311 Ains4 13)INV ;139 2'S3VdVX3 pvgansL nl 11 :)IISVI .3 . 3 W) N A 1 I 0S It a'I I s "V ., '31 . 3.3 39 Al'13AVaq-1 N O~, I I I '3 1 as iiNn Dimdva9iivais a3adn 141330) 133dSWd iins ivonvi :snivis 09 1,3S~11" 11011VA3'13I I 31d,IS 19 AL so I 13bd 0-9091 (UL61)10700d !)Iab3j-omnH :)Iwimo C,11 ZO M6 1 :7,)30nLNo Onjs ON01 at 41 3 lavi 3dols Noliv :)Dl A3Aans a3iiviga9 tgsndbnd4 5SNIIdMVS~o IVO .Q .V .b I VN .012A IVH IdOA3Adns 1 IA3 dn 3 ---;;i;;;__7;;:7_71N;------PH I PH a SAMPLE5 A METHOD VALUE SAT MPLE4 METHO D VALUE ORGANICA a N X NITROGENX HOPIZON- DEPTH(CM .) T TE 5 TE c R 0 2: 0 2 a 5 4 So 2 :701 o- a 2 5:8. 21 55 :22 6 : 89 1 913 pt 1 3 4S 2 1 6.80 2 4 .1 4 .12 .234 9 Fa 45 f, 0 a 4 5 :0 73 0 5 2 I1 S.. 2 5 .43 21 : : 1 83 8 ;j 2 s 6 2 1 .2280 09 B M4 85-112 2 1 5:8. 2 5 .3 .56 :06 C 1 112-132,.+ 2 5.5 2 5 .2 11 C a 132 2 1 5 7 2 4 5 .1 ...... EXCHANGEABLE CATIONS BVFF .(ME/ IOOGJ C . E . C . EXTRACTAB LE FE4%) EXTRAC TABLE AL(%) CA MG NA K DETERMIN ED METHOD RESULT METHOD RESULT HORIZON-DEPTH4CM .) P,PPM . LF,j 2: 0 O_ 13 1 :J4, 76 341 6 9:2 A FI 1 3 A5 : a 0. :ob.0507 :43 20:4.0 1 F2 5 0 .151 a I 1 :4 1 1 :99 30...0 a .030 .05 a 1 .32 7 a _11 :008 o3 1 1 1 1 :8 6. a . . .55 03 :00: 3 .7 1 1 :2 39 .0 31it c 1 112-132la 7 2 1 .4 1 6 59 :3 C 2 2.+ 34 6 50 5 ...... 1 . . Pa s HORIZON-DEPTH(CM .) PP Ppm . 222'2 : 0. 8 F I "- 15 36 0 9 2 A8FHIFZ 1 - 40 33 :0 : 1 0 F3F3 40-b5 65 ...... 67734 .7..I ...... 7.6 8F4 a5:1671 A32 :0 0a11it 4C 1 11 7_132 32. 0 1.31 2.+ 2 0 5.8 C 2 13202:03 350.0 o7.3.2 .... MARBLE HILL UNIT TYPE : SERIES . . DATE OF S URVEII~E, SUR------SU-1111 .11 I GGR ELO . .A, B .C . . . S .- .L N PURPU UEIAIL~llT3 VE LATITUDE(N)gG E oll .tC HU .(J-FEARIC PUDZUL(19781 LONC l SEC' . 12492 2000 '33.0 3 O-I C03MPLEX'0 '72 N ' s PREELEVATIONS JM~ : 0 STATUS$ -DOAL SOIL CLASSICy 'CeG,l UNDULATING ASPE 270 GrSPEC,,,, T, CLASTICMA 18 SILTYED Cl""I :". IL1111CA 11 GRAVELLY SUREACC EXT4EIS .S AN .,.T,l FLUVlAL F E P VENEERLl 'EDESC .IPTC GLAC AL YPE: DRAINAGE&NO F, WELLS DRAINED INQV F OU M L PE I SNESSt ODERATEOW STQVCTUPE I ICVNFS$. ., HORIZON Y COLOUR I COLOUP 2 TEXTURE HORIZON To,DEP T 1C BOUNDAR A 14 0 . 4 LOAM 06AKF E 8 ri A- 14 CLEAR LOAM .,T,,5yp540. . 0 "61 ;0 . O. , Oy,. I ,S. ;O,,OY .o lo .oYR5I .O .,b5 .0 SusIN MAYRIX DRY 8 FR 14- 32 GRADUAL ?;SVRS. 0O/ ,4ST.0 LOAM M1 A RIX S .0 1 . .O 7AO .OYR5;5yq5AU0,6lX .0/8IS ;0.0 EA" FINE By 1 SUBANGULAR BLOCKY 64 0 TRIXA DRY MATRIX DRY LOAM 1"E .AK, , 5 F3 32- 44 DIFFUSE .OYRS .0/4 .0 1040YR50 0/6 .0 SILT "ATPIX0 . P,llOIS!O. . MA ix Ry S E INE UBANGVLAR BLOCKY MATRIX1 0 CRY" 047"SYR5 ;0/4S ;O LOAM WEA a Ml 44 . 64 GRADUAL r SUBANGULAPX BLOCKY I A. . RIX. . . 011 . .0 MATRIXYA Opy0 IDA 5 02 64. 79 AORUOT GRAVELLYM S UAKBANGULAR BLOCK 'Y toWI VA01 W M0 .0P, . . . CIS. .0 1MATRIX DRY0 SINGLE GRAIN it C 79. ...... ." .12'. THICKNEIISP . CONSISTENCE ROOTS I CONCRETION a AND. I DE T (Col NODULE OESC IP A H o- 4 a pt A- to VERY FRIAOLE PLENTIFUL SANDP 8 F2 14 . 32 VI!QY FRIABLE PLENTIFUL GAVELLI FTW-FINEP T PH OUGHOUTA MATR IX S EPIC L 6 F3 32 . 64 VERY FRIABLE PLENTIFUL Ff"FINEH T ROUGHOUT MATR IX SPHERICAL a mi 44 . 64 VERY FRIABLE FEW a M2 64- 19 VERY FRIABLE FE* 11 c 79. LOUSE SUFF .(ME/100G) C . E . C . PH I EXCHANGEA BLE CATIONS MG NA K OETfQMtNED SAMPLESTA METHOD VALUE ORGANICA B N NITROGEN CA HORIZON-DEPTHICM .) TE C R U :87 A :211 4 1 : 1 56 8. 00 S21 :8. 1 : 89 43 : 02 "Moo :3 00 .11 9 . 560 . 330 . 110 .10 9B ; 2 1 :- 32 2 1 55 .9.7 16 1 .336 .091 30 0a F3 32. : : : :30 :110 a2 1 5S .,. 7 93* 0 .10 9 .8 b4 . 79 2 5 0 .10 1 .1-2 62 3 . 2 . .10 .00 * .9 11 C 79 . 22 1 5 .8 .17 0 HORIZON-OEPTH(CM .1 PP . . 12.0 A H I 0 : 14 0 8-'3 :51 3 2 a. 'F2 X 3 - 5a . . 3 32- 4 2 .300 B F3 to B Ml 4 .- 6 A4 9 :11 5 M2 64- 79 19 .7 :10 11 c 79- 04 .0 09 '39,1a1 or 0:29 S. 0-6 as alI, a 0.6i 910 -go,- ma e I -"a 'W'3)H1d30-KUZIbM- 10A % Id SIN349VU1 '3S8VO'J ...... :99 1 : 6, 60 : 2*1 : Sq : go : *2 9:5 c .010 : ft9 . s0 9 L :9I lt ec : S,I . 2a1 . 9 IV 991., 9:% a, -109 2.4 e . 0 91 -0 1 4. ,0 8 0 LG Lo . LV 1:6-t cl WE If S 0 -Z I 11 ,N081113" 331VAS ('W31HId3O-NOZIdOH OVNIWt13A3Q 'A VN Sw V3 N39..1111 IN do 3nIVA Gom13m ldWVS tsootf3wdine SNDII" 31OVIONVM:)X3 I.H vivo onv vonicaw -99 Do 11 013V WnIcaw S9 os 6 033v wnIG3W 09 -61 ej 9 at " njoaw %I -a 1.1 0 0 -a HI 4 .31HLd3G NOZIbOH Hd 0131A S93NN :)IHA ...... AIIUVU~ _Sq 3sGOI NIVUO 319NIS QNVS ANVOI oisc"00"S"111"4 1 :)a 11 Wy A113AVO'JNV ISIOK xI : Ivw 43 .4 31OVIdA At3A NIVU9 310NIS Cl AO S 0-9/0-SHAVOI iwnovu-j S9 A)0016 dVinoNvensnIa w '4 .' a INVONnew 319VIOA 3m wVol Ills Oof#,O1510".S .AO111"W".01 tIV311i OS -St L31 a A)mie uvinONVens1 wn "03H, INVONnew 31OVIdA W3 wVOI Ills .!S.,/O*O .,,!1. 01!101 linavaq 61 -0 'JINV9dO Ldntlew 0 .? HI AgVC)NnO9 j ;3 N)HId3U NOZIbOH I sloob 3DN31SISNO~) I 3mnA,.Nntus 3tmiX31 1 dnolo:) Ozlbom 3 X'31"I 31YU300"I ISS3NSnOIA?J3d, 03NIldO 113-aIS 139VNIV60"ONA" IV13VI9I n I!jbwOIdj1b3S3Q2 C133N3A0 I'S3~dX3. 3'3VzidnS.3 Al ;aAVI,4 It DILYSVJ 15 !"IlNg~ Nvil I 3 tj "a IVSVI :)113. , B I A 09 D wo :) All S I D 3 as itNn :lzmawaviiwais 31colv4 1INn :)!HdVbOliVd!S d3ddn iios ivanm isnivis '3Idd3z1-0WnH 3IMidD l(P)30nlIE)NDI11 1 1 t9L6trioza0d ...... ~,3on I I NOILVIDI A'4AdfIS G3IIVi3a4 33SO68nd3 S') 'B'V'd 9 -VNM013X :))(A tdOA3Ad.15 1 121A,,n Nld"".0 3110 S3!83S :3CIA! 1INn T11H TIGHM MARBLE HILL UNIT TYPES SERIES DA TE OF SURVEY$ 72 SURVEYOR$ MAL UBC LATITUDE(N)lr, E MIS 1249 016 065 L ON ClIT 2 1 0 3 UPTHICV I HUMO-FEM :: :C PODZDL(1978) PREL ATSIONUS. I 4SEC)J 9 5 E EY ON IM)l 0 STAT S L SOIL SPEC ;,CL,A,ST!C 18 SILTY GENETICI MATO FLUVIALA GeU I E LIANEF_ DESCR Prop GLAC L S PFACEHE C EXPRESI I . YEN R PH I MOISTURE STATUS ATTEPBURG LIMITS SAMPLEYA METHOD VALVE 0BULK 1135 . 815. . 11.0 FIELDS E PLASTICM LIQUIDI T HORIZON-DEPTH(CM .) S TE ENSITY AP P 1 TUA Ll IT L MI A P.1 0: 20 2 4 1 .08 340:29 1 .1 :20 182.:0 2 3 2 5:30 3 303 :0a 331 :7 a 112 753-0. 5711 2 5 3 31 226..4. 30 .60 a1 K 5.a 21 :60 7 :82 :0 231 :46 I ec .1-11 a.2 a2 5 4 5 :6 20 .6 a 11 C 102-127 2 4 5 4 1.95 166.4 45 1 103:03 is 16 .5 Particle Density qm/cc hrinkage Lim Particle2a.4 Size % I I I 221 Air Oven Max . Air Ove m >5 .1 cm <5 .1 cm <2 .5 cm <5 nm <1 mm <0 074 <0 .05 mm <0 .002 mm Dry Dry Dry D ry D ry moistureOptimu % AP 20 2 .50 2 .67 48.5 50 .9 100 .0 97 .0 80 .0 10 .0 Bfl 20- 53 2 .60 2.74 43.3 45 .3 100 .0 98 .0 88.0 3 .0 Depth53~ .71 I 2 .60 2 .73 4 .03 42 .1 100 .0 96 .0 . 89.0 4 .0 Bf2 CM BM 71- 81 2 .65 2 .75 30.3 31 .7 89 .0 63 .0 58.0 7 .0 118C 81-102 2 .65 2 .73 21 .5 22 .6 15 .0 85 .0 80 .0 66 .0 59 .0 37 .0 32 .0 3 .0 IN .102-120 2 .65 2 .73 20.8 21 .9 100 .0 88 .0 66 .6 59 .0 33 .0 34 .2 2.0 MARION OF r, SURVEU MAL KELO*NAS B .C .M .A . & P .A .6 . OATFSAMPLIN 0 RPOSEIYl SEMI-DETAILED67 SUPVEYORSSURVEY CLASSIFICATION SLOPE ----- L4TITUOEG :7 .11, LONP CITOD 12249 147 7720 OURIC FERQQ------PUOZOL119781 S 5M.0 REL VA SION1 (SEC)$ TYPEIC MOOI PLE E F 7 ON IM)S 3655 STATUS$ HU : :C4L SOIL LASSt ERATELY SLOPING GENETIC MAT 9 MORAIN L SURF ACE. XP4 S . : BL ET IMPERFECTLY DRAINED RUNPERVIF :U SLOW u SNESSI SLO WLSITE LOCATION0 STIS 400 METERS WEST OF LOON LAKE JUNCTION ON MAIN RD- UBC C SEARCH4 Z F RE S 0 1 OPI ON I iEEPAGE ZONE . ROOT MAY PRESENT . THICKNES1 HORIZORYU COLOUR I COLOUP 2 TEXTURE STRUCTURE I HORIZON DE T lCM 00 NDA LF 25- 17 CLEAR ORGANIC HF 1?- 0 A13RUPT m s yaa 0 .2A;SY2. 0..1210 ORGANIC MASSIVE A ; 0,1IX 1 DIST"I'D al 01 1 A E a- 6 ABRUPT SANDY LOAM Wl,OIUMlK lo*OVR"0'2AT A 11 S ; O S E S .OY-601 . 01 USANGULAR BLOCKV MATRIX DRY0"1*0 I) HFC 6- 22 GRADUAL 13; OYR3. X .,0112) T O LOA MV S Y ND STRONGA .A? ;5ym4.IX 4uo,I4s; 0 A I Is GRA YELL CoSU13ANGULARASE BLOCKY a CGJI 22- 37 DIFFUSE S;oy : .0/3 ;? LO A SAND MASSIVE A RI MOI GR MyVELLY 0 CGJ2 37- 57 GRADUAL S ; OY5 .2/3 ; 0 LOAMY SAND MASSIVE A RIX 01 T GRAVELLY B CGJ3 57- 70 ABRUPT . 5 ; RO15A . /3 ;0 LOAMY SAND MASSIVE A I 0MOI T GRAVELLY ac 1 70 . 75 ABRUPT 5;oys. .9/3 ;? LO ANDY MODERATEU MA PI ol GRAVEL!AMY "ED'SU ANGULARM BLOC9Y ac 2 75-100 M5;OY5.011 ;5 SANDY LOAM MA SIVE A RIX MO I GRAVELLY ...... THICKNEST. STRUCTURE 2 CONSISTENCE ROOTS I MOTTLES I ACEME,N NTATCION HORIZON DE T (CM GE T DES RIP . LF 25 . 17 PLENTIFUL HF IT- 0 ABUNDANT A c 0. 6 ABUNDANT a HFC b- 22 FIRMA 0 PLENTIWUL PEAKL MENTED H A DISCOYNCE7 INUOUS 0 CGJI 22- 37 STRONGC A VERI FIRMEL PLENTIFUL CoMANY S STRONGLY 0CEMENTEDS EX YREM Y HARD E cONIINU U SUS0 :SEN ULAR BLOCKY PROAR INENT FRIABLE S.OYR3.5/4 .0 B CGJP 37- 57 STRUNG VERY. . 1101,EL . . . . FE . MAN0 STRONGLY CEMENTED E TR M Y A Y SE C ONTINUO US Cuo4a FRIABLE :N56,VLAWE BLOCKY CPPORMINENT 5 .OYR3 .0/3 .0 8 CGJ3 57- 70 STRONG VERY FIRM FE . MANY STRONGLYa I CEMENTED C NY NUOUS SU BANGULAR BLOCKY PPS INENT OM ac I To- 75 FIRM ABUNDANT MMANY pEDT. 5 .Rn UMNEN' OYR4' .501? .O BC 2 75-100 VERY FIRM CO-%ONol M ME S, U OR, .,Y .SIN! NT C0AASE EIVM 0/6 .0 MARION (Continued) PH I PH 2 VALUE SA MPLEA METHOD VALUE OQGIANIC"3 NITROGEN SAMPLESTA MET HOD ON HORIZON-D EPTW(CM .) TE ST TE CAP LF 25I ': 17 2 z 3 : 43 2 2:6 HF a 0. 0 2 2 a . 8 2 5::0.00 11 :4 .0 A 3 .8 3. 2 52.20 .01 6 HFC 6- 26 2 1 4 2 1A 4.2 7 37 89 CGJI 22- 327 2 S . 2 2 :36 :0,6. CGJ2 37 . 5 a 11 5 2 2 4A 4: ; 134.90 .10 8a CGJ3 57- 7" 2 2 S4.1 C I To- 70 2 1 S .75 2 4 5 : 2:, oac 2 75-1005 2 1 56 .2 2 4 ------ EXCHANGEABLE CATIONS BVFF .(46/10061 C . E . C . EXTRACTABLE FE(%) EXTRACTABLE AL(S) PI CA MG NA K DETERMINED METHOD RESULT METHOD RESULT HOPIZON-DEPTHICM .) LF 5: 17 7:316 3 :20 67 9 11 .3 HF a 217 - 0 3. .01 3:.101,04 1 :b?40 79 :5. ., 31a .02 2.4 HFC 06- 226 .05 OOJ .03 !31 .2 1 4 1 232 :5A 1 06 CGJI .,?22-. 2~13 :1111 23 :42 6 CGJ2 57_ 77 17 ON 00 3 :002 1 .9. 1 316 .1 1 .8 1 3.9 6SC CGJ3 0 .0 23 .024 .022 2:71 1 70- 75 .3 6 .0 6 :030 9:3 a6.9 SC 2 75-100 . .a9 3 8 :0023 7 5 ...... P2 . 5 CU . ZN WORIZoN-DEPTHICU .) PPM RPM . RPM PRO. LF 25 : 17 MF 17 0 1 A E 0 26 5 0A., 83 a MFC a 1158 :21 233 :6 21. :0. 5 CGJI 2236- 3?5 45 :1 . 6 a CGJ2 57 7 75 .1 3110.86 2. .S 0 CGJ3 77 0 17 .7 65 34 .7 26 0 ac 1 0 5 19 .6 55 a aS5 : 4 22 :9. ac 2 75-100 17 .5 51 :4 1 4 32 I MATHEWS UNIT TYPES SERIES OATA OF G SURVE SUP SURVEYORSY PNS KELOWNAq B .C .M .A . & R .A .S . S MPLINE PURPOSESye DETAILED58 VE LATITUDE(N)lG E~2~t!!2~WIS LONR ClITUD 1,1249 se04 .00516 ORTHIC HUMtC GLEYSOL(0:97B)L N (SEC)l YPES C.;oPLE ELEVATION" Slo ( .)1 2 STATUS$ ORAL S TCLASS$ GENTLY UNDULATING F2 :t SPEC .T, CLASSICA IS SILtYF C C I . T 4EI S . Lll llLL GENESURFA E E P - LEVE DRAINAGE$U 0 POORLY, DRAINED 11 E N.VjIFIU SLO p 0 SNESS . MODERATE IFIED WIT TETTURC LAVCRSRRANGINGOFEOMH I Tr. FINEOSANOM :O THELa 6MISK2YRN HN SOFOFT ZON AN X ND T SOC SANDSIC * FROMC CABOVE ISW OESLUFFINGa 71 AINTOTopCR CKSHIS. 0 THjlK.TE!S HORIZON,UN COLUUR I TEXTURE STRUCTURE I STRUCTURE 2 HORIZON DE 7 c ) SO OAR A p 0- 20 ABRUPT 1 OYA2 LOAM MODERATEM UM MAIRI0*. 0,2. S f o 6EDT X . . .11I .0 RANULAP MATRIX' oy DRY A EJG 20- 30 ABRUPT !0 ; :Y :%812 ;O LOAM INE rWELK, 1A .0VR3I .00~I : 'o VERYSTRATIFIEDF VERYSUSAN U AR B LOCKY ,0 ATNIX DQV 11 AR 30- 47 ABRUPT LOAMY SAND SINGLE GRAIN . : ;oylx5 . .ou,3l ;? G AT- 67 ABRUPT LOAM STRATIFIED .A5 401I 5,. 0,202 at C Gl 67- 72 ms ; 24 .0/20 SILT LOAM STRATIFIED A IX MOI C 62 72- Ms LOAM STRATIFIED A,*OY4*0,2.IX .01 ; 0r ICKNESS. , CONSISTEWE ROOTS I MOTTLES I HORIZON DEPTT" (CM A IS 0- 2D FQIABLE ASU40ANT FINE A EJG 20- 30 FRIABLE PLENTIFJL FE FAINT* It Ae 3o- 47 LOOSE PLENTIFJL PPO"IN!NT. 'o 0 7 5 5 /6 .0 a 6 AT- 67 FRIABLE PLENTIFJL P!DMINY !NT 7 5 4 0.14 .0 C 61 67 . 72 FRIABLEI SL GHTLY PLAS71C c 62 72- FRIABLE COMMONol ME2.5YSUM.0/6 .0 PH I EXCHANGEABLE CATIONS SUFF .IWEolloOG) C . E . C . SAMPLETA METHOD VALUE ORGANICAne N " NITROGENA CA MG NA K DETERMINED HOPIZON-DEPTH(CM .) S TE C a 5 :73 2 55 301 26 9 pi, 29 : 239 22 1. 5 : 49 a : 1560 3147 7 05 4 :68 7 1, 70 2.3 :5 11 AS JO . 7 2 61 .5 8 6 47 . 47 2 1 b :OT c Gi 67- 62 C G2 72- T 2 1 5 .01 2 .37 4 .79 1 .99 .32 10 .7 ELECT'M SCOND . HORIZON-DEPTH(CM .1 i H ; /CM) pP~11 . . 20 : 20 23 194:0 A ai0 . :to 3 AI AS .30-0 30.7 G AT6T _. 67 .59 (11 2. 72 C Ga 7 .85 13 .2 43,41 a 1 .nioa""a 0 NO01"O'> d 1 .4 -ac 9 2 ,03z,it,j3csNnN 0*910N ; IIIIAg. 1 .S. 32 a dadh, "I 0 I 1 mnioaw04 JIISVId AIIMStIS_4 NOww" 0-010-OuAS-t ANVPI M31 i4al ZO -49 gel 9 it 0-*10;N*dA0-'d0I1 0at IN 3SHV02 Odym AlLM91IS1 :0 NON40!) M321 31OW tj L9 -Ot ow 0'*1'O ;,*tjJAS0, ;(0t) A 34I a NOH'."G'303 'tnji IINaIII 318vtt"I'Vm 00 -%a 903 V QMVM AlIM INVCNnev 31911aolls. G? -Cl Ed V GdVw AIAM91is1 UVlnNVU9N, iNveNnev 3191 b 3 A CT -0 Id V 'S(W3jMid2QN NI NOZ1dON I SMIIJ AV13 STIIAOW I SIIIAOq I SIMI 31"UstsNO3 a 3ansmus a X21 i?tOw, .,X,1dLVm uaijiLvdis vivol 9 10 0 6 -Ze 9 2 21AVWSIddWn 03 0w wI ;Ol Isla" . Xid!VW, 31VU301 AV13 A t 0 G 9 ivnevao to -49 gel 9 11 AX2019 ovinqNvsn~ wmaim. 3. .,a'a ...... :I' . V AONVS 314111 0't,10'GA0-G0 IVACYBO L9 -Of ow AlVld INIA xv WVOI AONVS 0PZlo"1O-1A"ItIl9-VWa 013z10 AO -01 ivnovao 01, S? or3 V A)s,3 ie a ingN an "A103" 01 3N A MOW )ridivw 31Vd3QOW wvol 01 0 ? Idnisov Se -Ct Ed V AA~010 dvin9Nans3N . XV34I "Vol 0-110-aa1910" 1,34y"I ivnovue Cl -0 Id V AUVONnns0 twoomiciaoss N 14 Nozitiam I 3uni'maLs 3unix3i L dnolol t anaimi N ZTUOM a )171 1 *ONVS 3N11 CNV IIIS .40 SONTS 9NIlVNb3IIV -4 91SNO. A 009?3S.'AS No WO W201A110'314nOGal3.15 90 NIHON S8313H 009 GNV OVOU NOSN39 AO ISV3 S0313H I 1A 1 givU3GOW ISS3NSnOJAU4d, MA Q3NIVdQ AldOOdMSIS 13DVN1VdO" T H 1,13A31 I-s3ldxa pyguns1 9 tAniA 'r I I IVS,133z . a 3 Allis A jads VNICUIS AlIN39 .1 A43AW -110S Ivan" isnivis r0 ."11"I.S, 1101IIA3'151I a I a d .2IS SSIV13t3dAI ? 1 NOan,, 3add 0 x (946t)10SA311) DlWnH '31NI40 at?0 000 r?t III.1 .3 V 6V 1 3anilivi9701 A3AbnS 031IVilklq 13SOdtindA S -)Nlld"VS10 1 -O'V-b I MWNMO-13A ITH JtJOA3Auns L IA3 an 3 WO ...... S31b3S S3dAI L!Nn SM3H.LVN PH I PH 2 SAMPLS,A E METHOD VALUE SAMPLEST T METHOIJ VALUE OPAGSANICN .4 NITPOGEN HURIZON-OEP TH(CM .) TE A E C Q 0 10 : 213 2 ::2 6 845 A 112PI 23_ .05 2 1 4S:.8 A 6:.5 5 :662,. A8E 5 2 5 : ? ..50 .006 A 40- 67 2 5 3 1 .04a 1Ga TJG 67- 82 2 5:9. I1 A2- 2 1 5 .69 5 2 EXCHANGEABLE CATIONS BUFF .(ME/IOOG) C . E . C . CA MG NA K OETERMINED CU M. IN HURIZON-DEPTH(CM .) PPPIM. P'P',.. SpP. . pp ppm. A I 0: 131 2 27 3 40 : 7 1051, :7 PI2 2:.14;8. . :91 5 :117 :23 27 .25 39 6 74.0 A PEJG 2'3. 405 2.54" .2 5 .1.16 12 7 99.3 AS 40- 67 2.63 3.43 .3 02 6 a5 .6 1.6.6 TJG 67- 82 2,!iq .l;3' 42*3 11C Ga 9 3320:6962 Clay Ml-r.l .lgy 3375:3 ~rlzo, I Coame Clay (0 .002 - 0.0002 ,) Fino Clay (<0.0002 M) lD.pt,,-) 505:2 >65% est. 40-65% est. 20-40% -t . 120% a.t . T,ace >6% est. 40-6% est. 20-400 est. ~20%.30.2a,lt1 . I T- 1 1 1 I 1 1 1 349:61 mnimrilloalto -1-lite l ... plagioclaso -~orlllonlt, -icut1t. .1 C., (82C9.) chl,rlte, f.1 d~ p.r. 1~t..tratlfla0.1 .d M.t I ~t t., ve .I . I I to- q.rt. No,lt., 73:5 ~I rI t% 514.2 lao I I ~I t., 3517a7.0:86 q.rft MATSQUI UNIT TYPES SERIES DATES .M .,----OF 6 SURVEYSU ------I., -- ...... NIL KEL . .NA . I IN P PRO DETAILED SURVEY"" .V"(O .' LATITUDE(NE~2~!1!2~:j, 3249 071 53 h2!! LaN2jTUO"l,,eC, . 2 5 2102 ELUVIATEO EUT41C AL8QUN :S .L119781 % TYPES COWOLEX ELEVATIONRISE SIO (MIS 9 STATUSS D SO L m!M!.!=:! 2n= SPEC ;ZCLAASTIC It SILTYF SPEC ;,CLAST!C 11 SLANDY GEU:E .CC :XT.:S ., VLUVlAL GENE C MAY I F UVIAL S F E P ENE P DRAINAGESUNO F SWELL, DRAINED n EQV F OUI M LO P I SNESS3 OVERATE SITE LOCATIONS 400 METERS NORTH OF PAGE RD ON SANOBUPG RD MATSOUI . THICKNESS0 14 CM, HORIZONUN a Y COLOUR I TEXTURE STRUCTURE I STRUCTURE 2 HORIZON DE Y ( 60 D P A P 0- 20 CLEAR IOA ;0YP%. X 0/SOo SILT LOAM WEA1. 1, U. I I SUED MO .OYP5 .0012 .0 HANGULAR BLOCKY MATRIXI DRY A EJ 20- 27 GRADUAL 10I.OYQ4. Mo.S"3 ; 5 SILT LOAM WE MA FINA". MATRIX10 .QYO'X.6 Day.513*0IS PLATY 9 ri 27- 37 CLEAR 0,loI'S.oYR4MO.0,03.0T SILT LOAM MOOEAAIE. 'U . 10A.0 IX05 .5 16. .o sED UBANGULAR BLOCKY MATRIX1 DRY 11 a Ml 37- 52 CLEAR 10,OYR4A, X .OJ02M S ; s LOAMY SAND WEAKMro M RI ol SUBANGULARIUM BLOCKY 11 A 6JI 52- 65 ABRUPT 10*OY04*013MAY . .0 ; 0 SAND SINGLE GRAIN RI is 11 8 M2 65- 97 ABRUPT SANDY LOAM *~AKCD SOMAfoy'RI .'4 MOIS01'3 fo SUBANGULARIUM SLOCKY 11 A RJ2 97-112 ABRUPT SAND SINGLE GRAIN Is a moi 112-120 GRADUAL SANDY LOAM FAK.OIU. 10.A ; OYR'. 1 . . O,,403 s *or W E SUBANGULAR BLOCKY 11 C Gi 120-157 FINE SAND MASSIVE SINGLE GRAIN MA111;Oy""O"'O.IX HOIST ...... THICKNESSP N',M) CONSISTENCE POUTS I MOTTLES I CLAY FILMS I HORIZON DIE T A P 0. 20 FRIABLESLID LY HARD ABUNDANT -T A Ei 20- 27 "TABLELID , ABUNDANT S HTL HARD aCOMMONT IN UN "PED FACES- NSPECIFIED a Tj 27- 37 FRIABLEI . V ABUNDANT SL G TL HARD 1 6 MI 37- 52 VERY FRIABLE ABUNDANT COMMON OETWEVISIBLE BRIDGESAN INSEN S D GRA 11 A EJI 52- 65 LOOSE PLENTIFUL 11 a M2 65- 97 FRIABLE PLENTIFUL 11 A EJ2 97-112 LOOSE Ft . 11 a MGJ 112-120 FRIABLE FE* FE*DIU. MER 5POMIN!Nll. Y. 0 3 0/4.0 11 C Gi 120-157 LOOSE ON COMMCOARSEST, 015 .01 .4ll ~ l0/7 . PH I PH 2 SAMPLEA METHOD VALUL SAMPLEA METHOD VALUE ORGANICA N " NITROGEN HURIZON-DEPTHICM .) ST TE ST TE C PSO 2 5:1 2 3 P11 200 2027 2 1 6 1 2 55 :0, 0 30. BITJa .1 27" 37 2 6 4 2 5:2 40 .0 57 52 2 1 6 2 2 :35 03 I11 A EJ1 62 65 2 . 2 5S.,5 06 I111 8A 142 95-1 97 2 1 6 ,1 4A 5.7 .001, 11 1, EJ2 1, 1_1212 2 6 .1 2 4 6:0 .01 1 6:2 2 5.6 1 . C OGJGJ 120-1572 0 2 1 6 1 2 5 3 ...... EXCHANGEABLE CATION: BUFF .(ME/IOOG) C . E . C ...... EXZ: ;A .'L:' ;E1 . I ...... CA MG NA K DETERMINED METHOD RESULT METHOD RESULT HORIZON-DEPTHIC- .) 200: 20 7 3 1 48A EjP j 6 : 11,, I : b0. :110 :0,14 10.2 1 1 :20 3 6 27- 27 6 :351 1 :73 .160 15 . 7 .9 a .2 11 a MI J7- 37 b3 :005. 1 .9 3 A Eil 5265-. 5265 2 .21.,3. 20 11 :04 2.71 1 5 3 . 11 It 8 .2 21 41 .007 :5 3 A EJ2 11,97-112_12 1 .10 2 .04 5 a:6. 1 .4 3 :1, 11 B MGJ C Gi 120-153 EXTRACT ABLE AL(%) METHOD RESULT METHOD RESULT 01P . . P2R . . CU M . ZN HORIZON-DE PTH(C- .) P P 5PPM . PP PP P-N.M . A Pi 0 207 1 b 3 9:3 26 9:0 Aa F j 27 . 2 7 3 7 7 22.5:51 32-,:: 1 067 6 692a 37- 37 2 13 7 20 52.5 33.8 587. 3 1 11 Ta MI 52 1 .35 3 17.21 .3 '1 2.4 6*670 .7 11jj~BA EJ1 52-65- 65 3 3 1 51:30.2.0 21 .0 2204.1.0 5548 .3. 9 2 2 1 :3 3 .7 29.0 2 81 :45 11 aA MEJ2 112_197-1 911 2 1 3 :1 :.7 35 . 4 40 . 4321to . 0 120.1 20 I22 .2 43 .2 11 C MOJGJ 57 .3 3 .11 23 .0 16489 .79 ...... UN :T .TYPEI ._SEPIES MATSQUI ...... DATE OF SURVEYI 72 SURVEYO W L UBC L TIIUDEIN41,~2~!1!22 1692 081 ST E~t!!!:H!H22 LONPRA CISTUD 2 2 170 ELUVIU:TEO EUT:.I SOL419781L V(SECII 5 EN-1 .1100N (M)l 6 STAT I CDALBRUN50 : SPEC,T, CLASTNMA It SLILTY SPEC ;,CLAST!C. 13 SANDY GENE EIAL GENE C AT I FLUVIAL SURFACEC E .P' . :S . . FVEUEV R PH I MOISTURE STATUS ATTERBURG LIMITS SAMPLETA METHOD VALJE DESUL 113It . . .15 . 11 .FIELDRE PLASTIC'I LIOUIDI I HOPIZON-DEPTH(C- .1 S TE NSITVK AD R ISTU Ll T L Ml A P 23 2 4 5 :2 14 :3 12 9 383:6 203 8 2 5 . 3 1 0 A 7 7 . 9 2 7 5.37 :6, to _12 a 5 . 3 a3.6 .7 3 6 11C 21 482_1021 a 5 4 5.6 1 .7 8 Particle Density gm/cc Shrinkage Limit % Particle Size % -7 1 Horizon ~ Depth Air Oven Max . Air Oven I Optimum %1 >5 .1 cm <5 .1 cm <2 .5 cm <5 mm <1 mm <0 .074 (0 .05 mm <0 .002 cm ry Dry Dry Dry Dry Moisture mm a 0- 23 2 .55 2 .68 36.6 38.5 1I' 100 .0 99 .5 91 0 31 .0 Bm 23- 48 2 .66 2 .74 23.2 24.3 109 .0 79 .0 63 .0 14 .0 11cl 48-102 2 .71 2 .74 100 .0 7 .5 9 .0 2 .0 1 11C2 102-127 2 .71 2 .75 100 .0 7 .0 5 .0 1 .0 004*1 1 9 A eq it 0 6 99 a 3: It O-LS 9 9c sc I Do NIta 0-09 cc .0c 0-99 :-a or -0 113 V O-rot 9-11 OZ -0 '"dd" 'Wd : I-W3)HAd3C-NOZIdOM a I 0OL : L:9 a S, :St I :.; 0; : 00 s G.9 1 2 1 111I I 9 01.1 : OI :e I C9 _Z 9r a 3: ti I-C 01- 001 . 09.- 09 * 1 zo : Gel1 I a 'o 6 9.9 1 a Ss -Sc I ~190Iof . ra se0 :or0a 91 :901 o0c 00, 01.9 : 001 41 0 S: C:g 02V:6 ow aa 1.9 I C-01 01* 01 . Oc -0 "d I 11-1a Oz . Cal 00 :11 0 01 9t * We 6 9 1 a e %,NOSMV3wo a, 31TIS 1-021MI430-NOZIHOM ldWVS 03NINUDIDO VN ON N39ONIIN11 IN UO 3MIYA OOM13w t9oot,,aht*ziImQ SNOIAV2 31QV39NVMIIX3 I I NM34 3scol -9L 3 it 310VIU .0 At13A SL -C9 0 a Is E31 3SCO11 co -96 a 29 Is InJILN31d 3SO01 SS -Sc 1 '313 it 03A 31OVIUA SE -Oc h 9 IPAIIN31d "t1IJ OC -09 ra V iNvop,nov 319VIUA Or -0 a V iMNAM NOZIWOH a W2 ...... -S& NIvdo 31ONTS ONVS 3NIJ 7 It O.CA11?q't1'Iot1I1*/0 A .01 dn1J9V A)13019N1Vt19tovinvNvonsNO319NIS10033. QNVS SWO1910%X10511"UA tot ldnoov eg -SG a 79 it NITUO 319NISV0 ONVS 3%tJ 1S1411ION Idnwov ss -se I Do 11 S.,IS1"90.9111"W"IIAO-01' t-C9 ait ...... 1SIMIto ."'Idiow"I .... 0-c/...... AO*... T -oc 0-clo19A42ONII'"W".AOX 01 "NUSISNOD A)i3oie towinoNvens VOl Ills O-aO-c/tl'0 ..A'"'0'.'"011 wniop'I" Is '* ON Itol 0 wVOl Ills O-z/C-'HAO-OII X I" ....Idnaaw..... oa -0 d T Agva7noo0 m 1"S ,)'HAd30 NOZIUOH AX~MlgovingNvenswntJAV(133W4 IdAIX31 a tinoio,3 I tonoinD Z bo 3 N71"I AN2010ovinONVOnSxv3NIA34 dnoov NolIdIdIS30 311400d 3IVbaQOW'n N IS93NSAOIAb3d1 Nn sp # 03NIVdO 113 ycl230VNIVdO" kits0 d C-Ovr3v .JM33IN3Aow3l')A I-S31CY .3 33ViNans IVIAnIAA j, ;jSWVl :)Ij3Na-J. %,nl-i , , .Iv3, lpi3 3d39 I3ant,3noi: CNVS 1 11 313dS lis S !!Nn ')1HdVd91LVd1SO.c/0Ad9'tx'It1AV"illOGINAO-09 1INn 3imdvaotivais aq n oNiivinONn3 ISSV'131 110S IWOOM tsnLVLS LO ",$a( .S ; NOlliVA313 X ldjO7 IdAL 9 Nonst7addit 0 IOLG9)10SINndg :11bIA3 O4IVIAnl9 qI ; VotI eat. & wo3onifivi30 'JNOl A3AtonSn 0311VI309 o3sod"na1 qA nq. oNpowvsIva -V'H'1*@ IVN4013)1 490 8bOA3Atj S f A 0 .40 3 ...... MATSQUI UNIT TYPES SERIES DATA SURVSURVEYORSY HAL KELOWNA, B .C . . .A . & R .A .B . S MPLINGE OF SURVEY&PURPOSES DETAILEDbb E ~2Et:!= L TUDEINIIE 1 . 1249 A13 432 LONGAT'ECITUD 1 4 00 ELUVIATEDU LUT BRUN : :OL(1976) C2MOPLEX N I ISEC)t I 5 ypet ELEVATIONQ SIO (MIS a STAT SO ::CAL SO TCLASS$ GOENTLY UNDULATING SPEC6 T. I CLAST!CM 13 SILTYF SPECTICL'ASTIA .C 18 FSLANDY SUENE ."AT .ESI .' V LUVIALEp GENL L T I UVIAL WFACEC P ENE Al'N. :611 WELLS , DRAINED ORUN LO APERVIOUSNESSII MODERATE IHICVNESS .0.U4ZON' COLOUR I TEXTURE STRUCTURE I STRUCTURE 2 HORIZON OE T (CM) 80 DAR A Hi 0- 12 CLEAR SILT LOAM WEAKM D WEAKI ! : ; 9yl ox %9'1 s2 ; o E GOO NE U TO SO MEDIUM SUB IUNGULARM BLOCKY AN LA A EJ 12- 27 GRADUAL 10.A ; OY114 *012. ; 5 SILT LOAM fAK1 . nix Ols FSUBSE NGULAQ BLOCKY a m 27 . 42 CLEAR SILT LOAM WEAKM MA RIX 4 Is f SEDI USA UMULAR BLOCKY 11 c 1 42- 48 GRADUAL 42 ; :VO4 4812 ; 0 FINE SAND SINGLE-GRAIN Ix is FUNEA U VEPY N:EAL: R SLOCKY PSEUDOS a 11 C 2 As- LOA14Y FINE VERY WEAK 4oA;:yl :4 ;8'1 !;o SAND FUINE S :ANGULAQ BLOCKY UDO ...... CONSISTENCE ROOTS I MOMIZON THICKNESSDEPT41CM) " HJ 0- 12 FRIABLE 1041"49"ABUNDANTo " EJ 12- 27 FRIABLE ABUNDANT 8 M 27- 42 FIRM PLENTIFUL 11 r 1 42 . 40 LOaSE FEW 11 C 2 As- VERY FRIABLE VERY FEW PHYSICAL & CHEMICAL DATA PH I EXCHANGEABLE CATIONS BUFF .(ME,1100G) C. E. C SAMPLESTA METHOD VALUE ORGANICBON 1, NITROGEN CA MG NA K CETERMI ED HORIZON-DEPTH(C- .) TE CAR IS A Hi 6 :0 :32 15 3 :334 271 :6 A EJ 120: 274'2 2 1 6 . 2 No5 . :92 8 :01.0 :251 2 . 9 a a 56 . 9 . 0 1 .009 1 .26 1 .314 12 . 7 Imc 1 42- 42 2 1 .423 .082 63 .22a .64 .0006 :13So 6 .72 111 C 2 As- a 2 1 6 .01 3 .96 .28 :05 .16 6 ...... HURZZGN-DEPTH(CM .1 RIP.M . P2ppm. & 5 So : 5 aA Ej,Hj '20: H27 : 27-Z_ 42A 6 0r' 7492 .50 11 c 1 4 1 5.5 72 5 C p As- a 2:.5 78 :5 UNIT TYPES SERIES -McELVEE------ DATES. ."'I F " 51111VEU GG. q .C,M .A . I, R,A .0, N P OPUSESY' EIIILeO SURVEYSVAV.YO .' LOCATION CLASSIFICATION SLOPE LATjTUOE,(N!j, LONC 12249 0415 3834 PkGU GLEYSOLfl978? 11YOVISECII 05 TYPES S21-PLE*0 PELEVATIONOE SIO IM18 9 STATUS : MODAL SOIL ASPECT (DEG)t 270 SPEC ;,CLAST~A .lC 19 SLILTY SPLC,,CLASTIA .C It SANDY GEUZEACC EXT SAL GENE C I I F UVIAL S F E PPES8 .1 VENEERUV DRAINAGESU I POORLYol DRAINED NoVFF U SLO, RPER 10 SNESS: ODERATE SITE LOCATIO 8 200 METERS OF TRANS MOUNTAIN PIPELINE AND IWAIGHT RD .- TERSECTI N ...... A A ...... see* TH C ESS HORIZON COLOUR I TEXTURE STRUCTURE a STRUCTURE 2 HORIZON OE 7 CM) BOUNDARY A P 0. 15 CLEAR .10,OYR3,0,12*5.T . . .0 LOAM MODERATEJU GRANULAR I is GOED NULAPM .10. ;.OYR6. ;.012*5 A I Y c 61 IS- 32 ABRUPT SILT LOAM wEAKme '0A ;O'P"*0'2.I 11 .ISO SUDIUMA HO .Ovp? .(),~3 .0 PS B NGULAP BLOCKY MATRIX1 DQY E UDO 11 C 61 32 . 40 ABRUPT IOYI,6*0. . .12*0ST LOAMY SAND SINGLE GRAIN .ASO I 1 10 .0 Q6.0. 13 .0 MATRIX1 DRY0 C G2 40 . 70 ABRUPT- .ATlo*OYI15,012,0. X . T SILT LOA- MASSIVE is, M10 .0 IA? . 0 ATRIX1 DRY0 2'0 11 C 62 70 . ?5 ABRUPT COARSE SAND SINGLE GRAIN .! ;51'.,mO,2.sO I 11..OYPI .? .0 MATRIX DAY0"2'0 11 C 63 75 . .A,10*OY115. X ;0.12TO SANDY LOAM MASSIVE I is ...... CKNESSI I CONSISTENCE ROOTS I MOTTLES I HORIZON THIDEPTH CM A p 0. 15 FRIABLE 04ENTIFJL 'FeI WE FAINTI C GI IS- 32 FIRM Fee COMMONI ME, 10 AINT.',U" .... 0 P .0 [I C 61 32- 40 LOOSE Fee COMMON FINE On.OMIN!NTa 2 BY 3 0/6.0 C G2 AD- 70 FIRM Fee MANYF ORINEN INENT 2 .5yQ3C' .0116 .0 11 C 62 70- 75 LOOSE MANYr.1 NES otS . .TIN~T. y 4 0.~6.0 11 C 03 75- FRIABLE FE 14EW FtISTINCT 07 .5vR4.o/4 .0 . ; : ., EXCH NGEABLE TIONS BUFF .44 E/30 G) C E C N D TE MI ED SAMPLEA METHOD VALUE ORGANIC NITROGEN C HORIZON-O ST TE CARBON IS IS b :6 2 631 22 20 60 :20 5 9 A P I 0: 152 2 '100 It : 1 5 b :05.0 432 :. so 5 8 9 6 . 90 50 20 27.3 11 GC Gi 32-A5 3*00 2 :o .2 o .10 20 1, 0 1, .. 2 1 5 .70 . 0 I C 62 75 . 7 7.5 I11 C 63 EPTH(CM.) 2 1 .06 2 40 0 0 pa HORIZON-DEPTH(CM .) P .M . ppm . 6 -I 57 A P 1 28a 0 CG2 61 :.0 1 0S: 15 1~8 : " C1 6C GI 32- 42 11 .2 6' .0 C1 GR AD- 10 14 .4 11. . C G3 'o-75- _'S0 .2 .0 :1 .0' 5.8 146b2 .20 0 :9 09 :cq co 1) 6 C9 Ov1 ao 3 0 . to 3 .-Ce9 01G . -011 d v -"do 1'W3)HId3O-KOZItsok to ...... 'or: :L :s 99-9c 649, '.00 : 0 . G a c9w :179 co . c at : r a as 5 60 : 2e1 . 9 .2 1.1 :11 go 4a, 61 a Ir .t . a 0. S0", to 3 It-6 9c t a %1 :0 d v 03NINO3130 X N0edW'3V 331VIS f*"2)HId3O-NOZIdOH N VN ON V3 N390'tLIN IN Out) 3nlVA OON13H lawvs .3 -3 -3 ioooll3m),zo,4na SNOIAV3 3'1GW39NVM11X3 0*910-StIAO;01 INI, .4 AN w ln .4iIN3ld 00 C9 010110't ;VbASO ;Ga Nil ANvw ninN3id 9 011 s O*9,1O'SdAO1 1 ;0 I Now"M initIN31d 01, -91 to 3 O*0/O.qkjAOA ;OI NI A 9C.9:99 St d V S1"31HIdUN ~4 9 S311low 9 S3bOd SJ 'A'31 1 ...... -0.. . . 7;01 Wells 3AISSVW AT-0 A Is i4o"0 .4311W Idneew ...... A! ;0g .xId!vw 3l9vlt14 3AISSVW 0 1Ma VAO 9 idneew C9 -00 03.4 -4 to 3 Iliag.w1eqw ingilNgld alevithl 3AISSVw "Vol ills 0 1 11 0 3SA-4410 OV -91 19 3 in.41IN31d O.AdQ .XIMIVWA,. is Z/o Sit,, z iNvoNnov 3181fibd 3AISSVW NWOl Ills O.,,'O1w0 .,XAr .zww UV31D 91 -0 I sloov AtIVONnoeN SS(W!))HLd3CN NOZItIOH 33N31SISNOD I 3dni :mdIS gdnix3i Oztdom 3 )ODIHI NUZIHOH i tsnoin,3 09-cq.... 3IVb3OOWS 8SS3NsnolAd3d:I N , noa 03NIVtJO AldOo0*01 .39VNI" ') a WYOIAils ld33N3A :*S3:jdX3 33TiNtonSL IVIAniA .4 'I t-ivI . Di!RN3-j IAAnlj " "ILS'lVW 11 3 . 31 ONTS 1 3 33dS Ails I I I ds iNn 3IHdVd9IiWtUS 3100IN IINn 3IHd ;M97IV ;j; ;3 ;d ; oNztvinONnXA%N39 110s Ircov, 3ldMD10 . tsnivis 11,3S,I(V0 NOIIVA3'13I ISSV1'j83dAi 9SO N 2 (OL61)10SA319 003d as ao0 tat6 OnS117301 go 9 V l(7)TOi (N I "ani ON'1IV I NOIIV'301 A3AdnS 03-ItVI90 13SOdtindA S9NIldAWSa *Q*V'd 9 'V'0'VG -WNf-013N JAA StIOA3Adns Iq IA3 on .40 3iw ...... S3 1 b3S 23dAl IINn 33A133Y4 UNIT TYPES SERIES McLELLAN ...... o...... o OATA OF G SURVEY$S SUPVEYO I PNS KELOWNA* A . M .A . & Q .A,B . 5 MPLINE PUPPO ki DETAILED60 SURVEY LATITUDEEIN:l C3 .0 LOVCITUO .1 3 12249 07b 20'a: OMT.IC ILEY50L.I1978,1, . ISECI TYPES u PLEX "',ELEVATION510 IM)l s STATUS$ AL L ICLAST!C It SLILTY SPECGENET... C e0*1 .6S1 . . 1EVUVIAL.L SU Ce X0 L OPAINAGEIUNO F POORLYM I DRAINED RPERVIOUSNESSIF a SLOWED UM SITEH aLOCATIONS0 C 40r OFa HOSEM SSROESUARHE T ETS A Ho 0HAVEIZONSMETERSCRACKSAR NORTH ID EY6RY AT 25-60 CM INTERVAL a00 IIN 7NEOSE R E MUPSTLTY 2CALONG CRACKSNW STRUCTURE 2 THIC N93S HORIZON COLOUR I TEXTURE STRUCTURE I HORIZON DEPTHS M) 50 DARY A p 0. 17 ABRUPT 10m ;OYR3X ;012;0 SILTY CLAY MODERATEV C 1A. .0,RI .5 .DIS, .0 LOAM 2 SUBANGUL-PNy ONSE L.CKY MATRIX D.Y0 1?- 32 GRADUAL SILTY CLAY MASSIVE 'ofMA o'p4P 1 . ;0'4*00151 !z'-III.oy-lGlA .SE P SMATIC 10-01"No"ATAIX Y .0 STC :ONG TIC 32 . 55 GRADUAL 0 .0 R4 .0 3.0T LTV CLAY MASSIVE MATRIX1 MOTS LOAM51 0 YA5 0013 .0 PRIS SATIC MATRIX10*0 ;pv c G ss- 5 SILT LOAM MASSIVE OAT, OY4,0". M 1 ;oT OV0' .6 .00 MATRIX0 DRY 1*0 ...... HORIZON THICKNESSp HICM I CONSISTENCE ROUTS I MOTTLES I OE T A p 0- 17 ABUNDANT FENWE 'TO"VERY HARD FII D STINCY 1?- 32 SLIGHTLY, ST STICKY P~lEliTIFJL OA4Y, I SLIGHTLY" PLASTIC IsOlU"I.CT 111C 32- 55 GHTLY STICKY PLENTIFUL COMMON SLII ROLEI HTLY 1,MENUI StFt. G PLASTIC IS INCT 55- FRIABLE FEW COMMONI c 6 SSMED,UllC, is I PHYSICAL & CHEMICAL DATA C. a . PH I EXCHANGEABLE CATIONS BUFF .44E/IOOGI C . DETERMINED SAMPLES,, METHOD TROGEN CA 46 NA K HORIZON-DEPTH(CM.) TE x 322 A IS, 0- 1? 2a 7 :28 24 26 :38 cG 1 55 60 :"16 57 4..s1 5 .89 9 20 .2 8 4 .06 . . 17 .4 c 6 ss- 2 1 4 .28 1 .05 73 2.26 ...... 5...2.. ...10. .81...... :2.224 .2 HOQIZON-DEPTM(CM .) 01PPM . 5:0 327 A p 0. 17 7:0 IT3 : 325 123.54 2,NI a8.I S2._ 5 VALUE ORGANICTION c 6 372:3255 0.8 CQ 50 .3454 MILNER UNIT TYPE& SERIES OAT OF 6 SUM SVjVSURVEYORIY PNS KELOWNA . B .C .M .A . I, R .A .B . SAMPLINE PURPOSE3VEY& DETAILED61 E LATITUDE,(7; :, !~2t! PLONCIT 12249 05.1 So1- LUVISOLIC HU0O :lERR:C .9OOZOL119?81 c3 0 ELRE 'ATSIONUS. (IEC)l YPE8 1MPLE E ON (M)8 056 STATUSI M DAL 0 L CLASSST GENTLYr) X UNDULATING SPEC I CLASTIC It CLAYEYM 4 GENE ;AC C MAT VEINE SURF E EXP~FSI . : LEA L DRAINAGE1UNO F MODERAS TELY WELL DRAINED PVEQV FOU3 SLOWW I SNESSI LO SITE LOCATIONS 600 METERS SOUTH HWY NIO . EAST OF LATIMER RD . THICKNESS MOPU4Z2Npy COLOUR I COLOUR 2 TEXTURE STRUCTURE I 1021ZON DEPT (CM) 60 D LH A- 0 ABRUPT ORGANIC B FCCI 0- 10 CLEAR . 7 ; bYP4 ; 0/4 ; 0 ? ; SYR3X M OiZ T O LOAP WEAF KE A RIX UIS MA RI DIS IN GRANULAR a FCC2 10- 30 CLEAR CLAY LOAM MODERATEM I M ,o ; RIXo,p4 4uls0 ." ;o SUto8ANGULARU BLOCKY 8 M 30- 50 GRADUAL ~W YN14 g? CLAY L3AM MODERATEM I M RIX 01 SUBED U .NGULAP BLOCKY A E 50- 70 5.5/3" ;0 CLAY MOOERATEI .A540YIX 01 T "EDAN GUULAR BLOCKY B 7 70 . M 5; gY4* g l2 ; ? CLAY STOONMm A ix Ul AE IU NGULAR BLOCKY THICK"ESS. , CONStSTE4CE ROOTS I MOTTLES I CO NCRETIONU E R AND. I HORIZON DE TH(C NOD L DESC IP LH A- 0 6 FCCI 0- 10 VERY FRIABLE ABUNDANT FINEMANY 8 FCC2 to- 30 FRIABLE PLENTIFUL COMMONN F1 E a M 30 . 50 FIRMSLI PLENTIFUL GHTLY PLASTIC A E SO- 70 STICKYR IPM FEW VEAY TF I"FAINT PL 6 IC El T ?0- STICKYa la, FEW FE VEp AYTF FAINTW L 5 IC PH I EXCHANGEABLE CATIONS BUFF .(%E/ 1006) . C . E . C . S MPLE MET HOD VALUE ORGANIC NI T OGEN CA MG NA K DETERMINED MOPIZON-OEPTH(CM .) ST E CARBON % % L 4: 00 2 4 9 55 HFCCI 0a. 30 2 21 5:5 211 :820 : 2 59 :2b 23 8S FCC2 2 5 5 :82 . 11.5 5:26.80 1 :2'6.6 27 215IS :1A .300: 50_,0 2 13 5.01 67 .15IS AB EMt 50. 2 4.9 :043 67.73. 2 .94 .429, .21 202 :01 1 2 1 4 491. 0 8 31 2 .592 64 .29 19 .9 ...... HORIZON-OEPTHfCM .) 01PP. . LH FCCI 40 : to 3 :00 a0 FCC2M LO- 3 0 30- So0 24a : 05 BA E bo- 70 a 1 70- 15lo :00 UNIT TYPES SERIES MILNER- ...... 6 ------a ------ DATE I F G SUPVIVI SLED9 SUR SURVEYORSY HAL KELOWNA . B .C .M .A . & R .A .S . SIMPL N PURPO ETA " VE LATITUDgE(N!IS 1492 A06 015 2 1 050 LUVISOLIC Humn-FLPRICL S 1 PODZUL(1978) C5 .0 LONrl'U..',,,,,C,, 1 YPE : PL PENCVNION (MIS 12 STATVSI -ODA 0 L CLASSI UONDULATINGEX cSPEC, ;ICLOASTIC. It CLAYEY4 SE EAT RES1 . AQINEC UPFACEHE C XP I LEV L DRAINAGESUNO" RODERU MTELY WELL DRAINED PERVIOUSNESSII 14EDIW A 0 SLO INTERSECTION9 SITE LOCATION 400 METERS EAST OF 010 HWY AND LATIMER RD SUOAN'e VCOLORED COATINGS ON RED FACES IN C Gil AND C GJ2 . HORIZON TOIC1.1"IC !S1 OA1,ZON" , CULOUP I COLOUR 2 TEXTURE STRUCTURE I ISE I I 60 OAR ORGA41C LN 3- 0 ABRUPT LOA- 0 AK B MFCC 0- 8 CLEAR M 7 ;5YA3A S K .0,12MOIS ;O SILT BLOCKY A7 .bYP4 .b/2 .0 SUBANGULAP MATRIX DAY SILT LOAM EAI B FCC 8- 22 CLEAR 5 "CYR3 .0/2TOmo M7;SYRS;,0,46I .0 A5;.0 A RIX Y "F NEK TO MEDIUM "I ..0161Y5 .0 SUIJANGULAP BLOCKY MATRIXVia OR CLAY 5 MI 22- 37 GRADUAL loMAT.oyR5;cooo4 T O SILTYm RIX Is L A WEAKFINE TO MEDIUM 10.A ;OA YR6. ;.0,14,0 SUBANGULAR BLOCKY I Y MODERATEM UN M2 7- 55 SILTYLO CLAY MA'0 ; .01044014. OlSio AM S ED 1 I BLOCKY 10*OYR5.AIR ;5114 .0 BANGULAR IX AT LOLst AMTV CLAY MODERATEM JUN A 9 55 . 70 CLEAR 5.;A0'15*01310I, SUED I US BLOCKY OYAT .0/1 .5 BANGULAP MASO ;AIX DAY SILTY CLAY MODERATER a yl To- 92 DIFFUSE PADS1 U'.1A,IC MASAI'O .OYIN0. 012TOis I CLAY MNOgEQUAHIE 8 T2 92-120 DIFFUSE s ; .OYS* .012, LTO SILTY LEAR A IX D PERISI MATIC MASSIVE ac t20-157 DIFFUSE .A2; SV5A .0,12,0I SILTY CLAY I NO IS NOYS, .0,120. SILTY CLAY MASSIVE C Gil 157-197 DIFFUSE .0/2. sIo M IT MATRIX2.SV5 Ol A Ix Ol MASSIVE C GJ2 197* .2A;51S, .11150. AS ol I ...... CLAY FILMS I HORIZON THIC :71:1 STRUCTURE 2 CONSISTENCE ROOTS t DE I LH 3- 0 ABUNDANT a HFCC 0 . a FRIABLESLI,. , NIL HARD a FCC 11- 22 FRIAOLELIG Y . . .0 At%UNOANT S -TL ABUNDANT a MI 22- 37 FRIABLEL", " 5 HTL HARD a M2 37- 550 ptI :M PLENT :FUL F M PLENT FUL A E 55 . 7 FEW "ANYa . THICK a 71 70 . 92 STRONG0 M FIRM CIN4.A MANY0 N S VOIN gSDN MEANGULAR'U GLOCKY SOM N EL PISA VE CAL AND 6 ZONTAL PEO HORIFAC65 FEW MANY#AD . THICK 8 T2 92-120 !T ;ONG VERY FIRM FEW D F3N7DIS INCf IN ANGULARE 'ON PLOCKY CHANNELSM "NY VOTESN SOME A CAL ANDPED HORIZONTALFAVE ES-I I C vEmy FSP . FE ac 120-157 ST :UNG FINEW COMMONTHIN JOIST0 WIN~y CoSUOAN(,VLARQSE ULOCKY o . v 5 0/6 .0 CO .-UNNe C Gil 157 .197 STRONGA VERY FIRM co Baost SLOCKY I VIDISTINCT NGULAPU o .oYQ5 .0/fi .0 SVPSE Uo VERY FIR. C Gia 1974 STRONGA COMMONF INE1 1 0 . SI AIN~T CoSUBANGULAREUPSE OLOCKY 0 OY 5 0/6 .0 PS 00 218 TH CONCRETION6 R AND. I MOQIZON OEPTWICMIICKNESS NODUL DESC IP LH 3. 0 e HFCC 0 . a COMMONE SPH PICAL B FCC 8- 22 COMMONE SPH PICAL a 041 22 . 37 F INNE FlSPHERICAL * M2 37 . 55 FEIill FSPMEPNE ICAL * E 55- 70 a 71 ?0- 92 B t2 92-120 8C 120-157 C Gil IS?-197 C GJ2 lq?+~ PH I PH 2 SAMPLST E METHOD VALUE SAMPLESTA METHOD VALUE ORGANNIC"a NITROGEN HORIZON-DEPTH(CM .) ATE TE CAR 0 L- HFCC 3- 0 2 21 5 2 2 49 1 . 3 0. 8 2 5:. 04 2 5:06 :011 .31 2 4 4 13..21 .21 a86 FCCM. 22a: ;22537 2 1 5.2 2 .87 .06 12 37- 2 5.1 2 4:2, .52 A E1 55- 75 2 1 4 :.2 .23 00 53 a T 10 . 90 2 5":1, 22 4 5:7 .02 BC T2 120_ISI92-120 2 1 b: 9 2 B 7 0 2 6.21 C Gil2 1571 :197 2 1 7 . . 2'7 6 :3 C Gi 97 1 7 4A 6 5 ...... EXCHANGEABLE CA71ONS BUFF .(ME/ 1006) C . E . C . EXTRACTABL E FE(%) CA MG NA K DETERMINED METHOD RESULT METHOD RESULT HURIZON-DEPTHIC- .1 L 3: 0 16 NOT 93A 41 :7 :' 1 3 M 0 40 0 :54 a FCC B- 22 2.62 . 35 . 1 0 8 1 .0 7 219 :0 0 .7. 8 3 0 2 o mlM 22 : 37 0 2 2 37 55 1..'1 '.0 7 1 3 A ETI 55 70 40:37 .47 :2'4 :2. 1.3 215212.52 1 .1 70 .1 92 10 .52. 1 6 Ib .3 5 19 .3 1 0 7 T2 192 .1 207 09.62 .4.0 82 .23 5 0:7. sc 20 s 1110 .47.94 .29 20 .8 1 0. 5 157:197 10 . 02 10It11 .:73,1 3: 20 1 5 aHFCC 97 1 98 .94 3 20 9 It 0 .4 ...... , ...... :. ,.. . .. 3...... 261I EXTRAC TABLE AL(S) METHOD RESULT METHOD RESULT ZN . . MNP CORIZON-GJI EPTH(CM .) 7 pp,Pm . PA . . p. . CUpp . . pp pm . CLH GiHFCC 7L 01 53 3 76 2 39 0 11831 :5 96 :7 a F 3 : 08 3 0 0 .3 1 ?6 6 a cc S0 . 22 01 :5 3 114 .49. .2le ..?30 1I 9 . 35 211 . 2 a m l 22 : 37 1 0 . 56 3 0818 5 38 . 8. 30 0 G M2r 5 7 55 3 0 .2 5 . 9 7 .2 339 .0.5 46 .0 7 0 :7 .37 .4 7 2 .7 : 3 : ! 2372141 :1 A0 TI lo92-15 . 7092 1 q 65 .4 3 3 53 5 .2 b C T2 ~2 2? 0 :45 7 126 .1 2 :5.0 52 :2. 1 . .19 . 0 : 3 7 :71 1-10 . 6 52 3 02 B Gil 157-10 5 0 . 3 6 3 227 5 3 .8 53 . 8 146:b :.,6 9286 08 :6 rC GJ2 197+ 91 1 2 .3 5 :4 2 7 :6 0 .5 55 3 Clay 111noralo1gy ilo'l Coa- Clay (0 .002 0.0002 F1,9 Clay (~0.0002. iftptl~cm) st. 1 40-15% W. I 20-4C% est.42 2(111 st. Trac . ,65% .,t . 40-695 .,t. 2 <20% W . T. . . 1 16% wmlcullt, cl,lorit kaoll'it, -tooril 1-1ta, mica (157-197)Cgjl .1ca, ,h lbo 1 .1, -.1-11t . chlorl to, I ~t- tr .tl f I W fol cl~"~, plaglocla :0 to UNIT TYPES SERIES MILNER------OATE SURVEYORS HAL KELOWNA* B .C .M .A . G R .A .B . SAMPLINGOF SURVEY3PURPOSES DETAILED65 SURVEY ~2~!:!2N LATITUDE(NilE"" LONG 12249 1038 5234 LUVISULIC HUMO-FERRIC PODZOL419781 typLl C40.PoLET PRE MON (SECII ING ELEVATIONC SIO (MIS 1205 STATUSt MUDAL SOIL CLASS$ UNDULA SPECr ;ICLAST!CA It CLRAVEY SNNEUSS NINE FACEC "6XPT .ES . . OAEILA KET DRAINAGESU 0 F MODERATELYS a WELL DRAINED NV F OUI S L0 : APEP I SNESSI L PLANETHE SC . HAS OCCASIONAL, VERY DARK BROWN 410YQ2 .012 .01 COATINGS ON CLEAVAGE s STRUCTURE 2 ESSC COI.OUQ I TEXTURE STRUCTURE I HORIZON DEPTH4THICK'N M) HORIZONBOUNDARY L 5- 3 ABRUPT ORGANIC mF 3- 0 ABRUPT ORGANIC a fccl 0- 25 GRADUAL .7;SYR4" ;0/4S;o SILT LOAM *Et'V, 'E 10A .RI 06 . 01 SUBANGULARI SLOCKY MATRIXOY DRY0/*.o 6 FCC2 25- 47 CLEAR SILTY CLAY FWEA .A . S;0 LOA SUIN KE TO MEDIUM SLOCKY mIO .OYR6I .0 "I3.5 BANGULAR ATRIX DRY 0 m 47 . 57 CLEAR 10 OYR5 0/3 5 CLAY LOAM WE~! TO MODERATE A : I A S * E U 1 .0 qb .!.e SUBANGULASS BLUCKY MATRIX0 1 DRY4*0 1 TOISTRONG a T 57 . 87 GRADUAL M10 .OYR44T S/2C I TO CLAY MOOEQETE TO STPON6 MOOEPATF A RIX is INE 0EMEO UM COANGULARAR S BLOCKY ANGULAR BLOCKY C 7. 10 ;0Y. R4. .o0lSl ;O CLAY CSTRONGA A I I ANGU0 ASLIR GLOCKY ...... ICKNESS CONSISTENCE ROOTS I MOTTLES I ONCRETE EION HORIZON I"DEPTH(Cm) NODULC D SC RIPAN! I L 5- 3 mr 3- 0 ABUNDANT 9 Fccl 0- 25 VERY FRIABLE ABUNDANT ANY THPI'l E SPHOUGHOUTI MAYPIX ER CAL a FCC2 25 . 47 FRIABLE ABUNDANT M!NY FIN SPMTHPOUGHOUT MATRIX ERICAL 47 . ST FIRM PLENTIFJL FEI F *HE FAINT 57- 87 VERY FIRM FEW FEWFINE f INT C . PH I EXCHANGEABLE CATIONS BUFF .(~&1'100G) C . E . G DETERMINED SAMPLE METHOD VALUE ORGANICA ON IS NITROGEN CA NA K HORIZON-D EPTHICM .) STATE C SIB I L 3 51: 2 213:63 1 30 54 :11 . 130 1 23 09 : 350:5 .F FCCI 0- 250 2a .109 30. 7 a 25 : AT5 2 1 b.2 2 .523 20 .29 : 43 .100 3 bo 2 . .1 191 35. 0 1,.0 :07. . 340 . 32 3. . 06 1 417-7 .7' 2 11 ::9 3 mc 87- 2 1 1.49 0000 R . '. :N1 .41 .34 5FCC2 ...... 32 Ps P2 HORIZON-DEPTHICM" .) 0 . . pp . . LF b: 3 3. "0 65, :9. FCCI a8 FCC2 25-0 47 18 .5 13S M 475 : 57 ISC T a7 87 I .3 tl10128,3239122..O:0.0:000 ...... UNIT .TYPES..SERIES MILNER ...... DATE OF SURVEY$ 72 SUQVEYOAS MAL UBC LATITUDEINII0 G De .1 . LPISNCIT 12249 0641 0402D LUV:SOLIC HUM:o-FELPS1CILUDZOL(t9?8) UON 1 (SEC)l 5 ELEVAT6 SIGN (MIS 9 SIA USI DA 0 2=-!::!:!==-= SPEC CLAST!C It CLAYEY GENE ; C MAT : MA I INE PH I MOISTUSSE STATUS ATTERBURG LIMITS SAMPLE METHOD VALUE BULK I,, .113 . A15 . 110FIELST PLASTICM LIOUIDIM T tH: I NKAGE HGAIZON-OEPTH(CM .) SI, TE DENST ASS R M 1 USIE0 Ll IT L I I I B F12 0.: 20. a 0S F 2 1 4 :2a 96 35 :1 IS20 :6 34 :0 32 6 485 :2 29 :be 36- 374 2 4 1 :27.7 35 6 a . 3 317.3 32 :3 3 2 27 A M 74,:3102 2 1 0 2 OA1* 1 .71 1 . 1721 .7. 4 23a.5.2 . a T 0.0 .540 2 1 65.9.3A 1 .61 4 3 5 2 1 2243..0: 50 .3 22 .5 Particle Density gm/cc Shrinkage Limit Particle Size % Horizon Depth Air Oven Max . Optimum <2 .5 on (5 min <1 min <0 .074 <0 .05 mm <0 .002 min an Dry Dry 0 ry Moisture % min S. 11 cm C. . Bfl 37 0- 20 36.5 6a.54 81`2 20- 38 2 .56 2 .76 27 .0 DryOven29 .8 100.0 96.0 83 .0 27 .0 Bm 38- 74 2.58 2 .78 24 .9 27 .6 100.0 98.0 90 .0 32.0 Ae 74-102 2 .60 2 .77 21 .0 23 .4 .100 .0 99.0 93 .,0 . . . . 34.0 BA 102-140 2.63 2 .80 21 .2 23 .5 10O.Q 100.0 92233.0:54 34 .0 Bt 140-165 2 .61 2.79 20DryAir.Q 22 .5 100.0 100.0 96 .0 39 .0 MILNER , UNIT TYPE3 SERIES DATE OF SURVEY9 72 SURVEYORS MAL UBC LATITUDE(NISr E "I LO2C 1 :29 275 075 LUVISULIC HU-0-FERAIC POOZOLI1978) !TUON'IS .Cl . 05 PRELEVATIONSIO (MIS 20 STATUS$ MODAL SOIL ;,CLASTIC It CLAYEY GENESPrtC C HAT I ARINE PH I MOISTURE STATUS ATTERSUAG LIMITS SAMPLSTA E METHOD VAL BULK TY a1/3 . SA15 . .0 FIELDS PLASTICL M LIGUIOI T HOPIZON-OEPTH(CM.) TE JE DENSI AR a 1 TURE I IT L MI A P .,0: 25. 2 513, :4 23 :90 432 :31 a F 2 S*:,5 :90.%55 . 2 41 .1 16 .6 41- 49 2 4 7.0 31 .12 131 .1 2 2 69-1 627 2 7 3 31 17T.7 : oA 441 .0 26 T 102-103 2 7:6 1 :352a 45 :35 23 .9 355 .5 57 .8 3. :70 Particle Density gm/cc Shrinkage Li t % Particle Size % Horizon I Depth Air Oven Max . Air OV-ML~nt % O?timum %1 >5 .1 cm <5 .1 cm <2 .5 cm <5 mm <1 mm <0 .074 <0 .05 mm <0 .002 mm Orn Dry Dry Dry Dry C M rn Ap 0- 25 2 .39 2 .57 100 .0 87 .6 79 .2 23.7 Bf 25- 41 2 .64 2 .77 2Z .0 100 .0 88 .3 77.5 24 .8 Bm 41- 69 2 .61 2 .80 100 .0 96 .7 95.8 38 .8 Ae 69-102 2 .63 2 .80 18 .0 100 .0 95 .1 88.1 35 .8 Bt 102-127 2 .65 2 .82 21 .0 100 .0 98 .7 . 99.0 54 .2 UNIT TYPEJ SERIES MONROE ------ DATE 'SURVE SURSURVEYORI MAL KELOWNA9 B .C .M .A . f. R,A .B, SAMPLINOF PUWPOSESYl DETAILED65 VEY LtTjTUDltN!j . 149 111 25 PQL N CIT a 22 06 ELUVIATED EUT~IC BOUNISO014181 ,LEV .S UO.111N 4 (SEC) 05 c 3 T ON (M)l TYPEt UOOULEX E 5 STATUS : MODAL SOIL CLASS$ N LAYING SPEC ;,CLA.ST .IC 19 SLILTY GENE IALL SURFACEC E P LEVE' U' OP'INAGEl. U NESS . 1110r. .AIELI,A WELL ORA . .E . p V10 5 DOE ATE COLOUR I TEXTURE STRUCTURE I CONSISTENCE HORIZON THICK4CMDE I N651 BOU-OR4ZO"yDAR ROOTS I A p 0- 10 ABRUPT IWYR245*5 SILT LOAM MODERATE FRIABLE ABUNDANT FINEU M:.oY,RX5 .0115 S BANGULAR BLOCKY MATRIX DRY0 2.0 A Ei to- 37 CLEAR 10AT.OYR4X ..0/2 .0T SILT LOAM ABUNDANT 1 . .0R, .6 . "IS MATRIX1 DAY3*00 MODERATEF MFOIU, FIRM a ml 31- 60 CLEAR 10 SILTYU CLAY SUINW~AllDIUTO. FIRM FEW L AM BEANGULAROLOCKY 10 .01,RIX ..U2Y3O'SI MESU54NGULAR: SLOCKY MATRIXR a ma 60- 75 CLEAR VERYN FINE WEAKJU, FRIABLE FEW 'MyVA811 :0 SA DY LOAM MSED O .O lRb .0 .13 .0 MATRIXI DRY USANGULAR SLOCKY OC 75- 95 GRADUAL SILT LOAM MOOEIUIATI, FIRM FEW MAto ;.OYR.4 ;0'1'3 ;0 MED 6U TO COARSE IO .OlAb .0's SUBANI LAR BLOCKY MATRIX1 DRY0 3'0 C Gi 95 . SILT LOAM MASSIVE 10,0"R%olbo.AT Ix a FtRm to . 0YRb .o3s3.o MATRIX0 DRY ...... ICMKN2!S MOTTLES I FIELD PH HORIZON DETH T I ) A p 0- 10 STRONGLY ACID A EJ to- 37 MEDIUM ACID a ml 37- 60 MEDIUM ACID . a M2 60 . 75 FEWNE MEDIUM ACID F1FAINT 75- 95 COMMON SLIGHTLY ACID I D .gT4N!T 5 V 4 0/6.0 c Gi 95- COM40N MEDIUM ACID FINEI D .g%N~T 5FINFY 5 0/6 .0 PH I EXCHANGEABLE CATIONS BUFF .(MEIIOOG) C .,E . C . SAMPLEA METHOD VALUE ORGANICA N X NITROGENX CA MG NA HORIZON-DEPTHI CM . ) ST TE c p80 DETERMINED A pi a 2 5:85 5:286 :46 3 :661 1 36 BA E l , : 101 1 1 .9 7 m .012 2 3. :112,.1 : 39 "7 :'. 37-0 67 2 1 5 3 7.22 a 4 30 a M2 60- 705 2 52.0 17 . 4 BC6,j 75 : 95 1 6:1 c 95 a 1 6 0 ...... P2 HORIZON-OEPTH(CM .) P.M. . Ppm . A pi 8:0 26 A E'1 100: 3710 16. 7 50 :00 B 37- 60 3 5 61 .0 8aC M2 bo9575 .: 7595 12 c Gi 6:903a 1 1 onlisag"0 NOWWO3I 31QVlt1J AU3A ZOZ-991 to 3 if 0-9/0A;r*4 dA S9 ;Z .nto3-At 0 03A RIQV IdjI 691-scl to 9 a 31 asnol set-ell P3 V It InATIN31d 119VIVA all-09 to 9 injiIN31d 31avlaA 09 LS LIN a ingtiiNaid 319VIdzi Ah3A LIS -I* to 9 I"'NoST)VA 0313 lv3lld3A11"0"S 3ONVS NO ONY 13NNV"13V, No SQIOA AN 'I,NI OdVM. AILHOTIS1 NOHWO,3A initIN31d 310V t1j I', -SC pi a odwN Allmollsa I I Se INVGNASV 31 V a it ra V OtIVH AIAHSTIS iNvoNnew 319', HJ 41 -0 d T jW24HIj43O NOZZOON SmIls AVI'3 I S21110" I sicab 33N3IslsNO,3 52 W3 A ...... NZY49 319NIS JAISSWH ONYS Zoe-991 to 7 It AxDoie avinoNygnswnl . . 3 isinw,xituvoA . 1 UVtMOO wvni O-C/O- tj 0 0 69t-GCT to NlVtjq 310NIS GNVS idntpov Scl-ell Ax3oilt evin9NVensto on 3w, 3AVb3OO oval Ills 1Ist,O%X,"!/0 AO 0WWl Idnoov ZVI-09 ew 9 AM2018 tivinoNvens, I , ,,V n 03 b3cow PITOI Alts Ol"'O"e/G * CX""'.AO 01" 3snAAic 09 -is am a A)430le awinoNwn,on, . 3 alwo3com "Vol O-Clo1910". .02UJAWT0-01 tjV3I3 is -Lf Sol a AM7019 VTIn9N ens, "nV300.63. 1slOw,xl, 0k1IVw. 1 3LVtj "Vol Ills %-C/O* A 0 UY312 Lv -SC ri 9 AlVId, ANDO19 uvingNvons 0 . C 0 1 9 ' AO 0"1 INI3,p Is a" YINATO xv 3"1.1 1.4.4 I.Val ills 0'CfG*%,bAO'OlI iinowdo Ge -41 r1l AmDois evingNvens3N .'aAt"'-9XPVW.A0 Ot is " .1301-4 "Vol Ills O-Zlo'014Atj ""Y"0-01 Idnt19V 41 -0 d V AtIVONnasm 1021MIdBCS N NOZIUOH I 3dni3ndis i qdni~nuis 3anixaA t unninj No7tho S3Nx5l I mOlLdld3s3Q 2-11 .40tid ;sSw :o .mm1kjv1NOA1 0 .idVdV N 3na -,dw-in,31113A 1,201V ONV3dlV, ,tnosiv" -,1 3 IV 0 V 3A NOsnGNV1 0 tJ3NdO2 3Hi3tVNot"a A 3ivttmow0 3ss3NsnolAbDd 03NIVdO 11310 A*13AV0300WSIS 939VNIVdat-4,0,4no IVIRA31A I'S3!dX3 37VOuns 1,ni, , ,1is"_,j,q3d39 its I V 3 s AlNn 01HdVOSILVOIS a3adn 9NIivinaNn ISSWI'3 Ilos Ivoo . tsnivis 90 It,91"; NOIIVA113 X31doOD. t IdAl 111 .01dd 0 s % tow)-tosiNnan :)iming 03IVtAnI3 ;v %I M s-, No 5 cl WO 6* IIiNTO)3anilLvi9 NotlyDol A3A1,AS 031IT130 11SOddAdI A ~;I)NlldnVSNo -VN-013M IVH ItIOAlAons 69 A3 Hn AO 3 ...... S31d3S l3dAl itNn 30EINON PH I PH 2 SA-PLET METHO U VALUE SAMAPLE METHOD OPGANICA HOPIZON-O EPTH(Cm 5 VALUE NITPOGEN .) ATE ST TE C PeON A 11E, 1 0: .317 2 5 5 2 4 :8 a 25 26 A Tj a7. 45 2 1 : 2 1 : 040 2 5.98 2 4 .9 . 73 10 a ml A?-5 - 58 a 1 5 2 5 :2 . 23 8 02 . 7_~,20 2 : 2 5 . 2 a .0. .3 I M3 2 1 b. 0. 81 A EJ 112-13513 0 1 b6 .2. . 2 4 5 .31 .0 31 0 G 652 2 1 a 11 ci Gi 16S5:1.o 2 1 6b .1 2 5 :0, ...... 5 EXCHANGEABLE CATIONS tiUFF .(ME/1006) C E C E T AC TABLE FE 1) E T C IABLE L %) CA .6 NA K D TE -1 EO T 00 QESU T M T 0 PE U T Pi HOPIZON-D EPTN(C- .) Ppm . A Pj 10: 173 6 ob 1 60 : 3 .0 :5 Aa E j a 7_ 4 5 5A :34. 9 :92 :019 21 1:A 8 TI 5 1 It 0:1 183 2 .7 . 5 3 .0 0. .0 .1 10 .9 0.95.. , 2 . 3 .05 .002 6 2 1 B M2m 57- a . 0 :86 1 253.:5A 3 .41,2 ~2 .,.2 2 : 08 :03 1 9:8 00 .1 1 is 3 6 43 80-110 5 9 206 1 0o:.3 JA EJ 112-13 2 1 . 10 0 0 . 0024 0 1 0o:74 VG 135-16550 t 2 148.9" 11 C Gi 165-2 2 ...... P2,. Cv MNP HCRIZnN-DEPTH(CM .) Ppm . PP I pp S 2 PH . A P1 A ET, 3 - 4 31 :3 1:9 :2 73!!62:: B 45 57 62 . 7 97 3319.3.5 . .1 5 ., 57 07 86 .3 3 .3 28.9 55 :2 56503 .5:7 B8 M2 7 56 .0 44 . 549 .7 6 M3 a -11 0 .3 .30 2 .5 3366. 7 6365 .1. 10 7144 a11 GjA EJ 112-130 2 42 .2 2 .0 341 .6 33 341 :40 135-1655 I] C Gi 165-202AT0:3115 4024,:0a 27 .1 PPZN UNIT TYPES SEPIES MONROE . . . .SuPVcYD...... DATM MAL KELOWNA9 B .C .M .A . 6 M,A .8 . SA "PLINGOF SURVEY&PURPOSES RECONNAISANCE66 SURVEY"I LATjTVOEjN~Hti!2~;j, 1492 061 27a LONCIIUD"I,..Cl . 2 2 05I ELUIIATED EUT:OICXSRUON :SOLflg?Sl PREL VA SIGI 1TYPES COMPLEX4'0 E E T ON (MJS 6 STATUSS 0 L S L CLASSI GENTLY UNDULATING MIDDLE StPATIGRAPHIC UNIT SPEC ;,CLAST!C It SLILTV GSPEC ICLAST!CA It SLANGY GENEFACEC OATE. RESI . . I.UISIL ENE; C M T I F UVIAL $UP P V NEER DRAINAGE, VIO WELL. R O .AINFOTE P P USNESSt' ODE A ROOTS I ZON THICKNESSP N M, HORIZONV COLOUR I TEXTURE STRUCTURE I CONSISTENCE MORI DE T fC BOUNDAA A P 0- 25 ABRUPT SILT LOAM MODEURA FRIABLE ABUNDANT .A'0 ;.lOYR* ;O"S01 I"' MEOIS M us ANGULARTE BLOCKY 10A;POYR4*0,13*0. .0 T SILT LOAM MODERAT1 Y FRIABLE PLENTIFUL I is SUBANt-0 UM.U EL.. LOl. aI.MIS 790 AA68,AUupT .AT10 .OYA5;00/3TS LOAMY SAND *EF .A VERY FRIABLE FEW RIX Is VE. SUBANGULAPI BLUCKY ac 90-102 ABRUPT 10 ;OYR5x .0/4;0 SILT LOAM WEAK. U. FRIABLE FEW A RI Ols SE UBANGVLAR BLOCKY 11 C 102- SAND SINGLE GRAIN LOOSE~ PH I PH 2 SAMPLEA METHOD VALUE SAMPLES METHOD VALUE OPGANNICS, NITROGEN HORIZON-OEPTH(CM .) ST TE TATE CARED A P .0A: 25 2 5 :5 2a 5:0 4 8 1 6 .70 5.2 2 : .8 .4 11 ma m To90..10270go 2 6 2 4 5S.5 :2 :005. ac1 2 1 6 :4 2 4 5 200 .03 1 C 102- 2 1 6 7 2 4 5.5 ...... EXCHANGEABLE CATIONS 8VFF .(ME/IOOG) C . E . C. CA MG NA K DETERMINED Pg' . S HORIZON-DEPTH(CM .) P P RPM. :05.6 1 21 7 7 oA p A700:. 27 So. :996,. 6 :.09 :16 7 .2 .5, :9 is1 a m 90a .22~. 32. I .64 .0 .10 1 .8.2 9 14 :.0 2.01 6 :12 6.16 145.0 0is C 102. 0 .747 .220 .0 : 06 103:4, 6 30 :13 2019 :igq 3I 0. :all 19 cC, a 0 .9t9 2r 9a O .t r3 O.C? 11Oz -00 d VI 'Wdd (-W:))HLd3O-hOZTbO1~ ld ...... I't az :c go : 6z : S :q a zot :49 1 0. Se 9 q9 1 a Le9 e9 a6-11 9 96 .1 IV-9 s V 9 t z i! c se a 31 . cl . 0962 .1 IQ*e so . 90 C :q ? 92 -0e0 ri v 0 -112 6c * 51 , 1.9 - 2 as - at sz , W2 1 9 It z 0 d V % ,NOgb ;3 3 31 WASW I-W31HIC130-NOZIbOM 03N10003130 X VN Dw WD N390dilNI INVO 0 3nlvA aoH13W Il Vs ., .3 ., (0001/301"AAA9 SNOlIV3 3l8V39NVH3X3 I=------VIVO lV1l"3H'3 9 I"ISANd IN 3NIV'j .1ji11 318vtdi 201-Lo INIVA '419V10:1 At13A 1.9 -Lq ~19 INIVA 03 .4 AtJ3A 31OWtUl Z9 -SC R 03 .4 319WIti.4 sc -0e r3 V lrxiliNll~d 318wittj Oe -0 d V 00-J)HI03a NOZlbOH 1 S3,1110 . 1 sloe" 3,)N3ISlSNO') SS3NNIIHI ...... oisto!' 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Idnbew 0 -V m .)INVOUD idndew 0 S AavoNnov IWSIT.))Hld3QN NOZIUOM 3 )031HL I sloom 3')NAISISNO3 I 3unv3ndis 3aniwu I mno-vo2 NOZIbom 3LVb3COwwnla W ISS3NSnOIAd3dI 'ON 839IN Vno 03NIVOO 113A Al3iVd9OON3 V I do IA31 :'S3IjdVX3 3-3wjdnsI , lVIAnl-4I It 31,Sw-,I w '31 . 9 3 39 Allis 3 1~ dS ...... lINn 3iHdvaqtivtus b3ddn qNiivinaNn A%N3v llos ivoo. 3snivis 02s 'J .313(WS ; MOZILVA313 31djU2 ISSW1313dAl 0 t(M)NOnSI33ddit 0 a % 4OL61110SINndO '3tdin3 o3ivtAni3 SV zv Tel 91 91 6V i,N 30onLtLvl9701 " A1AdnS 031IV13n9 t3SOdbnd1 " ON11401S.40 31VO -VN.013)4 1VH IdOA3Auns q A3 unS ...... S'4103S 13dAl itNn 3OHNON UNIT TYPES SERIES MONROE ------DATE OP SURVEYS 72 SURVEYORS HAL WHC LtTjTUDE,(N,)j, 149 048 135 LRNCIT 22 1 0 5 ELUVI :TED EUI : :C .8PUN :LOL119781 Uo N S (SEC)$ 5 pELE11E .110UN 4 .1 : 6 SIAIU I D L 50 !OFC ;,CL :!I!C 13 SLILty SENE LEF UVIAL UPFACEC EXPREST I .2 VEL PH I MOISTURE STATUS ATTERBURG LIMITS SAMPLESTA METHOD VALJE 0SUL %0FIELS PLASTICM LIOUIDI T HORIZON-DEPTH(CM .) TE ENSITYK 113BAR. BAR15 . M 1 SURE0 Ll IT L MI A4 P 4 9 36 : .8 :6 E -1 0. : 52 .0 2 44 : 21 . 3 111 :9 3032 :31.0 33 .0 ac " So- 97 2 55 .31 1 .46 3 6 26 .4 C 9?-127 2 5 .6 1 .40 19 .0 S .R4 2233 .1 26 .3 Particle Density gm/cc Shrinkage Limit Particle Size % Horizon Depth F.Iiyrr i Iven Max Air n- Optim <2 .5 cm <5 mm <1 mm <0 .074 <0 .05 mm <0 .002 mm cm ry nrV n M mm E I Ap a- .68 90 .7 30.8 32.5 24.0 100.0 98 .0 95 .0 25.0 Bm 20- 58 2 .63 2 .74 99 .2 28 .2 29 .7 .21 .5 100 .0 99 .0 97 .0 26 .0 sc 58- 97 2 .64 2 .73 110 .7 27 .0 28 .3 14 .5 100 .0 76 .0 64 .0 11 .0 C 97-127 2 .63 2 .69 110 .8 24 .0 24 .8 15 .0 100 .0 69 .5 50 .0 7 .0 MURRAYVILLE UNIT TYPES SERIES OATI. ------SURVEYSU SEJ MAL KELOWNAt B .C .M .A . & R .A .B . SAMPLINGOF P ROO DETAILED1`5 SURVEYSURVEYORS LATjTUDEE4N,)jj LONCjTUD .1,SEC, . 12219 0131 460is GLEYEOU I HUMO-FER0: C POOZOL(19?8) IS 1 5 TYPE# COMPLEX5*0 ELEVATIONPAL1 SIO (M)3 5 STAT S M I L SOIL CLASSI GENTLY UNDULATING SPECi,CLA,STICr,E A . It SLANOY SPEC I CLAST!C0, 39 CLAYEY SURHE C C 11E . T RESI . . I E UVIALE GENE; C M T 3 MARINE F E P V ME R DRAINAGE$UNU a SIMPERFECTLYW DRAINED V F St 5 LO APER IOUSNESF LO* RIVER AND SITEA IN LOCATIONID.!O TEAV! WEST OF INTERSECTION OF SALMON 5 IS GBROOK A LANGLE0 ME THICKNESS HORIZONY CULOUR I COLOUR 2 TEXTURE STRUCTURE I HORIZON DE THICM) BOUNDAR A H 0- 2 ABRUPT LOAM a F1 2- 1? GRADUAL LOAM WEAK 5.oVp3To .o"3i51.0 .1?.5 IX 5 IS sueIN MATRIXYR .016*0DAY 8 F2 IT- 32 GRADUAL M7 ;5YP4MO/4X ;0 FOINME SANDY 1EACK'I 1I.0RI 44 .OIS, L A SO N BANGULAR BLOCKY MATRIX0 1 DAY5 4 .0 6 FGJ 32- 52 ABRUPT 110 ;OVXP4 ;0/3 ;0 .7 ;5YXQ4 .0/S4TO LOAMY FINE WEAK, A At ol SAND 111 .046P, .013016.0 SUBANGULARINC BLOCKY MATRIX0 DAY 11 A EGJ 52- 62 CLEAR 10 ;OYRSX ;00.14;0 CLAY LOAM MMODERMATECTOOSTR3NGTO A A AT is A2 ;psy5*1 . .0"40, ;0T SUBANGULAQED T CBLOCKYASE 11 As 6a . ?s CLEAR 2,5Y5*0116X ' 0 CLAY STRONG0 .ATR I .0 ;1 WEPRISMATIClull 11 5 761 75 . 92 GRADUAL CLAY STRONGD M .WY1 :10,211? ME0.1612 11 0 762 92-122 DIFFUSE M5 ;,0YX, .5j&O CLAY STRONG, A I Hot T "PASS` IUM. 11 a C 122-142 DIFFUSE M,t5;OYS,5/,1;5T CLAY MEDEPATESUM Rix mo MPRISMATIC0 11 c G 142- 5.OY4 .5/2 .0 CLAY MASSIVE MATRIX MOIST INICKNE:S STRUCTURE 2 CONSISTENCE ROOTS I MOTTLES I CLAY FILMS I HORIZON DEPTH ( I 2 VERY F: :A :L : 17 VERY F A L ABUNDANT VE :Y 1::::LE :8UN1:NT ::j :21: :22 FINEWEAK E Y F Le BOND NT GR ANULAR 11 A EGJ 5 - 62 FIRM ABUNDANT FEWNit FlFAINT It AS 62 . 75 STRONGA VERY FIRM PLENTIFUL GULAR BLOCKY FrFINI:W DISTI ? 51 NCT1 .0/6 .0 11 6 TOI 75- 92 STRONG VERY Flom FEW COMMON ANGULAR BLOCKY CFINEP, MM N "Do,AS, THICKV OS 5 . OMIN!N7"a 6 .O 0 5 001 SoCHANNELSIN . " V Y aANDIC AND E NORCRT LON IZONTALA RED FACES It 0 TG2 92-122 STRONG VERY FIRM FEW CIMWON COMMON0 . N ULAG SLOCKY FIN1 TINCT 0 . 6 INMo MANYTHICKVOIDS 5 OYR5 .0/6 .0 CHANNELS TjA ON ME NoC L SoA 0 . VFPIZONTAL5 A REDN FACEon it a C 122-142 MODERATE VERY FIRM VERY FEW COMMONDI Coll"SUSANGULAQSe PLOCKY DISTINCTME Um 5 .OY04 .5/6 .0 11 c 6 142 . STRONG VfPY FIRM COARSE1, N CCIMMO~. ol BLOCKY DISTI U.NCT SUPSEUDOA GULAR S .OYQ4I .0/7 .0 THICKNESSP H C 1 N CONCRETIONE E a AN ~ I HORIZON DE T 4 M ODUL D SC IP A H 0- 2 a FI 2- 1? FE FIW14E SPHERICAL 8 F2 IT- 32 FEwNe 0SINERICAL a FGJ 32- 52 If A EGJ 52- 62 11 AS 62- 75 I'l 8 TGI 75- 92 11 0 T62 92-122 11 0 C 122-142 it C G 142- PHYSICAL & CHEMICAL DATA PH I EXCHANGEABLE CATIONS SUFF .(ME .010061 C. E. C. SAMPr LE 14ETHOD VALUE ORGANINC" NITROG EN CA MG NA K DETERMINED HURIZnN-DE PTHICM .) S AT E CARBO Aa 11 1 0: 12 12 2 5:5 2:21, :013 :450 b :s 8 ;2 - 372 2 1 1 33 : ,003 It 911 FGJ:SEGJ 32-57. 526 2 5.9.9 .0 8 . 19 05a 1 . 5. 72 2 1 .52of 6 3 2 2 .10 .19A : 0 19 .3 62- 5S.2.3 :35 .034 3 .78 .39 243 3 11 75-2 925 2 1 7 35 9 .909 1 5 :2 3 1 .16 .3IS : 11 B T62 92-12 2 7.1 23 : 003 11 : 32 181 .0 6 12:68 . 3" 3e6 .. 11 8 C 122-142_ 2 2 1 7.3 17 .0 2 65 a 9 14 .3 6a 37 .2 C G 142 2 1 11STGI ...... 1:50...... 2 HORIZON-DEPTH(CM .) P,P . . . PPPM . B F1 2 : 17 S F2 j 32-7 2 1 3,.55 :0. 0 5 526 a 9 42 . 0 a 1 FoA . EGJ 6 2 7 2 2 .01 111 A8 TGI .1 .00 IS2 . 925 21 .1 7 .0 11 B 762 1 92 :1122 2 45 a C 1 22 _ 42 8 :1 52 :00 11CG 42 IS0:40 2:"q O :qc Lb+:Ls so 3 v 9 61: 9u a ve 111 :9M, Ou 00 st VO D c .r q I-Ve V 9 6-41t0 go0: 68 :c cVC 0,, -OS a0 0-91 c q - Rq s :I 11.:011 1,, : se 9 V-Ot0 C.- .0 . q1 . 2 ILO: Oc :02 9-01 1,:6, . 1 to I t-9c 11-cl le,40e, 0 2-621 0 CL 90 . 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I 3dols NDIII'31dlssvl,3 NOTIVID1 A3Adr1S 0311VI309 t3suddndA S 9NIldMVSC) IV -G-V-u VN .nllN IVH tdQAJAmns 6 IAI tin A 3 e) ------S3AV3N 13N;1 ;411 A 31 M a" -C9 2 31 -in:jiIN31d C9 -Le ap . v 3N AI 1V'A1V., M I a I 3A Ic -91 1 3 ivdin3N INVaNnev 91 -0 H V jW54HIC130 Hd 01314 1 Sloan S3 A3tHI ...... Isla" Xl"Iv. asaoi Ntld!) 319NIS aNvS S'2/O-9A0-G -C9 mvinNVZI9 3SdvOI)4v NIV09 319NIS 3M ONWS 0411OVe M.W97 C . -le am v O .AdQ, .X!bjZW Isla2 : 9I:ivn NIVd9 319NIS ONVS 0*9/0-11AG-a" ir -91 NOZIOOM tivinNvw)a 3SO, I ois to!, 'Xitliv" 9, -a NITUO 3-19NIS CNVS z 0 dAO at .... H..V SS(M :))Hid3QN NOZIMOM 31:10`113ntas i 3uniIntsiS 3dnLX3A i anoiaI 3 )QIHI a 'HAd3O HLIM A113AVj9,3,dO" ONV N03StJVO'3 SIW0339AON1 BMI NVI TS (IN13MI dot,R S3HI V1 6SI13HS b3HLO ONT NVID ANVoNn9v" 1 '41 vall' H v1 3H0 '41 1;HS"a :11091 V ON 13A "9 (33113 i"S SVH CIP 3HA N 9 ONV5 HS113HS9 Jo1 S"31dS1 O3tI3IIV3S0 a SVH MY "I MldVtI ISSIINsnotAb3d31 N to a3NlVtIQ a1130"S. 130VNllbo' -4 0 " oanowns, t-s3udx3. I , pvidns 'IN1111~QN'S .1 31I 1SIW It 'I.3N31 :) :)Ads 3IN39OdOdHLNV 311y"I 11131,139 IlNn 3IHdVU9lIVdIS 3'1001W tssv,1,3I Ilas -IVGO" 9N1iV1naNnXA1iN39 tsnivis 'soc .( ;IS" ; N01IIA313 3-1djOI 3dAi 1 :)3o?Jd a a % (VZ6tI1OS093d 3zinon3 99 CO rzi (-,30AI$INNo aSIS)N V I ?1I zo 6v 3 A ii i 1% A31AIIIIS 0311VII0S igsodund S9Nl1dWVS0 V -8-V-d 9 -WN-013)i SNCS IdOA3 mns 9 RAgAan -4 31 0 ...... S3183S 13dAL jzNn 3Nn1d3N 0 UNIT TYPES SERIES NICHOLSON ------ DATE I F G SU01~11U St . SUS, SURVEYOR' .-L KELOWNA . SAMOS. N P PRO OtTAILEU70 Vey LOCATION CLASSIFICATION SLOPE LATITUDEIN! :, 149 0626 320 LQVCITUDNI(SEC)a 22 205 PUDZOLIC GRAY LUVISOL(1978) IS TYPES Co6M'0PLEX pELEVA1100N 4.11 Ito STATUS$ MODAL SOIL CLASS$ GENTLY POLLING SDEC ;,CLI.SY!CA 19 SILIVE SPEC I CLAATIC 19 CLRYEY GEN EX T R :S .S V OLIANE a GENE ;" CIN SURFACEE C p EN E DESC tpTOMC T ItI MAGLA 3L DRAINAGESUNO SODEPATELY. WELL DRAINED RVFrlU 0S LO pPE to SNESSI LOW TEQLO~ATION 800 METERS WEST OF CORNER OF BRADNER AND DOWNES ADS. . .ITSS, ul CULOUR I TEXTURE STRUCTURE I STRUCTURE 2 HORIZON TO"EPIC"NEVT.IC "oR80 u4zozDA v GRANULAR A P 0- 10 CLEAR SILT LOAM WEAK, r 5; .QYP3A 4 0 ",Is , o 11 I SUSANGULARIN SLOCKY MATRIX DRY a Fl to- 20 GRADUAL SILT LOAM WEAKF E S, Ix Is SIN "? .SYRS .0/6 .0 USANGULAR OLOCKY ATRIX DRY a F2 20 . 30 CLEAR OYR /6 0 SILT LOAM ;E .AKE .A5 ;.11111Y .544.00 I S i.0 M 7 SUBANGULARI SLOCKY ATRIX5 Day/ 11 A E 30- 42 CLEAR I0.AT,,.OYR5..0 .'4i0 LSILTY CLAY STRONG Am 10I .OYIX.. .513015.0 FSUOANGULAINE To MEDIUMR 8LOCKY ATR X DAY 11 AS 42- 52 GRADUAL MATRIXIoo 114 SOILTY CLAY ST1M 02OUNGM Ols L AM TO COARSE ANGULARE I OLOCKY STRONGA 11 a it 52- 77 DIFFUSE SILTYLO CLAY MODC ERATEISSE MATRIX MOIST AM PDA CorpsEUL RISMATIC AN AST BLOC KY DIFFUSE SILTY CLAY CMODERAS STRONGA is a T2 77-100 co RSE ' Od yl ,V4 ,111 0 p OA ETE r U RISMATICIS AN LAP SLO CKY ac i0c .i2O DIFFUSE OYR4*5,12. . S T5 SILTYL CLAY .Ato ; Rl 01 OA ANGULAR SLOCKY C 120-150 OYA4 .5/2 .5 SILTY0 CLAY STRONGA '0MA ; RIX MOIST L AM CoANGULARp SCUDOPSE BLOCKY ...... N COUCRET IONE ST AN?I I IICKNESSH m, CONSISTE-4CE ADOTS I MOTTLES I CLAY FILMS I HORIZON TVDE 7 Ic SYRADSJG Do LE 0 SC P COPI COMMONNe A p 0- 10 FRIABLEF ABUNDANT SO T FtPHEST S ICAL FRIABLE ABUNDANT CON mONe 15 rl 30- 20 F SOFT SPHERICALI a F2 2o- 30 FRIABLE ABUNDANT SOFT 11 A E 30. 42 ABUNDANT~ CUNMMONE ""HARD "FAINT 11 AS 42- 52 VEE :Y F 11A .10D PLENTIFUL v Y H CO ON 11 a T1 52- 77 VE Y F PLENTIFUL VE~v H ;ib .~VD*RED'~IC ,~ UNSPECIFhC FIED 77-100 VERY FIRM FE- COMMON 11 B T2 OT ve Y HA "RED FACES- UNSVECIFIE0N ac 300-120 FF VE"YEXTREMELYFIRM A .0 IIN UONT" RED FACES- NSPECIFIED c 120-tSO PH I PH 2 SAMPLE METHOD VALUE SAMPLE7 METHOD VALUE ORGANICA 6 M X NITROGENX HURIZON-DEPTHICM .) STATE S ATE C P 0 A P I 5:4 a 23 It F2 t o: .10 2 1 5S. 7 2 ::6 4 :2,0 13IF N0. 300 2 7 2 .26 .111. A F 30 . 42 2 1 r. . S. 2 -.29 .52 03 111 AB 71 42S : 527 2 5.1 2 111 . 8 7 2 7 2 b.2 2 45:49 : 1, 7 .02 to 7_120 2 6.5 2 6.2 .02I ac 8 0 6.7 2 6:3 C 120-150 2 1 6.7 2 4 6 4 EXCHANGEABLE CATIONS SUFF .(ME/IOOG) C . E . C . EXTRACIABLE FEM CA MG NA K DETERMINED METHOD RESULT METHOD RESULT HURiznN-DEPTH(CM .1 lk P , a 93 1 72 05 :3A 23 9 8 F 1 0.: 21 0 1 :. 55 :. 52 .3: 191 :.4 3 0 3 B,, F2 F- 20 : 30 3. 72 .0504 3. 1 11 :21 3 0 .:2 11 A 30 _ 542 3. 391 .10 2 26.9 1 .0 3 AS ..9300 5.30. .20 221 .S 1 .8 3 0 .0I 11 8 TI 4252-_10772 10: 28 19: 359 :27 .232 20 .0. .7 a 0 .0 SC 8 T2 1077 .12 g 73 0 2 26 .23 20 .3 1 .8 I c 120-1500 1 0 .0 ...... EXTRAC TABLE ALI%l METHOD RESULT METHOD RESULT P2 CU M. MN MORIZON-DEPTH(CM .1 PiP... PP Ppm6 . PP INpp .. POM . A P 9 16 9 181 :9 13 4 a F X0 1020 9 : .1 21 .56 1 3g .6 63 .... 11 F2 200 : 3 02 I1 I1 :75 a 0. :45 I . a. a . 3 24 . " E 1 .0 3 0 : 2 0 .7 1 .5 37 . 5. 66 : 7 11 :14 3 2- 4S2 1 .9 3 3 : 7 1S . , 9 .1 37 .3 642 . 7 31 : 51 452- 17 3 0 .01 3 . 3 102 . : 72 .3.8 39 .6 7 6 : 7 11 BIt T,T2 1 77 : 1001 1 : 6 0 0 131 .7 1 40 .1 2 . 7 2 .61 SCc 3 37 .7 761 .30 2 120-15000 20 :3 3 .0 38 .6 6b6571 :.613 2 .6 PARTICLE SIZE4111 TOTALC, 625 2 2UDCLtY .2 CL AY HORIZON-DEPTH(CM .) SAN 7LTU T TA TOTALU A P , 0 F2 1 0 : 2to bg 811 FA E A30 . .942 IS9 55 2: 109 42 : 52, "11 'a8 T. 32 :2 11 . 1,! "-1 .' 1 77 -129 C 120-15000 5 32 2 VOE E*?9 6L*Z #9*? LZT-ZOT all Z*9z 0,08 S'Z8 0*001 OCZ 99*Z Z01-9# 1911 Col 0*01 S*#L 0,001 9L*? 09*Z 90 -9E evil 9'L VOL C08 0,001 O'LE 9L*Z VS*Z 9t -OZ 33ja 1*11 Z*LL E*6L 0*001 99*Z LV*Z 02 -0 dV ww Sic JU0 k1a (,a U0 8AO 4v Xew UaA0 41daa M SO'O> VLO'O> ww D ww- S> W :) S'Z> WD I*S> U0 I 'S< I UOZPOH 3 :)/Wb WW- ZOO'O>- - % 07~S aLDII-19d 1 % 41-0 -BIMU1 .14SI AUSU00 atDII-Atdj.00W 0 :9 .O :.611.a1 IrC:."cc It 60I:.6 .I 6 , a z"Mao,1 -9C9. a 1 11I I 2 C.cc all : 9.0 3 aV tt VIC* O-ct st, 0. a 919,, -Oa 1321 9 2-20 VtV S11 :I1 G., VIV elet **** C610 . E, 0? -0 d IF aLl"11.01 '1 LIM11'Id 3anisio"0 1 *uve 'aC;G1 AiSSN30)I 33LVLS.1 S (-M31MLd3O-NOZ1t1OM 1 1 IS 13 Ina VIVA OOH13" dWV sitwil gon913311V snivis 3unisio" .= ...... VIVO IV31WBH2 I IV31SANd IY11.. .119. 1!J401111111-IS90, , 1 3 U33NIA I'S3!dX3 pvAmns3 3N A IdAVI,3V 31 31fS " 1 I . 3 N11103." S ., 'II 1S11 .. 11 ..39 3 V 1 33ds" ' it I as tiNn :)imavaolivdis 31001" LiNn :)1NdV0911VbIS tJ3ddn HUDIONV1 2 1V1b3LV" IN3bVd Itos Iyao" Isnivis Cit0 NO11VA31131 3 a G 11121V"" N t@161110STAni AVd9 311OZOOd goI *aCO eat , :7432hillit0 51 .01I,,11 C 61, on NOIIVIOI 3an lym JdOA3Atjns ?L SA3Aans ao 3iwa ...... ;;:! :I;; NOS-10HOIN UNIT TYPES SERIES NICOMEKL- ...... DATEA .OF 6 SURVEYSP SE : DNS KELUWNAs B .C,M .A . & R .A .B . S MP I IN PUP 0 DETAILED60 SURVEYSURVEYORS LATIIUOEINIIG et ., . LONP ElIT 1,1249 405. .5046 ORT~ICU HU41C GLeYSOLI ::101 IS 5amo US N (SECII 5 TYPES PLC, ELEVATION"' SIO (MIS 2 STAT S MODAL S CLASS$ GEN1 Ly SLOPING SPECG .T, CLASTICH It SILTYL SIN .AlTa~IS. ., IEUVIAL URFACE' C P L VEL ORZANAGEtI POORLY11 DRAINED QUp py FF SLO E IOUSNESSI MODERATE SITE1 11,LOCATIONU IS V .60 METERS WLST OF JOHNSON1)RD 0'110. HET6T :S .NO:T OF .:CRPN :NTIllE Fa G SHASP E 11THEOR V VERTICAL . CRACKLL IDE AN 2 0 3 C A APTH W D Y . GANIC STAINING ON A S SIN 2CMC G W. .URIZO . THICKN6SSp M, HORIZONY COLOUR I TEXTURE STRUCTURE I STRUCTURE 2 DE T .(C BOVN OAR A P 0- 17 ABRUPT LOAM WEAK. OIU . GQANULAR 10.A ; OII RX 2 ; 0u l'' 's ; O S E lO .OYR4 .O/1 .O USANGULAR BLOCKY MATRIX DRY AB IT- 22 A03RUPT CLAY LOAM MOOERA 10A;oyR2Z2ST.0 ANINE TE MED M10 ."I'l1 5 . 0111 .0 GULARTo BLOCKYSUM MATRIX0 A DRY5 a 6 22- 60 GRADUAL SILTY CLAY MASSIVE MODERATEC SISE MAY40 -0"1 .'% 01ONOS LOAM 10 .RYRb .O/1 .O PRISMATICOA MATRIX0 DRY 60- SILT LOAM !2;9yn4 48,!;5 MASSIVE 10 .0 IX.5 .0 1 MATRIX DRYll'O jCKNESS CONSISTENCE ROUTS I MOTTLES I HUPIZON DETH 7 (CM) A P 0- 17 101 :8Ll y PLENTIFUL SL HYL HARD A" 1?. 22 FRIABLE4 0 PLENTIFUL H IS 0 22- 60 FEW FAINT FIRMVERY A.. c 6 60. FRIABLE DISTINCT PH I EXCHANGEABLE CATIONS BUFF .(ME .' IOOGI C . E . C . SAMPLEA METHOD VALUE ORGANICA N 2, NI CA MG NA K DETERMIN ED HORI ZON-DEPYN(C . .) ST IE C Rgo A.8 0 1 .5 ::30 77 5 06 523 :62 1762 2 29 :2'36 1 . 9 :2.1230 02 12 8C G 22- .95 .1 12.7 1 :5072 G bo. 0 2 1 4 .3 3 .81 9 11 2 .239 .099 .01. 2 52 : 93 ...... -4oRiznN-DEPTHICMSo: .) P.M . A 13P 249 :8 0 : 17 1 17 22 1 Aa G 22- 60 531 .7 C G 60 . 25 .1 11 5.0:5 TROGEN.07IS ...... NIVEN UNIT TYPES SERIES DATE (,SUAVE GGA KELOWMA* B .C .M .A . 6 R .A .S . SAMPLINOF PURPOSESY I DETAILED SURVEYSURVEYORS ~2Et!!22 ~~t!!!:H!:!22 LAT!TUDEjN!jS LPNEC,STUD N4 (SEC)$ 3 :29 ?57 N30 0160UHUMIC GLEY :OLI,,l TYPES COMPLE0 .5 pELEVATIONSIO (M)l 5 TAT St VA IS "7S: :L CLASSS NEARLY X LEVEL llllN ;,ILA. .IT!lA It SLILTY GENETIC MAY .$ ORGANIC E UVIALf SURFACE.6 C EXPREST I .1 FVENE 0 Al AGES POORLYW DRAINED ORRUN OFFSN SLO SLTEC,LOC:TIONIOUIO? MEYERSGNOATNWESTT I I, THE -TOWNSMIPNO LINE RDI N IONI . At I HE C ON INSofSEVERALH*YTWIN11 SA S F 0 GAN C jMAYER AL YMICKNrssc HORIZON COLOUR I TEXTURE STRUCTURE I CONSISTENCE ROOTS I HORIZON DEPTH( M) BOUNDARY A P 0. 15 ABRUPT SILTY CLAY ISM EAKSUM FRIABLE PLENTIFUL MATRIX'o-0y"34 0"'*o. ISI ED O.OYR4.5 SUBANGULAR SLOCKY MATRIX1 DAY"1*0 c 61 Is- 40 CLEAR SILT STRATIFIED FIRM FEW c G2 40. 50 ABRUPT SILT LOAM MASSIve FIRM 0 m so- ORGANIC ...... TMICK4ES. M,. MOTTLES I .0.111N DEPT ic A P a- 15 c G1 Is- 40 C 62 40 . 50 COMMON'a Coam P. INENTS6 .10.;.Oyl,x,5.00,1,sl;5 0 14 50- UNIT TYPES SERIES NIVEN ...... DAY 6 SUP SURVEYORS HAL KELOWNA . B .C .M .A . & P .A .B . SAMPLINGE TF SURVE"PURPOSES DETAILED5 VEY LtTjTUOEtN!j, LONCITUONI(SEC)l 1 49.2 11.1 41,10: WEGU GLEISOL1191:.) 10I TYPES SI ;RLE PELfVATF S ON t-19 a STATUS : 00 SOIL CLASS2 DEPRESSIONAL TO LEVEL SPEC6 ;,CLASTIC It SLILTY QENETIC MAT .8 ORGANIC 1 . NE ALA S PFAC EC ME .0T4EI 5 .1 'V E UVINE E DRAINAGESU D VERYDo PDORLY DRAINED NVFF V: NPEP 10 SNESSI SLMODERATE SITE LOC :TION HE StLMON,RIVE :,SOUTH OFNFT L4NILEY~,, G2 CON D5 OF M L . A:L I ATA . AURrAI AND MINERAL MC A TE 0 I 1 T! OF . HAS ER"L ERE 7"OF ST-ATIFIE'F'EOA E "'S D N C AN . MINERAL MATERIAL,A INMA E AM3 HASIS 0STALTERNAT0 S Y RATIFIED L Y R OF 14GPEAT AND SICL . THE MINE L TEM14L ONGLY GLEYEDT . PROFILE_DESCRIPTION ------ THICKNESSP . . HORIZONUN V COLOUR I COLOUR 2 TEXTURE STRUCTURE I .U .IZ .N DE T ic 1 80 DAN A p 0- 13 CLEAR LOSILTY CLAY CMODERATES .54N,5110 AM A IY5I .0/2NOC, .0 SU0"'.ANGULAOr: BLOCKY MATRIX2 my C GI 13- 20 CLEAR 5 oys .o/ SILTY CLAY MODERATEC S MA ;RIX M0I1 ; T0 LOAM SUBANGULAROAR E BLOCKY PSEUDO C G2 20- 30 CLEAR ,5 LSILTY CLAY STRATIFIED A,PIX*015*061NO,io, OAM 0 H 30- 42 GRADUAL 10A;OY92,4 X .0/2;0 ORGANIC STRATIFIED A. 1 als 5A;015*06110.ix MOIST 0 ml 42- 52 GRADUAL I OYA2 5/2 0 ORGANIC STRATIFIED .ATO*AIX AOIS,7 0 M2 52- 67 GRADUAL ORGANIC MASSIVE lo.A ; of'. I X'-' A0o'3is T o 0 M3 67. ORGANIC STRATIFIED ...... THICKNESS. , CONSISTENCE ROOTS I MOTTLES I HORIZON DE I (CM A 9 a- 13 VERY FIA14 ABUNDANT COMMONNE F 1S INC T ol7 TA O ,44 .0 C GI 13- 20 VERY FIRM ABUNDANT COMMONNe FI OMIN EN T pa7.SY O4 O/6 .0 C 62 20- 30 VERY FIRM ABUNDANT COMMONFINE PQ. OMIN.15 !NT 7 5 0/6 .0 0 H 30- 42 FIRM PLENTIFUL 0 ml 42- 52 FIRM VERY FEW 0 -2 52- 67 FIRM 0 M3 67- FIRM PHYSICAL & CHEMICAL DATA PH I EXCHANGEABLE CATIONS BUFF .44E/100G) C . E . C . SAMPLE METHOD VALUE ORGANICA N 11 NITROGENA CA MG NA K DETERMINED HORIZON-DEPTH(Cm .) STATE C PBO AC PGI 10: 213 2 5:22 7 2 63 26 :,l1 1 5:9,A :4533 45:16.31813 : 1, : 160 2 C G2 23- 300 2 5.5 1. :2 :8415 31 .5507 . 120 . 06 a7 . 7 0 H 30- 42 2 1 5.2 a18 :504 8.56 :017 5IS 59 . 3 0 M1 42-0 52 9 3 1 .79 IS1 .02 5 .,004 0.o 640 5 0 -2M 652 : 67 .3 0 33 1 :53 130 :7 .4 3 .19 .1 6 ? , :7 0 3 7 4: 39 45 0 5 .08 .1135 q4 7 5 ------ P2 HORIZON-DEPTH(CM .) Ppp1 . . PPM. A P, 03: 13 2 ._ 20D "1 . :o 435 :00 C GG2 76 .5. 0 231 .0 3 HI 30- 342 13 :0 42- 52 5 6 . 0 0 NM2 52- 6? 5 46 . 0 0 M3 67- 05 0 ovz 9. :06S 0 7,311, 1, Sw _S : To O :Tz S :9 S9 -t- go 3 o to -TV to 13 . . 11 00-111 0 aV 0 .10IT O-IL ITof -a,-0 a ' .dda -wj : (-W3)MId3Q-NOZtdnH d ...... a 9. 96 9 3 it Sw -99 To 16C a S9I -A* go 32 SI : ge : 1 vVT :cc to9 0 ?c 91 : 09 .11 9. Gel a to0 : 9S : ' 6.91 It a c Ot- 9c . a It I .9Ol d aI Ite . Ot* 0a 1 096 .; La* 10 L, IS I I 11 ,NOWIC)9 I'W'3)MId3Q-NOZ1aOM 'A IN 9" V3 N39n XUAIN tNT 00 3nivA aOH13W 31dVS31V S . .A .3 19OOt .'3H)' .1JA8 SNOIAV3 3l@V39NVM7X396c0:s9 O'C/O'CUAO*Ot1 ANT .4 3211,AN 0'. 318VIO4 AUSA -96 9 2 ?1 O'WO ;NVUAOad% "' wntQ3w'"0 w INV wul .4 96 -99 to 2 0-9/0 9*4 ,nipa. O'%11'O'CdAS'? ANVW 03id 31SVIUA so -69 To 3 O*91O;SUAS'I~l S, wn 163" O*VtO'*UAS'L ANVW 03A alowliad 69 -1* 90 2 0*9'0I;SO1At,S; I N 103M0 0-910'VUAS'A MnAN1 . IN 34 MUIA to -cc to 3 0 . VIS,;*UAOI ;s N Is a "n.0 .10a,31, Ir :illN3'd "WIA cc -91 IN V.1 3NIJ3, INVONnQV mail of .0 d I i2 N)"IM NOZIHOH saillow I 531LION I Stood "N34SISN" a W2 ...... ISTO!'Xittly" NlVbD 319NIS 3AISSVO QNVS 9NI .4 011/1. a 0 0 -96 0 7 It LSIOW04x1bW", 3AISSVW "Vol Ills O*a/ A idnuev 96 .69 99 wyal ISION041KINAWN.a 3AISSVP AONYS aNt.4 O-al 9 UV313 go -99 To 7 IslowO.SASwidivoa 3AISST" wwal Ills Olat Idnuev S9 -to go 2 ONVOI I!IO0m .axA1d1Vw 3AISSVW AV111 Allis 0 ell 9 a UV313 It -cc is 2 Aw3oie towinoNvens1 , ,,*n 3OOv463 plal Id AV" Al is OINTOPSUA0X IPITOt OV31D CC -91 0 9 twinNT09034 AW3018 dVIAONVens0 0' Abo1O'9ASaX1"1V "n,.v3. ni30 ptN ISTOW w1bly: 3AV u 0 S-Z/O-VUAO-Ot dntiev f -0 V AdVQNnOQ0 S(K2)Mid3CN 14 NOMIGH a 3dniontias 1 3uni2nais 3unix3i I unoiw) N 7 1 BOM sa A13 1 AW12All[$"Vol NOTiold3S30 3-11-40tid uvtnaaws issiNsnOlAd3d'4 N " 9ta NaI n 03NIVdO AldoodMol 21 1 I UO JV13A31 I'Sll~dX'3 33TANtins lAnia 31I ISol3lf35,39 Allis 1 3 13 0S iiNn 7IHdVt%9IIVdkS u3dan 110s 1VOO" iSnLVIS ."11111.S, NOIIVA3131 1 13A31 X Alt1V3NN ISSWIDt 1.0 . .) N 310 03 3dAl 19W)IOSA319 !)Imldo ze2 To ?at 12nizoN0 ' '3"d.1V L at 60 em3dnill I N0IIV3Ol .S .V .U q VNVO13X _JIM I A3Atjn3 31NVSIVNNO')3'j s3SodmndA SONZIdOWS k1QA AdnSs IA1 On 40 3AV 0 ...... SlIU3S SUAL iiNn 3E)Vd UNIT TYPES SERIES PAGE ------ DATE 6SURVE HAL KELOWNA9 R .C .M .A . G P .A .R . SAMPLINOF PURPOSESY$ DETAILED67 SUPVcYSURVEYORS LATITUOFIN110 r Ela' . 1 :9 09 i5 LRNC 2 08 03 0-1-ICU 1 GLEYS .L(0 MON I SECI . I TYPES S2MPLE*0 ELEVATIONE SIO IM)l 75 S AT S M :"`76AL :011 . CLASSt GENTLY SLOPING 14:!~: OAI!t!A~ SPEC T,. CLASTICW 18 SILTYFL GENE aC C r AT UVIALL SURF E XP4FSI .S LEVE DRAINAGESUNO P0014LY DRAINED SLO ill RPERVIOUSNESS$7r'I MODERATE SITEN LOCATIONST . 150 METERS SOUTH OF THE NICUMEN ISLAND TRUNK-WARING QOS ., TMI TE CIt SEC IONC E 62 ONTAINS THIN BANDS OF SAND . ...... : :* : : : :* : : :C*: : : ;! .N ...... ------ THICKNESSI. . HOQIZONYUN COLOUR I TEXTURE STRUCTURE I STRUCTURE 2 .UQIZ.N OE Ic ) BO BAR A 0 0- 15 ABRUPT b OVA .0,11n o SILT LOAM MODERATEUM MATRIX1 MO I MEDIS USANGULAR BLOCKY Is- 57 DIFFUSE .0/ SILT LOAM MODERATEU, 1 11 1 l o SED UBANGULARI BLOCKY c GI 57-102 ABRUPT SILT LOAM MASSIVE MODERATEM U .AW15IX 106100 EDI M SUBANGULAR BLOCKY C Ga 102-117 ABRUPT 14OY5 .0/ SILT LOAM STRATIFIED A IX MO 1 0T 11 C G 117- SAND SINGLE GRAIN ';aI ; ;N _THTERRES1- -- CORSTITEW------935TS'l------MOTT[jS 1 ------DEPTM(C .) A P 0- 15 FIRM ABUNDANT MCOMMONDI E D STUMNCT 10!OYRIS .0/8 .0 Is- 57 FIRM ABUNDANT MANYE 4.MOI PMR. 0MIN!NDIUMYIS T iI 7 5 0 fi .O C GI 57-102 FIRM ABUNDANT MANY'I on HE 5 .OY44"'WENT.0/6 .0 C G2 102-117 FRIABLE FEW COMMONNr F I DI 7 .5SYTRIN4COT,14 .0 11 C G 117- LOUSE FEW FINEA F INT ...... *.***...... *..**. ....A... *..*...... **...... * .*...... *. 0 PH 2 SAMPLET METHOD VALUE EPTH(CO.) SAST MPLEA METHOD VALUE ORGANICAPISON " NITROGEN1, HOPIZON-D S ATE TE C Aa P 5:6 2 4 2:435 :220. IS0: 515 21 11 6.30 C GG1 57-107 2 5:1, 2 C 2 2 6 2 S.. . 0. 102-117_ 2 2 1 6 4 2 11 GC G 117 4 5.1 2 1 6:4 a 4 5.5 ------EXCHANGEABLE CATIONS BUFF .(-E/IDOG ; C . E . C . PARTICLE SIZE(S) CA MG NA 9 40RIZO-4-OEOTH(C . .) DETERMINED PIM . Pam . TOTAL 62-2 U Pp pp PmS . SA4D SILT 1 0: 515 191 :6 G 1 5_10 7 1 :5 749 ::5284 A :100 :200 4 . 7 2 11,1 :0 92:26 1 7 G to 7 .11 2 3 :6 50 1 .8 4 .007 a CiG 11 2 . 1 . 5 75 .151 7 .74 2 1 7 .0 2.55 i 2.390 9 3 z------1--1 ------2 05 2. 4-2 2 38 9!3 .-2- PARTICLE SIZE(%) _2*5 2U DCLAY HORIZON-DEPTH(CM .) 7 TAIL A PG 1 0: 15 25 20 BC4G:2. 1057-1025_I, 7 1. C 1 Clay Illnoreloigy 8.0 H rizon 3 C- Clay (0.002 - 0.0002 -) (D.pt~-) Flno Clay (0.0002 ~) 165% -t. 40-65% at. 1 L~~~2% I Tlac. 1 -,% _;~~ 40-611 *at. f-2- . -t. <20% test. Traco 1 1 I Bg cao M .11 ~ It. p aglocl-, -t-11 IwIte "MIcu I I t% 1-11 It . (1"7) -t onite, .N .rit ., chl"Ito, 'Ic" _Ic.lit. 10-tra Ifl .d ).lit,. .1c IT-TYPEI SERIES PAGE ------UN------SURVEYORS 6GQ . . .A . & R .A .B . OATA OF 6 SURVEYSSki KELOWNA . 8 . S OPLINE PU PRO OLTAILED63 SURVEY h= LATITUOF170 .11 . 1429 062 25 LMECITUDN 2 0 0505 OQTHIC bLEYSOL TYPESIS SIMPLEP CLAS DE RESStONAL To LEVEL 2CLEV .TlSIONON l!")l-r 4 STATVSI M 11978,AL SOIL SPEC ;,CL .ASTIrA . It SLILTY ,E UVIALEL SURFACENE C EXPRES7 I .S FLEV DRAINAGESUNOF F POO :LY DRAINED APERVIOUSNESS1I SLOMODERATE ICKNE!$M NORU4ZO :Y COLOUR I COLOUP 2 TEXTURE STRUCTURE I HORIZON THDE T Ic 1 90 DA A P 0- 15 ABRUPT to OYR3 512 0 OYR4R ;O .' 2S;0 SILTY0 CLAY WEAKF N, I I MOI I I.0A; IX 0 1 L AM O.OYA6.0 1 .5 suI MATRIX DRY a 6 IS- 37 GRADUAL 10 .OYR5X .0/2.0 T.0 SILTYLo CLAY HOORSC CATE 1MA .0"I RI ., ..,IS AM SOA I'D UBANGULAR BLOCKY MATRIX0 DRY Bc 37 . 67 DIFFUSE Mto OYR4X ;5/1,,Or LSOILTY CLAY 002RATI IAIRI. AM SM.EDUB .NGUUM 1 .7 .0151 ELA . L.C .1 MATRIX0 oy DRY0 '* 0 c 61 67 . as DIFFUSE lo*OYR5AT. . ;511S;0 SILTY CLAY MASSIVE M I R 1 L Am 7.5 ?.0110 .0 MATRIXy 0.10 C 62 85- 45,OYSTit .011,0. Sy SOILTY CLAY MASSIVE L AM A7 .5YR7"' .0/00' .0 MATRIX Da Y ...... THICKNESSH CM, STRUCTURE 2 CONSISTENCE ROOTS I MOTTLES I MOTTLES 2 HORIZON DEPT I A P 0- 15 WEAK.to FIRM ABUNDANT ...... FEWI HE ... . I GRANULARUM FAINTI a 6 IS- 37 VERY FIRM FEW MANYMe IIIDIUM to .SIINCTSS . Oy 5 016.0 Sic 37- 67 VERY FIRM FEW COMMON, M IO .OYpS .ol6 .O E D T Io IS.lYp4INN0/4.0 c G1 67- as FIRM COMMONol M MEDIST U ...... IO .OY-IN~l0/6 .0 c 62 85 . VERY FIRM COMMO $O .OYR5.016 .0 MEDIUM ISTI. R5 Cy.0/4 .0 10 oy PHYSICAL & CHEMICAL DATA PH I EXCHANGEA BLE CATIONS OUFF .tOU 10061 C . E . C . $A LE METHOD VACUE ORGANIC NITROGEN CA MG NA 11 DETERMINED HOQtZON-DEPTH(CM .) TATE c 080 % A 0 2 5 8 5 51 3a 1? 60 2050 420 o2o !2v! :- 0 20Si 20 2 5: 296:9 ac 37- 2 5 7 .00. 12 .80 1 .9050 3 2. C 612 67 : 85 2 1 :.452 050 10,.:300 30 2 C 6 45 2 1 66 .0 1 5 to 0 3 40 .202 392 6 P2 HORIZON-DEPTHiCM .) P,DR .. PP. . A P so6 6 96 acG 110: IS3 ' . 6 :00 a 37 . 6 7 219 c GI 61- 8 ' 7 .2a 311 :0. c Ga as- 5 9 .4 43 .0 UNIT TYPES SERIES PAGE------ OAS OF r,SVRVE 66 SURVEYORSV MAL KELOWNA . A .C .- .A . I, P .A .B . SAMPLINE PURPOSESYS DETAILED09 SURVE hM LATITUDE(N)lG E W), LONP ClITUD N ( 12149 5614 So5 OPTHIC GLEVSDL419781 (SEC)l .51 YPES C 1*0.-PLE ELEVATIONRE S'O (M)l 9 STATUS : MODAL SOIL ICLASSI GENTLY M UNDULATING SPEC ;,CL .AASTIC 13 SLILTY GENE E .TiFI.S . . 1EVVLIALE SURFACEC 0 L V DRAINAGESU OFF POORLYW DRAINED PPE NV SLOM P JOUSNESSII DDEPATE .0.1~ .N I".I CKNE.1 SSI . .R I I .N Y COLUUR I TEXTURE STRUCTURE I STRUCTURE 2 DE T CM BOUN DAR * H 0- 4 ABRUPT CLAY WEAKN MA ;0 1 X .UIFT SILLOATV GRANULARI I E * G 4- 22 GRADUAL Ma SYS .0112 0 SILTY0 CLAY MODERATEM ATRIXI MUIP L AM SEDTA us UMNGULAR BLOCKY C Gi 29- 40 GRADUAL .54YX .Mo/200 SILTY CLAY MASSIVE MODEURATEM A AS US L AM 5E PUBANGULARDI 4 BLOCKY SEUDO C G2 40 . 87 GRADUAL M bOy : .S/20 SILTY CLAY MASSIVE PI Mul L AM C G3 67-102 GRADUAL .0/2 SILT LOAM SWE .AI ; , IN, MORTO T AK.ATIIIrO C G4 102- '0. 5 ;,OY0', ":'2* -Of*5012. ; 10 VEPYN YF INEL AM A 1 01 SA 0 0 WEAKSTRATIFIED I11jC4NESj CONSISTENCE ROOTS I MOTTLES I MOTTLES 2 .. . IZ .N DE TH(CM A M 0- 4 1111IABLE Y IC ABUNDANT SL GHTL PL .SI a G A . 22 ABUYDANT COMMONDI """PLASTIC ME OMYMNENT PP5COMMON.OYRS*018,0I C GI 22 . 40 FIL PLENTIFUL p RMA .TIC OEO'UMP INENT PS .OYQ50 .0/6 .0 C G2 AD- 87 ISL FEW MANY U. ? .SYPS.0106.0 P RMASTIC ME PQ 01MINENT S.OYR40 .0/6 .0 C G3 a7-102 FRIABLE VERY FEW MANYE 11PP DI. U"I .ENT 5.OYR40 .0/5 .0 C 64 102- FRIABLE MANY PP OIUMMINENT S .OYR40 .0 .05 .0 EXCHANG EABLE CATIO NS SUFF .IME/ IOOG) C . E . C . MET HOD ORGANICa . NI CA mG NA K DETERMINED CAR ON A H 0 4 2 10 3 95 : 62 431 : 9 2 1 : 50, :1 .1 1 :98" 12 . 65 113 6 3 IC G,2 22- A 2 5S . .1 . a.6 .050 8 .27 2 . 30 .1 1 5 . 2 C G 3 1 :2 .23 7 .55 3 .13.0 1 1 2 . 9 67-10 2 6 5 .82 ' . -0. HORIZON-OG 102- 2 2 1 6 :5.1 TROGENX 1 .334 .13 .089 0 .10 ...... 2 ...... 5...... 03...... P2P HORIZON-DEPTNtCM .) Ppp- . . PM . Aa H 12 :0 1 454 :00 61 5.33 0.: 2442 0 C r 1 22- A .5 462 :5 .... C 6Ga 60- 87- .1 .5 C 63A 187 :102 3.5 12 2 . 0 .CB.G4G....EPTNICMAD-02 :2a27.)P~-jSAMPLESTATE. .0. 1 Im0 . .0...VALUE .12:1115 IT .TYPES..SERIES PAGE ...... U4...... DATE OF SUAVEY8 72 SURVEYORS MAL UBC Lt4ITUOEkN41jS L.EGITUO.1 1249 090 3413 COSMIC GLEYSOL(1978) (SEC)l 2 8 05 ELEVATIONP C 510 (HIS 5 STATUSS MODAL SOIL SPECF- ;,CLAAST!C It SLILTY 0UHE..CC 11e.TRESI . . F; KUVIAL S E P L VEL PH I MOISTURE STATUS ATTEROURG LIMITS SAMPLE METHOD VALJE OEallLKIT, 61/3 . SA15 . %0FIELS PLASTICMI LIOU101, T HORIZON-DEPTH(CM .) STATE NS ASS A M 1 SURE0 LI 7 L 1 A Pr .0: 25A 22 4 9 :2 :; 12": 5 2SI :3 3 5Q(. :6 65.. 6 11 1 :2'0. 31'0 .3 :3.: B11 C a 5 1 1 .35 1 a 1 C G .9 .289 2 1 5.3 1 .21 411.6.1 12 .9 35 .6 2 Particle Density gm/cc 5.3Shrinkage L imit % a.. Particle Size % Horizon I Depth Air Oven Max . Air Oven MoistureOptimum >5 .1 cm <5 .1 On <2 .5 cm (5 mm (I mm <0 .074 <0 .05 = (0 .002 mm an Dry Dry Dry Dry % mm Dry I Ap 0- Z5 2 .61 2 .72 36 .7 38.3 100 .0 100.0 100 .0 29 .0 Bg 25- 64 2 .65 2 .76 32 .5 34.1 100 .0 99 .0 31 .0 11C9 64- 89 2 .71 2 .76 2.1 100.0 7 .0 4 .0 1 .0 Cg . 89-102 2 .63 2 .78 30 .6 32 .6 100 .0 98.0 93 .0 26 .0 2 Ge20 :rooz r3rf),,3 a 1 2 Z 13 o: s :I : : . 10.12119! 00 I c1 ZVI-Ir r,,' I011. L a z L6 L6 r9-AH St . a ? L9 -09t ? .A a 9t . S :V 2 I! OV -0 1-1 a 9 c e 1 ? 01 -0' 3m V "9:1 101:95 1 .c 2 z 2 0 1 0ZI-I 09 v-CG 6.v e 4,:g z a C 11 'INO9611V'a 331VLS S.s :131VISW (--'J)HId3O-NOZIbOH N390till . N 0 3nlVA GOH13H id vs 3n1VA 0OH13H lo VS Z d :* .~!------0c:1.1 WAVO IVIIW3H .1 9 lVDISAHd NUIZI S??-o0? r3ro 3 AN3019 aviqNvens 3S D "HIA ilvdiloon" OOZ-991 L AA3ole avinONvnns13 Wtil .4 31VU30ow35 10, sqg-?Ct 1 38 319VIbAl art-L6 r9m a P34 alsvitij Lb -49 r9-4H 9 03.4 aleviti 19 -Ov ZA 6 inAlIN31d 319VICIA 01, -09 IA 0 ANVGNA9V 319VIbzj 01 -0 3H I INVONnew 318vim :i 0 -91 H 91 -il -41 jW34HAd3OS NOZIdOH I siood 3)N3 IS I SNOD ? 3anjimuis 3 )1,31HI. ...... A113AVOOA V 1 1! ;Ow . x l m!vw BASSSVW 13NVS " 0 0 /0 9 6 0 SCZ-OOZ rars 3 113AVUO ASION Utfivm glog.:g ivw AAISSVY4 .101A AONVS O-Z/0-SUAG-2 0 2 3snazoio 002-991 2 38 A N" JAISSVW 01 a S 0 A 3snsi:izc 599-2el 1 De AN3016 uvinqNvensw w 31vniqqOw A113AVbSNY 030 1VVOl AO S 0 410i,10 .1.24W 3sniite ZCI-L6 rqw g Awa:Ioig0, tivinONVens10 w say oi wn "v3"a A113AWdOV OiSIC" xidivw ISION xIbIVw w 01 e/O-ZdA0-s O*Z,'O*CMAG-1 ivnovus 46 -L9 r9JH a Ax3ois uvinoNvans1 w wn ),63 A113AVdO . VDA "Vol 0islo?, oveal"lli w"e ofseloloicMiyoL 3snA .Ato L9 -01, ?A 9 Ax3oie evinONVens10 n)Ivamaw A113AVMOVo 0ISIO!. zxIm!Vw 0islow. ,xIm1vw. " 1 e1O UAG e 0 0 "AO 9 ivnowdo 0. -01 IA 9 A)1301 'inqNvens1 01"Vi wn 'Ia3", A113AVdOV !SIO! ,x 14 !v 7 V3 A Ol 9 C/o tj 0 Idnbev 01 -0 3" V Ax2ois dvinONVens1. . n)iv3Ak3 oislow. a, uxld!vw ')INVOt1O 0 bAs z 0410-Adl100 "1.- Vomt Idndev 0 -SI H 3INT900 Idnuaw St -LI Zil AbVQNnnsN SS( .D)HLd3QN NOZIdOM I 3dniDnuis 3dnLX31 P tjnoio,3 1 bAO103 OzIdam 3 )131H .L NQjIdIbjS3O 31190bd 'NOtineraisio 0311VW ?,INVDNdO,N3A3NnIV .oi,anc,s3ioltIIVNA 30 3MI 1 n w A2vl ii 30 4 a N 0 a3i 301 LIS 3ivtp3oowwn , rss3NsnoIAd3da N vna 03NIV40 113M Al3IVb3QOW10-4 :39VNIW 0 do .1"13)INVIGn _1 .3 I'S3~dX3 33vignsL , IA I 0 8 iVVO 31 3 39 ONIdOIS Ald33LS,Ad3A issviz, lIOS 'IVOO. isnivis 00?1 S~ NOliVAA13 3 d .015 13dAl 1 , No A S1I :)3ddu 0 9 Ist6t)-lozooo 3IKnH-Obd34 ~IHIUO 0sz It rzt 2( . 30 a I i ON V I ze r? 6V 11N)3 n ii i NO I IV'J01 _jVM , A3Aan:_1 sisodmndI S O%1d7 :S 'Q'V#tl 'I 'V-W-1-9 -VN(AO13)1 bnA Astj n(5j3ltv'30G!'w :;S AlAbn :1 3 0 ...... 3CIVSI'lVd PALISADE (Continued) EXCHAN6EABLE CATIONS BUFF .IME/100r) C . E . C . EXTRAC TABLE FEf%I METHOD QFSVLT CA MG NA 9 DETERMINED METHOD RESULT HORIZON-DEPTH(CO .) LF 117 : 150 16 :19 2 3 79 2: 987 :27 3 :6057 1 4903 :9 3 00 3 0 7 5- 10 .6 7 1 3 : Pi 10-0 40 :,16 29 7 1 2:40 32 : 3 eB F2 AD- 67 1 3 1 . 41 8 HFGJ bl :, 97 : 2 0 , 62 0 3 .3.2 .0 2142 .04 1 1 :4, 3 9CHE 97 3g 0 A 1 32 6 1 .02 .01 5 .07 12 .1 1 0 : : 3 0 .12 ac 2 00 0 .3 33 o .t C GJEJ 216050 :2225 .24 1 ...... COARSE FRAGMENTS EXTRAC TABLE AL(%) % VOL GRAVEL RESULT METHOD QESVLT P2M . cum . METHOD pp pS .M . pp pZN . . ORIZ04-DEPTH4CM .) .01 .07 pp IP . . 9MGJ .7 IT: 150 2017 :09 30 :5 411 .4 32 LF a 25 5 8.5 18 : 2 101:78 5 3245 .5 600 A HE 0.5 3 1 .7 3 0. :* 2 6 15295 :'0.9 B PI 100: 0 1 57 :7 29,188 .g 6 a F2 40 . 61 1 :91 3 0.9. 00 :0. 3.3 60 3 0 2 .9 A9 :96 0 6 HFGJ 679 :. 97 1 2.6 13 7.3 345 .3 79 30 2 3 3 0:42 0s:2 8 .1 370 .3 cMGJ 37., 325 1 .41 7 3 .04 A 32 .6 831 2835 5 3 6 1 2 6 21 :3 A :23 .3 705 30 C 6J.j 2165 :22 2050 1 3, 3 a 03 : 4 0 3 0o:67 11.6 0 21 :30 . . .. .03 ...... :82...... 07 1229 COARSE FRAGMENTS .06 COBBLE STONE HORIZON-DEPTH(CM .) 35 LF IT- 15 A HE1 0a F '00: 100 a0 F2 j 407: 67 MF j 67.1 97 sc8 MG 1 32, 20 20 OCc 21 132-19 65-20000 . 6 20 205 C GJEJ 2 225 25 2 21.511661.39 PATON SAMPLING PURPOSES SE-I-DETAILED SURVEY AL LATITUDE(N)lr E )$ LP nNClITUD . ;92 i : !55 GOTHIC FkRQU-HU-IC PODZOL119?8) 60 .0 N (W TYPES SlE 7 PL IN.51120. :,57c," 32000 STATUS& MODAL SOIL CLASS : K,PE-ELY SLOPING ASPECT (DEG)$ 27 =!n-m-!=!n-i-~=:2!! COM4*NET, CLASSICA . 13 GRAVELLYL GES RFAC C EX T RESI .S LUVIAL U E P CoFAN FLOOD HAZARDS NO HAZARD AINA6110 F SLWELL, DRAINED ORRUN F 3 PEOVIOUSNESSI RAPID0 t22!!!=~.N2!!! SITE LOCATED NORTHEAST OF DAVIS LAKE . NORTH OF HAtZIC VALLEY . A. ....A ...... * .. .* ...... *...... * .* .* ...... * .* ...... A ...... ::*: :L*t*g : :C* :*t : ; ; .N...... ------ THICKNEMSH HOPIZONYN CULOUR I TEXTURE STRUCTURE I CONSISTENCE ROOTS I HORIZON DE T IC 1 90 DAP LH 3- 0 ABRUPT ORGANIC FRIABLE FEW A HE 0- 3 ABRUPT LOA SAND WEAK0: ,_ VERY FRIABLE ABUNDANT 4: ; :ylpx4 ;819 ;O QiPAVAEVLLY SOIN tO .oYR4 .5 2 .0 SANGULAR BLOCKY MATRIX DRY/ a 14F 1 3- 30 GRADUAL .5 ;OYp%0/3Ts0 SARD WEtA KE VERY FRIABLE ABUNDANT VE V GRAVELLY MA7 .5yTRI011,:.OR.0 ,/:.o SOI SANGULAR BLOCKY A Y 5 AF2 30. 67 CLEAR ? ; ZYA3x ; 5/3; 0 LOAMY SAND SINGLE GRAIN LOOSE ABUNDANT A I ots 8 F a?- ST CLEAR .5*OY034514ATR . ;0 GRAVELLY SINGLE GRAIN LOOSE PLENTIFUL I Ols BC 1 87-100 CLEAR 10 ;UYR4 ;0/ :;O GRAVELLY SINGLE GRAIN LOOSE FEW MA RIX 01 BC 2 100-135 DIFFUSE 10 OYQ4, ;co/4TOI GRAVELLY SINGLE GRAIN LOOSE FEW MA ; IX Is BC 3 135-164 DIFFUSE 10 ;00VR4 .0/4;0 GRAVELLY SINGLE GRAIN LOOSE FEW MA ix Dis c 164-200 GRAVELLY SINGLE GRAIN LOOSE PH I PH 2 SAMPLEST, METHOD VALUE SAMPLEA METHOD VALUE ORGANICA a N " NITROGEN HORIZON-DEPTH(cm .1 TE ST TL C Q 0 LH .46 3: 0 2 21 2 ::3 462:905 :872 2 :5:,7. A.5 4a HFI 03- 30 2 5. b 2 4 8.000 .322 MF2 37 : 67 2 1 2 A.6 .2 F1 87 2 S . 1 2 4A.77. 53:7024 .14 687-1000..,35 2 1 Z . 8 2 4 SIC1, 2 1 a a . 8 2 4 ..98 :0,90 C 3 135-164 2 I1 . . 9 2 4 164-200 2 1 5 .90 2 4 54:08 ...... EXCHANGEABLE CATIONS BUFF .4ME/IOOG) C. E . C . EXTRAC TABLE FE(%) CA MG NA K DETERMINED METHOD RESULT METHOD RESULT HOPIZON-DEPTH(CM .) LH ME 3: 03 10.:22.1 2 99 :oa0. st 53 a A 03_ 30 3.6 2:25 .15 :.1is 242:9. 3 0 3 MFI 2 35 0 1 0:4, 3 10:6. a8 HF2 30- 67 2.102 .013 :,12 270.7 1 .1 3 8CF1 67 :, 87 1 :35 :034 24 .01 1 0.11 3 0.7 . 87 .. 0: 1 .203 .0 5 0 .00. 0.8 3 0.3 SC 2 5 .0 ,51 .10 .04 16 :01 1 0.8 3 0:3 BC 3 139-1 3. 0.6 3 C 164-2006 1 0.4 3 0 .22 EXTRACTABLE AL(%) METHOD RESULT METHOD RESULT P2 M . cu ZN a HORIZ04-DEPTH(Cm .) P,P .M . PP pp . . pp pp RPM . LM ME 53 : 3 93 : 49 57 :,l 212, : 4 5 0. : 0 30 : 03 1 a 0 .2 1'4 . 8 25 26 . 19 Aa HFt a . 30 02 :3 3 2, : 3 1278 ..99 4246 ..09 0 HF2 307 : 67 1 2 . 519 3 4 to . .0 343 0 .9 434 .4 8 F 3 25 .5 69 3 116 : 3 '13*1 39*1 1214 :11 (1.7-1 87 1 1 :7 3 1 :91 27 .4 92 0 12 : . C 2 100-13135 .1 001 14 .5 3 3 .1 .62 b 7 : 3 121 SC 3 1 :3 a 0 :. 06 5 6 . 6 403g : 6 C 164-2006 1 1 .2 3 6 2 6 36 .93 IT1 :90 ...... COARSE FRAGMENTS a X VOL GRAVEL COBBLE STONEX 4URIZ04- DEPTH(CM .1 x % 3 : 0 LA H 3 3 HFIHE 03 . 200 20 F2 3 .- . 3 So 100 2 30 8 C F 67- 87 8085 ' 87 : 1001 ., 85. aSIC a 5 5 SIC 3 135-16 a C 164-200 as 01:106 011:10", 21 12 I'll 9*6C is :Or 0-66O.f e or. .0 I a 11 IA 8 9-tvac 01 -C H1 ('0131HICS30-NOZItION ...... 2 :9 r 1 9 a o,,:OSII el" 13 9* A., a is :,Oc 19-19 GIs a allea L: S:z .110 : IAN9.1 0: z 1Ot .01 10 : c2et .11 : 1 09 06 0 c 69'1 .9 6 10 IS'INO9d11 3LVAS ( .w3lH1dvo.NOzIuOw AAIVA 3ldWVS G3Nl .d2L2Q )f IN ON V-3 N390011Ny N 9.0 GON13H qOoot/3wijn9 sNotiv :, 2l8VSONVH'3 .3 _~2...... vivo lv3tk3H2 1 iv;i ;:;; 3sool -011 a 2 11 03 .4 asool 011-16 1 31 Is 03 .4 3l9VtvJ IS -OC 0 a is xibiwo inomonob"A3, ,3ZA 41 initIN31d 219VI04 AtIDA OC -91 14 9 INVONnew 31OVIDA A113A St -0 To 1 4) c ml I gN,iumaI .3inGON 4000HAdSs 30M NOZIUOH NO A d3NOD I SLOO" 31F431SISNO7 3N)131 A ...... 0.AtIO, XtUIVS . 2ON0 9A IIIZ Is MlVb9 310NIS ONIS O-C,9-I .X!, .; -011 a 2 ti an32d O.AtO .gXAld .LV Ax joill, tivinoNvens0 , Nt Asiaa,"0. .1 1.11L, . NIVdO 31ONIS V3M ONTS ANVOI a* "S"Asle 3snasso Olt-IS 1 2 tz AM3010 uvinoNvans10 r, 0' Ala1 ' XIM"9AI'z a, "n 300", is"ON0 v Ibi TO 1 "' asnijic is Oc 9 it !d!l 0 . a, A%3nie tivineNvens,N , 0 I Is 00 xluIVw XV34 "Vol 0-0/0-1111AG'A1 ivnovbo Oc -st go a O..A1&Wdl0djV1I0 A)03018 avinONvens VIVOIAGNVS /gH WAtIjVWI 121 1 3NIJ "Vol Ails O.C/O .9tIAO .OI OW312 91 -0 to a 01IN1,900 idnmev 0 -C HI AmwaNnos02 10021MIdBO NOZIUOW e auniantus I itinv3nais 3un&x3L I t1noln N laom ssaN)IMMA '1111 44VOI AONVS :10 S3SN31 GNV SIN3WOVt1,§ NIV1NOD.SNOZL1,t1OMI .1Oj1j1,N3Hj 0.*/o-*As-v StI313w nosNol1v" N30, 3, nr Od SSOd-3lllANOOttV3d JO JSV3 StI311W 99t -MIUBN 009 is S31ON lVNOI&IOaV 21Vtf3GOW ISS3NsnolAtJgd CaNivac 113%O"S .39VNIIB":'ONA". IdIIIIS30, d33N3AN 1 0 1-53j1d,W3 pyguns4 9 ApOwmnm"""Is,,,A .'S3I..dI.I,I'S.3 3.13vdan 1 Ala " N39S VAillsI I It 2ILSVIA W '312 '333adS I~IdSV 9NIdOlS Al_JAVtJ306 H 349301 110s lVoow tsnivis IIWI3S, NOIIVA1113I d 31 .00 S ISSVII13dAl 01, 0"1.1 (9i6t)10?aO0 !)Idd3A-O"MH '39HIdO 00 V01 Ut , No AIt'st NO-1t' 6t "*11 .13anIll30 1 ` ., 3dols NOtIV'301 A3Auns 031ITLIC9 SISOdand1 A ns oNilawvsvo 'e-Y'd I 'V'N'I'S 'VN*013X 099 :?JUA3AanS c A3 0 Jo I UNIT TYPES SERIES PELLY . . . .SuRvr. . . .:Y0...... DA RS VKC KELOWNA . 13 .C .- .A . & Q .A .B . SAMPLINGTE OF SURVEYSPURPOSES DETAILED61 SURVEY LAYLTUDEC(N!ll LON CITUO .I(SEC) . 1 :91 42 025 4 URTNIC HUMIC GLEYSOL(1978) PoeL V, SIDI 051 TYPES SIAPOLEP E E T ON (MIS 3 STATUSt MODAL SOIL CLASSI CIE PESSIONAL TO LEVEL SPEC . CLASSIC. It SILTYL GEN I, :T~IS . . UVtAL SURFACEE C E P 'LEVE DRAINAGESRUNO , VERY POORLY DRAINED SLOWR 10 PERVIOUSNESSIF I Ap =!T.=~_=!! LOCtT!ON :G35,0CMETEZS,SOUTHWESTR I BtNFURD, IL :,AY,C!OSSINGA S CS4TIELLI*T ..A A IS 2 OF IZOC ASE A N . SIREAOF Z04NRAC M T A C 3 A AL E TE KLAYEC S OA SSANDI . A D SILTK LOAMOF 0. 1 ...... * ...... * ...... * ...... PROF :L**********6 ESC.I-: :gN...... T81CKNE!jI. HORIZONY COLOUR I COLOUR 2 TEXTURE STRUCTURE I HORIZON DE dC 80UNDAR A P 0. 20 ABRUPT !O ;CYA3;0/S2;0 SILTY CLAY IEOIJIUM. A RIX 01 GRANULARE G1 20- :0 CLEAR S ; gY : .5/ SLOIL'Mly CLAY MASSIVE A I MOI g oT SILTA LOAM AD- 6 a CLEAR . 2 j :YZ,212 g ? MASSIVE A 1 01 C G2 48 . 75 ABRUPT SILTYO CLAY MASSIVE ,, 5 ; 9yz*O, l ; ? SI A G3 15- : .O : . . : o 1 0 M5 ; .0Y5* M012j0T LTM LOAM MASSIVE MATRIX .01P/ A IX 01 ...... THICKNESSM STRUCTURE 2 CONSISTENCE ROOTS I MOTTLES I WOMIZON DEPT ICM) 0 FRIABLE ABUNDANT 6 2 - STRONG F I RM FEW FEWME01UM COARSEp I R SMATIC 1 FAINT.0 0 YP5 .0/8 .0 C GI AD- 48 VERY141 B STICKY COMMONOl F IGA . LE SL TLY PLASTIC PIGM UMI ENT S .OYR4 .0116 .0 c G2 AS- 75 VERYI aSTICKY FEWM ,UM I'llLI A..LE 0E 5 SLY PLASTIC 5!944N~01/6.0 C G3 75- FIRM FEWOSUM E ,!S%N~T 0Y * 0/6 .0 PHYSICAL 6 CHEMICAL DATA PH I EXCHANGEA BLE CATIONS BUFF .(M E/10061 C . E . C . SAMPLES, METHO D VALUE NIT :OGEN CA MG NA K DETERMINED MORIZUN-O EPTH(CM .) ATE A CP, 0: 200 2 5 :7 7 :35 :601 13 :813 46 33 3? 7 a '820. 4a 2 1 66 31 :04, 1, : GI 48_ 475 2 6 .9 .010 19..7 8.6 . 26 .118 27118 .81 Cc 62 2 1 1 .:1 59.111 5.23 .25 .108 C G3 75- 2 1 5 .9 .32 :0.75 9.69 5.01 .25 .18 283:4 04p HORIZON-DEPTHiCM .) PM . CU:GA:N4CS0 Aa P 20.: 200 49 23 :00 c 6G . 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I I t., (67-92)C', .,I C . I I to, r t. f . I ds pa cN or I t a, W,tmrli 10,1t, rIca, Intorst,. Ifl .d 1~ullfo- POIGNANT UNIT TYPES SERIES OF 6SURVEY$SE TA 66 ED SURVSURVEYORS HAL KELOWNAs B .C .M .A . & R .A .S . DATESAMPLIN PUPPO I DE IL EY L 1249 toAT 225 LONGDR'"TUO"'N"CIYUDNI(SEC)S1: -1- 1 0 7 ORTHICU I HUMO-F :O :lc POOZOL41978) CT (DEr.11 590 ;0 E ASPE'1 EL EVAT510ON (M)t 1505 STAY 5 0 AL SOIL GENETICC :AT4 :S . . COLLUVTI AL SURFA E XP BLANKE DRAINAGE1 WELL DRAINED COLOUR I TEXTURE STRUCTURE I CONSISTENCE ROOTS I HORIZON DEY"A'T'72V. C 1 .a130.IZUN DA.NAT L 6- 5 ABRUPT ORGANIC HF S. 0 ABRUPT ORGANIC VERY FRIABLE ABUNDANT .A5401""2I 20'I 1 *T5 B Fl 0- t? DIFFUSE SANDY LOAM FRIABLE ABUNDANT .!;R Y03.8'WI WMSEAKDIUM TO FINE 5 .0 Ix 4 .0/4 .0 UBANGULAR BLOCKY MATRIXYA DRY a F2 11 . 46 CLEAR j;gY :4 .217;0 rSANDR LOAM FRIABLE ABUNDANT I Is AVELLYV SWEAKMEDIUM TO FINE 5.0 R5 .0117.0 UBANGULAR BLOCKY MATRIXY DAY a M 4b- 83 CLEAR MSOYR4T ;0,00 4.S;O L SANDY F4E AKNE VERY FRIABLE ABUNDANT A7.RIKY.5 .0,51 .0 GRAVELLOAMY S I 5 U MATRIX DRY It C 83-150 GRADUAL SAND.A ABUNDANT AVELLY PH I EXCHANGEABLE CA71ONS BUFF .(OE,0 10061 C . E . C. SAMPLESTAY METHOD VALUE ORGANICA a N y, NI TROGEN CA MG NA K DETERMIN ED ORIZON-D PTH(Cm .) E C A 0 6: 5 a 2 6 3 25 69 23 :39 847, :6 HF 5_ 170 2 2 6:4.7 212:34. 0 :71, 25 be 22 :8?42 :100 1 :511 Ft 17_a 46 2 2 .11 5A.b9 55 05 12 .5 aB F2 2 1 6.7.8 31 :007 :06 13 9 6 M a46 : 1 83 2 5 1, : 09. 3 . *1 43 24 .0 17, .10 it 5 I C is 3- so 2 1 6.. I0 0 ...... EXTRACTAB LE FE(%) EXTRAC TABLE AL(%) COARSE FRAGMENTS MErrHaD RESULT METHUD RESULT % VOL GQAVL~l COBBLE STONE HORIZON -DEPTH(CM .) "IP . . . SARM . % % x L 6 : 50 IC17, :0 HF 5 al 6 . 0 FI 170 : 17A 1I 205 a8B F2. 1 :46 1 I .S .5 .5 :0 .650 2 3 83_IS46 . 836 1 : 0 1 .3 to 3 .50 4 . 0 so 30 305 1I a 1 .4 225 .0 3 .35 90 200 35 3 11A C ISO- 10 2150 3025 PORPOISE SAMPLING PURPOSES SEMI-DLTAILED SURVEY Lt4tTUDge(N;j, L GITU I LLUVIATLO OYSTPIC BQUNISOL(1918~ STATUSS VARIANT SOIL SPEC ;I CLMST!C 13 SANDY, GENESU C E AT. IES . . OPAINALX RF ACE P al. AN ET DRAINAGESUNO ', MODERATELYS W WELL DRAINED a F LO SITE LOCATION WEST OF SECHELT . PH I PH a NITROGEN1, SAMPLES, METHOD VALUE SAMPLESI A METHOD VALUE ORGANICA ,, HORIZON-DEPTHICM .) ATE TE C ROOM 7: 1 0 2 21 3 9 2 4 3:3 66 :59 :62 5:3 2 4 4 a 2 9,5 0 :Ml 0 2 2 .006 8 F:21 312.: 303 2 5.96 4 91 F A 2 1 2 4 5.53 1 .2.9 2 sc 43e, : 60 2 56 .0 2 4 5. .0 4 CIS 0 77 1 2 4 5.6a .94 C Gi 77- 2 1 5s:96 2 4 5.3 .92 ...... EXCHANGEABLE CATIONS BUFF .(M"IOOGI C. E. C. EXTRACTABLE FEM CA MG MA IS RESULT HORIZON-DEPTH(CM IS*' 3 2 8 F 10' : 12 1 .85 26 :06 .11 12 .4 1 :1 0 FOS 20: 30 1 ::25 281 07 :100 7 11 9 3 24 07 1061 7 :.6 3 .0 Fma 3 43 :67 3 C 43 : 670 .80 1 .07 3 60 7 .7 3 :00 CIS .4 a .0 C Gi 77- DETERMINED ...... METHOD...... EXTRACTAB a ETHOD ETHOD 1 1 7 .I RPM. PPM . METHOD E0TM(CM RESULT 5:6 t p. .9 3 :6 4 : 2 to11 :20 54716 :0, .6 F 11 :9 3 2 4 . 2 0 6 PPM7 . :2 .5 a FR I 120- 120. 11 30- 43 1 1 .11 3 ESULT 2 1 !2 :8 9:9a 3 8 FM 2 43: 60 1I 1I :5. 3 :2 2 :P 17 :3 17 :6 3 .2 :21 6o. 7 4 .4 aC"cCORIZO4-Gi 77 o a LEESULTALM.6 3 .23 10.31 350POM232.7.2 116.9 MNPPMO 0:06IV, 9 :e "9 :L9 9 Cod I'll2 Ia, I1 011 :0.50, IV '.59Z G?0 -'a- 9 -Ndd 'Wdd Ed Id ...... 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DATESAMPLINOF PURPO DETAILED67 SURVEYSURVEYORS LATLTUDE(N0 ~Ht.)j, :!22 LPP N ClITUOE( (SEC)l 123 02 '31.5 TERRIC HUMISOL(1978) 49 1154 TYPE I SIMPLE1*0 ELEVATIONE SION IM)t 3 STATUS$ MODAL SOIL CLASS$ DEPPESSIONAL TO LEVEL PA 0 GENET C AT 1 ORGANIC SPEC . , CLASTIC. . 18 SILTYL SURFACE EXPR S . : V NEE GENE C AT I F UVIAL DRAINAGEI VERY0 POORLY DRAINED RU NOFFSRV U SL PE 10 SNESSI MODERATEW SITEN L~CATION, AS SOUTH OF INTE SECTIONN N OF 4 C .N9 .UALQA :LWAYWTAAC1 :S A D N 8 NO185AT HS METEHMONO . THEH 0 a M HOP 0ZON0 H HA RIA THIN BLACK HANDE I . COA TAI ING C A C N LO E 0 AT . T E 0 HI AN! 2 ARE GREASY WHEN W T41CIH14E!S HOR4ZON' CULOUQ I COLDUR 2 TEXTURE STRUCTURE I HORIZON DE I (C I BOU OAR 0 . SO- 63 CLEAR YR3 0/ Y112*0D WE .12 ; 0. 10'~E . ORGANIC . .A. . ..U 10 OD. . :11 : " No . o RU5; BE0 T/ SUBANGV'AM P OL C 0 HI 63- 38 DIFFUSE s OYA3 0/2 0 5 OYR3 012 0 ORGANIC MASSIVE MAT IX MOIST A 8 E w 1 0 IDIZED 0 H2 38- 0 CLEAR ORGANIC MASSIVE .A'do"'IX1 . 401.0""OisS; 5 0y" 2-00 C 61 DIFFUSE . 5; .OY5*0. . 12 ;01 LTY CLAY MASSIVE A I 01 U9.ED. /XIOIZED A C r2 20- M5.OV5,011TR . . 1 ;0T SILTY CLAY MASSIVE A I 0 ...... ... . CONSISTENCE ROOTS I % FIBRE HORIZON DEPT (C a. 4 ....I"ICKNE!!SO- 63 FRIABLE ABUNDANT RUBBED 25 0 mi 63- 38 FRIABLE PLENTIFUL RUBBED 10 0 M2 36- 0 FRIABLE FEW PU8BED 10 C GI 0- 20 "RPLA:7 .C ... C G2 20- PLASTIC PHYSICAL & CHEMICAL DATA 0-20 PH I PH 2 L0AM SAMPLES A METHOD VALUE SAMPLESTA METHOD VALUE ORGANICa NITROGEN I TE ..C..ABON...... HORIZON-DEPTHtCM .) TE a 41 80t, : 63 2 4 2:9 0 M a 3 3 _ 38 33 :78 2 4 2 9 -53 6: 000 111:6,149. 0 H I 3 .5 2 3.60 Na.000 67 C (I 8 . 200 2 3 6.73 26 C G2 20- 4 .1 2 3.8 24 EXCHANGEABLE CATIONS BUFF .(ME/100G) C . E . C . CA M(' NA K DETERMINED 02 M . CU M . ZN -40QIZ04-OEPTH(CM .) -1PA. . Pp Spp . . pp PAM . a 'IM 9:730 4:85 ::3 25 26 a 295 So63 : 63 6 :4'9. 1.540 :0. :41 7 7 :90 ":41 1510 :57 0 .2 3.- 380 b.85A 14.56.5410 .16 178a .1 2b.1 11 0 3 208o . . 11a.1 C GIa 00: 20 81 .18 5 3728 .9.4 50.0 ' :5 .7 63 .7 27 .: C 6 2 4.74 2.21 .179 :0906 240 .0 948.83 45 .6 82 .5 56 .1 UNIT TYPE$ SERIES RICHMOND------...... DATE SURVEYO H URC LASSIFICATION tK!!!2~ ------LATITUOE4N)g0 G f. W's 1 49 047 33 LRZCITUD 22 4 545 TERRIC -UMISOL(19781 NI 4SEC)l PELEVATIONSIO IM)l 02 SPEC ; CLMAsTICk GENETICUP C "AT*lRES., ORGANE I C .8 It SLILTYF 5OESCAFA tETopP11 V6NEE (.ENE IC 7 UVIAL P F N CLASSIFICATION PHASE IS SALINE . PH I MOISTURE STATUS ATTERBURG LIMITS SAMPLESI A METHOD VALUE OULKIT, a113 a15... 11.0FIELD. E PLASTICI I LIOUIDI T MORIZON-DEPTMICM0 TE DENS AR 1 TUA LIM L MI a HP 6 :35 6::: 0 M 3:: 38. C GS1s 0: 32 2a 4 3.3 so 16 .9 28 .6 C 6 2 32 57 4 3.8 .95 52*6 :96 12 .5 766 .4 26 .6 :2":o5 FParticle T__'ry,Density gm/,cc Shrinkage Limit % Particle .Size % I (i mm <0.074 <0 .05 nm <0 .002 mm Horizon Depth OrAiyr-- e Air Oven O~timum >5 .1 cm <5 .1 cm (2 .5 an <5 mm C3 DryMax . Dry Dry Mo sture mm Ohp 68- 38 Oh 38- 0 c9sl 0- 32 2.59 2.74 41 .3 43 .4 100 .0 100.0 95 .0 2 C9s2 32- 57 2.66 2.77 34.7 . 36 .2 100 .0 100 .0 99.0 22 .0 ,:G 11 a a I a zo : 6-S 2 9 : ; I1t a2 1-it-29s,:OGI 00 O:S a a as .'s Z'lj 9 to g:a 9.v a a as -20? 13 .4 9 a . a 0? -9 .4H 40 cc-, .r I a 9 -0 3 986 O-C I a a a 0 % % Nos"W'3 0 31VIS 31VAS (*WDI 030-NOZIUDH N390bilN ~INVOUO InIVA OOHI] . 31dmVS 3nlVA OOH13" Ild"TS a Hd 0 6G I .= Q96.1.9:9; vivo 1"ISA.0 3SOal96t,r -091 3 3SOC)l OF.1-21 t De a"vt, .j, FA 3 :0 N 0 31ON S Z T-Z snonN,INO13 19 ObVH A13K3 1 33 031N3 . 3 A NOUIS MIN WdIA Ad A NIVM9 319NIS 29 -2f "A fj ,Nsnon%tiNo29 OdVH A13%30AY3.1 A 3 03LN 33 Al NOVIS .3j W01 d A as -0? t 5 .1 13 QdVM AlIH911S14 a INVONnew " 1 oz -9 IN a lJnS iNvaNnew INVCNnoy S H3 -01 *d1d'5S3C/IN3OVNo V S(W,)4M1d3O It IN303 I Stood g)N31SISNO3 a 3dni2ntjis sa U31"i ...... AI'13AVd9V NIV09 319NIS ON S -Oft A113AVbON S NIV09 319NIS a V 3snzijoio OS1-?11 38 A113AWdoV 3AISSVW ON S 3Snzo4ic ell-cs NOZIdDH O .,Ad?q0 K,j A1S11IV41 A113AW '.ISION" SxTa!V . .. 2AISSTH ONISd' 9/0 bAo 9 3snzizito ...... as -as ...e,3. ...a 0.110A"?ItI,. A, 0!S," 0.01,A101% N1AIs, i V1 A113AVbs 3AISSVW ONTS O clo COA0 9 o !S'U10TINVzo 3snaziio as -Oa s34 e A 0 idly" A)13019 dVIAONTOASa x d;S 9NOd,s 0, ,mniv a3ww VA113AV09NV 03 0 01 AO S 91 1 vp bV313 0? -9 Aim 8 0 .jAt?LXjgjV Ax3oisI;, tivingNvonsW a , 3N oi niNY3,3 GNVS AWVOI O .2/0 .qdAO .S IdnUGV e -0 V OjS,10- r XIodiVW. 71NV900 f 0 tj 9 ldnuev 0 -9 H A ISONXUiv tIV31D 0 -01 1 'I-I. AgVONnoo SJW34HId3O NOMMM i atinvinuis 3dnix3i a unolo,) t uno-toi, Ozibom S3 %31HL NO11010"30 311.408d %td I-IAVU9 MV3N 3XVI SllVM3W3 .40 HjnOS 3NOjlV3Ol 3LIS IdVbM S ISS3NsnolAbld, n ON 11 03NIVdO 1134 A131T a.3000"'. 139VNIV: 'I do 03"dgllA I .S3VdX3'I1 IVO'1 3illldnS31 . 3N31 A113AVUS"V' -4 t IS 3 "WO:1 06N 9 1(930) I'33dSV 9NIdOIS All.3S iins ivanw tsnivis Orr 21,S(W3 ; NOXIVA3131 I 31M .2I tSSVID33dAl 0 I9.) N S 1330da 0 (OL61)10ZOOd 3twnH-ntjb3A NlligibO s0 zo eal 0 I a* CZ 6V It1N)3OnLiiViTon 77 I ,,, A3AdnS3 n03111130 ;1 .aS :3SOdund,9N1ldWTS40 0 I VN4013)1 b0A Ad S 9 :AjAjn 31 ------sunis jadAi itNn HOVOU ROACH (Continued) EXCHANGE:ABLE CATIO145 OUFV .4- t .100Gl C . E . C . E .TPACI ABLE FEI%l RESULT CA MG NA K DETERMINED METHOD RESULT METHOD HORIZON-DEPTH(Cm .) L 10 : a0 4 8 .65 O :3b 66 1111 3 :05 0:2 3 A1 E 08 . a .22 :.l .O :, a HFC, .0t3 .05 1 :23 3 260: 202 .:a :02 20 . a 3 3 0.2 8.43 3 3 0 C2 52- 82 .10 .0 3 I 2 .0202 .02 0 1 ;9 : 3 c 1 .3 3 . ...... 82-112...150...... EXTRACTAOLE AL(%) .0 METH OD RESULT cu .. MNR0 METHOD RE SULT op pm . ORtZON-D PTKICM .) RDZNM. :0 L N 9.1 L .0 10a: 06 3 501 :27 19502.0:38 8.0 :9. 3 33 :5 13 :7 A E, 3 32 2 a .70 F 0: 280 1 3 :7.1 3 7 11,09 :29 1464.:55 1 22 85 : 6, 1 ;Cc12 2502 : SO 22 It 3 .34 14 : 05 3 28 .9 88 .1 4 a 3 .1 2 .2 C '621 :112 1 23 .6 3 .5 5sc 152. 50 3 , 12 .6 C 0 1I 3 .1 3...... 0...... 0 .9...... PARTICLE SIZE(%) COARSE6 FRAGMENTSMoI.. 1 62S 01U 2U 0CLAYL % VOL GRAVEL COOBLE STONE TOTAL0 aMORIZON-c DEPTH(CM .) SAN 7L2T37 T TA % % % acL I P2.M...... AF E, loa: 80 0 04 0.: 206 :0 40 20 25 52a 1020 10 6 'C'IC2 02: 2 3 127 :00 :00 20 200 202 202 5Rpm. 61 .... 2 c 62-112 aOC 112IS : 150 91701 1 a80 4040 0 c a 20 105 ('W7)HId3U-hOZlUO1. ld ...... 0s : 060 :9 a09 :21 ,,o 6a : a:q zo1 ~1 6, :*2It oil0 : 62 I a Is :12CS 0 T, :Ca 20. 0sC . aa..,1 aV..A a 0. to LC It oz- WS Ca . 6T .L I-* I a a 0 H V %40 := 331VIS, ('W'.))MLd30-NOZ1d0H 03N]"53130 X VN N3190dilN1 N eO 3nlVA 0OHil" Id VS .3 .3 1900113W)- .izine SNOtIVD 3lGV39NVH3X3 I= vivo IV31W3~77;;MA~; 0 -,1/0 ; *, a As e l .A700-d. , 43 :0 -99 ?9 O .9fO1 ;sd A%,*w 2, L C.r6 I IN NA1 0 a3 d M ANV0 : GG -?C to 0~ O'V/O'VtIAG'LV 0, IN ni,33wI003zi ?c a? Now IT INIVANJ 30321.1 Za .0 S( ; 34HLd30 NOZtd0M I S311ION 3 )QIHI ...... Is,elo. 9 WdlJ At3A 3AISSYN AW13 Allis 0 .1 01I .-Mizo _Gs as oon3 0.1 A11O0.9 11IUI10Ao . 1 AW3alg tivinONVOnSI s"30, 1 al wn3a "Vol1. is " lei0 434 W61A VU GO" A113 A Its O'1/O'SAO'5Ia" X Vp' ivncvbs Ss -ar to I O .ZA11?SXA1OL1M0 . t Ax3oie evinoNvensI tj 0 wn ), GawI'm Isla"" w1biv" injiINTld 319viol V wwol Ills O.Z/O .'1"AO .Ol idndev ZC -?a O .,A4?S .tXjA1oIV"Ot A'A~016 dvinONVen , wn103A .9 is iNVQNnQV 319VINI Ab3A W30 "Wol Ills 0 .110-CUA0low XltIVW.07 lynavdo a? -0 AgVONnO9 ISW54HIdIO NOZlU0H I slood 33N3LSISNG'3 t 3enL,3nuis 3unix3i i "noio,,) azibom 3 xDtHl -inoSLVW -SQU NINH31 -IN-11WHStIV" .40 NDII'3NAr .40 IS3xmLnos Sd3l3m 09 NOtil~01 311s :oiss tss9Nsno1ANb3ct3, v n 03NIVUO AlbOOd AdIAC)l 930WNI1" 0 "a 1,13A31 S'S3~dX3 31VAWIS lArIlAA 1' . 11"S" 31j3N39 Ills I I lads IINn 11IHOVU9liVdlS d3ddn WbOJONVI 2 IVItJ31VW IN39JVO 1(930) i330SW1 13A31 01 ITNOISS3d oat0 110S iDNnravxvi :snivis Ss S(W ; NOIJiVA311I 31dMISd3 ISSTIJdAl3 S : 2Z eat I(D3S .,N ItS '33COd 0-1 x (OL61)10SA911) :)tonH 091U a a 11" . 30Aa onjON I 0 zo 60 )3 11 1 A3W~9 agllyilo9 33SOdmnd s ON1ldWTSIV 'V'~-1'8 -VNAOII)l d99 ldOA3Amns c 3AiAdn Jo 3 0 ------SS08 UNIT TYPEI SERIES RYDER ...... DATa A 67 SUpVEYOR :"N:L"-'1~L .wN .- .A . I R .A .B . S MPLINGE OF SURVEY1PURPOSES DET ILED SURVEY LATITUDEtN! :, a LONCITUONI'.EC" 122 0915 44505 UPTHIC HUMU-FEQRIC POOZOL(1976) PREL VA 510I CXTYPES COMPLEX.9*0 E E T ON (M)3 so STATUS : MODAL SOIL LASSO ODERATELY ROLLING SPEC ;,CLASTIC It SOILTY GENFETCIC "11;.IS . . 'OPA8 AN .IENAL7 GENEU CC MAT6 RESI . . EELIAN SUP A E XP L s Ap E XP V HE ER DRAINAGE&U 0 , MODERATELYS OW WELL DRAINED RREN,1OI L P I .SNESSI MODERATE SITE LOCATION EAST OF DRAPER AD ., MISSION. ==~!2!==!2~ TH CKNESS, HORIZONY COLOUR I COLOUR 2 TEXTURE STRUCTURE I HORIZON DEPTHI (CM BOUNOAR A p 0- IT ABRUPT .7*IV113To . ;Ola*OST SILT LOAM WEAK, A I 01 INE SUBANGULAR SLOCKY a Ps IT- 35 GRADUAL 5;OVA3X 405,14S;O SILT LOAM E MA At I F" A"HE SUI a pa 35- 52 DIFFUSE 5 SILT LOAM ;EAIEII .A ;.0y10.4 ;00'1s4 ;0 SURN 9 03 52- 75 ABRUPT 5 OY 0 .7 ;5vp4. .0 .145,0T SILT LOAM FWEAKE MANN"40,14s; A Pi 01 SURANGULAQI BLOCKY 11 0 m 79- 98 DIFFUSE tom ov 5 0/ SANDY LOAM STRONGA S A;AI p. ;OIS4;O CO aR SU ANGULARE BLOCKY 11 c Gil 96-125 CLEAR 2;RSY 5J, .0.'2;0T SANDY LOAM CSTRONGA MA I Mot 0BANGULAQRSE BLOCKV PSEUDOSU 31 c GJ2 125- 2.5YS .O,'2.O SANDY LOAM MODERATES MATRIX M013T COAR7Y E PLA PSEUDO WOalZON THICKNESS CONSISTENCE ROUTS I MOTTLES I CONCRETIONE a oEpTm4cm) NDOUL D SCRAN?JP I A P 0. 17 FRIABLE ABUNDANT a Fl IT- 3S FRIABLE ABUNDANT FEWwe flTHROUGHOUT MATRIX SPHERICAL 8 F2 35- 32 FRIABLE ABUNDANT FeFINE. THROUGHOUT MATRIX SPHERICAL 0 F3 52- 75 FRIABLE PLENTIFUL FINE THROUGHOUTr~11 MATRIX SPHERICAL It a m 75 . 98 FIRM FEW 11 c Gil 96-125 FIRM FEW COMMON ,ED1) SIU, ..!.TINCT. YPS Of7.0 11 C GJ2 125- VERY Flom FEWCOARSE PROMINENT. YR . 5 0 4 0106 .0 PH I PH 2 SAMPLETA ME THOD VALUE SAMPLL METH OD V ALUE ORG ANICS X NITROGENX HUPIZnN-DEPTH(CM .) S TE STATE CAR ON Aa P 1 5 :b 2 5 22 :3.1 a F 2 1 0 : 173 2 1 5 1 2 : : a7 22 U F3 35-5,1_7 525S 2 5 ? a 4 . 9 3 . 11 II F 8 Mr'JI 75 . 98 11 56 . 7 2 5 . 0 1 68 . 11 2 1 a 5 .2 1 98:125 2 6 . 0 a 5 :3 11 C I J2 25 a 1I b .31 2 4 0 ------23 ---- EXCHANGEABLE CATIONS BUFF .(ME/1006) C. E . C . EXTRAC TABLE FE(X) EXTRACTABLE A011 CA MG NA K DETERMINED METHOD RESULT METHOD RESULT HURIZON-DEPTM(Cm .) pPRI M . Aa P 1 :490 23 : 6 5 a F 2 I 0' : 3"1 0066 21,1 .2 1 1 :. 5 a F 3 35- 525 . . . 2 .0 .011 1 11 :40 '1 :65 52- 7 11 F .121 0 a .06 1 .94 75- 95 02 3 b 9 1 10 :2. Is 1 1 17 :4 8 :3 C GJI 98-125 12 .32 . .57 . 02 7 . 4 3 6 C GJ2 125- 13:, P2 MOQIZON-OEP7H4CM .) PPM . RPM . A FP 1 Is 1 0 : 311 :o0 192 : 0. 8. F2 35-57 5275 1 a.0 231.5 81 .F3 ,2 95 23 2:.0 27 .1 79 11 aC GJI 1298-1255- a 40 :00 .92:42 C GJ2 5 156.7 .0:16 0055 ..7:005, 11 ------UNIT TYPES SERIES RYDER ------M .A . & P .A .B . DATE'A .M, OF , SURVEY'U ~'E, OE, .,b-3 E . SURVEYSUPVEYO - -0A KE10"' " IN P APO L LgTjTUDEjN~Ht; ;j :!22 12249 02 28 ty ob0 ORTHICU 1 HUMO-FE C PODZOL(19781 L OCCITUDN .( 1 TYPES STMPOLE , (SEC) : 5 MOOESSAT LY SLOPING pELEVATIONSIO (M)s 70 S AT S PAI0 D A L SOIL CLASS$ GENEICIC 04ATE. ;E'S . . MO :A .1'NALT CLAST!C 19 SILTY6 SURFA E P L N E GENEso6c ;l A AN SURFACEC XPRES'r 1 .8 VENELl R DRAINAGE$U 0 a SMODERATW ELY WELL DRAINED 11RE NVjOUSNE$Sj11 ALO IS ODERAYE JUNCTION, S TE Lo ATION loo METERS SOUTHWEST OF THE BEVAN-EMERSUN RD ?Saul STRUCTUPE I STRUCTURE 2 THICKNESS HORIZONUN Y COLOUR I TEXTURE HORIZON DEPTHICM) 130 DAR L" g. 0 0016 AN IC A N o. 2 DIFFUSE LOAM AK 6 pt 2- 9 GRADUAL LOAM .A5;oY"%9'4ix is ;o FINE 7 .5 QS .0 6 .0 SUBJ%NGULA SLOCKY MATRIX DAY , GRADUAL SILT LOAN WEAK MA7 1.55RlYA4.R *-001*41 S;o SHE Y 5 .mob .o MATRIX DRY CLEAR .1SA Tp0Y115 .00/S ;O A Ix I L WENFt KE a 043. SUBANGULAR SLOCKY 7 YRSX ; 0/6 .0 MA ; 5. 1 Sly FIN'E SANDY MASSIVE VERY WEAK IS ME 57 . 1? ABRUPT XIO T DYR6, Mo0/3 ;0r , A .0,IX 7 .0'~15 .o LOA FINESURANGULAR S LOCKY 0 R MATRI DRY LOAMY MASSIVE 11 c ?I- *OY115'r . X 40,120 S;O SA '.Ao I I PAVELLNoy So OYA6 0/1 .0 I I DRY ...... 8P2 ...... 9-.. 39...... THICKNESSc CONSISTENCE ROUTS I CONCRETIONSSANI HORIZON DEPTHS M) NODUL DESC P? I LM 2- 0 SU A 4 0- 2 FRIABLE ISANGVLARSLOCKY 2. 9 FRIABLE ABUNDANT FEW, 0 rl 39-57 E FOINEFlPHERICALAMSANDY 9. 39 FRIABLE PLENTIFUL NONES 8 F2 FINE 5 PHEQICAL 6 Mi 39- 57 FRIABLE PLENTIFUL 8 M2 57 . 77 FRIABLE FEW 11 c IT- Fl.A :m0 EXCHANGEABLE CATIONS BUFF .(IAE/10061 C . E . C . o.pGANICX NITROGEN CA MG NA 9 DETERMINED VALUE IN ORIZON- EPTMtCM .) C PB IS 2a 0 1 70 51 9 L" 162:415 ig 3 3 0 A 4 2 2 :8.20; :i6 :3 .6 2: 39 5 :e. 5 .20 20 0 11 .3 1 .97 .30 .10 IS5 P2 9 9 2 5 . . 10 10 .9 t.: 9 : "o 1 .30 40 39 : S71 2 30 : 'o0 5:3 2 5.9 .0 5 : 4 5 a9 M'M2 57 7 2 0 3 :0,9 .00 11 c 77 SPHSAMPLErATEI METHOD Y .12 40PIZ04 .OEPTHic . .) p-op . . LH , 2 : 20 145 . A 0 Fl - 9 30 1 F2 a MI. A9: 39, 2 27 .7 a , 2 57-T. 577 43 : 6. 1 c 7 72 3 0:9" Z"+:aq 2,118 0set 0 9 0 a 0-901 Os -0s IN 8 0-011 Or -0c tj a 0 :c MA r 9 1 IOA % ld ...... SiN309VUA 3SUVO3 ...... go: go: Gg: I 0, :z vo: it: a 3,181 1 :69 0 T 0. 80 :913 1 ? 2 6 .11 6c'IS . Sto' gots'1 11t . e Ol0. 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Il . 9t,L og : Aer ,Z.9 Ole A 9 It bo : co C9, .4, a 0 1a 01 41 ,a so c 9911 IV - 9 9 0.9 11 S N GOV'J alvis 3INVOCO 2nlVA COM13" 3-IdNV5d 03MIN031.30 A VN ON V3 .3 .3 jqOOt,,3w)'AAnQ SNOTAVI 3l .V19NV-7X3 t ;ITOaz 11,21003m~ I iv;t ;:;; -00a O .U10-ttIASILI IV N J 439 3lowla.4 0'*fO'OUAO*OtI IV NN, 4 a '43 A 39 A 03 .0 319VIVA INIVA 34'4311 zo injiAND'Id 3lawltij 99 -VV iNvoNnev AlowltIA ev -1.1 INVONnew 319VIVA it -1, Id a UVIIINVI19NJ' a iNvaNnew %was 9 -0 IF (M2)HLd3GSS NA NOMION 1 S3111ow 1 s4ood 331431SISNO2 e 3uni7nbLs 3NW131 ...... -00? If 3AISSVw Nvol 0 i 91 "1 00% a,, ! 10, A ow "I Idnally 002-Get a 79 IMM11 '.X"'M.A '01 39 0." A 0 Xt IV" 1O .9tIAO*0I. IV . IS O'V/to -VtJAS'II 9 A a x1divw AN'30IG dwinomwan O;V1S 0N GMAO1 ;Ol 3NI . ISION,:I UAW" 'a . wvol Ilts 0-*/0 ASIA o 1 o4bAold v"S a, a Ax3ois uvin-jNvans 0- .,0 t A ivnovao Is ON wl S O.V/ 0 ivnovbo IT -11 O . C A1,?0 .1.1I"IV".01 tivinoNvang3N , AS 10W X A Od LVW AM2016 I I XV34I Nvol ills slefoletIAO-Ol Idnalaw v -0 H V AtIVONAOS3snajioa SS4000MA030 NOZTMO04 IN a uno-To'.) I bnOlO3 N z I VON Grt-993M 513 A I 3ani3naLsSAISSVN 3dnix3L"Val W3019uvino"vvns3.1N.1., "Vol XIPVT01 sn4.iia NOI&dIb2S2OatS-it-Co 311dOUd 31Vd3OOWW N ISS3NsnoIAd3d, TAa Nndv 03NIVdG(I 1134I o3 wVol239TNII"Ills0 do 13)iNVIe I'S31dX3, a2vAuns, "VII03Al S IT 31I A SW13 tj2N N 11 1 530S39 3.1312,.0 013V aAl9ndINI 13dAI wtlf)ZjoNvi 9 ivIb31v" IN313 d 109 ITOON 1 :11LVIS 06So .1, NOIILWAI-131 O?9t0, 14990) 133dS,- 1 3311d0 IQL&t)102'1 Ud ')Idd INAdo 9! !t !21 .,"on! ONVI t 0 11 IN 30 A1 . 1 I 9 130 14011C)DI AIIAans o3ilva3aqg 13SOIdndA SONIld"VS0 3,VC lyNA013)i 1TH IdOA3AdnS IA3 hn A ...... S'1103S l3dAL 1INn 83ak8 UNIT TYPES SERIES RYDER...... DA TE OF SURVEYS 72 SURVEYOR$ HAL UBC L ITUOE,14!1_ , 49 01.7 27 LPRN" CIT 22 UAT.ICU HUMU-PER :IC PUDZOL(1978) E "" SIONUSI 1 (SEC) : 9 5 CLE T ON (MIS 0 S I AT b MO AL SUIL SPECC I CLASTICM, 1 It SILTY0 GENETIC MAT .4 MORAINAL SE~E ; EXIZES .3 E L,1AN UPFACEC P VEN ER PH I MOISTURE STATUS ATYERBURG LIMITS SAMPLESTA METHOD VALUE 0BULKITY a1/3 . @A11. . % FIELD PLASTIC LIQUIDI HORIZDN-DEPTH(CM .~ TE ENS AP MOISTURE LIMIT L MIT A P 1 6 4 3**.:1 ,15 :11 31 :.1 8 F 200: 20A. a 5 :9. 1 :992. 0a 2.. 4 3.30 449.. I C 46- eb 2 5 2 7. 24 1 27 .7 S F2 86-147 2 5 .47 0.4 2 5 .7 article Density gm/cc hrinkage Limit MOptim Particle Size % Horizon Depth Air Oven max . I Air u (2 .5 an <5 mm <1 mm <0 .002 mm cm Dry Dry 26.7 Dry ry oistur me 7, Ap 0- 20 2 .48 2 .68 97 .0 92,5 . 87 .8 9 .2 Bfj 20- 46 2 .52 2 .72 100 .0 , (091mm.074.1 82 .2 . 6 .0 Bf2 46- 86 2 .65 2 .77 24.0 92 .0 88.8 . 81 .4 5 .5 i1c 86-147 2 .71 2 .76 DryOvenJ 2O . .o 80 .0 66.0 58.0 34 .0 , 3Z.9, (0.0524 .1 mm 8 UNIT TYPES SERIES SANDEL------ DATES . . .,. OF 6 WIVE (i f, IN PURPUSE1" D111ILE . SURVEYSU.'" ..' . ." -E...... - C !~M LATITUDE(NIR0 at .11 1249 05 234 L p N6 2 56 0 3 :EGOUGLEISOLI197 :L1 Sa !TUONI(SEC)t TYPESA SIMPLE*0p ELEVATIONP 6C 51 (MIS 52 TAT SO -OD IL CLASSO DE PESSIONAL 10 LEVEL I CLASTICA I It SILTYL GENESPEC. ; CC E".TjES . . FEUILIAL SU F E p L VE DRAINAGE$U a I PUUPLY DRAINED PPEQVN FF SLOW. JOUSNESSI SLO SITENLOC :TION,l,Rp0O1 ASS!M TERS EAST AND 100 METERS SOUTH OF LAONE. I :UNKC :O AND SS WY. CLA0 . ICATI0 0 SALINEA :TI AL ACKS F A' C . TO a" ICPHASETME.EIS MeA a DARKUND 0QEDISHRD T 8QOC :N,COAS :I NGS 0 VE ANDR FORMING0 HARD9 0 TUBULES p LD u H N EL THic SS HORIZON COLOUR I COLOUR 2 TEXTURE STRUCTURE I HORIZON DE TH(C I ISOU DARY A P 0- 22 ABRUPT MAT10,OVR3*512. . . Sj O SILT LOAM RATEU, I 1 MODE'EDS 2.SY* .O 13 2 .0 USANGULAPI BLOCKY MATRIX DRY" C 61 22- 40 GRADUAL M2,SY*TR .5/2 ;0 SILT LOAM MASSIVE A IX MO I C 62 AD- 65 DIFFUSE M2;5Y4IS .5/2,0IST SILT LOAM MODERATEM A Al MO SUED IANGULAR- BLOCKY PSEUDOa C 63 65- 95 DIFFUSE 2 .SY4TO, S, .0/2;OT SILT LOAM MASSIVE MA I Mal C GS 93 . M24Y4 . 0/2'so, 5 ; .OY4,0/,I ;TO SILT LOAM MASSIVE A RIX MOI A Ix MO ...... ISICKNESSNCM STRUCTURE 2 CONSISTENCE ROOTS I MOTTLES I MOTTLES 2 HORIZON I"DE T ) A P a. 22 FRIABLE ABUNDANT FEWeN . FIA F INI C 61 22- 40 MODERATEM JU FRIABLE ABUNDANT COMMONI M I .SYP3.0/6 .0 ED M U SUED ANGULARM BLOCKY IIO. Y.IN!Nl PSEUDO0 0 3 0/4 .0 C 62 AD. 6S FRIABLE PLENTIFUL ,COMMONI 0ED TUMNCT 2!5SYRII .5/6 .0 C 63 65. 95 STATIFIED FRIABLE FEw COMMONI M 7 .SVRO .0/4 .0 DISTINCTMEO.5yU. . 2 0/6.0 C GS 95- STATIFIED FRIABLE COMMON PRMEO'UoINCNT S .OYR40 .0/6 .0 PHYSICAL & CHEMICAL DATA PH 2 SAMPLES A METHOD VALUE SAMPLETA METHOD VALUE ORGANICA a " NITROGEN HORIZON-DEPT .(CM .) 7 TE TE c P 0 20: 22 2 4 .7 44 4.1 7 48 7 C11 p 1 A2. 406, 2 1 2 4 3.8 2:09 C G2 43 :2 2 4 3 : 65 2.26 :2,'a C G3 60- 95 2 1 .1 .7. 9 2 3 C rGS, 155. 2 1 3 1 2 3 .3 ...... EXCHANGEABLE CATIONS BUFF .(ME/100G) C . E . C . CA MG NA K DETERMINED ELE T SCOND . 'p lp . . P2 . . S .. . CU HORIZON-DEPtH(CM .) (M C.H6 .1c .) ON) p OPM . 15" :2 p 1 22 2 33 9 6 40 :87 . :39 :,2b 222 :3 .9 C G2 405: .51 .12 0 1 0.0 245.1 514 . .. C G3 95 . 95 13 .'. . C GS 26:8221 4.20 39 .9 220: IN 1.48 HORIZON-OEDTH(CM .) op. . A 0 24 :9 224 0 :. 22.06 C G2 0 4IS . 0 C G3 65 . 9 5 27 . 0 C GS 95- 655 22I..7.3 47A1,6174.5:2972117a:91 6752:20 -Gv so 0 :Gt 9 3 0 d .ON("3/SqHWN,)3.31 (-WD)HLd30-NOZitinH 03 1 O*CIO'VTA? ;Sl -GV qI -0 d V SSIW3)Hld3ON NOZIhOH I S31110m 3 )IDIHI ...... 0.1 A"?,X110"!'"0 a of adVH A%H911SI z, "ON x1div . 02h alev d Galzilivols is "Vol ills 0 1/0'*dAO'01I -St so 3 o .tA020 . :100117 OtJVH AILM911S1 .1 Is "ON xIbL 0 inatLNaio 319Y ti 0114111vals "Vol ills O't/O**0A0-V11qI SO -99 9 3 o .rA11?q0 ;jojZ7 3sAxacleLavinjr40 .v 3NIJ1 adVH AlAH911S d 3 mni,a inzaiNll d 31evid :i am W101 Ills 0 dAO Of idnelev rl -0 d V t siqud 3DN31SISNOO I amninnuis Ad0TaTnO8 IWD,)~HL190 NOZIIJOH adniXE]i I unainD N Z HOH S3 *AD HI ;939EV,AV913 NOS9NIiVO3 S ONW gl3NNYM13100,d,oNnoaj,s3jnL,o:,vm AlIM91 MOI I 3H Otj NI .1 ItIV0 a 9 .111C, NT :I 9 9NIAld3ONn I 'd 3H N A 1 S 3 DNIMAWOT S3113 SVH NUd I I 3HHI *3NI-IVSW 0 0 ST 3SVHa NOSNOflV3I :IfssVl3 SmUON lVNOIAIOOV 03Nivna A1000d 839VNIVdO IVIAnlziX 8 1 I, ; ISVP l-3 1 !BN3ES) Ills I V D 23d !IN DIHC1VtJ9jIV8jS d3ddn -3NIivlnONn .AlIN3'.) tssvl:) 3ldWO1 z 9 .3(0 : NOTILVA-4131 l3dAI 1 S ) N 0 a If (9161)'IOSA319 093M c 1 6V ?21 0 ns,34(tild zr9 so 60 I(N130niiiVi1 30 A3A1$nS OWITTL30 239Odmnd,9NoiidNvsA *"*V'd ') 'V'H"3'8 'VN-013V ITH SdOA3A"ns 09 A3 tin A 3 To ------13(3NVS UNIT TYPES SERIES SARDIS 4 DATES.M ."------OF LtoI------SUO SUPVEYUPS ..VKC..KEL O------.NA. R . : . A . 6 A .A .S . INGSURVEY'PURPOSES OET-I6 vky LATITUDEIN ;I, L N STUD I ORTHIC QEGOSDL41978~ 1 .0 STATVSS MODAL SOIL SPECE ;tCLA,ST!C 13 SANDY 6 HE C AT I FLUVIAL DRAINAGESUND MODERATELYS WELL DRAINED PV FFSU QLOWto ARE 10 SNESSI AP SITE LOCATIONS SOUTHERN LOWLANDS OF CMILLINACK MUNICIPALITY . STRUCTURE IMICKNtSS. C HORIZONY COLOUR I TEXTURE STRUCTURE I 2 HORIZON DEPT I M) BOUNOAR GRANULAR A P 0- 15 ABRUPT M,10 ;ROYR3,O/3M ;O SANDY LOAM WEAK. SUM Ix ols SED USANGULAR SLOCKY C 1 15- 62 CLEAR .10.;lYR.1;0011**S, COARSE SAND STINGLEIFIEGROIN Pi I 5 RAT SUBANGULAQWEAK BLOCKY C Gi b2- SAN6. SINGLE GRAIN AVELLY0 ...... THICKNESSCC*) CONSIST14CE ROOTS I HORIZON DEPTH A P 0- 15 VERY FRIABLE ABUNDANT c I Is- 62 FRIABLE PLENTIFUL c Gi b2- LOOSE FEW PH I EXCHANGEABLE CATIONS BUFF .( %E,0lOOG) C. E . C. DETERMINED SAMPLESTA METHOD VALUE ORGANIC NITROGEN CA MG NA It MOQIZOM-O TE CARSON IS 118:7 A P1 1 :50A. :201. 150: 6152 a t 6 : 15 1 :36,s : 11.1 C 2 I 5:7 1 .51 .15 .08 1..8 C Gi 62- 2 1 6 .22 .36 .0314 3 .7a ...... PI '4ORIZO4-OEPTH(CM,) RPM . A P 0 : .15a '011 :00 rC Ili EPTH(CM62-Is .) 11 .0 .... 5:;SA INIVA0 cov mmaaw Nomw 1 %,1 :1 +-ZC ero INIVA ot3w wnio3w NOMMOD In :IILN31d asool ?c -it irs) 3 01,3v wnlaaw -in A I IN Vld 3181flulo it -0 a v j W3 4 HId3O NOZIbOH Nd 0,1314 1 S31110vo 1 sioc" 313"ISISNOD S3 A71HL ...... A"113AVU9V NIV09 310NIS ON S +-?E ero I AT13AW 0 NIVU9 310NIS ON s ivnovmg ?c -it Irg 1.) A)1'3018 tivinON bVInNY09 V805.13 . WVOl ACNTS Idndow il -0 d I AtlWQNn08No 1 S(W111MJdN :, 4 a NOZtdOH I 3dnl3nuls i uni3nuis 3antxai i unnioa 7 kJOH 93 'A I A AIONIG OldVtla X ISS3NSnOlAkJ3dI ANOAS a :) 3 ISS3N NO IS S3M'3NVIVAVI I !,1 ;-JObd ;A :IzllGDSW 3A3 ~d,m3 3 vi3Nan st ~Iis .w" i . . . AVM I 01) itNn :)IHClVtflJlIVtljS ts3adn ------. - - .UOAONV'l 9 IVIC31V m;;a lIOS 13NnravXVL ssnivis ,)NtivinQNn x A%Nw) 31d .0'3 2SSV'12ladAl (QL61)1OSn9 :l" 073AII9 :(1)3QnLl0N(Jl,(N )30n I IJVl AlAd'19 031TV130 93SOdanoA S 9NI-IdWVSV .fl'V .b 9 -VN4013)1 _lVH ltlOA ;lAdns eq tAq tin .4o 3L a ...... siadvs SAYR-ES------DATES"PL OF G SURVEYSSE 2 o SURVEYR9 HAL KELOWNA, B .C .M .A . 6 R .A .B . IN PURPO SE-I :ODETAILESUOVCYU LATITUDEIN)tG e "S 1249 23 343 LON,ITUD ( 3 1110009 UPTHIC PERPO .HUMICA PODZOL(19781 15 .0 ELE ATION (M)l XYPEI 5STIMPLF STATUSI Moo L SOIL CLPASSIA EEPLY SLOPING 5 LCT (DEGII 180 GENETICC. : AT, ;r'tS ., COLLVVIAL GENETIC MAT0 BEDROCK SURF& E p VENEER BEDROCK DPAINA(,EtUND F MODERATELY4 *ELL DRAINED TYPES INTRUSIVE ACID SLOM pPERVIOUSNESSIF I ODEW ATE SITE LOCAT ON IS IN CYPRESS BOWL . -EbT VANCOUVER . ASS FICATION N SE IS LI H C FR j I 42CM 5 EPAGE ZONE4 SS!LL0 DEVELOPED ROOT MAT AND THE HORIZON9CM VARIES 1 FROM 2CM TO SCM THEREIN THICKNE15 A ...... * ...... * ...... ***PRO ;'lLC*********OESC .I*.TIO...... ICKNESS HORIZON V COLOUR I COLOUR 2 TEXTURE STRUCTURE I HORIZON THD6PTM(CM) BOUNDAR MASSIVE 4 1 19- 0 ABRUPT M2 ;5VQ2.0/2TO ORGANIC A RIX 015 WEAKINC A E 0 . 5 ABRUPT LOAMY SAND F SUBANGULAR BLOCKY MATR D Y M)DERATE. U a 4FI 5- 22 GRADUAL 2 YR3 0,140 ;0 SANDY LOAM .A5;Opl . .0'125 ;0 MSA;0. 1 is SED UB&NGULAQI M BLOCKY 6 WF2 22- 39 ABRUPT M'T2..SYR2;0014S;O SANDY LOAM MODERATEM Um MAjOylp5 .'1 12113sio SEO URANGULAPI BLOCKY 39- 42 .2 ;5YXR2 .00,12 ;0 SANDY LOAM MASSIVE A RI is IT 42 . ------T.;ZK;eS;...STia~Z ;UP;-;-.A5;OV'---Al.'5- .0u,s,T---I*0ZON;MENN-- . . .. ;;;;S ----I ---- 14ORIZON DEPTH4CM) S.OYQ7.0111.0 FRIABLE ABUNDANT '9- 0 WEAKCOARSE SUSANGULAR SLOCKY A E 0- 5 VERY FRIABLE ABUNDANT 8 MFI 5- 22 FRIABLE PLENTIFUL 8 HF2 22- 39 FRIABLE PLENTIFUL N 2 39- 42 WEAKMEDIUM VERY FRIABLE PLENTIFUL SUBANGULAR SLOCKY It 42- PH I PH 2 SAMPLE METHOD VALUE SAMPLETa METHOD VALUE ORGANICAR N " NITROGEN HORIZON-DEPTHICM .) STATE S TE c so H 1 19: 05 2 3:2 2 2 :3 64 16 go A. 1 3 7 s 4FE I 01- 22 2 ..30 2 4 8.56 .205. M MF2 22: 392 2 1 2 3 a1 9.69 25 2 39 4 2 1 4 : 9. 2 4- .1 19 .37 51 R ------ EXCHANGEABLE CATIONS SUFF .(ME/1006) C . E . C . EXTRACTABLE FE(%) CA Mt, NA K DETERMINED METHOD RESULT METHOD RESULT HORIZON-DEPTHtcm .l H I1 1 Is 1 a 05 : 6 .6 : 6A -4F 1 229 . 09.7 4, 0 IT HF2 19.: 32 50 :3 2 5- A :1 1. 96 4 R 392242 : 4:9125 1 ...... 1...... 1012. EXTRAC TABLE ALM METHOD RESULT METHOD RESULT P2 cu IN OPIZON- EPTH(C . .) Pp-. . pp spMp . pp pp . . H F1 19 : 05 1 9 1 4 :5 38 :2 A a 0 8'' : 4. . 3 3 0 191 .1 02 7 51 4 3 5 HFI 0 :2, 3 01 :21 . 9 3 7 0 2 a, : 7 1 1S 3 : b 3 35 : 4 86 F . 5 : 22 1 2 . . 3 1 .a2 9 9 3 40 N 2 2 9 4 . 2 a 25 : 83 9 4 7 3 R 42- t 5:22:24742.0. 4.04:0,40058. ------1.3.2 39-3.a 2..6 SAYRES UNIT TYPES SERIES DATEAm L OF 6 SURVEYSSE SUP SURVEYORS HAL KELOWNA . R .C .M .A . f P .A .B . S P IN PUS, Po S DETA 66ILED VEY L 11TODF10116 E ) . L.' STUD URTHIC FERRO-MU C POOZOL(19181 ELEVATIONN 4 4 .) : 1000 STATWSI ODAL" SOIL GENETIC ;Ala :.., MOQACINAL GENETIC MAT0 BEDROCK SURFACE XP VENE Q DRAINAGE$U F MODERATELYU, -LLL DRAINED TYPE : INTRUSIVE ACID REDS. E "PIPVIOUSNDI ' .ES1 . OD RATE CLASSIFICATION PHASE is LtTHIC . 0 ILE D C 1 ...... IHIC NESS HORIZON CULUUR I COLOUR 2 TEXTURE STRUCTURE I HORIZON DE TH4C ) 6OU OAPY L IS- 13 ABRUPT ORGANIC HF 13 . 0 ABRUPT .2 ;51Q24. .0 .1Z,0 ORGWANIC A RI I I muc V A E 0- 6 ABRUPT 1 '5 ;'0YR%5/2i X ;O SANDY LOAM ;EAKNE A I Ois SUBANGULARI BLOCKY a HFI fi- 22 GRADUAL M5 ;aoyRamo/sloT M 5 ;,0YA4MO0,04I X ;0 SANDY LOAM WEACKFIN TO MODERATEJU A IX 01 A I is SUBANGULARTo "ED aLOCKY0 8 HF2 22- 37 GRADUAL OY 4 00/4 0 LOAM WEAKF1 TO MODERATEM UM MA5;Royl'X'2 40".0 I'S;o W111 A is SU N T BANGULAR0 E01SLOCKY H 1 37- 50 6RADUAL .2 .bYR24/2X ;O 5 ;oyR4mo/4X ;0 ORGANICU K ODERATEUM A I Al is MA RI CIS M c Y 11. SUBANGULAR501 8LOCKY H 2 so- 63 GRADUAL 2 ;5YR2.UD/3;0 OQGA A RIX is MUCKYNIC' S HFGJ ba- 75 ABRUPT M10 ;.OYR3a0/2. ;5 SANDY LOAM MODERATE A I Dis MEDSU BANGULARI M BLOCKY R ?a- ...... CONSISTEICE ROOTS I MOTTLES I -ORI1ON 'HIC'Ot 7 'N6SS. fc-) ODERATE L IS- 13 ABU40ANt 11MEDIUMSUB.NGULAPSLOCKY MF 13- 0 FRIABLE ABUNDANT A E 0- 6 FRIABLE ABUNDANT 0 HFI 6- 22 FIR . ABUNDANT 8 HF2 22- 37 FRIABLE PLENTIFUL H 1 37- 50 FIRM PLENTIFUL 4 2 so- 63 FIRM PLENTIFUL 8 HFfiJ 63- 75 FIR . FE . COMMONFINEIS D TINCT R 75- PH I PH 2 SAMPLStA E METHOD VALUE SAMPLESTAT METHOD VALUE ORGANICA a N X NITROGEN1, HORIZON-D EPTH(Cm .) TE L c p 0 L 15 : 13 22 2 5:0S 2 3 :9 29 c 3- 0 a 2 2 3 : . 1 A 2 I1 .1. a 3 3 "a .120 .14 HFI 01.- 1236 2 3-i 2 aA 6 49.34 0 HF2 22- 2 1 4.4 2 a S? : 38~' B a?- ST 2 4 2 4 .20 1 : .51 2 50- 60 2 1 : .a 2 4 .4 272.b9. 680 B HFGJ 63- 73 5.1 2 4 .3 8 7a :2662 5 .0 3 09 EXCHANGEABLE CATIONS UVFF .(ME/IOOG) C . E . C . EXTR ACTABL E FEIII I EXTRAC TABLE ALf%) CA MG NA K DETERMIN ED METH OD RESULT METHOD RESULT HUPIZON-DEPTH(C- .) pp . . L 15I : 13 14 7J F 3 - b0 2 :3419 2 :20 6 1' .0:o229 1la 80 : 24 52 7 H E 08 20 .2 :5 0A HFI 6-0 22 .39 .161 .05 .1 6 48~. :4 2 2 BM HF2 22 : 37 :36 :09 Sa2 1 2. 1 1 '1 :2 a 2 37 so .2b 0.9Z, 05 0 7 76 .28 1 1 4 . a0 2:6 12 so3- 63 24 :04 105 :4 1.2 1 6 .6 3.6 8 HFGJ 6'3- 75 . 270 02 . 06 36 . 6 1 2 .9 3.a 04 . 0.!_9 ._ ._ 17 .! ...... I ...... 0. :. 7...... 2. 8 4 7 6 ...... 0. COARSE FRAGMENTS M . Z 14 . . X VOL HORIZON-OEPTH4CM .) P .M . ppm . pp PO LF IS1 : 13 1381 0 16 4 48 :b c 3 0 a :0 0 2 b 8 .9 : ; . as 10 .9 .0 6 Fi 2 6 a 2 0 301 .7 40 13 HF2 , 7 6 . 0 'aL'a :. 6O 1I 1 : 5 473 : 2 40 H 1 37-2 3 . 0 2b I Ia . a 2 4 . 2 0 H 2 So- 6 0 2 . 0 11-20 5 . 0 0 HFGJ b3- 7 1 1 . 0 21 .0 9 a '300 A Is- 5 21 .0 68 .b 271 SAYRES DATEA OF G SUWVEYS 70 KELOWNAj B .C .M .A . G P .A .G . S MPL IN PURPOSE& SEMI-DETAILED QVSURVEYOR' LATITUDEiN)lG .1, L(IN ITUOL( OkYNIC FERRO-HUMIC POOZOL(19781 STATUS : MODAL SOIL TYPEC INTRUSIVE ACID GENETICU, C OlliE'SE ., OQ LEINAL S FA E AP E p OPAINAGE1 MODERATELV WELL DRAINED PH I PH 2 SAMPLEA METHOD VALUE SAMPLETA METHOD VALUE ORGA OAN ICN % NITROGEN HORIZON.oEpTw4cm.) ST TE S TE C 0 0 1 :3 .3 MF w 13 : 0 2 2 3:87 2 3:1 64 79 A HFI 0S. 155 2 3 2 3 3 1 3 .:77 12 2 3 .243 .391 9 6 . 79 241 8 HF2 IS- 33 a 2 3:26 a F 3A 1 4 :6 2 4 b I 53: 45 22 1 5 1 2 4.6 ...... EXCHANGEABLE CATIONS BUFF .1-E .110061 C. E . C . EXTRACTABLE FEM CA MG NA K DETERMINED METHOD RESULT METHOD RESULT HORIZON-DEOTNICM .) "Ff. 13 : 0 3 70 3 3 41 0, HPI 0. 115 :1,45 0.53 0, '01 Isos :99 .1 4 : 55 02 .05 21 :9 2 :1 3 6S HF2 IS-5 33 .214 3 45 8a F 33A : 45 .211 005 :03.0 .0 5 Is 1 2 5 .26 .103 3 .07S 1316 .3 1 ...... EXTRAC TABLE ALM METHOD RESULT P.I . . P2M. I METHOD RESULT ppm . HORIZON-DEPTH(CM .) 0 pp 0 13 bo3 3 WA8FEHFI : 05 1 3 3 113:92 a47 :27 : 3 :21 3:47 1 5-0 15 1 :5 lb2 : 8E HF2 3153: 33 1 2. 3 a It4:, r 45 2.31 3 1 :75 0.7 43 .8. 107.98 R 45 . 1 19 .6 15 .2 UNIT .TYPEI..SERIES SCAT...... OATA 6 SUPVkYORI PNS KELOWNA, B .C .M .A . & R .A .B . S MPLINrE Op SURVIPURPOSEI:Y : DETAILED0 SUQVEV LATITUDEIN)lG r_ M), 12249 06 sa L 53 32 ORTHIC HUNIC GLEY!OL4!778) TYPESS, SSIMPLE PRECISTY10OV(SEC)tON 05 CLAS D PESSIONAL TO LEVEL S AT Sl NO A s rSPEC CLASTICA It CLAYEYa ;1 INE SU41ACE0 Ur1 at C TORM .P .ESIt . . BLANKETG ACT e Sc p L AL DRAINAGE$ POORLY DRAINED HORIZON THICKNESS. COLOU. I TEXTURE STRUCTURE I CONSISTENCE DE 7 4CM) ROOTS I L A . 3 ORGANIC F 3- 0 ORGANIC A MI 0 SILT LOAN MS ED FRIABLE ABUNDANT 0- IS MATRIXIO*OYR%ooll,,f USAI UNGULARM oYQ5 . .11 .0 SLOCKY 'oATRIX DRY0 A H2 Is- 35 M10 .0yna~o/WTp SILT LOAM NEDS STICKYa a FEW UBANIUZULAQ BLOCKY F'LlIA .L 10A.044 .01,126*0 G TLY PLASTIC M TRIX DRY0 B G 35. 45 5 .0 .13 0 SILTY CLAY cMOD TI K FEW MAiOY AERSEATE FIRC Y IO .:IX 7705310 SOUBANGULAR BLOCKY PL. ASMTIC MATRIXYR DRY0/ BC AS- IS M5;OY7 .:/21? SILTY CLAY VEOY. .WE,AT Ill, STICKY SA . .YS11, . . 0, p is c 0 PLASTIC MATRIX DRY"2' FIRM C 6 75 .+ .2 ;sy? .g":;o SILTY CLAY MASSIVE FIRM T AS.RXY8 .002 MAT91X ORO 0 ...... MOTTLES 1 -041 ZON T"ICKDEPT .76C!Sl L A. 3 F 3- 0 A NJ 0- 15 A H2 15. 35 8 G 35- 45 FAINT SIC AS- 75 FAINT C G 7S-+ PROMINENT PH I EXCHANGEA13LE CATIONS SUFF .(14E/IOOG) Co E . C, SAMPLESIA METHOD VALUE O:g :NIC X NIT:OGEN CA K DETERMINED HOPIZON-DEPT MI CM . ) TE C ON L 43 : 3 F 2 : :b 45 :36 2 A Hl.2 0 . 1 0 2 1 :51 5: go* A IS- 35 a 5 . a 83 . 189, .2 .7 0 G 35- 45 2 :119 1 5 . 0. 1 .39 :06 1. 52 .0 06 33 . 13C 45- 75 2 5:2 :017 . c G 75-+ 5 2 . 9 9. 1 1 b 6 6 . 002, 13 . 392' :11, 126 .24 ...... 50..:0...... HORIZON-DEPTH(CM .) P. L 3 am 0 A . 1 0- Is 4,. : 0. A H2 5: 35 31 5 319:00 a r .5-5 ;5 1 .0 scC G 75-+ 1 .0 .... VLZ ."U', - Op UZ C 0 Be ~ .b soz~ s. sot-oz %69-ov %Dz, 11- $0101 1- 99' (-~4fto) ( .. Z000*0 - zoo*0) A.10 .. .:) 1 -11 . I. Zooo-o~) A .10 ..Ij I ABI.,.,. .Ikl A.13 0 :~O? r :at 69 :S9 as 3 q 19,3 0 . o.,, It . -1 ; , a La -Cl 00 :111 .1 00 :.11 cc -0 a 0 -1 "1 'Odda 'Odd 1-w3)HldJO-NOZIIJDH d. . . . . Id ...... 9 6ZC s : c: t.:zla a-0: a Be A6c s9 lc%, :ztIt to a S. .1, O-Oc oca . a. t alat a Lt. -CI 9a : 81: 1 1 10 It- as 13 1It 09 HMV a. We 94 : 1 96 -01 C, TI :019 IVI l :s9cv 9 90 29-To *-v t 0 1 % % De ') UWAS (-WD)HId3O-NOZI6OH V3 N30Od1lN 34NVou!) 3nIVA on .L3" 31d"vs O3NIWd3l3(I A WN 9w ., .3 ., (9001,030114iing SNOlIV2 3IGV39NVH2X2 I .= ...... w-- vivo lv3l"3H3 9 1 O-V/or 1;stIAOI s;(Olt 0: ".nIG3wA , 3 LIS 0-1110-SNA 13NILMI- wn103M, , 9 W111 .4 Ad3A 69 -90 is 3 03d9. It 0'1110, ; 11, 1Aj 0S ;OI wn 1 o3wa NOWN02I 03A "01A s,* -LC 0.910N;MASOUL-b * 1 ou "n.0 I..0:) In AI 1.3-Id NO 1 11 L? -vt 0 a INTONMEIV 31@VttIA Cl -0 IF 0 .1 MI (SS.1)HLd3QN 14 NOMIGH dIjA03A a-G9X131 1 ...... AX3OIQ dwinoNyOOn3Sd3 v lialowa .,x1al so .3 all'ilvdis 0 As -99 99 31VU300H0 x 3 AVI,3 Al li s islo w0 .xItjLvwAs,. ivnovus is 5 2AISSYN ATI13 Allis 0 rl S a Gg -So AN3018 UVIAONV asdVO3d , 31v 300 Avl~ Allis AaSa, 0Iwo -11.1 A, Is, .1 a, 4 ivnowus st -19 as Av,:ioie1bvineNy0 a 1, ASION.xialw" n 0 alo GAS ivnovuo ...... a 0'3 03 t13OO10 ". a 0 .1 A11%,11011Ma ol towinNybo AN-30-10 dyinoNvens " 0 It To 4 3 Is ON x A n""a" wnta3w -a1 .111,110",0 . ldnovy cl -0 IN IF am 1 a AT12 Allis"Vol 0-11/0 I ldnuov 0 -1 H AuvaNnoeNo 1 m st"2imigoN N Noz1vom I Idni)MILS adnLX11 t anaiaj z 1110 Lasa-cl)0131 L a 3dnL,3nbLS AW12Allis 'SINVId a')VA131'J 91401V SON11V013 (H!A03 ;L-/O;CbAOj1,,43AV2H. .Ia9, 22QNV,IS0ON911 Hi 9NI1 A1 Ott r4ZV#S 90 V3NdO'3 AD LSV3 S0313" SO ONY OON StI313HA A000I No t,1110191" ailsI s3AON IVNOILtoov ADIS, s ISS3141snOlAb3dN gasI i N ,) v Ada O3NIWdO Aldoodol T I d 1111 :10 . .S114:01d 5,""530n IWNIVt513 N '18 t'LVM3 3 IL .43N3S A3AVIDON IT 'JILSVII)3 -13dsS iINn !!HdVbgl!Vb!S U3ddn S~ NOIJIVA313I 1BA31 01 lVNOISS3dd2O 119301 1'31d"IssvI,3 out 3dAl I 0 NO S ~Jdd 0 1 S,,al,OD" ..n.'s'"'s-,141do Is0 . SIC Lai, 111,,(N 3001,9701 v 90 6 )a n I VI 3dOlS NOT iV'30-1 A3A,,ng oa-Iivi3o9 81SOddndA S 9NIIdWV50 -91V-d I -V-W-3-8 IVN0013X ITH 1tJOA3AmnS 9 IA3 dn :10 31V ------iv~5§ or :001 1) a 0.9? 01 -0 9*1c 0 -C 'Wdd" ('W'3)HId3Q-h0Z1d0P t 91t: te : ca :at zo . 0-9 1 a 9 19:91It 0 00 1 V0 C :q a oe :00lc 9 9V 9' . 941 .11 so I I . 61a :1 9 1 a 01 -0 HI 6,:Ile 9' 112 : 9306:11 S0 .9 'W? 90t' .09 9 2 a 0 -C ('W'3)AId3Q-N0Z1d0H 03NINti3i 0 A WN ON W~ . .00 11.1t . 11 IINIO1100"V'3.0 anlVA 0OH13H 313 1d ViS1VS (oootnwi-aAns SN01iV3 3lQV39NWW3X3 I= vivo A3NIISIGa 0 N W" 3 -0c 9 0'V10I ;N1*dAS ;L IzA v oIt or _0t 0 a 01 -0 H V 0 .9 Al SS(M :))HId3QN NOZIdOH 1 s3illow 3 X31HA ...... 6 ...... Iq0g. x!dqw PJA "bij 3AISSVh wwol 0 .1 9 9 -Or 9 1 311SVId AN3oie uvinoN 31,mnc3m. 0. Islowa .,witilym. . Rai AX31IS a 0 WWI 0 . /0 AO G ivnovus Or -01 0 a A)02018 evinoNvensI w wn " oa3" 0Islow, ,xttilww InAliNVId 318vid :i V "Vol Ills 11 0 tjA0 I Idndow Of -0 H V Idnaev 0 -r Al A"ZONnoe IZ34HiV3O NOZ100H I slood 93N31SISNO) i 3tini,)nnis 3dnix3i i anoin N ZINOH 3 A~ Mi NOTIdItIDS30 31121OUd 'A3t1dAS NI 0'SQtJ A10 .1d0fA ONY OHOttw z10 NOli!)Nnr 3HI 40 IS30HImON 3N01iV30'1 311S :01S 1SS3Nsn0!Ag3d o.nia 03NIVt$O AlboodSIS 139VNIW d Idt U3530V 112VISI 3~NIIQM " 'S311d'J t.iV"o.3 T3 1 AunSM 3 :)[&SVI0 31 . 3 AllisI IN ti 3 '33ds39 11069 1(930) 1~13dSV1, oNiivinaNn A llos ivaow tsnivis go :( ;IZ) NOIIVA313 931dpaN3 'SS':3dAi 90 N (OL61)10SAIl-3 iiwnH '31HItin etC, ill9 aet 0niS"33Ni o 9 0 60 T11N31 IUI~11"" I ----- ...... )I Idols 4011w,31 .1issVil NOlIV301 A3A11AS 031TV1309 vasodendSON116NVSV -VN4013)1 SNd IODAUisns 0 tA3Adn zio ii a ------JLVOS UNIT TYPES SERIES SCAT...... UWVEYIU SEt 63 ED VEVOR9 GGR KELOWNA9 B .C .M .A . & A .A .8- DATESAMPLINGOF S P PRO DETAIL SURVEYSUR LATITUDE17,11,~2!!Z!2t 1492 22 470 L IIUD a 23 125 O1ITHIC, U "U"11 GLEYSOLIL 0 :L975) TYPES8, SEJpMPLSSI ELEVATIONN (MIS 0 CLAS D RE ONAL TO LEVEL S AT S -ODA S .EIIPIC ;,CL .ASIIC. 13 MCLAYrEY4 AT . .SI . . IS AllA 1. . SURFACE.E C r,L EIET DESCRIPTORp to LACtAL DRAINAGE$IS UNO 'I POO :LY DRAINED' SLO3 PERVIOUSNESS$p LOW ITISSL?~ATIONI ABOUT 300 METERS EAST OF THE MACLUPE-13RAONER RO JUNCTION9 MAYI U ...... s...... NESSCM, NOR I ZON CULOUR I TEXTURE STRUCTURE I CONSISTENCE ROOTS I HORIZON THDEPTHSICK BOUNDARY LH 3- 0 ORGANIC A N 0- 25 DIFFUSE 10 ;OYR2X ;5/0 ls;0 SILT LOAM MODERMTEM FRIABLE ABUNDANT MA1 RI0 a.. I EDI U 0 SUBANGULAR ISLOCKY .41F01 .I1. DAY'I'D AS 25- 45 GRADUAL 10 T.0YR3I, ;5,l3TO LOAM MODEURATEM POIABLE PLENTIFUL A OYMSIK .OIS, MATRIX0 00y2*0 SUBANGULARE01 SLOCKY R a a As- TO GRADUAL 10 OY115*0/3sO SILT LOAM IsTlao~o; Flom AI. a S 0 1 OvR7 .0~3Day .0 SUBANGULAR SLOCKY MATRIX0 C G 70. loMAI.OYR4400012. ;0 TYM CLAY MASSIVE VERY FIRM 10 .01-6" ' X .0 " .0 MATRIX DRY"2 ...... NESS'C', MOTTLES I SOIL HORIZON DEPTHv"'C', LA LH 3- 0 .05: :59 COM14ONI FINET 5 NCY 0 !OYRJ.014 .0 a G As. TO ANY 1AIDIUS4ISIS . ENT 7.5440 1 .0/4 .0 C Q To- MANY MEDIUM1 07.5STI"114~ T Y 0,f4 .0 EXCHANGEABLE CATIONS BUFF .(AE"100GI C. E . C . SAMPLESTA METHOD VALUE CA MG NA K DETERMINED HORIZON-DEPTH(CM .) TE ORGANCAP13ONIC 11 NITROGENIS LN m Aa 3: 250 5 6 3.' 90 :20 3.3 :29 A 25-0 .5 2a 1 9 Ss : N2 : :00 .230 21 457 : 7 1 6. I .go29 . 03 5.0070 2 .200 .30 2.1 aC G6 0 0 2 1 6. 23 . 23 .03 8.20 3 .10 .40 .20 14 .0 ...... 2 PARTICLE 5:3SIZE(Sll 1 TOTAL 62-2ILTU 2U 0CLAYAL HOPIZON-DEPTH(CM.) PPP, .. SANO S 1 T LN 3: 250 A 41 .5 159 64 21 As 6 0 41b:50 73, 25AS : 45111 1 12 7 1la, 6C To- 12 .0 17 60 23 1 Clay mineraloigy H.H ... C- cl .y (0.002 - 0.0002 Wa.) Fl- CI.Y (0.0002 ~6 t. 20-400 est. ~20% T- ..t. 40-6% st. I 204ag w. 1 12% .0. T- 44,-,0,og hl .,It. 'Ice. wn~,Il I-It ., Icullt . f.1 d, ,l; ml ~ftt I fl . ftld-~ .c.I t, q I .D 11'"'.1t . UNIT TYPES SERIES SEABIRD...... DATEA L OF SUR SURVEYORS MAL KELOWNA9 B .C .M .A . I, P .A .B . S MP ING SURY"IPURPOSES DETAILED67 VEY LATITUDE(N)0 G e~2~t!!2~W : I I49 A12 58 ~~t!!H!~!1!2~ h2!! LPRZCIT 21 5 .5 GLS,YkD 8 REIIISOL119781Do UD N I C 1 EC)S 5 TYPE# SIMPLE2*0 ELEVATIONSIO (MISS 6 STATUS M AL SOIL CLASSI1 VERY GENTLY SLOPING SPEC I CLASTICI It SANDY GIN ILUIIALL SURFACEC MAF .pWS . . LEVE DRAINAGE$1, IMPERFECTLYL 0. DRAINED PUN F8USNESS : SMO 0 PERVTO DERATE !2!!!IDNAL NOTES ------ SITE LOCATION NEAR FRASER RIVER IN MISSION AREA . THICKNESS. O.4ZU .N, COLOUR I COLOUR 2 TEXTURE STRUCTURE I .001 . .N DE I ( CHI 80 DA R C 0- to CLEAR .24YNOO SAND SINGLE GRAIN A RIX 0 C Gil to- 22 CLEAR .A2;5Y3 .0/2H SO LOAMY SAND AIJI UM Rix 01 1 MEMED SU NGULAP BLOCKY C GJ2 22- 35 ABRUPT M2 SY3 . 12 0 LOAMY FINE WE ATQIX* 0MDI;T SA I'D MEDIUM SUSANGULAP BLOCKY PS 00 11 C GI 35- 55 CLEAR 540Y41,020T SILT LOAM E .A2;:V1: .21f0 ;OT MA IX 01 MoNoC t " SUBANGULAR0 S SLOCKY PSEUDO 11 C 62 55- 70 CLEAR M2 ;:Y : .2121? SILT LOAM P40DERATEI M A 1 01 MEOSUBAU PSEUDONGULAR BLOCKY C GJ3 70 . m 2 SY 4IS .0102, 0 FINE SAND MASSIVE ATRI1 ONT ...... THICKNESSp . M STRUCTURE 2 CUNSISTENCE ROUTS I MOTTLES I MOTTLES 2 40MIZ.N OE v IS: I c 0- 10 LOOSE PLENTIFUL ...... c Git to- 22 SINGLE GRAIN VERY FRIABLE PLENTIVUL FEWEOIUM AINT C GJ2 22- 35 VERY FRIABLE PLENTIFUL COMMON01 M 7 .5YR4 .0/4 .0 MEFROM U 5.0'.3INEN7. 0/4.0 11 C G1 35- S5 FIRM FEW ,COMMONI ED UM PROM S.OY03INENI.514 .0 11 c G2 55- 70 FRIABLE FEW CO MON DEDST U-NCT I MYA4 .0/4 .0 C Gia To- SINGLE GRAIN LOOSE FEW FE"olum ME PH I EXCHANGEABLE CATIONS BUFF .tME/100G) C . E . C. SAMPLE METHOD VALUE CA MG NA K DETERMINED HORIZON-D STATE FAINT ORGANICA N 6 9 C ROD 23 :02 :4IT 79 5 6 : 91 100: to22 2 1 7:3 :35 2 46 1 :46. . :006 : 26 17 IGj2c'1 2 ~ 5 0A 2 .5 2 .2 5 - 2 15 .9 1 .3 9 21 0: 6 it C 62 5 70 2 7 12 .09 1 .160 .016 C 653 70: 35 2 7 :21 EPTH4CM352 55.) 1 * .SOS .46 .06 a 5:9 ...... 1...... pp .. P2 NITROGENX 01 HUPIZUN-DEPTH(CMCGit .) Rpm . c Gil 100 : 1022 TO2 5 117693 :00 CIGJ2GI 22 : 35 2.5 7 :0 137 4.0 7 . 15 I11 C .1 73555 . 5570 1. . 12. 4 C GJ3C 0 3.5 1 0 0 75 :1810 BLZ ? :SS rb Os TOSID 0 . C L a, -2L as"I 1I ; .969 1* -LE; ISO 3 2Z -GI 91901 St -0 (- . :)) .Id3O-NOZIdOH N7 ...... OSTOS11.) OVCt 0 Z :0, v . . ; 9:qf D:N! 9:9 ;1 9 a. co : Sq : 09 - 9 Q.z 0-001 1a-as0 "9 S-69 1, 01 sc) ?Q 90-C t-%ZI a 0-001 14 "2 Oq-6 a 1Z2 -Zl. z-sz 99 . 90-C OZ19 ERIC Sl 0 A .V &-o-, 0-001 09al C*tz 'Add AdI 13 1) 3 -Nd 03NIWb3i .10 WN n :) S ad d 03 1 3 -3 *3 *1 4900t.03mi-AAns SNOIIW '3 3l9V3ONTM3X3 ...... 0:9 2 266 :16 99S11 L:9 ,-EL a o, I C.9 It L . 149 a ?I -I 90-t I .C . I* a Ro cv .? a 1 1 a S I zz, 1 :St 1 0 C.- ? I L-CC a 6, 9LVIS 321VIS f'W2)HId3O-NOZIttOH % NDStSV'3 GON130 dnVS N3OOdIIN NV 0 3nivA GON130 3ldWVS 3nlVA 2 Hd I ~ vivo vll"aH2 I -16 cgs 3 Mali E6 -?I Os I tl 03LN3W33 AlXV30 019/ iN6 ;CTA9n U-Sd 1133" a ZL -411 zSO 3 111.0"WO3 injoi4N31d 1 .4 0-V/O ;cdA00o,GI I d nt03A ISO 00ft/0-ttlAVA. No"NoiA initIN91d O.V/O ;ct$AoI ls I N IS3N,0 -61 3v O-910-GBAS*L NON"03" INVONney 319witli UZ INVGNn9v 31111vinj SI -0 m IF 10~4HId4? NOZINON 'dId3S3O/LN3OVNo VI 32NALSISNOJI S3 )431 11 N3W" 1 SICOU ...... Islam IAOPSV" -ZG Cos 3 G31JILVdIS nvol AGNVS 011/0 0ISIOW0/0.IdAXltllVW9-I "V3113 16 -?A OR D it NIVdO 319NIS 2AISSVW ONVS AWV01 ,Ij, OQn3Sda V"Sl3S.,O d Isla," .xtd!Vw 7 aso D 31va3cow wwol Ills 0 1/ CAD 9 dV313 U -tv oon3SdA VISSindV ISO 3 ....,. 00a,. ..Ol ills 9 / VA lynowtio IV AW3019 tivinON ans.0 V1 ,,"tiloo03. "Tel Ills S*I/OIS10"ItXIAit014071 ivnovoo ar -GI Ax3ols o3wtsvinONvgns114 0LSIOW.910-9ASA80 "Itlial,It 1 IdLy"0, Am 0-?fO-ttjAO St -0 H IF U1,6300"OL "Vol Ills -movaq AuvaNnou14 ss(w3wmAdaaN 1 NOZIdOM NOZIaO 3 W3 HL a 3dni,)nais t atini:Intsis 3anixii 1 tIA0103 '-IVld3iVW ~INVOUO QNV GONVS -PVOI IIIS JO SONVO 9NIIVNti?IIV" NSIHI .10 SISISNO3 COS 3S3N1 1 COS3SVHdONNOIIV~1141SS 3 11 Vl3 :1 NOHHO'3 01 3N43A 13AV 5 -S113HS N3)fOtj8 ONV 31OHN HiVib3 :)Vh V319VOOO NAOMI ONv NA080 HSTOO30 WdVO HII* 03LVO!) S)1'3Vd~l IV311b3A 3AV I ?SO N QNV ISO a2 H 'Od AVQ2IV AdVONnoe5 ao ISV3 St13L3W 06 ONT 3AOtJ') NDY38 AD minos sts3iaw ooo tN0 301 311 S31ON lVNOILtOOV O3NIVtIQ AltIOOd 239VNIVMG 313A31I VW I-S3jdX3 37V,3itins N tI t 19" 311 30 1lNn mmdvuqtivtuS d3ddn ISSWIDI itas ivaum ISALvis I"1310~S NOIAIA313N 1 ')NlivinaNn x AliN39 eo 0 S123tid 31djO2 3dAI 1 % 19L61)10SA319 0-33d ,0 coo Cal ,,,3on,,1ONOl, ., 0 a I 6V 3an iivi ; ;; ;s- NO 3 1 V) 1 :4 1 SS V T) NOIAT701 3Atns o3ilVI30 13soddndA S-)NildKVS1 a -VNN013X JVH ttjaA3A"nsA 69 SAI Un :10 3 V ------UNIT TYPEI SERIES SEAVIEW...... DATEA OF G SURVhYIV SE YORI ONS KELOWNAq B .C .M .A . f P .A .B . 5 MPL IN P RPU I DETAILEDSo SURVEYSURVE LATjTUOE,lN4 ;, I 219 00 47 L,NF. C,ITUD 3 07 PEG.UGLEIS.L(197ell. L TYPES#, SEIMPLE N ' 1S .Cl- 5 CLAS 0 PRESSIONAL 70 LEVEL LEVATION- SIO (M)l I STAT ST M DA SOIL SPEC ;,CL.ASTIC. It SLILTY SPECTICLASTM .IC It SIANDY GEN IALea GENE C AT I M PINE SURFACEE C EXPOESAT .1 FVENEUY DRAINAGE$e V SNESS, VERY APOORLY DAAINLD P R IOU MODE ATE CLASS!FIC :TIDN,PHtgEI,StLINE .,PtL YCLLOW46H .MOTTLEA F INSEIDESS OF REDSS2 IN. C fist L 0 IR N A N S ON L AVAGEE PLA LS FE ONSEA SH LL IN C 6 THIC K,, NESS NORU4ZO 4N Y COLOUR I TEXTURE STRUCTURE I CONSISTENCE ROOTS I HORIZON DE T (CM) 80 DA FL 3. 0 . A HJS 0 . 15 ABRUPT IO .QiR5 0/1 0 SILT LOAM MODERATE VERY FRIABLE !LENTIFUL. 0, r'AINE To MEDIUM INE to A NULAA MATRIX DRY C G51 is- 73 CLEAR .I0 ; 0YR5. . . 0,lI f 0 SILT LOAM CMODERATESe VERY FRIABLE PLENTIFUL 10A .0 I P6 .5,11IS .0 PANGULAROAP SLOCKY MATRIX1 DRY SEUDO C G52 73 .100 ABRUPT SILT LOAM MASSIVE FRIABLE .AWo"'o"llso.0 Ix .0MO T MATRIX5 Y5 DAY".0 11 C GS too. COARSE SAND ...... 6...... MOTTLES I MOTTLES 2 .UR IZON 'HICKDE MENT FL 3- 0 A HJS 0- 15 COMMONST DI INCT C GSI tS- 73 2 .5YR4 .0/4 .0 COMMONOM Nr .1 PR5 .04I.1 .0112 .0 C G52 73-100 COMMONI DIS INCT 11 C Gs too- EXCHANGEABLE CATIONS BUFF .(ME/10061 C. E. C . SAMPLEST METHOD VALUE ORGANICA N X NITROGEN CA MG NA oc DETERMINED HORIZON-DEPIN(CM .) ATE C PSO % FL HJS 3 : A GSI I 0 150 2 32 2 5 83 13 1 :813 7 2 7 5 :1 73 a I1 A3 .9J2 4 : 4957 :16 : 509. :0.4 2191 :4. r GS2 10 3. 00 2 1 .65 2 .24 34 .477; 12a."a7 . .,41 a I C11 C Gs 0 2 1 6 .1 ...... ELECTaSCOND. HORIZO4-DgPTH(CM .) (MMH /CM) p FLHJS 3: 115 AC GSI 1 0 12 .00 ,S:,73 17:00 1 6. :40 C GS2 10 3- 00 5 0 4 .9 11 C Gs 0 SECHELT OF GSURVEYIU St: KELOwNA, B .C .M .A . & P .A,9, DATESAMPLIN P PRO : DETAILED70 SUPVtYSURVeyool LATITUDgINO)0 ;, L NGITU ELUVIATED DYSTRIC 6RUNISOL41978) % s5.0. Typal 0PLE ASPECT (DEG)$ 27I SPECr ;,CL,A,STICt 13 SLANDY . . F IAL SURFACE""' C p FANUV DRAINAGES RAPIDLYS . DRAINED QpERVIDUNOFFSUSNESSI PLO ARID SITE LOCATION9 19M NORTH OF SECHELT . PH I PH 2 SAMPLETA METHOD VALUE SAMPLT E METHOD VALUE ORGANICA a N Y, NITROGEN1, HORIZON-DEPTH(CM.1 TE S ATE c Q a L 4:1 62 :7 0. 1 :233 F 81: 3 2 22 43:48 22 3.94 621 . 7a 1 4 .2 2 .0 2. a ri 03: . 3a 2 2 1 . 2 1 18- 43 ? 1 55 :: 2 4.9 .916, :00: a :2 43 . 60 2 . 71 03 607 : 1 56 :" 2 5:7' occ 1 787 2 1 6 :03 2 4 C 2 97-a 9 2 1 6 a 4 5:76 A..E ...... EXCHAN GEABLE CATIONS BUFF .(ME .I IOOGI C . E. C. EXTR ACTABL E FEM CA MG NA K DE TERMINED METH OD RESULT METHOD RESULT HORIZON-DEPTHtC .. L &5: 5 9 0- .03 .. 3 :1 :2.66 11 3 183: ' 38 3 a a6 .21 63- .04 .35 :0053 66:42 1 .2 3 1, o Go- 78 :300 .0 5:5 .3 3 :0 cic 1 781: 97 .31 .03 M.) :0079 1 3 0 C 2 9 6 .05.03.023 .14.05.0. 2A-3:21.2 1 13 3 0 ...... EXTRACTABLE ...... ALM ...... METHOD RESULT:00.R1.077 METHOD RESULT Ps P2 S .. HORIZON- DEPTMICM .) :101 Rpm. Pom. ppm. L 56: 50 .140 1 A Ej 0: ,3 2 3 1 5 30 .1 3 1 3. 438 1 .7... 3 :3 4 .6 95 .6 : 6. a M, a .7 3 53.. 110 .2 ~t' . I a ma 43- 60 1 3 .23 56a:.0: 113.1 6 .6 sc 1 60 : To7 1 .94 3 :2 1::6 5140 :2 185:7 c 7897- 9 1 .9 3 .46 c 2 .. .7 3 .11 31 6859 .0.55 2237 .8: 98. SEYMOUR...... a Q:4E 70 "U"111 ;"I '.M S PLINGOF SURVEYPURPOSES SEMI-DETAI"D SURVEY L tTU0Ej% ; . 149 20& 255 W 22 4 05I GLEYED FEPRO-HU-IC PODZUL11918) PRECITYSN (SEC)l TYPES C20MPLEX*0 EL EVATSION (M)l 130 STATUS$ MODAL SOIL CLASS9 GENTLY UNDULATING CGMZ ;,CLASTIC 1 : GRAVELLYLU GIRF .Cl llljElSE . . IE .VS-L SU E XP I RACED DRAINAGESU F SLIMPERFECTLY, DRAINED NOFV I pPER I OUSNESSI RAPID0 SITE 4 LOCATIONM SCNEAR 0 JUNCTION E OF1 CREEK AN QUITL :MR RIVER . VARIABLE C OLD1 S a FA 1 0 ORUNEVEN ORGANIC0 Co MATT 0 SIM I UTION!a M 95CM DU T14ICKM7ESS MORISZON Y COLOUR I TEXTURE STRUCTURE I STPUCYURE 2 HORIZON DE I CM~ 13OU 40AR LF 9. a ABRUPT ORGANIC 9. 0 ABRUPT M54 oY :2 49/2;0 ORGANIC A Ri is A E 0- 3 ABRUPT LOA YAND 'IWEAKE .A5;9,I :%9,5TOis GRAVEMYLLS N IS HF 3- 15 CLEAR 5I.OYR%S,*0 SANr MODERATEM TO STRONG MA Rix Ols PAVELLY0 SUBANGULAREOIUM BLOCKY a F 15 . 35 DIFFUSE 5 OYR3x ;0/3u ;0 S.AN MASSIVE SINGLE GRAIN MATRI* is 6 AV0.LLY SU a FGJI 35- 65 DIFFUSE 5YR4X 0/4S;O SANDE MASSIVEBANGULARSLOCKY SINGLE GRAIN MA7; RI ;01 GRAY LLY 8 FGJ2 65. 95 DIFFUSE SAND0 MASSIVE SINGLE GRAIN m,A;5Ryl:%8,!1 ;O 6 AVELLY Bc 95-145 DIFFUSE SAN.R SINGLE GRAIN AVELLY0 C Gi 145- SANr SINGLE GRAIN RAVELLY0 ...... HORIZON I"ICKNISSp I . C CONSISTENCE ROUTS I MENTATIONN I , DE ( M) AGECE DESCRIP . LF 9- a H 8- 0 FRIABLE ABUNDANT A E 0- 3 FRIABLE PLENTIFUL B HF 3- 15 FIRM PLENTIFUL : .J, :5- 35 F :RO FE : :E : :LY CE MENTED. 5 . 65 F RM FE E LY CE ENTED a FGJ2 65- Q5 FIRM ac 95-145 LOOSE C Gi 145- LOOSE SEYMOUR (Continued) PH I PH 2 SAMPLETA MET HOD VALUE SAT MPLEA METHO D VALUE ORGANICpa N X NITROGENX HOPIZON-DEPTH(CM .) S TE S TE CA 0 3:9 2 3:21 53r :31, LF 9: 80 2 2 1 9'. 2 3 .85 2 2 7 19 AHa EHr 3 2 2 3 3 3 .7 4 .0 26 .094 .2134 1 3- 15 1 3 : 423 2 4-3 . . 2 4 4.6 5.6 2 1 3 :0714 a Gil 3 35 .12 :Gil N. 255 22 5.6 2 acC I95: 145 a 5.5 4 4.8 Gi All ------I------EXCHANGEABLE CATIONS BUFF .(ME/10061 C. E . C . EXTRACTABLE FE(11) RESULT METHOD RESULT CA M6 NA K OETEPOiNED METHOD HORIZON-DEPTMiCM .) LF 9: a0 2:aO20 23 1 :511 :1,93 1 25 . 9 ---- c 3 . 013S 1 310 :3 3 A 0-a 21 T1 .2 :19 3 .NI 8a MF I,3: S15 0 .04 6 5 . 01 .0 6 .010 29 0.6 3 16 :5 3 0o:42 ;GJ1 35- 69 :3 1 .01 .0 3 3 0 1 08 FGJ2 655:1255 .42 .01 03 5. 4 OC1 G1 14" 101.2-:90 ...... 0.6 0 COARSE FRAGMENTS EXTRAC TABLE A0%I S VOL GRAVEL METH D S CUM. ZNP . . METHOD RESULT POM. PP P PTWICM .) ORIZON-O 67 .5 9: 60 163.6 36 .1 200 :00 232:9 LF 3 1 3. 0 63 .7 8A2:75 2 .5 0 11 .1 60 A 3 0.3 3 1: 210'0 1 .6 3 0. 25 .6 533:4 3: 153 1 : 6 .405 25 3 1 .4 23 .96 67 .b 85 255 21 :55 3 0:6 43 .1 42 .9 16 .9 374 CFGJI 5 5 1 49 12,4 64 20 .2 lb1 :62 3: :21 85 252 5 FGJ2 3:, 1 3 0.9 .2 5 0.6 3 3 8 3 aC .1 9A, . 65 1 .... ESULT ...... COARSE FRAGMENTS &'. p2m. COBBLE.1. STONE.0 :02 PP pp HORIZON-DEPTH(CM .) I 2' LF 9. 8 A E 0. 3 to1 0a MF 10 IS3: IS35 30. 30 ;Gi 35: 65 30 arFGJ21 . 9,.. 20 30A. 65 20 40 aC Gi 165-6535-95-9565 SHALISH OAT, OF G SUWVEYISES SVPVEYORI HAL KELOWNAj B .C .M .A . f R .A .H . 5 MPLINE POOR() SEMI!9DETAILLO SURVEY LAIlIU0614110 G E" . . 1249 2b 131 L RECIN I 2 58 0: ORTHIC FERRO-HUMICDA POOZOL(1978) % 0 0 TOOTONI (SEC)l ASPECT (DEG0 1 9 ; ELEVATp S ON IM18 275 STATUSt MO L SOIL COMME I CLASTICM 1 : GRAVELLYLU ; :T41S . . F -L "NSURFACE' E P FAN 'I DRAUN,I NAGEF . I MODERATELYS WELL DRAINED RPERVIOUSNESS$F RAPIDID I :LTE LOC:ljDNI :SO METES :S'e SOUTH OF SEYMOUR.01M.. C TO 7 A EEP ZONE WITH ROOT A OF IL E P --!...... THICKNESSP H HORIZONN Y COLOUR I TEXTURE STRUCTURE I STRUCTURE 2 HORIZON DE T (CM) BOU DAR LH b . 0 ABRUPT ORGANIC A t 0- 5 ABRUPT . 5 ; gVR5. . S/ sl ; O LOAM WEAKM I'M A I al SANDYGRAVELLY S ED USANGULAR BLOCKY 8 4FI 5. 13 GRADUAL . 5 ;10YR2a X m 5/2 ; 5 SaANO LOAM WEAKOIUM A I DIS AVELLYY S UBANGULAR BLOCKY 0 HF2 13- 52 GPAOUAL rSAND LOAM WEAKJU . RAVELLYV SED USANGULAR SLOCKY B NFGJI 52- 87 DIFFUSE S;OYR2 ;5/2;5 L WEAKM JU . A RIX CIS GRAVELLYOAMY SAND SED UBANGULAR BLOCKY 8 HFGJ2 87-125 DIFFUSE M5AT.ovp2X AS/2;0 LO A SAND MODEQATEM Al uls GQ MyVELLY SEDIU UOANGVLAR GLOCKY SC Gi 125-200 SAND MASSIVE SINGLE GRAIN GRAVELLY ------MAb;RIXOYR3MOIS15/4;0 ...... THICKNESS CONSISTENCE ROOTS I MOTTLES I ACEMENTAYCIONE HORIZON DE TH(CM) 6 T/OES RIP . LN 6- 0 FRIABLE ABUNDANT A 6 0- 5 FRIABLE ABUNDANT 8 HFI 5- 13 FRIABLE ABUNDANT b HF2 13- S2 FRIABLE ABUNDANT 6 MFGJI 52- 87 FRIABLE ABUNDANT FEWDIV. MEFAINT 9 HFGj2 81 .125 FRIABLE ASU40ANT ONM COMMMEDI DISTINCTU BC GJ 125-200 FIRM FEW MANY'ED U, WEAKLY CEMENTED PR MINENT1 7 .5YRS0 .0/6 .0 PHYSICAL & CHEMICAL DATA PH I PH 2 SAMPLEST, METHOD VALUE SAMPLET METHOD VALUE ORGANICA SON NITROGEN1, HORIZON-nEPTH(CM .) TE S ATE C P LHE 6: 0S 2 2 : :2 2 4 33 64 954 a a4:09 6. 99 HFI 0- 13 2 I1 a 4.4 .210. 13 HF2 13-55. 5287 a 2 115.22.250 23 a HFGJI 82. 2 1 5 :2 2 a aBCHFGJ2 125 2 S .01 2 4.4 61 .67.2 .24' 0 Gi 125-2001` 1 b .4 2 5.0 8 .064 ...... EXCHANGEABLE CATIONS HUFP .(ME~41006) C . E . C . EXTRACTABLE FE(Z) CA MG NA K DETERMINED METH OD RESULT ME TMOD RESULT HORIZON-DEPTH(CM .) 1 :003 :01.9 '3' : 1. 8 MFI .1 . .06 .0 3 3 HF2 5135 .: a132 :2.7 : 10 0 6 2 3 ,0 :5 0 HFGJI 7 .20 . 09 :06 .055 3293 .99. 3 0 .4? C HFGJ2 67-122 .27 06 .07 .05 1 2 3 0 .7 B Gi 125-2005 0 .4 ------.07 ---- 36----:2 ------LHAE 06:50 .EXTRACTABLE5:'341 AL(W)12 COARSE FRAGMENTS METHOD RESULT9 METHOD RESULT Pi M . P2 cu ZN VOL HOPIZON-DEPTH(CM .) pp pp SP .M . po OR LH u 6 : 0 1 15 : 2 55 0 1 0 183 :0 5 :02 30 AB HF I 5- 13 1 2 .98 2A . 6 .29 1 :5 215 :5 30 8B HF2 J, 2,13 : 52 3 1 54 4 .5 21 .7 6 : 97 2 5. . 7 30 a HF a 2 .1287 3 1 :6 2 .7 . .26 3 9 . 3 9 .3 700 BCHFGJ2G 127_205 3 0 2 .1 6 .5 2b- .3j 8 .3., P7 . & 1 Gj 5 0 1 1 .6 a 29 .96 so UNIT SimI...... TYPES...... SERIES...... A 6 MAL KELOWNA* B .C .M .A . & R .A .B . DATESAMPLINGOF SURVEYSPURPOSES DET ILEO6 SURVEYSURVEYORS LgTITUDEjN ; :, 14 LANOIT 229 111 . 20.13 UPTHIC HUMIC GLEYSOL419?81 UION 1 tSEC)l Types COMPLEXG2*0 ENTLY UNDULATING PELEVATIONEC 5 (M)3 058 STATUS$ MODAL SOIL CLASSS SPIC,6 N T, CLASSICA . It SILTYL SUPE E MEX TRES . IAL FACEC p 8 LEVELUV DRAINAGE$D POORLY DRAINED UNAV FF IUSNESSI SLOM 0PE to ODEPATE LOCATION 1300I ME rztE SITEMOTTLES APE CDNF NED TERSTO OLDNORTHROOT OFCHANNELHA 5: ICKNESSCM, HORIZONY CULOUR I TEXTURE STRUCTURE I STRUCTURE 2 HORIZON I"DEPTH( BOUNDAR A IS 0- 25 ABRUPT SILT LOAM MODERATEM I M loMATRIX;OTA2~011101 ;0T SUBANGULAQED U SLOCKY As 25- 37 GRADUAL 5; BYSS 4*5,*. 1 ;0 SILTYLo CLAY WEAKSIa .A Ix 0 T AM ATIFIED MMODERATEJU G 37- 0 DIFFUSE ST.OY5 .0111 ;0, SILTY CLAY MASSIVE m x 0 LO M ANEOGULMAR 19LOCKY G1 SO- 5 DIFFUSE . S. /2 .0 SIATY CLAY MASSIVE MATRIX MOIST LO M MASSIVE C 62 65- ;PY5*X .0111;5 LSOILTY CLAY .A5 I 0 1 AM ...... .0.320 . THICKNESSp tC . CONSISTENCE ROOTS I MOTTLES I MOTTLES 2 DE IN I A p 0. 25 FIRM ABUNDANT An 25- 37 FIAM PLENTIFUL 5 .0yus.0/6 .0 MANYMEDIUM PPOMIN14TOV ...Q 5. /6 .0 a 6 37- 50 FIRM VERY FEW COMMONNE "701SYTAINC0116 .0 7 .5yQ7 c 61 SO- 65 FIRM VERY FEW COMMON .00,6.0 FINE1 0.STIN!TR 7 SY a 0,04 .0 65- FIRM VERY FEW COMEMON c G2 FIN1 0.5VSSSTIN~T 7 5 0/6.0 PH METHOD VALUE IS LE METHOD VALUE ORGANIC"A a NITROGEN SAMPLES AT C Ro N HORIZON-DEPTNICM .l T E ISSTATE 10: as 2 5:5 2 4 97 11.8 p 375. 37 2 1 5 3 54:0. 5.0, :29 a G So . 506 2 a 2 .32 1 6.1 a 4 5S:! 1 .57 6 C 61 65 . 5 2 .64 .064 C 62 2 1 6.2 2 4 5.6 ...... EXCHANGEABLE CATIONS BUFF .(MEIIOOG) C . E . C . MG NA K DETERMINED Pa m. S CA pp PPM. HORIZON-DEPTNICM .) P,pp .. :6 515:00 22 :3 205: 6:863 :09 :322 53 :5 301 3' :'103 as 12 .5 A. 31" .11 2.4a 5.0 7.45 6 37- 5 5.1 0. 3.30 35 .180 2.bl 329 207 :9 4 aC 61 50- 650 31 :56 1 69:00 3.8 c G2 65- 2537 43.15.86 2.74 2 :26IS 1 6 UNIT TYPE : SERIES Sim...... DATEAm OF G SURVE MAL KELOWNA, B .C .M .A . & P .A .S . S PLIN PURPOSESy : U~TAILtO65 SURVEYSURVEYORS L TITUOE(N)t 1 :9 29 38 !~M LONGITUDEfA .)l 2 a 34 URTHIC HUMIC 6LEYSOL(1978) ELEVATION iM19 5 XTYPES C2MPLFXGo *0 STATUSI MODAL SOIL CLASS& ENTLY UNDULATING t!n- 2:2= SPEC ;,CLASTICA . It SLILTY GENE. C . TRESI . . ILEVELUVIAL SU FACEC p DQlINArElE V SNVSS . POORLY 7DRAINED p R 10 MODEPA E COLOUR I TEXTURE STRUCTURE I CONSISTENCE .O .IZ .N OTMICK72STEPT . CM I HORIZONBOUNDARY ROOTS I A P 42 ;OVR2481j;O 0- 20 ABRUPT SILTY CLAY "OOrRATM E.. FINE FIRM ABUNDANT SEDIU I . .N'X. . .5 ' UBANGULAR BLOCKY MATRIX DRYll'o As 20- 27 CLEAR .24Y5.0/20 SILTY CLAY MODESI. 'U ATEM FIRM A3UNDANT A. RIX .MOI ED SYS, 0/2 .0 SUBANGULAR SLOCKY MATRIX2 DRY a 6 21 . 47 GRADUAL SILTY CLAY . STRONGC A VERY FIRM PLENTIFUL .A5;gyI :*OllmO l? 0 PSE TO MEDIUM SUBANGULAP BLOCKY Sc 47- 65 DIFFUSE 5.0~4 .541Is.0 LUSILTY CLAY STRONGC VERY FIRM PLENTIFUL MATRIX MO T AM SUBANGULAROARSE BLOCKY c G1 65- go DIFFUSE SILTY CLAY MASSIVE FIRM FEW .A IX 0 l LOAM C 62 go- ms ;OV5 .9/lis SILT LOAM MASSIVE FIRM Few A RIX 0 T ...... THICKNESS. . MOTTLES I ... IICIN DE T (CM) A P 0. 20 20- 27 FE WME WYN'l? FPIOMINENT S.OYR4.0,06 .0 B 6 27- 47 COMMONF4NEOM p INENT S .OYR4 .0/5 .0 ac AT- 65 COMMON1) ME 0 1. UMENT SPR.OYR41 .5/6 .5 C 61 65. 90 ON COMMMEDIUMP OM S! OY IN.!NT 0/6 .0 C G2 go . C04MONI "EDm U, P!DV4N!NT 5 0 4 0/8 .0 PH I EXCHANGEABLE CATIONS SUFF .(MEIIOOG) C. E. C :AMPLE METHOD VALUE O:G :N4CX NIT:OGEN CA mG NA 9 OETERMI ED HORIZON-DEPTH(Cm .) TATE c P 0 ASP 0D: 20 2 5:2 a 52 :70 A :2. 3 al :13 2 . 27 2 1 2 :67.8 7 7 12 :39. :06.019 A5 G .1a7 . 47 2 5 .212. 7 . 0 . 667 .18 ac 1 5.2 ' .7.505" Ob 7 .17 3 6 .089 c Gi 65- .590 a 5, 72 .9 . .2 .1 C G2 go- 2 1 5.7 1 :90 55 .549 .230 .133 P1Ppm . P2 HORIZON-DEPTH(CM .1 PPM . A 0 : 20 AS 0 2 27. 19 :3 :6 :9 a G 27- 371 .3.. 761 : 0 AT- 7 a 7. 4) ecC G1 65- 65 171 .7.9 962 . 0 c G2 go- 90 3 1 0 2022"290A'a.0:81:81 9/ON;Stj3AGtit 0 - I N 02d ni" low -eg zo AISNOUIS 0Ad3A 0.3".. 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"ntail IS -a* 0'V0'0'4AG'I NOW0101 434 9 O .fp/o ;r"AoI ;s I N Is l a IN031'I InJILN31d "Uzi a* -11 ISO I ANVONnew 319VIdii It -0 Sd V (W'3)HId3aIs 4 1H'L NOMION 33N31SISNO .) a A13 ...... "Vol P1014 0314ILvals AONvS 3NIA O-I"-ZAS-ZISM 1""W" -sts Os 2 3AISSVOI "Vol Ills 01101"0426live" Idnuav StI-S6 ISO ~ ISIOv4 . xIvLVw0. 3AI19 VPf "Vol ails 0 1019 *A 9 aVJ 12 S6 -19 ISO 2 3AISSYN Oval Ills 0Isloi1/0 .tNIAtaivoa, ivnavuo Is -00 9 2 3AISSV% PIVOI Iits 110 NO 01 unavve 00 -IS 199 2 avinNvdo, 10 A)030191, ovinONTens0 10 m "viol is low' xlalvoo 31V0300Mn 1" IN 0.010-9AS'a1311onto 3003 . AVI:) Al IS 0 a 9*?dAo.ot AtfVQNnoe0 ISIW3)Hld3QN NOZINOM 3 )421ml I unv)ntsAs I uni~ndis 3unixai I tinoio,.) N ZIUM4 Nalidtt$2930It-0 3*11 .40tid 'ONVS 3NIA ONY -"Vol Ills JO S2Nygd .dNIHI'9NtIVNt13IlV J0 SISISNO2,91Ii SdINT2 !0.1.1111,311VI IS,S3nlZA,!M.d,n,,,,, .S13 3NNV Vs. loo. a-9 oono"Iflinen? NMOdQ HSZO03M NOWO 01 AVdO NOVO Ad3A -OUVM '3 -03U311 -1-3S NS' . 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CIO 1 3 .1 -sllVpA No ONI -NIVLS '31NW91$0 a Sm!)Vtll lV2IIt13A 033VdS."_, .a'j Ala?Oj"a 4 03AWHOSS I GNV IS . 1 3-1 go JSVR S63i3W 001 ONT HinOSA it NV 'AAM N399VMMVS 10 NOII0P3Sd3LNI Ldnt39VS0313H 0091 NOSIV701 IllsA 31Td3a0W1 ISS3NSAOIAb3d4 Nn 03NIWbO Al :0003d 13911NOSVOS ."13A31.1 I-S31,d',X3", ,32VAgons lAn I 4 I 1 113. , 39 All S I :)tlsvl~ 2 ds !tNn !IHdVt19IiVbIS b3ddn ",131"1S, "OIAVAIld3I I a 13A31 AlbV3N Iss 1109 IWO001 ssnivis 31 '~2 13dAlWID 1so S 12461)10SA319 ~Ilwnm 003b Sri co0 ect Non INS I V 6 T000AN1013 A Yl NOTLY201 A3Aans 031TV13099 13SOdund, A 1ONIldFfWS0 13 IV-W-,-S OVNMO13-A 11H It1OA3Auns A3 tin .4 'aiv ...... :;;; ~Ylg&ffj~~ PH I PH 2 SA :PLE METHO D VALUE SAMPLEA METHOD VALUE ORGOANWICI, NITROGEN HORIZDN- DEPTH(Cm .~ ST TE ST TE CAR 0 % ac PS I 1 0 : A17 2 4a :80 2 3 :7 12 C GS A 7 b 0 a 1I 2 1 :306,9 1 2a 3 .6 4 13 .15 9 C S2 6 0 1) 7 1 3 .8 2 4 3 .2 C r S3 2195-1157 - 5 C SGG 5 2 1 4.9 2 4 4.7 ...... EXCHANGEABLE CATIONS BUFF .fME/ 10061 C . E . C . CA MG NA K DETERMINED .HOS CU IN HORIZON-DEPTH(CM .) ( /CM) RIPA .. P2PP .. pp RPM . AC PS I 10: 417 62 2 56 1 39 3S 7 6:4 0. 8.:4 126 :3 5232 : : 75 0 47- 0 1 : : :.02 23 22 2 2 76 . 2 C GS1. 0 7 1 .49.5 2 aj .3 6 43.5.0 a 25 .7 8613. C GS2 1 . 17 . .332 3221 1to4.07 6.70 6614 .3 23 .0 66 .61 C GS3 it95-115. 52 :53 C SG 5 2 .26 3 .54 2 .20 .52 10 .9 ELECI12 .60 .COND. 2 4 139 .3 25 .8 77 .4 ...... PARTICLE SIZEIZ) TOTAL 62S72 2UCICLLAY 40PIZ04-DEPTH(cm .) SAND LT U I I& A PSso 1"0: 17 715 28 C G 0 1 7 C G 40 . fi? 6 75 2419 C GS2 67 :1951 C GS3 1 95 . 5 .3 C 56 is 2604 Clay 141neralaigy Coara. Clay (0.002 - 0.0002 N I Fla. Clay (0.0002 .) -65% est. 1 40-65% est. 1 20-40% est. 1 <20% est. I Trace 1 >69% est. 1 40-6% est. ~2011 at. I Troc . .l wntmril lonite, ~lorite, mntmrit 1-ite ~lorlto, quartz, 17~0)Cg vermic, 11 to, p l .gl- lase Wca loo llnl to, fel dspars i nte,stratl f I W "rt', wcNorlto-w .1 I I to UN17 TYOE1 SERIES SPETIFORE------ DATE F SURVEY9 72 SUPVEYOPI HAL UBC LtTjTUDEE(NW)jj L A 11CITUD 1 49.3 04.2 51190 REGO HUMtC GLEYSUL(1976) E V4 SIONI 1 4SEC)l PELE T ON fM18 52 SOEC ;,CLAST!CI 11 SILTY SOEC'r ;,CLA.SI!CA 18 SANDY GENE ,C C OAE FLUVIALL NE C T S FLUVIAL SO a E XPI.ES.- LEVE. CLASSIFICATION PHA3E8 SALINE . ON I MOISTURE STATUS ATTERSURG LIMITS SAMPLE METHOD VA % FSIELD PLASTIC LIOU1101, HORIZON-DE PTH(CM .) ST TE "E DENSITYBULK BAR1" . BAR-15 M I ORE LI 17 L I 20: 263 . 2 4 1 :06 564 :43 191 : 91 443., :68 53 :8 64 :2 11C PGSI 43 :47 1 . 23 2 6 C GS2 53-a 56 2 3 . 7 342. 6 120.9 53 .9 39-2 .2 11 C Gal 86-1128 2 4 3 .6 ..b06 4 : 6 27 23 .6 11 C GS2 112-137 2 4 3 .7 1 .4 1 it" :92 3 7 30 30.9 Particle Density gm/cc Shrinkage Limi~nt% apt'. . Particle Size % =10 11 z 0 . D.., I Air Oven Max . Air Ove 1 >5 .1 cm <5 .1 cm <2 .5 cm <5 mm <1 mm <0- .074 <0 .05 mm (0 .002 Dry D ry Dry Dry Dry Moisture mm 2 .24 2 .37 71 .8 51 .9 54 . 98.5 98.0 24 . Cgsl 28- 53 2 .63 ~ .75 103 .4 24 .2 25.9 Z1 .0 98.0 94 .0 22 .0 CgS2 53- 86 2 .65 2 .76 100 .5 24 .5 26.0 22.4 95.0 92 .0 21 .0 11Cgsj 86-112 2 .67 2 .72 . 111 .0 22 .9 23 .6 13 .5 33 .2 28 .0 6 .0 IICgs2 112-137 2 .69 2 .74 105 .6 26 .9 27 .6 13.5 30.0 23 .0 7 .0 M o4INsnonNIIN033w 33 AIVV3. -is ro 3 it osnonNiiNn3szoa v 9ININ :) AIX 3V. to -09 ro :)a I I snonNuNo3stow3 m, 04INI 'D Al 3 . 09 -IV w IT it -LC CA a lv71d3HoS 3NIA3 M A LC -st ago 9 IW'~) I M3HdSA NnHWO3"NI %I -C 1 .4 8 C -0 3 V 0 -V Hl 'dI03S3O/iN39VNo I 31naON (W~I)Hld3GS N NOZ I UnH iLViNIN33 ;WDS323NV NOII d!)NO3 S3 N :)IHI NIV89 319NIS -to rg 3 It 0'L/G'*bA0'S3NI od IN knW 03 d 0.91O*%dA0's .0"1 ..":) M3 .4 Ad3A NdIA 1.9 -09 C9 Do it INIvJ 3NIA3 A -3 .4 318VIUA 09 -1* a inj I iN31d 3lov 1 bj It -Le CA 0 inij iNaid 318VIbA Le -SI ZA a imvcNnow 318VIIIA st -C IA a INVONnew 318VIdA C -0 3 V iNVCNnew 0 .' 41 4g 34HIcI30 Nnzibo" a S31iiow I salliow I SIODU "N31SISNOD a 3anvmuis 3 ADIHi ------ ON'S A113AVdO0 astov 3 -to ro 3 If Ax7cio3 IT 0, ovinONVens0 a w V 1 1 Wnt a3 3 vd3 ON QNVS AwVOl OIC/0-SAOSiSIOW XI"IVW Is -09 r113 511 IT 0_'AtI?qX111j0VM0 1 AW3s ctio0, uwina 0 bw 'Nve"Snt . . Is " ON " bivw I94b3003H wvol G-C/S-*"I X AO'OtI 3snjAtc 09 -1, W 9 Am :tois uvinoNvensa 0 .11 A"?sX.'II11V"A .0 wnt 3 oisi*/ g" x1mIVw0 1 31VU30ow 01 XV30. wwol -IdA%'L nIenovd-i I', -LC C31 a 0 .'At1?S1IA11Ij140 S Ax3oww aavinoNvens., a A 1 ni 00 01 XNI 0 ., A11It % 1111A Is ON aI tit I w3m Nvol 11 0 ot 0 .11/0'VdAO'SI X V" ivnavao LT -st ZA 9 O.SAII?SIIAI0 'dVill" AN3019 dWInONVonsN a. a I 3 , I is ON X1dIVw. v 3m "Vol 0 .0/1-CMAOI s IvnOwb.) ST .17 Id 9 AN3018 dyin9NV 0.1 A11%s .211111W. 3"I's.11'3 . IS '* ON Widl01W m "Vol S-1/0-StIAO-SI V Landow C -0 3 v Ldndow 0 -11 mi AdVQNnO9 t K34Hid3O NOZIdOH I 3dni3nais 3tInIx3L a anoio3 I unnio3 N zIdQH S3 X31HL NOILdIUDS3a 31LAOdd 'NOISSIN S'SOd MVHS ONV 3NOISA3A :10 NOII~MMNI HW3N NOIIV1O'I 31tS S4ION IVNOZiIOOV 31Vb1aOWS SSSaNSnOtAb3dA N (33NIV80 1101113 . .341111411 -4 0 11 d. d-33143A I'S3jdX3 33VgmnsI lVIAnlAA, :1 I, ;LSVVl :)Ij3N3S1 NVII03Al :IISWW, .I:)1 .3339 ONYS I D ~3o its I V 1 3 as 9NIdOlS A13LVtl3CO31 , .S tssvl'3 lins ivan" isnLViS osts "'~s11" ; NO111VA313I d I 130AI IV) N I33dd 0 x (OL61)10ZOOd :)tdb3A-otqnH !)IHLMO Is0 la0 2ZI IN 3ani0o " I 9NOl Is 1 6t, 13 n iivl NOILV3Ul ,A'4Aans3 n o3itvigo ;i"3s 13SOddnd,9NI_IdW .WS 'U'V'd 9 'V*N*D*f3 -VN-013A 11H 80A Ad S 9 IAgAmn AO 3L 0 3AVIS STAVE (Continued) PH I PH 2 SAMPLETA METHOD VALUE SAMPLEAT METHOD VALUE ORGANICA SON X NITROGENX HORIZON-DEPTH(CM .) S TE ST E C P 03 2 2 3 :4 52 26 1 :321 LHA E 1a: 2 1 : :0 2 3 3 07 a9 F1 13: 13, 2 S. 2 5. 05 .191 F2 5 2 1 5.47 2 45 .3 2. 159 aB F3 37 : 476 22 5.9 2 5 .6 .7 3 :ob11 M 47 0 1 5.8 2 5 .4 5 Cr~jQJ 60 : 87 22 S:a 2 4 5 .4 .56 :9 43 11it 8c 67 1 5 9 2 4 5 .4 ...... EXCHANGEABLE CATI ONS SUFF .(ME .11006) C. E . C. EX TRACTA BLE FE M EXTR ACTABL E ALM CA MG NA K DETERM INED ME THOD RESULT METHOD RESULT HORIZON-DEPTHICM .) P,PP, LM, 4a: 0 9 30 2 :2216 23 160 9 3,3 :5 A 3 :82 :07a 0a F1 3: 3715 00 5 :03 311716 .2.6 1 01 :49 3 . a. pa 15 .29'9 .0 3 6 1 :3 1 0a F3M 37A : 647 22 ..3 3 11 .0 1 3 7 0 :31 :03 7 7 0.0 1 8 .05 i GO : 87 :1516 :01, 3 56:7. 1 0.6a 221 2 07 0 4 1:72 0 1 0.9 3 : 3 H 2cl6i .01 05a ...... 00 ...... 0. ... COARSE FRAGMENTS0032 P2 s S VOL GRAVEL.03 COBBLE MORIZON.OvPTMfCM.I RPM . Rpm . % % LHE 4: 0 .... A , 3 1 1503-. 3715 13176:.00 6741:5 a 12 2 F3 37 : 47 14 .0 a 47 6 601, : so11 717 :00 '0 -6 11it 9CC 64j 7 524.0 3234 .50 75 is .60. .231..37.2:.042. I ; .",AOS ;s snonNIINU~l 0*010 mn I oa a aMVH Al3n3MIX3 o3ivbnONI I .3,H Wdll Ats3A +-as rq :) a 0 .9'0 ;NZtAo ;G onNiiNo~lsio I mnlaiNA's a 0 LN3" :) AINY30 Noomo:) -34 Wa I al 09 -09 rg" 9 0*9/0I ;N*bAOS ;S mli C13 a NAw"oi " 0 13 INIONnQV 31OVIO .4 Z9 -LV vrqj a 0'9'0l. ; "'N1"'OS ;6 wn I 03Ha 1ANVM InAZIN31d 3lovitizi I* zr9i a 13NIISIC.3M Wn 10 143-4 1('AIINAld 318VINA 2z ct trqA a asnonNiLNO3 :)SIG)1, 3IN30 1 Al 3% inzizIN31d glow I tozi rt -C AH 6 iNVaNnev illovid.4 r -0 3 V iNVONnev 31OVItizi 0 -T H 434 C -01 A 01 -91 1 'dlt1'3S3G/IN39V0 SStW3)M .Ld3Q NOZIbOM N liVIS3 .33 t S311iGH I sioed 33N31SISNOD 3N )431 .L W, A113AYBOA N I? !oW .X!N!VW 9AISSVW 01 a Is 0 /0 V % + .08 r9o fj Ax~ioie3stivinoNvensAtj3A tJVO')a t1aa IV um myol 0 4StP/0 ildXld'"As I Idnusw 09 -Z9 r9w a Ax3oio uvin9NVensN . Asto!, : !dLvW 3W"I. Nvol Ills O-CO G-L ivnovaq C9 -IV Erg.1 9 AM3018 ttvinONVens3 , )I NI3M A113AVUOI 3iVd3aOW 01 1 WV01 ION S 0 9 .00 ti 0 0 "13113 1" -EZ crq:j 9 AN3010 ovineNvensa ownI xv3JABw O jS9,lOjS X 1A djIWO "Vol AaNVS 0 d 9 O !S9 107IO 9 1.1 1",IV9 , " tIV913 ZZ Cl ir-)3i 9 0 .,A"?,,0 .1A1OjIW A)i2oio dvinqNvens '0 Xltt'VW 9I1 Is am xt 1 W Is om X1 ..,vtj3391,10.0" WVOl AQNVS O'C,O'CtIAO'sI 1 0'l/10*ZdA'O"VSW OV31 :) Cl -C AH 8 S .l A11?0 .11.j11!VWI A)42oio tivinoNV 0 a OnSN A Is ,am Widiv" 2 I "Vol 9 t 3o.GdAo.ot Idnbev C -0 3 v Islam xltfIwW 3lNv9dQ 0-1110-2dAo.s Idntjov 0 -C Islam XldlVW O'Z,'O*ZdAO*g OV313 r -01 .4 dw3" 01 -91 1 AdVONnO9S H J14j)H1d3QSS N NOZlt1OH t unonuis adniX31 a dnoln3 i anolo3 ozlt$O 3 )OTHA NOl1dlU3S3Q 311AGUd 0;13AItIlSONIVS3NOIS1, 01"9311,11 .S",W.109 ;09 ...,,;9"3olnoo N S3NOIS 3 1300H 01 'AV3 "310 :~3H gtoIVd303HI03tillil14 .3aS 2IN 4He8 3Htil 'MWVIN3:f 33di.3 NolSSlWIT -'Gd 1;3RAIC)S :):10 ON3 lnovs3tNoliV301S 311SL SUON ITNOILSOCT :ol,s tss3Nsno,1Ad3d ONna 03NITUO AU33Ad3dW1ol 13lvNlvba320 113IN119U I'S31dX3 3314'e4ins, IN, .NISI a" .. WIS1113' IV" 'I 'lds3 ." 3(030) I33dSVI .3 ONIdOIS Al31Vd3 W ssvi13 llos lwoo" ISnivis GL? tt ;jW; NOILIA313 Ild00091S dAi at 5 .1 N 0"I.9 % (OL61)10200d 3iNnH-otiuad )imna ev 41 221 1 30njS '3"d. 91 cl 60 13a.n,.I,,,l97 I 3dOlS IA3AUAS3 ton0311li3C9;lH3S t3sndundsONlIdAWS0 " -9-Y'd 2 -VN4013)0 IIH dOA A S IA3 dn A 3 0 aV3HI331S STEELHEAD (Continued) PH I PH 2 SAMPLEA METHOD VALUE SAMPLETA METHOD VALJE OPGAaNtl4CXA NITROGENX HORIZON-DEPTH(CM .) ST TE S TE c P a 3 :6 58 .00 1 .41 L 135 : 10 2 2 2 F 03_ 3 2 2 3 .8 1 : 27 H F 0. 03 2 2 2 3 1 52 .00 A 2 6.1 2 3:5 5.0 174 :9".60 . 015 B MF JI 13: 13 2 1 113, 2 2 5.3 2 :.3 2 5.. 24 .5290 .1 FFG J2 23 2 1 . 150 GJ3 41- 6a72 a 5:: F.Gi 112- 2 1 5.8 2 4 4S:06 2.532 090 a CGI2 80-* 2 1 6.0 a 4 35.2.7 .1, EXTRACTA BLE AL(%) EXCHANGEABLE CATIONS SUFF .(ME/10061 C. E. C . EXTR ACTABL E FE(% ) METH OD RESULT METHOD RESULT CA MG NA K DETERMIN ED Pp P. .. HDQIZON-DEPTH(CM .) 151 : 10 17:99A :59 L :9127 210, :3A F 0 3 1 I 1 :4377 77 13 :59 .0 4 21 :2 A E 3 19 05 .5A .06.0 .0. 0 :92 11 9 0a 4F, J, 13: 13 422 3.2 . 100 :0 2 . :003 42157 .:11 2 a 3.3 2 .3a 0a F r J2 23- 22 09 .822 .0 6 7 3 .0 2 .4 F .72. 11"6 :05 02 054 .0 2 26 .6 & .7 r J3 :04 .0 : 17 .5 7 2 .8 .Gj 62- 62 19 .2 a CGJr 80-+ 0 .116 .0101 .10 .01 1341119,2.:9.16 4 ...... 15 ..54...... PARTICLE SIZEIS) COARSE FRAGMENTS P2 .. TOTAL 2-2S, U 2U CLAY % VOL GRAVEL COORLE STONEX % % HORIZnN-DEPTH(CM .) pp ppS .. SAND 6 LT TOTAL 19 : '30 '301 :9. . 3. 0 26 A g: 13 3 .0 4.5B a MFFGJI 13. 23 1 52 7 200 A2 A '173:5 52 :1 6 2 52 7 40 FGJ2 22-47_ 7 2511 .0 7150 :0 401 101 5a FGJ3 62 1 29 1 20 20 10 0 MGJ 62- 8 a 5 a CGJ so.+ 0 21I :9 MO 40 20 is STRACHAN------DATE4, t. OF , SURVEYSSE : SEMI SUS VE At HAL KELOWNA* R .C .4 .A . & P .A .S . S MR IN PURPO !9DETAILCD URVEY LATITUDEIN)lr, Wit I49 27 29 LON CITUDk(,SeC), 22 56 465 OURIC FERRO-H PODZOL41978) 30I .0. PREL VA SION1 YPEI 0ALE E E 7 ON (M)S 3000 STATUSS U-MO :CAL SOIL ASPECTr (DEG)t S21 GENETICC MAT~. .IS ., MUQNAa .lNAL SuPFA E IF 0 LA ET DRAINAGES MODERATELY WELL DRAINED :2!!:=:L=!! SITEH e LOCATION0 5 A KM ANORTH I YZDUPMDA T ER IS A OT M 7 RESEN OFIN SETH 8 GS MADRIZON . 78ICKHN6 .SS 14 UQ 4 Z . NY COLOUP I COLOUR 2 TEXTURE STRUCTUPE'l .. . .~ .N DE T (C ) BO DAR LF to- 9 ABRUPT ORGANIC H 9 . 0 ABRUPT . :dYA2 ;0/2iO ORGANIC WEAEKF Ix Dis SUIN BAN6ULAR BLOCKY A E 0 . 4 ABRUPT TPA 5/ SANDY LOAM 15AK, 5A ; .oIX OISl ;5 NE SUBANGVLAQI BLOCKY a HFI A- 14 CLEAR MS .OYR3TU MO.0/3 ;2 M 5 ;ooyp2mo/*I S ;o SANDY LOAM MODERATEM , A IX Is A IX 01 SULDIUA B NGULAR BLOCKY a HF2 14- 37 DIFFUSE 7 ;5yp4 ;0"1 ;0 YR3 ,3 0 SANDY LOAM MODERATEU A RIX ol . A ; RD IX Zols. SE URINGULAPM BLOCKY a F 37 . 65 DIFFUSE 5 GY 3 0/ 7 SYR3 ;00/4S;O SANDY LOAM moo TE MATRIX1 11 1MOIS4 ;O MA ;AIX I MEDilull,S I USANGULAR4 BLOCKY 8 FGJI bs . 95 DIFFUSE MS ;OYR3.9/3;5 SANDY LOAM MODERATEM A RIX is meolus A U9 NGULAP BLOCKY 6 FGJ2 95 .130 DIFFUSE 5 OY94 0 LOAM MODEURATEM MANIX ;.0116s; '0A;.OYA3'O'4*O1 . -0 1 ST ::NAIOIVLE Ly SUBAED'.GULAPM SLOCKY 8 MGJ 130-155 ABRUPT 5 OYS.0/3 0 LOAM MODERATEM I MA,TRIX MOI T SANDYLGRAVE LY SUED BANGULARUm BLOCKY a CGJ 155-180 DIFFUSE WV5.2/20 LOAM MASSIVE A OIX 01 SGOIDYLLYAN ac 180-205 SAND LOAM MASSIVE MWONNOMST GRAVELLY ...... HORIZON THICKNEST. CONSISTENCE ROOTS I MOTTLES I CE4E'ITATIONT I . . DE T (CM GEN /0 S A LF 10 . 9 PLENTIFJL N 9- A FRIABLE ABUNDANT A E 0 . 4 FRIABLE PLENTIFUL B HFI A- 14 FRIABLE PLENTIFUL B HF2 14 . 37 FRIABLE PLENTIFUL B F 37 . 65 FRIABLE PLENTIFUL 0 FGJI 65- 95 FRIABLE PLENTIFUL FEWFINEAINT F 8 FGJ2 95-130 FRIABLE PLENT FUL 8 461 130-155 FPIAB~E PLENT FJL m A4Yrzt) 0PPOOVA.IN!NlIUM 5 . 4 0/6 .0 8 CGJ 155-180 VERY FIRM VERY FEW COMMONA INDURATEDI CONT NUOUS Co 0PSE ENT 0"7.5Y""'...S15 .0 BC 180-205 FIRM STRONGLY 0 CEMENTED ARSE CONTINU US COPROMINENT STRACHAN (continued) PH I PH 2 OAGANNIC%R NIIQDGFN SAMPLEA METHOD VALUE SAMPLEST, METHOD VALUE C 0 % HORIZON- OEPINICM .) ST TE TE 3.5 5Aa 000 1.47. , L. F 10 9 2 2 3.9 2 4 2 34 5 2 4 2.9 53 7 M 1 8 9 A 0. 0A 2 : 2 3:5 A . 0. 2 3 .0 .29 a HF 2 1 4 .6 S.208 .20 HF2 1 :: 37 2 4 5 :3. 22 4 4. .S F 37- 65 2 1 ::5.78 :'82 2 1 5 0 2 4 . 9 2 : :3.3 5.10 215 a. F'J'FGJ2, 195._:1935, g 2 1 .97 :0 8a M6i 135_1 50 2 1 5.a 2 2 5.1 2 . .56 C 1 5 a 4 .7 11C 180-205 2 5 3 a EXTPACTAbLk FEM EXCH~ANGEABLE CATIONS BUFF .("E,01006) C . E . C . METHOD RESULT CA MG NA K DETERMINED METHOD RESULT HORIZON-DEPTHICK .) 7 58 2 :35 :29., 1 :722 97 :2a 312 LF14 a 10.: 9. 7 09 .0 7 0. 4 83 2 A HPI .06 1A 0:01 3 0 :7 A. to .27.5 .0 6 10 .9 3 01 .3 2 . .06 241 91 WF2 t ;: 37 ,:0.5 25 :16 1 :3 3 F 35 65 .46 .09 .07.0 4 3 0 .01 Gil :260 .08 0 .78 3 2 .06 . 04 003 225' 1 ., 0o :5. 6 FFGJ2 69 -13095 .02 1 .6 3 a 461CGJ 130155:155.0 .13 .03 .094 0 :52 3 0.0 0 .2 11C 180-205 ...... COARSE FOAG EN 9XTRAC TASLE ALM X V L METHOD RESULT RE M. cum . ZNM . METHOD RESULT pp RPMS . PP pp MOR:ZON-DEPTHICM.) P,pp . . :2 56 .0 IS17 :8 55 :3 9 32 :0 3: LF lo : 367.31 38 .6 652 . 2 9. 0 7 6.5 S.01 7 A EM 0 4 0:2 14 .8 35 :5 300 2:7 3 8: : 210, .S FsF 1 1 330 .1 1 4. .14 2 So 3 '20 : 05 '11 3:99 35. .07 2. 3 3:2 0 .5 1 .9 F A 7 7 ..a 171 .3 22 Is 4 38 .8 30 3 FGJI 5. 2 191 : 5 12 .9 41 so 161, 1311 10:1 3* i1I 1 3 1 :6 3 :2 :04 505 3 0:6 10 .9 26 2 2 . 3 36 .6 :2 laIN 42.3 .0 50 CCG ji 155-1Sag 0 .6 3 0 1 18 .4 0 140-205637-9556 11 20 .4a 0:7 UNIT YVPEI SERIES STURGEON...... OATEtOF6SURVkYjE HAL KELO .NA . B .C .M .A . & R .A .B . SAMP IN PURPO I DETAILED65 SURVEYSUP"Y"I LAIIIUOEINII. G C( .,, 1 49 317 38 LQ11C )1 22- 7 270 :11-60UGLIYSOLII'17 :: S." MEN (SEC 5 TYPEI COMPLEX0 ELEVATION11 t SIC, iMll 2 p00 CLASS: GENTLY UNDULATING P.:'SET' EATY =n.-0!:2,!!~-!-~=:2t GENETICC E0ATals ., ORGANlC rSPEC ;,CLAST!C 11 SLILTYF SURFA E XP VENE 'ENE C AT I UVIAL DRAINAGE$UNDF F VERY POORLY DRAINED SLO ; RPERVIOUSNESS9I MOD RATE SITEI H 13 LOCATIONN a NE :RCE :tTE :NMEN OFYSTURGEONNS~UUGH RD- PITT POLDER . HE Re 141S OFR 0 X 0 E 6 TICALL0 0n ON T AEV 0DEN E L 0 IS NopylT G E 6I 3MAYAND 64 p HORIZONSA : E E TICALI CRACKSI r IN C G D A 2 CONTA1400 ORHANCCO ERICAL F OM BOVE CLASSIFICATIONV P PHASE ISI PEATYC r' . THICKNESSp 1 HORIZONON Y CULOUR I TEXTURE STRUCTURE I CONSISTENCE ROOTS I HORIZON DE TH(CM 80 DAR 0 HP 37 . 25 ABRUPT M?;5yQa;0/0 05l O ORGANIC :ODEUATE FRIABLE ABUNDANT GEDI. ANOLAM . MATRIX0 0 DRY 0 mi 25- 15 GRADUAL 4MYR240/20X ORGANIC FIRM ABUNDANT A I ois U H2 Is- 0 CLEAR ORGANIC FRIABLE ABUNDANT 10MA ;01'Pi '3*0"4. Itsfo C 61 0. 20 DIFFUSE .2;5y3..5/2;0 SILT LOAM MASSIVE FRIABLE PLENTIFUL A RIX 01 T C G2 20- 52 CLEAR 2..5y4r X .0/2 ; 0 SILT LOAM MASSIVE FRIABLE FEW MA PI .01 T C G3 52- 80 DIFFUSE N4 SILT LOAM MASSIVE FRIABLE -AYAOIX'O.OIST*0 C G4 00. N3 ;5,'OMDO FOINE SANDY MASSIVE FRIABLE AT IX IST L m ...... INICWN26S. , MOTTLES I HORIZON DE I i M 0 NP 37- 25 U Ni 25- 15 D H2 15- 0 c 61 0- 20 FE FINEAINT toF OYR4 .0/3 .0 C 62 20- 52 FEWNE 10F~FAINTI OY04 .0103.0 C G3 be- 80 COMMONAR rPROMINENT'o.5,SE 7 R4 .0,14.0 C G4 so- COMMONAR co om SE P!S, .IN!Nl 7 4 0104 .0 PH I PH 2 S PLE METHOD VALUE SA PLE METHOD VALUE ORG N C NIT OGEN moplzoN .oEPTH(cm .) STATE STATE CARBON X % 0 Hp 37 : 25 2 2 2 25 15 2 : :2 S.5:653 0 H2.4 1 2 A .7 21 .92 C G 150- 200 2 S .9 2 2.38 C 62 20 : 52 1a 5' .3. 11 C G36 52 . 80 2 1 S . 3 2 4A C 4 so 2 1 6 2 4 453:7.3:81 213.1.426 EXCHANGEABLE CATIONS SUFF .(ME/1006) C . E . C S. ..0 lb3 CA MG NA K DETERMINED5.6 P1P . . P2 cu ZN HURIZON-DEPTH(CM .) p pp 5pp . . pp ppm . 0 HP1 25 2. :4, 2 :09 1 32 7 548 9 66 : : 103:7 20 :9 U H2 5 15 2 1 ? .9 5 09 :a07 105 :.2 10 .0 2:. o 02 .6 24 .7 0 H, 1 .6 9 .0 5 69 .0 b5 .5 23 .3 3S . 0 C G 1 .- 2.0 3.5 " 12.83.89 .112 .06 149.5 A.5. 22S .4 c G2 20 : Sa 5.419 0 . 153 . 034 7 4:1 1 60.2 ! 0. .a ". 2" 5"62 : 15 c 63 52 so 27 . C G4 2537so : 2. 'o 1 ,14 :1 4838 :6, 2.. , 6260 :3a to 13 0:1.1 01 0111 Cl -0 d V '"dO 4-w2WHId3C-K0Z100N Id ...... G to9 13 9? : to : se : L :q 9 C :c to tv . L .9 :Z ; 9 31 9 s 0 92to :, Iio, :,a .0 ac1 :C1 :0- IC6-t 90, fic. : .9 106 9 1 9 1 0 I d 21 .91 90- go90 : 101 :1 161a 60- InIVA 00"13W ldWV 03NIW03L30 WN o v N390blIN% X21NToe"W1.9.0 -3 1900113WAAAG SNORIV3 3lQV3ONVH3x3 I= ...... vivo 1"103H3 1 1;;, ;:;; 35001 -So INIVJ3NI .341 319VId .4 AbZA 61, -ZZ at 3 INIVA4 3N ii 31OV10 .4 Ad3A cc -cl Is 3 IN VA iNvaNnev 319WItil AaAA Es -0 d V 4 "2N)HAd!G NDZ1doH 331NUStSN03 13 "1 1 ...... to NIV"O 319NIS Niv"O 31ONIS QNVS 3SOV03 gla0m . xtalvw' : . . :A0 N1VdO 319NIS 3AISSVW aNWS AWV0l al NIV09119NIS ilAtSSYN ONTS AN Vol O-M-GA0PSW" 3sniAto o .ZAU?S110 .1"jW", 1 0 0 Islo"' " It"W" GNVS AWV01 o elo-THAolotx ce-cl to .. 3AISSVW Ak0VQNn0GIdnusy fM'3)HLd40 NOZ100H 'Sl3NNVH3 i000 ONOIT AINIVP S311LOW 3dAIX3L NozitioMSStv$31ONN-0 IVNDILICQVdv 0j1d, ;Sb 1SS3NSn01ANb3d a)131A azic .nd0 03NIVtIO AldoOd0 t139VNI3ani3nuis1 0 ... .I IIA31n 1*53 !d,X3 32v4unsr4 0V' 3113. ,39 ACNISI t 311SI :) 3 ds a3dnL3ntus itinoio,3 jtNn 7imdvbviivuis a3acin lins IVO04 isnivis 'j ;jN;; NflijA313N 113gd % (9L6t)10SA'4l1) 093d 3i .)a0n! 0-00 IT91 goto 6V"I tiNi 0onitiviON I 3 A3A,,nq 03'11VL3a9 13SOdMnd1 A S 9NIldAVS0 IV -9-v-d 9 -w-m-3'6 IVN .nl3X -11H ItIOA3Adns 1 Ai mn j 3 a svvqns------UNIT TYPES SERIES SUMAS ...... OATA OF 6 SURVEY : ES VKC KELnWNA, B .C .M .A . & R .A .B . S MPLINE PUPPOS DETAILED61 SURVEYSURVEYORS LATITUDE(N)l0 e '), L NGITUO I REGO 6LEYSUL(19781 TYPES S MOLE CLAS 8 DE RESSIONAL TO LEVEL STATUSS MODAL SOIL ICLASTICMA 19 SANDY SGENSPEC ; E. LACUSTRI .E URFACEE C P LEVEL DRAINAGESUN , POORLY DRAINED 1 FIU 4SLO RPE.V0 0 SNESSI APID IMICKNI!t. COLOUR I TEXTURE STRUCTURE I STRUCTURE 2 CONSISTENCE -04111N ISE I (C A P 0- 13 lp!PYF3!0"2!0 LOAMY SAND MASSIVE SINGLE GR41N VERY FR14BLE I Ols MA10 .0 R5 . TRIX C Gi 13- 22 OYS .012; 0 LOAMY SAND MASSIVE SINGLE GRAIN VERY FRIABLE M 5. ; RIX Of I C G2 22- 45 M UOY5S .0/20 LOAMY SAND SINGLE GRAIN VERY FRIABLE A IX MOI I C G3 as . COARSE SAND SINGLE GRAIN THICKN6SS.I. . ROOTS I MOTTLES I HORIZON DE (C I A P 0- 13 ABUNDANT FINE FAINT C GI 13- 22 COMMON DISTINCT c 62 22- 45 FE FAINTI c 63 as- PH I EXCHANGEABLE CA71O NS SUFF .14E .1 1006) C . E . C . SAMPLETA METHO 0 :GANNICS, NITROGENX CA MG NA K OETEQMIN DEPTH4CM .) S TE C P80 A P 1 0: 132 2 5 4 09 2 :060 :06 6:7 3 2 2 1 b :4.7 :9394 :931 :0, .5 C G2 , _ 2 6 1921 ..0725 . 1 8 .04 5. 2. Cc G3 5 2 1 b .7 .35 .01 1 : 8281 .010, ..43 3.3 D VALUE ...... 41 .0"0 ...... HOPtznN-0EPTH(CMHORIZON- .) 01PPM . SO : 213 11 11C p 1 3 2 18 : 0. C G2r, 22S_ 5 G3 22-45 07:00 1 E() 00C 0:zI 0-V S6 0 6C S19Z 01 01 0 0 1 sle S, 11,r ro a83 0 6 S*C cc -a?2 I1 110 0.01. 0-9 ze _rt 33 V 0 4 919 Cl :0 3mmvI 0 C 'Wdd ' .dd I-W3)Hjd3O-NOZIaOH ad Id ...... ?:9 6. G Orl AT . 9.9 6:9 ea1 : 91 :1 to :a 1 1 o NO : ag- 9S. S 2a S60, :01ss 00 : VLI .I a 9 _zC 83a It- 09 . ig :, to . -Ze 24 9 60 . te : %I S 9cle C S at1 0000 : Z-1 0. a? :fI GOo: C 3 v 01.00: 9 61I. 10s:1I 0alI : 00-0 Z.: Cl 0V al l CL-I cc-it a 0 ml % 3 NOGMV3to 3 31vis 1'P1)HId3O-NUZIhOH 3nlVA oomiam ldwVS 03NINU3430 VN ON WD N39001IN INTO 0 1 SNOtj" 31GT39NVH2X2 I "! ------.1 -3 13 (ooot/awoAns 0:111,0 vivo lv3fw3H3 9 W?JIA Ad3A -091 .blj SIT-S6 era v 11 0-910,, ;*tl3AgklIs A W d wn 03W No"NoD, 319WIMA AURA 96 -0A. 4N3NIMOUdnj 3 "NO .0.Ol" 3SO01 04 -SG 9 92 ANITANJ' amasnonNiip4o,30 Q 31 N ~ Al NOtJJS 3 m 3.4 939 NUIA AdBA Ss -cc C" , a Ot,11HWtj AU31A amsnonNIINOD3 9 2 A 9 03IN 5 Al NOtlAS M3 .i I Ad A AX'3010 ovinsHv ac -cc nitAN31d 31OVIO1 Ad3A NIVUO 319NIS ll -CI 3 v INVoNnew 31QVItlJ Atf3A CI -0 3 H V 0 -T KI 'dlb3S3WIN3OTN 1, a ISHON)MIdSM0S . NOZIUCH 1 S31110" 1 sloob 37N31SISNO7 a atini3nuis a )471 1 01 P43W 13 ...... S, Islow w1biv" -911 5 9 11 3AISSVW AV13 0 /9 0 9 Iqoo .XItjl ;"S 3snjazo StI-SG OP3 v tt ahissym AV113 0 1 VAO AA,3019 oar 3so dw,noNvenso 0, I?IOw.xI(kf,!To -04 9 .133. 0 alo SA 9 ISI0 Io*41 O'XAl,'V"11 Itol 6 2 A)13oi?.,,,vin9Nv .o.ns n 0 .13. 01181/0"O'lAo's" OL -%G 92 Ats2,, x I ULTW. 0 10 dAOb IV 1 dnosw 3N AW3019obvinoNvensa IS ON Ponz w ot mot,11A l o - valsxl - i " i vno v tm GG -ac r93A a 0 S ONVS APOVOI O ' SMC/o . "04AO O N1 O-a f ivnovus 0 .1 .100 ?I tx, A, st, All W 1930"" XIdIvw 24 9 3A ISSV 01 wvol AGNVSNVSOl 0 2/0-a"We UY313 at -91 3NIdANT 0.1 AIIOO.S .AoXIUIIO.OT Aw3oie t3virm"WansIN " 1 ol slowwid!w", S Is I 0.110-StIA0lo" X1011".01 Idnuev Zz -CI w ).v32, ONVSaNTS AWWOl3NIZI 9 0 bA 0 ON X A Ax~~ojq uvinoNvens O IS.Z,*s I Nvol3Z AV.X1 dil"H0 OW" 3NIAV3 OW317 Cl -0 2H w )l m AONYS 111 'I/O'CdAO'OtI I ~INVObO 0 -C "I AUTONnosNoz SS(w,3)miq3oNI NuzzwoH 1%10,4 a 2141 I Bdni3nmis 38niX3A Z dnoiao, I unoio3 'WUIA AU3A 30VOLS310" .11HA 93043IVd 031NgH33 GN"16 01 ABdO 3AZIO MUVO 03U31JVDS SVH M' ?A32ON"ll -NOII33Sd2INI Sod HiIOAUV3-SlbdON 10 ISV34inos SMR13W Ot INOILT201 311s :01,S; lSS3NsnOlANdnAda 139VNlwtlo" a 03NIldO AIA33AdgahlOl 033N3A :-S3tldX3 33V,,,ns 3NItlAV ;" t , ;AV0VI lIj3N3O A3 D AS 3 :)3dS 37ONV"S .1 l .tlV'A"333dS M; ;;;;;; !IN Wt$OzIONV*l I 'lVltJ3!V" A 30 Isnivis cot S NOIIVA3'ld3A ONIdOIS AILN39 ISSY1:) llos 1TOOM IN 31dj[S 3, Al 9 % L6wiazood :)idb3i-oNnm N131SIM0 03A319 l.C* 6C 6,??I 0 nits I "I"..i 0 0 90 '(',N)330 .n,livi. Nniloi aissw-v3 NOII"Ol A3Amns 0311VI309 sisoddnd S -.mpdovs0 -a-W-b I -v-m-V9 OWNIO13)4 ITH lbOA3Atjns 9 CA3Amn :1 31VO ...... S3[ts3S i3dAl LiNn H3vqyqns UNIT TYPES SERIES SUMMER I ...... DATEMaLOF GSURVEY$U SE 6 SURVEYORIV Y PNS KELOWNA* B.C .M .A . I, P .A .S . $A IN P RPO I DETAILED0 SUP E CLASSIFICATION SLOPE LITITUDEIN11. C, 492 07 133 LRN C,I 2 53 07 GLEYED I ORTSTEINDHUMO-FERF41C0 PODZOL(197 TUON 1 (SEC)l 1 a5 %TYPES pELEVATIONE SI (M)t col-POLEA 0 5TATUS MO AL 5 IL CLASS$ NE PLY LEVEL SDEC ;,CLASTIC. 11 SAhNDY SPECT,CLASAT!C 1 : CLAVEY. , GENE MAT. ESI . . . E EINE M.0T SURFACEC p V N EP 'ENEDESC .ICT ALAII .'AL DRAINAGEI IMPERFECTLY DRAINED THE EXCHANGEABLE CA VALUES INCLUDE MO . T"jCl.lNESS CULOUR I TEXTURE STRUCTURE I -0 .1l.N De T 1CM) STRUCTURE 2 CONSISTENCE L 5- 3 ORGANIC FN 3- 0 ORGANIC MUCKY A E 0- 15 42 ;0YRfi;0/2;0 SAND VERY WEAK SINGLE GRAIN VERY FRIABLE nix cis FINEU S aANGULAR SLOCKY a FC 15- 23 .2;RY:24S,2f5S SANDY LOAM MASSIVE VEIRY, FIRA OD I I STRONGM DIUM VE Y ANGULARE BLOCKY 8 F 23- 33 TPA 0114 a SAND MASSIVE FRIABLE 10T.O ix Ols 8 FGj 33- 48 42 ;gYl.l4 Mo013 ;S $AND MASSIVE FRIABLE I is B MGJ as . so OY .0/! .o. SAND MASSIVE M?,- !5 FRIABLE at 01 N D oc 80-100 MAY10 .0YR6.0,44MO S ;o SAND MASSIVE VERY POIAGLE RIX I C G 100-120 M 5;gY5,g,21 ? SANU MASSIVE FIRM A IX 01 it c 6 120-138 .:;oY5 .9/1 ;0 SILTY CLAY MASSIVE PLASTIC RIX a T It c 138-# SILTY CLAY MASSIVE VSTICKY .14YIN 0,10 ERY NAPO PLASTIC ...... THICK.71-;Sj ROOTS I MOTTLES I MOTTLES 2 CONCRFTEIGNPAP? I CEMENTATION .O .IZON DE T CM NODULE D SC I AGENTIDESCASP . L 5- 3 FN 3- 0 ABUNDANT A E 0- IS ABUNDANTI F NE 8 FC IS- 23 FEW 23- 33 FEW STRONGLY CEMENTED CONTINUOUS Gi 33- 48 FE MANYp 2 .SYP3 .Of6 .0 WEAKLYIS NCEMENTED5 PONINENT 0 co TINUOU 5 .0 .OOb .0 a MGJ *a- 80 COMMONI FEW MEDIUMM 0 1!D0IU4 .01..0 1 0 UGHOUT MATRIX sc 80-100 FE VA4 .0/* .o 7 .5* C G 100-120 11 c G 120-138 10 .OYRS .0,03.0 11 c 138-+ PH a EXCHANGEABLE CATIONS OUFF .(AE/100G) C . E . C . METHO D SAMPLE4 VALUE ORGANICA a N " NITROGEN CA K DETERMINED ST TE c A 0 5: 3 2 7 544 93 2 3_ 150 2 1 1 4 5 99 2.0 'A E :4,39 1 :,1 .7 :006 2 1 0- 23 5:50 1 82 60 . 19 aa IC1 25- 33 2 5 :7 319: 39 .0 1. .64 .034 290.6 B FGJ 33-3 48 a2 1 5.a 11 : :03 22 .00 a .., A - .0 a 5 a n0: :005,. sc 108aa-100.120 2 :50a 12 . 1 .110 ..00045 . .01 c G 5 . a7 :17 :00 1, 11 C G 12013 .:.138 2 5 .7 .17. . c :039 155 2'32:.5 a 5 . 9 7 : 010, 13 .3 25 :3o 9.4 ...... 1 ...... at HURIZON-DEPT .(Cm .) Pam . L, 5 : 3 F r 4828 : .o A8HORIZON-DEPTH(CMFC 30 - 1 0r.), 15- 23 ,2:00 23- 33 12a.0 11 1 ., 33 : :8 12 : .0 B0 c "Gi B G 89 -10 0 3 1.0 c 100 .129 53 :0 G .38120:+138 11c 1221..0 301 0 :01, 0, 29 3 .0 . .a oc -91 12 .1 .0 :0. %1 -0 1 a, olve 0 -9 "1 'Wddd ('W2)HLd3O-NOZIbM' I ...... L :g it! 9 3 C:s co 99, 6V .9 9 v a aeat : 11 la, o, :,0, It L13A0 3 to . So- as : GO : I vo0,20 : 09,0 s L. Lv -or to : 69 . 60 L-L t.% I a OC -st I:,A 11a c 9 oe .c L, . a %1 :09 0 10 2, os . -Ocl 0010 29ICI 6111 :a 9 v a 0 3 S NOQtIV'3 31vis ('W'I)HId3G-NOZIbOH 03NIHU3130 X VN qw INVOtio 3nlVA GOM130 3ldWTS (Ooot/awi-iAns SNQTLV'3 31GY30N MIX9 .!!~ vivo lvotwa"2 1) lw;M~; 0." 0 A N 3sool .01 89 0-010I;0UASS *I L NtI Nowwo~(I 3sool 01 -Lt, to O .I,NsnonNtINO', .)SIOot, 3w3 AION LS Wdil LI, -OC 939 a AiVIdV snonNIAN03 OdVH A03A M1,013 03IN3W32 AIONOOIS M39 "til .0 NO As oc -%I t,3A 9 I(IjIIN31d 319VIUA A02A %1 -0 a 0 .9 N -dId2sjQIIN39VIV (02M)NIO30Is 1,41 NOZIUOH Not "3"33 1 s3iliow I stood 33NUSISNO~ a auni3ntus a X~ ...... ONTSol :9 NIVOO 319NIS 3NI.4 Awv -OL :St"N '101': N[Vdg 310NIS 3NIA AWVOI(INYS O'U/O*SAS'L'9 X V ivnowtio OL -LIP 0 3 ONVIW 0 ofs,loisxldO!vm 3NIA A V 1 9 0 UA Ot 1110"O'SA0 *1 Val9'VLW OV31,3 Lv -oc 934 a 3AISSVW AGNVS V'I3NI .6 OiIgOIo'rkXjAO'OV"I'0" T Idntiov of -61 Ila 9 eivinNvago3 n , " AGNVS 3NIJ-Vol O!"oelov .20diod .11 st -0 3 T '31NVgdO 0 -0 "1 AvvoNnosa m 1:2441d3G NOZIUDH i 3dnionuis 3unixu a uncioi i tinnir):) N z1ho a W21MI :01SS 9SS3Nsno,[At,1,3d 03NIVtOO A1133 .103dfitol 3IVNIV" 0 .0" U33N3A3 I'S31OX3 3-3,vjanS0 3NIII";M, .1 '1I%W"l1113N3-JS, NAgI ; .1 a A3 1 33dS A V L I ~Jos itNn 3IHdVtJgtiVdIS 11001" 13A31 01 lVNOISS3tId3O.4 ltos Ivoo . ISnLYLS got -10.,"is ISVIDS 9 d Al .111V "01113411d3 L6%)10200d 2iuu3j-O.nH Nl2LsLtin 03A310 oc6s t* UT s(m)3Qn!I9N8lN"o c ot 60 1 iaaniziwi 2dOIS Noil"ol A3A,,ns 031TV13O 23SOddncl1 S ONSId"VSC) IV .1 .1 .1 11 -v-w-'3-R -VNNO13X SNd 3tJOAgAuns 09 A3Amn 3 a ------77~; UNIT TYPE9 SERIES ------SUMMERw------DATE OF SURVEY$ 72 SURVEYOR$ MAL UBC LOCATION CLASSIFICATION LATITUDE4N :I, 149 161 20 L 23 3 39 GLEVED t ORTSTEINM pHUMO-FERRIC PGDZOL(197 P 0" CI11UO N 4 (SEC)l 057 ENE117MON (M)S 0 STATUS 0 AL SOIL SPECr, ;,CLAST!C It SANDY ~PEC I CLMAST!C 13 CLAYEYI S CN MATC . CSI . . MARINEVCN 'ENET1 C AT I MA INC URFACE'~ C P EEP DRAINAGEt IMPSRFECTLY DRAINED PH I MOISTURE STATUS S MPLE METHOD VALUE UL /3 5 % F ELD HORIZON- DEPTH(CM .) STATE DENSITY BAR . BAR. MOISTURE IS : 1 0 LHA 10 0 2 45:2 18 :2, ::7 29 :o0 8 FC 24 1 2 B FGJ 36 :, 621 2 4 5.20 1 : 9.7 9 19 .3 5.4 1 .543 131 :3 3A.7. 26 :6 C G1G2 106i -1P 2 5.5 1 .569 5 6 4.05 26 2 Particle Density gm/cc Shrinkage Limit % Particle Size % Horizon Air Oven Optimu I cm <2 .5 cn <5 mm <1 mm <0 .074 (0 .05 mm <0 .002 mm Dry Dry Moistur em mm I CM IS, LH 15- 0 Ahe Depth0- 10 2 .60 2 .65 105.7 16 .4 98 .0 23 .5 24 .0 3 .0 BfC 10-an 36 2 .60 Oven2 .69 102Max.3. 17 .0 99 .0 L7 .0 6 .0 Bfgj 36- 61 2 .64 Dry2 .71 105Dry.3 14.0 22 .0 18 .0 2 .0 C91 61-102 2 .68 2 .73 106.8 13.0 51 .5 . 34 .0, 3,0 C92 102-127 Z DryAir.70 2 .74 109.3 13 .0 69 .8 . 45 .0 7 .0 Igoe L :962 2 . 1 : 00 Is C :1.11 a a 0 . 1 . 4 Z :o L-0 09 -is 1 . a Q . 6 T t-01 -it is :Lc 6-ZO I-It -it I-L1 9 .6 0 6 .19 942 9.00 LC oz 1-4A 99 C.09 . 4 .0 I oa -0 d V S .9s ?-?I C .9sa U-611 C, L-0 (-M~0HLd3Q-NOZIOOM '~dd 'Wdd '"dd 4dd *Wdd GOH13" NZ 63 S Zd to iinsia OOH13~ 1IMSad (%)IV 318VI :)VOLX3 ...... an ~11 -is:20911 C:o 09 -LC ZA1. a0 9.0 to: ott: Is S 0 c It 61 :91, To: zo . 19C.: LC :0 a Vo0 :0 c 011 991? oe 91 a .o c 0.o1 1 0*61 so- co f-W7)Hld3Q-NOZIbOH 9. V'3 sins3eo CONLIN jIns3N QOHi3K Q3NIWb3L30 A VN 1%)3A 31OV113"ll" -3 13 1") fqooj/3pj- .jAnQ SNOIL13 31QV39NVH'3X3 ...... a G :G a avi 6 :6 a 6.9 a aI I:SQ q 2 09A,, :19 9 a te 20.0 : a 9 .9. a . sq : I C :S a is, A a . a or .0Sa I d V ol,a : 90 v a a 4 s .d3Q-NOZIdOW ll,NO8011'g. 31VIS 3131VIS I-W3)Hj N39001INA IN 0 anIVA QOHA3W 3IdWVS anIVA OOM13" IdWVS I= ...... vivo IV21"3m:l 9 1;;;;:;; JN3NIWOdd,nI 03"a, ascol -Ztl 12NIL to .n103W P3, 39001 a11-09 am a lnAtiNgId asool 09 L9 IN a D.asnonNISN05SIG lN3w33 AIX" 30, inAlIN31d 39001 is -LC ad a snonNtIN03SIGa ), OUNIIN I Al V3M &NvoNnov alevid .0 Ad 3A LC -CC Ij 0 JNwat,nev 319WIthd A03A 0? -0 d V -dsd'3S20/,LN30V4 V ;;24mldma? NOZIUCH OIL lfl3WV') 1 S31ilo" I Sloctl 33halstsNO7 a Mlls ...... NIV09 319NIS QNVS Ax3ois avinsNvens islo",.Xidly". 1 3NIJa ?It-09 in a NIVU9 319NIS m ONYS 0-9/0 UAO 0 3snjAzo Ax~ois uvinoNv n ASICIOXItliv". 3NIJ IN a NIV691119"ts AV 34 GNVS 019010 UAG I 3sn.4 .4to 09 -LG AN2010 tivinONVOT' 'aNI . 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OUIZON, CULOUR I COLOUP 2 TEXTURE STRUCTURE I HORIZON OF T (c ) 80 NDAP LH 6- 0 ORGANIC 0 F1 0- 10 CLEAR b ;oY :3m8 .Q ;O LOAM A . ATY ., .O,IS F NE TO MEDIUM M 7 SUBANGULAR BLOCKY ATPIX5 DAY 4*0 B F2 to- 33 GRADUAL .5 .oYp%O/3T ;0 LOAM WEAKF I A . :I, X 5 . CIS, I NEa SU ANGULAR BLOCKY MATRIX- A DRY0 4'0 0 F3 33- 55 GRADUAL AOYR5X ;R16 .O SANDY LOAM WEAKNr SoAT I Y SUISANGULAR BLOCKY 11 6 M 55- 77 GRADUAL M5 ;R0YX4M0/2T0 LOAMY SAND A A 1 01/ : . . "16NEK SUBANGULARI BLOCKY MATRIX DRY0 11 oc 77-108 ABRUPT SAND SINGLE GRAIN III All too- 10 ;OYRSMO/2;0 SILTY CLAY ODERAISEJM MA .RIX6.01 .0 11S .0 SUBANGULAREol BLOCKY 42TIot. IY: OR0'Y ...... TMjCXNCMj STRUCTURE 2 CONSISTENCE ROUTS I ONCSRETCIONRAN~I I HORIZON OF T 4 10-:4014448,mo.0y5.0/4.0 NODUL D SC P LH A- 0 MATRIXADRY a wi 0- 10 VERY FRIABLE ABUNDANT I"INE FTHROUGHOUT MATRIX SO HERICAL 0 F2 AD- 33 VERY FRIABLE A13UNDANT Ff-FINE THROUGHOUTM MATRIX SO ERICAL a oa 33- 55 VE :lY FRIABLE ABUNDANT 11 a M 55- 17 SINGLE GRAIN VERY FRIABLE PLENTIFUL 11 ac 77-108 LOOSE FEW III All 108- FRIABLE FEW PH I EXCHANGEABLE CATI ONS BUFF .IME /10061 C . E . C . SAMPL E ME THOD VALUE 0 6 NIC N IT OGE N CA MG NA K DETERMI NED HORIZON-DEPTH(C . .) STATE CAR13ON V, i L4, 1 4: SO0 2 2 5 :5 a 2 2'21 :9. 5~4 :1 '3 1 .50 .90 7 9 5 F2 a10: 33 1 11 .98 5 JIF3 .08 :00 0 1149 :b. 5 3_ 55 2 56 . . .75A 1 : 00. 0 0 2 6 77 2 .35 :00 6 :80 00 52 :7 11 Ac 1077-1005 2 6 :1 .04, 30 :Do . 1100 7 III AB a 2 I1 5 .0 .03 ------1 ------.00------:230. ------HORIZnN-DEPTWICM .) pp . . . 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S TE C so % 1:110 77:3 LF e 110: 01 2 2 34 10 A 2 4!,5 :. 53. 1 :045 . 66 0 2.9 :0129 1 26 1441 .08 'o1: .010 2 1 , 1 33 :0 5 ra 1 5 . 5 2.26 :69 8 FGJ I 4062 : 62 2 5 .6 k .1 6 :05 '?16... 167 1 5 .b ..,.66 02 381 02 31 .0 : 11 .0 a CGJCGJ2 67- 00 2 1 5, : 80 .05 5 .2 TIC 100- 2 1 . 126 01 . :7 ...... COARSE FRAGMENTS :005 % VOL HORIZON-DEPTH(CM .1 RPM. LFr 8: 01 306:00 A FI 0I - 10 3:0 25 12 , 25 a8 FG 31 .0 255 CGJI2 62,:, 67 2 CGJ 6 00 12 .0 255 a.C 100. 45 .0 2 6:C O :sC 9:1 C: 1 2911 :1911 9.1 0 r 9: lo~ 11 9 9 0.S1 0 S L91 .99 CA 0 6.C 9C*62 9-L1 V'.0 9:L .:gLt 91 : 69 : 06 :6 CL-S VA 0 9.C 9:01 L :tl z . .aL 9 ut 60C. Ls . vCI .L Gc-c 9Z, _zc2 CA 0 9 ?.L 2 '41 OS.C91.. 1 6 at 6L .L or9 :,., ze :oz CA 0 9S.,1 0I. . Zr.-CLI z 9 911? OL C 9 a ? o? 0 1:9 0 'Wd 'Wdd 'Hdd 'Wdd *Mdd (-W :))HAd9G-NOZIdOH NZ n,3 S Zd td G3NI"dal3O x VN ow (900I/3H)-AzmR .SNOIlV3 31BW39NWM',)X3 ...... 3...3.. .3...... Vo :I 0 ? 2:0V a z ?9!:Lzl CA 0 L 004500 6 60a :. Cz z z LI 99 SA" 0 0.9 . 00-06 z ? 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OD tSSVIJldAl:) s .1 NNOMAM 1 16 (OLGWICSINStA 31dAl Cz as Fel 0n S i9No-ii '33I tid 0 6 ittlN)3Gn'30 A i wi NOliV301 AA3Amns 0311VI309 13SOddnd S9N]IdWVSAC) V 'O'V'd I 'V'W-l'f3 -VNRIDI3'A -IVH tbOA3 dns L SA3A8n 31 0 ------SOVELL UNIT TYPES SERIES TRIGGS ...... DATE SURVEYO 0 S KELO*NAv B .C .M .A . I, Q,A,0 . SAMPLING SURVEY&PURPOSES OLTAILEO60 SURVEY LtTITUOEE(N!jj LaE4GITUD.IISCCI . .2249 A11. 45016 TYPI(T . SFIOPISOL(19781) J .0 5 ELEVATION" C SIO IM)l 6 STA U 1 0 AL OtL 66";11C ::T ;:S . . O!G:~N.jC SUMSCRAI E ..PIS 8BOGA T OE P, DRAINAGE$3 VERY POORLY DRAINED NOFFV SLOM AUPER IOUSNESSI ODEPATE HORIZON THICKNESSC COLOUP I TEXTURE STRUCTURE I ROOTS I DESSTH( M) pI ORGAN C FE I . SO .OYR3.0 .13.0 ORGAN C ABUNDANT MATRIX MOIST 0 2 18-210 . 7; : Y:4;0SIS; O ORGANIC STRATIFIED FEW A 1 Is EXCHANGEABLE CATIONS BUFF .4ME411006S C. E . C. PH I K DETERMINED SAMPLESTA METHOD VALUE ORGANICA ISO X NITROGEN CA MG NA HORIZON-DEPTH(CM .) TE C P N " 2 3 :181 56 60 3 2:305 :34 :35 1381 :1 a :1 10 : .0 2 2 :948 :2" .6 . .56 3... 0 F2 16-2100 a2 2 34 .0 Mooa 00 .545 13 .31 1.967 3 03 7 7 04 HORIZON-DEPTHICM .) PPM . a Fl 29 :50 0: 10. 31 0 012 18-2100 2 .3 UNIT TYPE$ SERIES TRIGGS...... DA A 6 SURYSURVEYORSY HAL KELOWNA* B .C,M .A, & R.A,B . SAMPLINGTE OF SURVrPURPOSE'2y' DEI ILE5 . E LgTjTUDE :N!j, LRNCITUD 122*9 0926 2038 TYPIC FIBAISOL(1970) N 1 (SEC)# 05 TYPE$ SI~PLE5 PELEVITIONE SID (M)S 5 STATUSS MODAL. SOIL CLASS$ VERY GENTLY SLOPING IINITICR "E:I ;:S . . RGA..ElC 5U FA BIAN6 I OF SCR15T ..Pt . 130 DRAINAGE1No F VERY, POORLY DRAINED RUp Ry FOUI SLO E I SNESSI MODERATE TMjCK7EST HORIZONY COLOUP I TEXTURE ROOTS I FIELD PH HORIZON OF TH CM BOUNDAR 0 F1 0- 12 CLEAR ORGANIC ABUNDANT EXTREMELY1 Ac 0 U F2 12- 23 ABRUPT .7;SYP540X 0/4 ;0 ORGANIC ABUNDANT EXTREMELY A PI is ACID 0 F3 23- 35 CLEAR A2;SYR3 A0o"T0 ORGANIC PLENTIFUL EXTREMELYC, RIX Is A 0 0 F4 35- 75 GRADUAL .2A;5YR2,. 00'3 .0T ORGANIC PLENTIFUL TREMELY RIX Dis AECIDX 0 PS 75- .2;:Y :3 .gl3;0 ORGANIC PLENTIFUL CEXTREMELY A I is A 10 c t :ST t1:6Z A%a I 1 0: 0.82 63 It as :CS a 5 1A1 :Il".sc 90:99 .0 :0.1 0 . C9 9 1,cl : .aIf to0. Oc- cIf -1 se 1 13 9.LC 60 . eve L,61 9 .09 m IF 91 t:DI 9:,19 .-00! 9 .1, l:c . -wo I .W21"Idso-hozitio 'WddZ 'Wdd ."dd V3 N '"adni S zo Id 03NIM03130 V VN ON -3 -3 "1 (oootioami-xi :one SNOIJ" 31OW39NVHDXD ...... 1 :6 2 ?:9 c 3 L, ., :~G C 0 I a I L a Za.99 a S? -9 a 9 .0 m IF 96, 69-6 9 v a 9*S 3131TIS 1*"31Hld3O-NOZIHOH S)NQ9dV'3Vo 3AWAS N39OdlIN IN bo WIVA aomi3m 31dr#VS 3nlVA CON13W dWVS Z Nd I= vivo IV21"3H3 1 -as M3A 3SCO, NtV09 319NIS ONTS 'S A11311VIIIa , In .11IN31d 3SO01 NIVU9 319NIS ON 3S V ivnovao as -GZ a 3 %a -9 1 13 iNvoNnow 3sool NIvdq 3-19NIS ONVS ivnavug dwinNvuv3N, wvOl AQNVS O-IfO*attAO*% tfV313 9 -0 H V iNVONnov 319VItizi AUBA 31vallcow CA )OV31A'I AbTQNnOG SS(W'3IHLd4G NO?IbOH 3dnix3i I bnoiw, Nozibom 3N )031 A I SACO" 33N3lStSNOl I uni,)nais Norldlb~m 311joud '3AObO H2T3G JO HjaON SU313k DOC INDIiV'301 311S O[dVb~4 S iss3NsnOIAd3dNn 03NIVtIG 113. A131VU30OW0-1 830VNIVUG$4 '0 11 13ANV')6NI W t'S3jdWX3 a3wions.3 1 N 9 3 AGNUV 5 It 31 A SV,1,3 I .333 IF A as llos IWOO" asnivis Ila", S ; NO111VA311 .2 13A31 X AlMV3NON SO t( N 310 .03 SSW?33dAA It (OW)ICS003d '31HLUO ell CC clel, 0 A z 6 ZO 6 .4N)313n lAwl A3Amns a3itviu9 tasodtindJA S9NIldHTS'0 1 -9-W-0 -INA013)4 ITM ItIOA3Amns 9 tA tin 3 vo TYPES SERIES ------TSAWWASSEN UNIT DATEA OF PNS KELOWNA$ B .C .M .A . & P .A .B . 5 MPLING SURVEY1PUPPOSEt DETAILED56 SURVEYSURVEYORS L IjT0OEkN :j, 119 02 40 n2!! LgNp ClITUD 3 0 0518 OQTHIC REOOSOL % E , SION1 4 (SEC)$ TYPEt COMPLEX3*0 ELEV 7 ON (~)t a STAYUSS MODAL(9'0'SUM CLASSI GENTLY UNDULATING SPEC ;,CL,ASTICA . IS SANDY GENE C C E . I . :S . . MSU :DINE SURF E P LED DRALNAGES SMOO!PA TELY WELL DRAINED ,LO RUNPERVIOUSNESSF" . ARID THICKNESTP . -O RL,4ZON , COLOUR I TEXTURE STRUCTURE I STRUCTURE 2 HORIZON DE T (C- 30 OAR A H 0- 7 CLEAR 10.A ;2YR2~01$2. ;3 SAND WEC .AKSE SINGLE GRAIN 1 01 G0 PANULAR C I 1- 25 .5y4I .5/4 ;07 SAND SINGLE GRAIN .Aa RIX mol c 2 25- SAND E SINGLE GRAIN GRAV LLY ...... THICKNESSp M , CONSISTE4CE ROOTS I FIELD PH HORIZON OE T K ) A 4 0. 1 VERY FRIABLE PLENTIFUL MEDIUM ACID c 1 7- 25 LOOSE FEWNe MEDIUM ACID Ft C 2 25- LOOSE MEDIUM ACID UNIT TYPES SERIES TUNBRIDGE ...... oo ...... OF "SURVEYSU P S&I SUPVEYO H L KELO .NA . B .C .M .A . & R .A .B . DATESAMPLIN P A 0 DETAILED67 SURVEY LtZIT001111;1, LRE 12249 1810 050245 LUVISOLIC FERRU-HUMIC POOZO01978) 1, 3; C11UON11SEC)1 TYPES C ALEX CLASS$ GENTLY0 UNDULATING EL.V-IION IM11 150 STATUS$ MODAL SOIL S10EC, N ;,CL .4AT!C 11 $ILI'ED SPECT,CLASTICr, It SAILTY SERE ACC I RESI .4 VE LIAN. ENEC .1 C,9 . Ij .1 L IL.I .E U F It EKP HE R ES P GLACIACUT DRAINAGE$UNO F IMPERFECTLYSL W DRAINED APERVIOUSNESSIF I Sto0 . LOCATION 5200TTAMETEA S!S. EASTN RSAND119 METFAS,NURTH, IS . OF CORNER OF CEDAR SITEVALLEY AND RO E D I TE LC 0ON M S ON STRUCTURE I HjCX7ZSj HORLZONY COLOUR I COLOUR 2 TEXTURE HORIZON 7DE I m BOU DAR L 9- 6 ABRUPT ORGANIC MF 6- 4 ABRUPT ORGANIC WEAK H A- 0 ABRUPT .5AjOV0 24012*0ST ORGANIC At 01 SUINRINGULAR BLOCKY WEAKp I e MF 0. CLEAR 5 OYA3,0,f3,0A X $ILI LOAM m ,o S, - ; I SUBANGULAR BLOCKY 011F11A9E ps Si . 2 4RADUAL OY04 .0 6.0 SILT LOAM MATRIX MOIST SUBANGULAR BLOCKY P2 22- 35 GRADUAL 7 SILT LOAM WE1AIt,. .A ;*yRl'.'A 0".IST O MA;SRYRX4I ;0'61OIS.0 N SANDY LOAM MODERATE, U EGJ 35- 95 CLEAR IATRIXloOVR4. 5,'5Ois ;0 SUEDS AI NGULAP BLOCKV LOAM MODERATEM P U is BA 55- 75 DIFFUSE I SILT .2W15at . 1611.0 SUr,,,a ' N",UL,P L.C ., MODERATE Ta 75- 2;5V5*. X 512. 30I SILTYLO CLAY MA I at AM OARIS SE. PP AIRC ...... MOTTLES 2 CLAY FIL04S I T64ICKNESSCM STRUCTURE 2 CONSISTENCE ROOTS I MOTTLES I HORIZON DEPTH( ) L 9- 6 4 ABUNDANT 0 ;IAK1.6 FRIABLE ABUNDANT GRANULAR 14F o- 2: :::::L : A:UND :NTNI pt a. L A UND FEWe'I . a Fit 22- 35 FRIABLE PLENTIFUL FAINT COMMON), 7.SYR5.0/6 .0 A EGJ 39- 55 FIRM FEW MeDIST UMNCT 7.SVRSI .0,06.0 VEAY FIRM Few MANY, 11 BA 53- 75 SHE 7 Yps.0/6 .0 COMMON0 . 75 . MODERATEM I M VERY FIRM MA it a To MEDIUMY I 4N O .ANTH!1 C'1' O S SUSANGULARED U BLOCKY PPOYMOIN!NT 7 .5 5 0/6 .0 CHANNELSSOME Y AllaAN VI CAL0 ON AND0 NO ,~ONTAL ED FACES EMENTATIONEN E C .0-1~.N DE T., GC TID 5 RIP. L 9 . 6 HF 6- 4 -4 A- 0 8 HF 0- 8 a F 1 8- 22 8 F2 22- 35 A EGi 35- 55 WEAKLY0 CEMENTED ISCONT INUOUS 11 BA 55- 75 11 B TG 75- PHYSICAL & CHEMICAL DATA PH I PH a SAMPLESTA METHOD VALUE SAMPLET, METHOD VALUE ORGANICA % NITROGEN HORIZON-DEPTHICM . ) TE s TE C ASON L 9: 1, 2 2 4 7 WF a 4:4 584 :020 3 6. 40 2 4:2. 2 4.0 2:.40452 40. 8 2 2 3.8 2 4 3.3 29 .38 1 . Ha HF 2 3.49 2 4 3 9... 551 8 Ft 228: 22 2 1 8A F2 J 35 .29 A 35. 35 2 :.6 2 4.1 2::. 35 EG 1 4 - 03 :2.7 51- 5575 2 5:0, 22 .071 11 8 TG 75. 2 1 4 :58 .209 .06 ...... EXCHANGEABLE CATIONS SUFF .(ME/10061 C . E . C . EX TRACTAB LE FEI S) EXTRA CTABLE ALM CA mo NA K DETERMINED METHOD RESULT METHOD RESULT Pl PM 9: 42 :20 3:835 35 0.0 6. 20 . ?a 1.3 2 !29:60 0 0 4. 3 749 :091 131 :7 0 6 45 : 5. 1 S. .375 4 1 96 .1 7 31' .3 1 :25 05 .6' 0 F2J 223,: 35 47 .04 .1 5 350 .9 0A:79 :1 1 t 1 2.6 AIEGA .02 0 1 .01 .0 0. .3 7 :1 Is . 555 .547 491 :061 113 10 .6 it1 0 T6 75- 7 .867 .01. :00.5 4 19 .92 1 9 .4 HOPIZON-DEPTH(CM.) ...... L,MF 1 ... 2.:3'...... P2 . CU ZN 6aHORIZON-DEPTH(CMFI .) 00' SRPM . ppm . Ppm . L 9: 6 22 :20 1503 :2 HF 6_ 4 1620. :00 04. 1 26 :.0 713 :7.05 171 .18.11 a HF 201 .0 5b.6 189:3 54 :05 a FI 228: 22 394 .53 16 .5 61 16 :2101 11 35- 35 299 24 :69 2.24 19 :91 BA 55 . 5575 0 111 .1 36 ., a.11 IEGJa TG 75- 22a406 A21:.00 169.1 23 .9 458 .5 00o",C1,191,-19 Do is0 crio, .9 Se ri we it Is 11 -0 4 v .IS 9 1 ONVSo'k (*W3IHId3Q-NOZIdOH ,I,'Volnz- 'v'01ne n'Iz z vi (%13zts 31311awd ...... 1:6~0. 6tt: 1#141I 9c-tI O-OS C-9aa *-SGI 91 : ...,I. C.9:9.9"cS IT- Z"6 r,191:9a, oOc, :0_L c rl weg Vatt , ., 941S 61:6111 :99 '. , 1,1 : ti- C11-i 9*16 0. it- er-9 6t It is -01 d V V66 ?*a* 6*C 69 C-ea9 9a 9 (-"3)HId3O-hDZtVOH -Ndd 'WOdn *Wdd 90de d Mdd d Id 03NIW0313a A WN ow 12 ., .3 ., (9001130i)-AdAg SNOTIV3 3l8V39NVH'3X3 ...... cc-01' 9:* z cOG T:CII ZO :) 11I t Z.9 ? 09 9:, z c r is1 -00-10. toCrisI 3 a ct91 : 9 ? 9 0:9 Lz, Ole :Oc rig ca : Lq :z e:9a 0 , it weI :L . Z VS L, 6 9 09-is 38 9 0 dWeI c c .9 L, 114 01,INNo 31TIS 31 VISW S (-":))"Id3Q-NOZTkIOH %:)NOGdV3V.I 31d v N30odIIN tN do 3ldWVS 3nlWA 0OHi3W z Nd d vivo 83oI JzdONnd0 03NIVOC AI :0001! WNtVd :",I .i 13A31. VVI!",Oxq pvAuns, 1 4 .1331 ITIAni,iA I I I*iVW, I Swl-3ti3N33. sn),,i , ."JIS,"_I,l QNVS I I DUS Ail S I ds :;;; ;;Got" ims ivaow tsnivis ., ; .1 ;j NOIIIA313 3nlVAOoHi3m 0so (OL61110SA319 '31MIdD 9*9 00*1 rel iiat,30,61toNol"4 r4o S I 33tid T 60 1 on IAWI NOIAT301 AgAdnS 0311V130 t9SOddAd S ON11d0 .VS1 -6-y-tj I -VN*013N IV- ItIDA3Auns U tA3Adn .4 3 WO ------; ;7 ; ;; S3dAI 1INn 83 a3A VINOD UNIT TYPES SERIES OF r SURVEY&SES HAL XELOWNA# B .C .M .A, & P .A .B . DATESIMPLIN PUWPO DETAILED69 SURVEYSURVEYORS LOCATION CLASSIFICATION LAS TUOE(N)t 49 05 i9 h!t! LONGP ECIT 8 1 2 6 0 5 :EGOUGLE15OLl~l, :l :Ll UP N 4 4SEC) : 2 TYPES ooAoSIMPLE ELEVATIONA S to IM)l 2 P TAT D . .IL CLASS9 DEPRESSIONAL TO LEVEL HASEISt RE Aly 2.p!!-!=:!2t!=-2= ( .ENETICC OAT4EISX . . OERGEN'SC, SPE, CLAAT!C It CLAYEY SUPFA F E P V N E ENEC ;,C M T I FLUVIAL VERY0 . DRAINAGESU 0 POORLY DRAINED SL APERVIOUSNESSIN FFS SLOW F NUQT0 , SURIVERY : SITEME $1 LOCATIONW I OF 6 NICUMEKLI SOUTH OF MCELROY RD ABOUT 900 TE I E C H ASTH E AIS A .. DIANE V RAE0 CL SIF NISNC Se P H A Y P V AT T AN SALINE ; ; C ASSt AN C k G SVE MAN ICAL L.?LO AD CHANNELS AND OCCASIONALL CA 6 CKS F D LL D WITHA SURFACE ERATERIA C S63 HASw M MANY. VERTICAL 0 D ROOT CHANNELSA I *IT HARD BROWNISHM TUBULES AP OUNDA P :P!M . SULPHUR VALUH INOCW GA2 .13 AND .4 ARE > 00 WELL DEVELUPE69 L P N N 0 H THICKNESSP . C , O.I~ONON Y CULOUR I TEXTURE STRUCTURE I STRUCTURE 2 HORIZON ISE T I M 80 DAR 0 HP 35 . Is ABRUPT .2; 5YR2 48il;O ORGANIC MA.D..A ...NUI.. A Rix I SUBAN6ULAEDIUM . L.IKY 0 w Is . 0 ABRUPT ORGANIC STRONGV .:;9 YR.%8, 2TO COARSEAo 5.0 1 Q2 . .,15 5 SUBANGUL"Ry 8LOC .Y MATRIX1 DAY1' c GSI 0- 22 GRADUAL SILTY CLAY MASSIVE LoWyl :5411W C GS2 22- 45 DIFFUSE SILTY CLAY MASSIVE 4A ;2ylR5 ;00,1L ;5 C GS3 As- 95 DIFFUSE . 5; OY4 .5/ 1 10T SILTY CLAY MASSIVE A PIX MO C 654 95 . .A2 ;SY4 . .5/0 ;01 SILTY CLAY MASSIVE AIX 01 HORIZON THICKNESS CONSISTENCE ROOTS I MOTTLES I DE THICM) 0 4P 35- 18 VERY FRIABLE ABUNDANF SOF T 0 .4 Is- 0 VERYEn FIRMAD P .EliylFJL V Y HA C GS1 0. 22 STICKYA C P.E-471FJL ONM PL S I I COMMDI ME OM UNENI. PA2 .517I 5/6 .0 C SS2 22- 45 STICKYA T C FEW PL S I COWMONDI MEPROMINENTUM 10 .OYA7.0/6 .0 C G53 As . 95 STICKYA T COMMONI PL S IC M20P M U"NENT 2 AD.5-17I .5/6 .0 C GSA 9s- P . I PH a SAMPLEA METHOD VALUE SAMPLE METHOD VALUE ORGANICARS N X NITROGEN HORIZON-DEPTH(CM .) ST TE STATE C 0 % 0 HP 35 : Is0 2 43:2 a 3 7 so 2 a ,q is . 22 2 1 3 5 : .00 2: .6 .1 51 3.9 2 4 541 .910 C GGS2 22-0 45 2 1 3.S9 2 4 3 .15 .10 c GS3 AS1 : 95 2 3 3 2 4 3 .1 C GSA 5 2 1 5:7 a 4 EXCHANGEABLE CATIONS BUFF .IME~100G~ C . E. C . CA MG NA K DETERMINED P1 M . 02 S qORIZ04- DEPT .(CM .) Pp pp pp . . a HP 35B: 18 131 :499 0 H Sl 94 :9: :09 15 :, 5 :01 .5 :2 1 95 :20 C G 1 0- 220 13 . .2 . .14. .510 2169 .6.95 1 : .0 72 . 3 5 03 1 .5 C GS23 22 : 459 4 .530 b .00 1 .657 : 223, 1 16 .6 108 . 31 C GS 4 459 - 5 Is 147 . C GS 5 :202. 8 :95 232 .22 VINOD UNIT TYPEI SERIES .NA . S .C .- .A . I. O .A DATES . .P,------OF. " IURVEYISE, O,:'A 60Ie . SUR"SU-1~10Q', P .S KELO .S . N PURPO t E LOCATION CLASSIFICATION SLOPE LtTjTUOEjN!j, LR2Cj 122*9 0746 5258 RLGO GLLYSOL(1978) % VUON 4 4SEC)S TYPE# COMPL~2 .0 PELEVAUCOIN 4M)l 05I STATUSS MODAL SOIL CLASSI GENTLY UNDULATING GINETIIU ., C "ITE ;E'S . . . .NGENICE SPECr. ;,CLMAXSTIC.3 It CLVAYEY s A E xP Ve A SENE AC C E . 7 eS ., FLL V VIAL, UPF E P E E DRAINAGE$UNG I POORLY DRAINED RPERV FF V SLOS : 10 SNESSI LO CLASSIFICATION PHASE IS PEATY AND SALINE . tCKNE:j HDR14ZO:y COLOUR I TEXTURE STRUCTURE I CONSISTENCE ROOTS a HORIZON DEPTH(CTH BOU, DA 0 MR IS- 0 ABRUPT ORGANIC VERYPA FINEA FRIABLESOFT ABUNDANTI .A,O ;RIOVR2. .00"I 5"0 G NUL 0 F NE 1 OYR3 .0/1 .0 MATRIX0 DRY C GI 0. 50 SILTY CLAY MASSIVE ST, ICKVR, OUNDANT .AN5 OY S-06 101. pI AFINE "00 2 LASTIC MATRIX5-016-1 DRY" 0 C 62 so- .00, SILTY CLAY MASSIVE ..S;OR,1,1,1. ."01100. 1 . FIRMS ICKY '111N-W . PLASTIC MATRIXOY DRY'p 0 ...... THICKNESSM 040TTLES I HORIZON DEPTH, C ) 0 Mp Is- 0 C 61 0. so COM0:ON P! S"QIN !NT 7 a 0.14.0 C 62 so- COMMONDI E PROMINENTM Um ? .SY05 .016 .0 ON I EXCHANGEABLE CATIONS BUFF .IIAE.11006) C. It . C . METHOD VALUE ORGANICA SON S NITROGENK CA MG NA K DETERMINED MORtZON-DEPTH(C- .1 SAMPLESTATE c A 0 HP to0 : s o 2 4 9 17 :79 1 :017 1 :433 7 c 61 2 5: 5 1 .517 .0 7 '47 :".' ::b ., :200 TOo: C 62 so- 0 2 4 1 4 9 2 .393 3.820 .696 .32a a1.. 1. ...... ELECT;SCOND . pt HORIZON-OEPINtCM .) (m H ocm) Rpm. a HP Is0 : so 14 :6 c 61 :422' 5 . 5 C 62 50 . 0 1 .03 a 2 UNIT TYPES SERIES VINOD...... ------ GSURVEYSSE PNS KELOWNA . B .C .M .A . & R .A .S . DATESlIPLINOF PUPOU I DEIA72ED SUPVEURVEYOPI LOCATION CLASSIFICATION SLOPE LATITUDE4N!S 1 4 : :7 37 LONCITUD.1,SCC) . 2 6 05 REGOUGLEYSOL(1978~L 5 yTYPE1 ELEVATIONPRe SIO ( .)l I STAT S9 MODA SOIL CLASSI CoNEARLYIMPLEX.0 LEVEL GENETICF C ':Ta :S . . ANIC SPEC ;,CLMAAST!C It SLILTYF SUP A E E P VRGVENEER (ANE C T I VIALL SURFACE EXPRES .2 LEVEU DRAINAGE$ VERY POORLY DRAINED PREUNOll SLOW QVIOUSNESS' . MODERATE CLASSIFICATION PHASE IS SALINE AND PEATY . THICKNESS COLOUR I TEXTURE STRUCTURE I CONSISTENCE ADD?$ I HORIZON OE T 4CM) 0 4p 40- 20 MA10 ;OYQX2;00/SI ;O WEAF KE VORY FRIABLE ASUNDA41r GIN. S FT :43.0 ;1 .0 ANULAR MATRIX10* DRY a M 20 . 0 !:;gY02~01gA ;O ORGANIC STRATIFIED HARD FEW I 1 MIO .OYP3.0/2 .0 ATRIX DRY0 3RGANICM 11 C Gi 0 . is ! : ;gYA4 ;op2 ;0 SILTCKYLOAM MASSIVE Ix Ols FEW 11 C S2 13- .! ;OY4 . :.12;0 SILT LOAM MASSIVE RIX 01 T PH I EXCHANGEABLE CATIONS BUFF .(ME,0 1006~ C . E. C. SAMPLES METHOD VALUE ORGANICARSON X NITROGEN CA MG NA K DETERMINED HORIZON-DEPTH(C- .) TATE C a -4p 402 : 200 2 2 5.8 :0000 12I :3 4., 131 :3 6. 1 :2 4 4 121 .5 :9 0 2 2 4:.8 2:1'3 I m c 61 03.24 1 1a 6 53 1 7 8.94 .00 .2. 36 .52 111 C S2 1 . 1 6:00 .30 5 .54 10 .39 1 .44 29 33 .5 ...... 26...... ELE T;SCUNO . : HORIZON-DEPTH(Cm .) (M C.H /Col PPRIM . IT0 HPWC . 11.: 21. 12 :01 1:6" 1 130: 13 3.600 4-.0 11 C S2 13-0.13a26.14 20 .1 29.... OC :11 :rL O's1 13 OC S, '3 sv S, 3 0 0C dM I'W2):Id30-NOZlbOHO 0'11 .0O;*dAO ;Ol A NZ IS 343 Wn 10 -CL Ss 3 03zi AUBA .)IISVld AIIHO11S CL -st SO 2 0-9to1;9dAO*ON ICl l ,n1O1WIts" , '311SWId AIIHOUISt, , S* .0 NO "a 03 .4 W I ,JNVCNnsv 319vid, 0 -Ca CIP, 0 SS(WIPHIC130M NOZIVOM t S3,1110" t slocu 33h3ISISNO7 3N )031 I ...... Islow0 .0xtvO !vS If 3AISSVW "Vol Ills 0-1/ A -Ci -is 4)#3010 a oan3ld w-inoNv3 0, sts, Nvol 311U300" aAlssvw AV13 AIIIS ivncvoo CL -91, so 3 can d AM3019 dwino'33I,. 'AW3411 3AISSVw ATT) AIIIS Plapt0 10 -Xlt§'VWOAS L Idnbow Sv -0 9 2 AmDois evinshwens3 , I tivinNTU9 MwamN 3lNw9do 0 1710"I / O -Z tJXt"'W"A O 01 IdAbey a -C&I do. 0 AtJVONnO904 (ND)MAII30SS N NOZItinm ? atinonuis I 3tini3ntus 3unix3i i anolo2 NOZlhO 3 W31141, '3NIIVS4 naSONV ALV3d Sl 2!1HdONO,1I"lAlSS ;l3 0 NnuiT 0 tiaN 11wi ONY HIINS AG NOIj'3Nnr 3HI, 0 .1 St13L3W 0001 inogysaw aIN ti 3 1 3 S S31ON 11NOILIGOV AOISA A a,84JONn" Q3NIVdQ AlbOOd U3 vNIwbO 1"13A31 I*S3jdX3 33vjdns3 lAnijA .3d3,3N3At I 'SAJ~d)fg 33vaongA . Ills it 3111SY13AT" 31 "D3dS" N ObO ATM 311 3 3 imn vHdvd-)iivaus aiantw !!Nn ,)tHdvts9zivtsis t13ddn ,,,as -,:cc"I ,_.as"_ gn ..g ?, . .1,113".3 ; 11011IWA1 .313 13A31 01 IVNOISS3ad3Gd ISSvl3d :) 9 .1 N 31 WIS A AL 4 Lb 9 n93d 01 es ZZI6, 0 n!13NOlAll 01 0 "IIN13ontilvi30 9 Nniiv3iiissvl3 NOILT'JOI 13';Odhfldg ONIld"TSI -6-Y-d I -IN4013M lVH IdOA3AjnsA41"'ng 0111VI30 :AlAtin -io i To ------; ;'I ;;S 83dAi LINn (30NIA o*oz 0*66 olool 0*001 9*8E 01LE BL*Z S9*Z 16 -99 ES61 0*6Z D'96 olool 0*001 6*lt 8'6E VL*Z 6S'Z 99 -BE ZS63 019? OIE6 O*OOT 0*001 1 vt z*zv OL*Z LS*Z BE -0 IS61 0 -81 H 91 -9c d4o ww % oanispW kja f'a RG 'C'a w ZOO*O> w 90*0> VLO'O> w D ww S> Wo SID D 1-9> wo I-S< wnw~jdo UDAO .4 iv xew U0Ao 1doo % 04S atOll-Md 1 % ILWLI a6e*qJ4Sl 03/w6 APUaG DL3L 'LLVaed 'fVN : :9 I .3A 9 Nntiveniv , S.S 0aH I .,I "H :: :aI IS3001 '900"ig" Hd c :6c 6:6a 6 :85 j: :j 5:? ; 9:c a lb9 :99 esos 2 ? C: 9 Ocz 4 .0 9 v I. 2 .fl a 99 .90C 3 V c 9 9 S-Vt t .9v 16* 9 c a r ~~ gel .10 :09c, dN 00 I! !I il"I'l atinisiow -dws AlISN30 3iVLS (-0'.))Hld3O-NOZldOH ot 0 1 311 V d 13 % I I ine 3rlVA OOHil" 31d VS T Hd sitmi'i otinatiuiv snivis atinLsioo ...... VIVO lV3l"3H'J I 'IV :)ISANd 'AIV3d 'BNIIVS JISVHd NOILVDIAISSTID JV13A314n I'S31d)(3 33wgons1 , q 3 d3AN3AI I'S3jdX3 3" longN I"Nis11 .1 1 ,IS,,LV" 11:) .33dS NVOUO t Ivw 3113 39 !!Nn 3tNdvb9iivvLs aiciatw itNn 3lHdVd9lLVMIS U30dn ."~S1111 : 4011VA313. t'3 9zo NO S rid (9L6111OSA319 0133ti si&)acnIiqNoi"N' I go6t 9V90 ZZI61, a L of, I VI :)Bn ITH IdOAlAdns ?I IA3Amns .40 31VO ------a0NlA UNIT TYPEI SERIES VYE ...... DATE OF 6 SURVEYIESU 5 MAL KELO .NA9 B .C,M .A- & R .A .S, SAMPL IN P APO DETAIL69ED SUR5UAVEYOPIVEY LATITUDE4N41, LONGITUDMI'SECI : 12249 0012 015 OLLYED GRAY LUVISUL(1978) 2 TYPES COMPLEX2'0 PRECELEVATIONSID IMIS a STATUSS MODAL SOIL CLASSI UNDULATING I CLASTICA . 18 SILTYA SPECGENA ; 11 . T RESI . . L E CUSTRINI SU EFACEC E P L VEL ROOTING DEPTHI 145 CH . DRAINAGESUNO I MEIMPERFECTLYU DRAINED A FF DI M ITIStOCATION 500 METERS SOUTH OF INTERSECTION OF VYE AND FADDEN ADS . . SSUM T"ICNNIIS. C . No ZON Y COLOUR I COLOUR 2 TEXTURE STRUCTURE I HORIZON OEPY ( I SOU11DARAT MODERATEI TO STR3NG A P 0. 17 CLEAR IIO .OYRJ2/2T X 0 ;0 10A;.OYOSX ;512,0 SILT LOAM I PY MED5 aU MA2.5YSP' .012IS.0 US NGULAP SLOCKY ATRIX DRY MODERATE, JU A 161 IT- 27 CLEAR 10 ;OYA R7X ;0,f2 .0 SILT LOAM .AT'O*oy"54. . 0"W0 .A I AV M2,5y7I .012IN ANGULARED M SLOCKY T DRY *a 27- 37 "EAR .0,2 .0 104Y45 .012S;O SILT LOAM M20ERAYFJU C)TOOS TR3NG MATRIX. .5MOIST2. a ix Ul M2T SU94NGULAP60 M CBL ROCKYSE A 516RIX DRY/ 0 E 8 TJGJ 37 . 60 DIFFUSE 1OA .0yPSX .G .QTO SILT LOAM MODERA A 05, 6 *EDI UM 7TO COARSE 2 I5.0012.0 PR ISPATIC AT x 0 v 60- 60 GRADUAL OTp, RsX ~0,1 15;5 Sit.? L3AM OODE 111YEO TGJ MPa osu COARSE I MATIC WEAKM E J U TOTMODEPATEAR E C 80.105 DIFFUSE OY5.0/ .0 SILT LOAM MATRIX MOIST P . OIS .AllcM o Co S MASSIVE 105-145 FINE SANDY .AIR5*014'06IX .OlI ioT LOA ...... I ?N!C NESS STRUCTURE 2 CONSISTENCE ROOTS I MOTTLES I MOTTLES 2 CLAY FILMS HORIZON DE THIC A P 0. 17 FRIABLESLI , ABUNDANT .MTL HARD A EGJ IT- 2? ABUNDANT COMMON FIRMHARD FINEol T S INCIr lo .oYA4.5/4 .0 GA 27- 37 PLENTIFUL COMMOND 'HARD'AM MEPROMINENT'UM 7 .5yR4.0114 .0 COMMOND. B TJGJ 37- 60 FIRMA D PLENTIFUL MEMANY PR OMIUM MogEI I RATEM III COARSE H A OUNMOSPEOPECTHIFICKAICES-0 ANGULARE U BLOCKY INENT. S.OYR40 0/6 .0 F E MMAN 6 TGJ 60- 80 MODERATEUM 0 COARSE FAIRM0 PLENTIFUL EDANY H A 'A lum INGO V. THICK ANGULARgol 'r BLOCKY PROM, .O, .IN. !NT CHANMANYSVGNI 5/4 .0 SOME 4ELV Rr AIC 050 ON REDAND '40 E IZON AL A 11CES TAL COM ON ec 80-105 :GDjRATjO FRIABLE FEW MEANYM COARSE pp D IUM. ON SPEORE , FACES- UN C FIED ANGULARgo M SLOCKY . O Y .IN!Nl 0 4 00,6 .0 OA. . NY. U . 5 .0VA3 .0,04 .0 it C G 105-145 FRIABLE VERY FEW PPOMIN!Ny., .S I A 0 V 4 /4 .0 PH I PH 2 SAMPLEr, A METHOD VALUE ~AMPLE1', METHOD VALUE OPGAOA NIC " NITROGEN HORIZON-DEPTH(CM .) T TE ATL C Re A P 4 5:4 33 EGJ ITa0: "', 22 11 bb 00 2 A 5 3 6:5309 HA - 37 2 5 4 1 .02 .011. TJGJ 37.7. 6a10 a 1 6 1, .65 060A BC TGJ a0.,050 2 6.3 2 4 5 .04 105_1&50 2 1 6:3 a 5.6 11 C 6 2 1 6 4 a 5.6 ...... EXCHANGEABLE CATIONS BUFF .IME,0 1006) C . E. C. EXTR ACTABL E FEM EXTRAC TABLE ALI%) CA MG NA K DETERMINED METH OD RESULT METHOD RE SULT HURIZDN- DEPTH(CM .) ;PlM . A Pr'i 1 0: 211 10 :6 .0 63 :05 261 2 L 7 8 21 42: 08 :1874 : '46:1 A5A 2737. 37(, 3.255 16 181 5.04 1 3 3 a YJGJ .4. 3.82. , 1 3 : 2 :2 . :1, 43:3 8 TGi 607. .0. a.31 4 .3 .13 .0906 14 .6 1 . 2 1 .8 sc 80 .105 6.71 6.63 :01 3 1 5 . 5 1 .2 11 C 6 105-145 52 .73 6.289 :1011 a 1 3 1 . 12 1 . 1 ...... ---- ...... ---- ...... Pam . :PM . CUM. IN HORIZON-OEPTH(CM .) Do pp ppm . 93 :1 27170:. 27aIT 5 : 1 : a 4 5 7 3 .1.0 338 .1 T 5 :5 31- 6 7.9 :CTGj 60 . so0 13 .5 I1 .Z 37.1 7.1 .2 80-105 :7 .1 71 .43 BAA11 EljC G 105-145 32 .4 56 .9 1 arJGJ .15741.5.1:61 UNIT TYPEI SERIES WE------OATE OF SURVEY : 72 SURVEYORS MAL UBC LATITUDgIN;I, LONCC 1 . 49.12 01.11 1511 GLEYED IPAY LUVISOL419?8) 17YONISEC) 5 ELEVATIONSI (MIS 7 11 SANDY SPECN ICLAST!CA 11 LSAILTY S01C*E I . CLASI!CA I L ; STAINEL NE C T CUSTOINE 21ESUPFACEE C MEXPREST I .$ LEVECU PH I MOISTURE STATUS ATTERBURG LIMITS METHOD VAL.JE % F ELO PL TIC L OUTIO SA PL E BUL LjMI HORIZON-DEPTH(CM .) ST ;TE DENSITY iAR . BAP. MOISTURE LIMIT 0: 25" 2 5:0 2 28 .7 37 A.P 5 5 1 '31':'5 I N 1 :: 5. 1 .231 35 . 9. 2. 3 27 :al 326:0. tGj 51 . 89 2 2 .2 21 6 1389-132 21 1. 1 :384 29 .6 8 .0 321 :20 23 It C G 2-186 2 4 5.08 a 14 .1 4 .4 229 .5 Particle Density gm/cc Shrinkage Limit % Particle Size Horizon Depth [- Air Oven Max - Air Oven Optimum >5.1 cm <5 .1 cm <2 .5 cm <5 mm <1 mm <0 .074 <0 .05 mm <0 .002 nm CM Dry Dry Dry D ry . Dry Moisture % I Mm Ap . 0- 25 2 .55 2.68 100.0 94 .1 84 .4 33.3 AB 25- 57 2 .65 2 .77 25 .0 100.0 98 .0 95 .2 25.5 Btgj 51- 89 2 .70 2 .79 25 .0 100.0 96 .9 91 .0 16 .2 Cg 89-132 2 .67 2 .77 36.0 100.0 84 .7 72 .5 10 .5 IlCq 132-188 2 .70 2 .76 20.0 100.0 50 .9 39 .4 5 .9 . UNIT TYPES SERIES WESTHAM ------ DATEAm L OF SURVEYSSE 6 MAL KELOWNA* B .C .M .A . G R,A .B . S P ING PURPU I DETAILEDa SURVEYSURVEYORS L TUOFIN11E .1 . 1249 049 57 LONGppA"CIT 3 0 365 REGO HUMIC GLEYSOL(19761. L E VATSSION00 (SEC)t 0 2 TYPES SIMPLEPEP1,0 ELE ON (M)S STATUSS MODAL 01 CLASS& RESSIONAL TO LEVEL GENSPEC ;,CLASTIC. 11 SLILTYF S MAYE . RESI . LSAL UPFACEE C p I LEVEUV ORtLNAGESF POORLY DRAINED RU RVI FSU SL VE 0 SNESSI MODERATEOW SITES N L?CCTl ETEPSNOOTHp END OF TAMBOLINE RO 0., ~OWESTHAM II .LA C D Ga L of"IFICATION200. MA . "0 SE S .I OF LINE7ES! AN S5C VE S 8 SAOWN AOO TUBULES ARO~N~,?L0 OT CHANNELSI' . SULPHURD r VALUES C INol THESEA T .0 HORIZONS >50 P P =tll~!-!!=tl!2~ ICKNESIH HORIZONYUN CULUUR I COLOUR 2 TEXTURE STRUCTURE I HORIZON T-DE T (C . 80 DAR A 01 0- 15 GQAOUAL 1 Y94 0/2 0 .2 ; .5Y5* .012 ;TO SILT LOAM MODEPATEMEOIUM MA0 ; 0.IX ;Uls ; A IX 01 FIN SUBANGULARE to BLOCKY A P2 15- 25 ABRUPT ,2 a5Y5.0/. SILT LOAM MMODERATEU, A; IX 01200 SUED BANGULARI BLOCKY c G1 25- 57 DIFFUSE SILT LOAM MASSIVE .! ;.oylX5 ..OU,I ;OT C (12 57- 95 CLEAR OY4K .51lgO. I SILT LOAM MASSIVE .A5;PI 0 1 C SG 95- LOAM MASSIVE A ...... THICKNEp :j STRUCTURE 2 CONSISTENCE ROOTS I MOTTLES I MOTTLES 2 HURIZON OE T.( A PI 0 . 15 FRIABLE ABUNDANT A P2 Is- 25 FRIABLE ABUNDANT FEWNe FIA F INI C 31 25- 57 MEWEAK- FIRM FEW SU DI MCOMMONDI B UMNGULAR BLOCKY DISTINCTUM PSEUDO 5!oye.0/6 .0 C G2 57- 95 4EtI UM FRI48LE VERY FEW CO MEONN 5.OYR3.0/3 .5 SE pUBANGULARUD BLOCKY FPROMINENTI SE a 2.5ye .0 .16.0 C SG 95 . FRIABLE FES,Na FIPROMINENT 5.OYR3.0/3 .5 PHYSICAL G CHEMICAL DATA PH I P~ a SAMPLEA METHOD VALUE SAMPLETA METHOD VALUE ORGANICa N " NITROGEN HORIZON-DEPTH(CM .) S TE S TE C ROO A 01P2 0- 15 2 2 4 6:2 2 0 AC 61 15- 25 I1 b:3 2 4 :443 25 : 57 2 5.1 a 53.7.,2 21 .2 a. : 1, 90 c G2G 57 _ 95 2 11 43.7 a C S 95 2 1 3.4 a2 4 3.2 EXCHANG EA13LE CATIO NS BUFF .(ME~ 100G) C . E . C . CA MG NA K DETERMIN ED ELECT ; S CON D . HORIZON-DEPTH(CM .) ("Mm /CM ) P,pp . . p11 9 , Sp. . . ppm . 1 :,43 :25 32 380 :6 150: 'S2 26 1 24 .g: 87 '0279 6.:49 4" 7.,S4 5 C . 25- 575 2.2 I .a 5 37 0 C GGa6 ST. 9 1 . . 1 1 . 554 72 23 1 A2 :4 I19 .1 42 .94 3 55: A0 S 95- 5 .913 1 .84 .5b .273 10 .1 8. 10 14 .9 1306 . t 6278: :58. 2 ...... ZN HURIZON-DEPTH(C~ .) Rpm . Iu A P221 A .50: 215 56'6 :24 GI 25- 5S 29 :64 AC G22 57- 97 26 C SG1 9S. 5 15So51 .5:856 :3239 118357 0:6 G :a to 13 0 1 r So zoI 3 0* 1 C . Is :95C o"i 0.1, c 9- 9I scS .0 I 0- S* L-alg -0 d 'WTdo t' 7)Mld30-NOZlbOH Zd leg .011 : or: 06 :",0 00 :1 0U:s9 1 1a ge Oe* 0" . Wet 06-cl6 Z'l go : 't r it 01 . oz0 . OV*6 ot-vt I 6v s 11 a 1 .0 0.9c 01- a. OZ-9 04-01 V0 . It's 8.9 1 a 9 6 V % 'Noon"I ,i 03NI .M3130 )f VN ow V3 N30OtfItN NV do 3nIVA 00"13" 3ldWVSWAS l*W :l)HAd3o-NOZlbOM .2 .3 .3 iooot,,3K)-4 :in9 sNoiAw2 ai9v3qNvm7xa I Hd sIS:Sr61 1OV23 00 */SA ;tlPdAO41 ;O1 So:260 goto3 . AS . 0. NOWSo001 03d WmIA -90 to 2 0*9/0-041A do-s LN3NIWOI Wn Wa 0-9,00*VUAO*g No "O~ 031 MUIJ AUBA so -IS 80 2 0*010.;11,,A,ON ;r,, I 3140 LA NOW" 03 iNvoNnov "dTJ AUBA IS -sc to 0'910I;llN ,AOl ;l. I'3NII NO .013 INVONnev wVlJ A03A st -91 V2 ANIV4a 1 N OU4 INVchnow 001A Ab3A st -0 d V ;;D,)Hid3G4 NOZIUOH a salliom I S311io" I slocto 32%3ASISNO13 3 X71MA 3At$SVPI AV131 Aills7VOI 0IS'1/0'*AOto" NUN"9 -So to 5 3AISSYN AW13 ,glowO-l/G- .AO-SXIOIV" ivnowtio se -IS go 7 glowo.,xtb!vwS IAISSVW AV13 0 / AO ivnavvo 49 -SC to 2 3AIVId Savoa Aslow.vxlHlVWfe -9N tots 031AILVULS AT13 o .t,o AO lynoTtle se -st V2 O .jAllqSlll0tllV00 .01 A)030193 0, bVIn9NVenS0 W to , A)12oie39duvin9NVansAd AS 1on dXA stiv A on 9IS qNOdjS 01 W02a dao3A Nod IV 04 AVID AIIIS O'TIO'CdAO'OTI Idly" ldnoev 61 -0 d v AdVONnoo 1;34HI140 N02100H a uni3nvis i 3an43nuis 3unix3l i anoio,> N z1bom a MD A NOIldlUIS30 31190ad 'S13AVINNIVININA:1 '0 SNIVIN02SNO711domov333"II's I 1 A3 9 T RNIno NO V3 1 1 S MOIS~4 5 lSS3NsnOlAU3d, N 03NIVdO A1000d AdaAol S39VNIVUO24 a fld IV13A31 I-S31,dX3'W 321gons3 A3lAni4 It 3jIswI3i 1. 3ad39 AW13 I S wmoAaNVI 9 IV1831WO IN3dVd 13A31 01 IVNOjSS3dd3OdW 110S ITOO. jSnivIS r 0 .4,ll* : NOIAIA313 310 .1Is ISSV1313dAl S N 1 '33bd0 (9L511IOSA319 :)iwnH 003b On! ?S0% ST60 ZZI61 T430)3.nj'T,l1 1 3dols No 7 Is V :) NOILVDDI X3Adns 03-11YI30S" t3SOdund S 'JNlld0 .VSIV 'U'V'd 9 -W-P-3-6 -VNA013)0 IV . IdOA3Adns SA3Adn A 3 0 ...... Sald3S l3dAL iLiNn ONVII83M 6ZC ,.9 :99 004111 r03WfiVV 019 S,rs -90,-" 0-1. L1 119 O-Z Zt -81. TA Q 9 -0 AH 0 0 HA, (-W'3)MId3O-NOZIUO0 ...... ---- ...... 1 :6 go : :9 a. Ga 00 9 L. S9 :191 r9r3vgv O .a 1. BO . 9,1to : CL :z Z :cc q :S ? SS -,S, I've at- 40-1 CO .f? 6 2 SO -01 a . or9 41c: Cc, . 6t .s 1. .s a el :09 go a,61 :I1, oa- 9 ? AM a *6-*Z0 a-sS 1 9. -S HA 9 -9 1 17NO9411 ('03)HIC30-NOZIUOH V3 N390 :11N INVObO anlVA CON430 3'j1diWWY1SS *3 12 *2 19001"w)* "ne SNOIAW3 3l9VD9NVH3X3 I Hd Wnto3w 34 -99 we pad 1.9 -99 r93 v 0314 SS -9* 1 To in i t iNgio So -91 Z A 8 LNvoNnev 91 -9 1A a INVONnav 9 -0 am a 0 -S "A G -9 1 434mlda? NOZIUOH I S3111ow I 9100b 3 X,.)IH ...... O .ZA89.WjgjVT 0 211VWSItJdV U3 AS10w X101,0 astl 03 A A 3AISSYM AVII Allis 0 E;O-9UAO -V07 -99 z ve 311STldV, O,CA ...... VA!"47 USA " AX3149 AlIHOSIS wyni Islow "I 0 V 3AISSVW AV13 AIIIS Olelf0*4AP07 99 -99 r93 v NUSAA03A ANDO10 avinONvens3 A OjO-CII.tSAO%tx1lt0,!v"OW XAbI OTVW N13. alsvIdA V "Vol Ills MIX0*01 Gs -90 1 ve Aa?q ;I"!v7 AX3018 dwineNvens3,4 0.*,10IS a" XAOUjVW0 laa I alaVI d 11 XV3 "Vol Ills O-*/O-Cb!0-01 so -91 L-j e O .,A0"q.,,A1St1j,. AN30113 uvin9NVansA " 3NIam " 319VIUJ Aa3A Aslow, w1di i 0 Av wvoi ills 10-CUAO-Vol 91 -9 Ta a O .9A4?S :ISjjW AX3019 evinONvans3N , iS IOW X A I 3lQVIUJ AU3A Nvan "vol ills O-a;a0- .U!c4!!w 1 .0 im a asool 3INTONO 0 -cc HA 3INVOU0 S -9 1 33N31SISNO3 I 3aniinhis (W3)Hid3GS N NOZIUDH 3anix3i S3 W31"I I3ani3ntus NO!Idld!)SgO 3IIAOdd *9W 3Onl3NI S3n-1VA V3 3l9V39NVM3X3 3Hi 03NIVU0 113M Al9iVd3QOv4 I39VNlVUQ idl"tp :)s3o IV13V'19U I I - S -4ddt I UO NUns0 33NT b 1! .'I :! 3 IN IdnoloDA3AVlDI V :1 :)IISV13 -!)30S3 NUGAONVI I lVld3IVW ANIINVO 9NiivinQNnXAliN3O ISSV1213 ilos ITOO" isnivis 3 ld .O~, UAL 09s :4 .) N011WAal3 ?e0 er, ?Zt 11113S).1 N()ISI')3t$dn I U 0 r % (@161)1ozood )xUu3j-ohnm '3110SIAni 8( 30aI IONI IV I rG LO 60 !1~)3 n i 3dOlS No!iv :1!A!ssVii N011"Ol A3Aans 031IV13a9 13SDdand, ),4t-td0 .vs1 c) 18*v1d 2 *V*W-518 -TNA013N SNO IbOA3Adns 0 A3Aun go 3 v ...... dA itNn V40O.LVHM WHATCOM UNIT TYPES SERIES U4TF - . SURVEYS. . ,--SF------_ . OCT . 1,9LEO SUR SU-ILI-111------11-L ELO.N . . SAMPLINGUF P PRO I VE ~2~t :=. LtTITUDEINU :18 6.0 L MWGITID 12249 290" 1 .8'4 LUVISOLIC HUMO-FEARIC PODZ001978) 11 N 4 )2 TYPES COMPLE CLASSI GENTLY XaOLLING PELEVATIONC 5 0 ISECSRI# 050 . STATUSt MODAL SOIL GENETICTOMAT ; : ZtOCINEI DESCA P p A AL DRAINAGE$UWD MODERATELYS W S,ELL DRAINED SLO RPERVIOUSNLSSIFFt LOW LO~ATION 400 METERS EAST OF ROBERTS-COVNTY LINE ROS INTEASECTION . LANGLEYSITE CONSISTENCE ROOTS I PICKNESS HORIZONY COLOUR I TEXTURE STRUCTURE I HORIZON T"OE TH4CM1 BOUNDAR LH 3- 0 ABRUPT VERY FRIABLE ABUNDANT 8 FCCI o. 13 GRADUAL .13Agoyl.13;.013 ;5 SILT LOAM WEAK, E I is sU, I., FRIASLE ASUNDANT ICC2 13, 27 G04OUAL 5A ;ROYA4MO/4X ;O SILT LOAM Wr, .AKC I uls 5 I UBANGVLAR BLOCKY FRIABLE ABUNDANT 27 . 45 DIFFUSE .?T.5yR4 .00,14po SILT LOAM A111U . " WEED SU : :NGULAR BLOCKY FRIABLE ABUNDANT M 45, 60 CLEAR -- : . .0 SILT LOAM WEM 'AT RD1Ix mols ;0 SUBANGULAEO'U" . BLOCKY MODERVEM lu FIRM PLENTIFUL EGJ 60 . 75 GRADUAL IA ; .0YP5A00,3TO CLAY LOAM Ix is AENSULAR BLOCKY STRONGM 0 VERY FIRM Few TGJ 75- :02 GRADUAL SILTY CLAY MATRIXlo"Y'Noo,"'OIST EG N 1SUL .A . SLOCKY STRONMGM 0 VERY FIRM FEW T 02. 20 MATS10,OYP4 .5412. ;0 SILTY CLAY Ix ols 1 AZGUULAR SLOCKY SILTY CLAY SIRONGM VERY FIRM C TO COARSE "ANGULAR6 'U SLOCKY VERY FIRM 50-175 SILTY CLAY MASSIVE 441 :10,10 ...... THICKNESSM C ) MOTTLES I CLAY FIL*S I CONCRETION. ,AN? I HORIZON DEPT I M NODUL 0 SC IP LH 3- 0 6 FCCI 0. 13 YR4,5/2X.40.S;O COMMON, I :20-150 ..;RolI THROUGHOUTE UM MATRIX FCC2 13- 7 COMMON, " THROUGHOUT6 UM MATRIX a r 27- 45 6 'A 45 . 60 A EGJ 60- 75 MANYMEO PROMINENTIYM I .Syqs.0/7 .0 8 TGJ 75-102 COMMONE COMMON FD I STINCT INOOMANTHIVS I .SYS16 .0/4 .0 CHANNELSV .'OSON OME No ERTICALA 0 SAND IZONTAL PLO FACESA T 102-120 COD%M3N INC 00. ;N T "!C K1DS S HANNELSV Y 0ANDI ON HE HoCRT L A 0 0 IZO CASAL REDN FACESA " ac 120-150 C 150-1?5 PH I PH 2 SAMPLE METHOD VALUE SAMPLETA METHOD VALUE O :G:NICZ NITRO(,EN HORIZON- DEPTH(CM .) STATE S TE C A ON 3: 1 03. 2 2 5 :4 2 46 2 . 1 LM FCCI 2 5 5 2 5A :obg 09 11 FCC2 13- 27 2 1 2 4.8 F 64527-. 6045 2 . 2 4A 4.9 .6 0, . 0. 2 1 5.67 2 4:3 . 003 0.61 70- 75 2 5.& 2 4 2 :29*6 TGJ 05-102 2 5 9 1 6.211 2 45. :002 BOCT 2 5.5 a 12 2-120 2 1 "7-1.2 2 6.90 ..022. c 15 8:iS705 22 1 7 a 4A 6.0 2 ...... EXCHANGEABLE CATIO NS BUFF .(MEi lOOG) C . E . C . EXTR ACTABL E FEM CA MG NA K DETERMINED METH OD RESULT ME THOD RESULT ORIZON-DEPTHJCM .) L 3: a 4,1 :2a. lb :747 :2 9 3 :6 43 HFCCI 0 3 1 . 76 .51 9'1 ' :56 1 3 0 2 8 CC2 a A 2 39 3 .25 16 .0 8a F 0 3 A7 65 1 .35 .0 4 1 0 .7 3 0 .11 B M 33 1 5 . 1 .,4 .3 1 .2 3 0 .1 EG, 5 ' 0 20 1 1 .0 B TGj 675-1021 9 .31S 1. : 31 : 0, 7 1.8 .8 SC T 122-1200 5 10 .9 :251 .2 4 19 .11 1 0 :9 101 .82 2 .29 .23 19 .4 0 .1 C Iso0:17550 0. 86 8 . 889 .27 . 25 19 .8 1 0 . 97 ...... 06 ":6 ...... EXTRAC TABLE AL(XI 1_a METHOD RESULT METHOD RIM . RESULT P2, . cum . MN HORIZON- DEPTH(CM37.) pp pp pp . . pp ppZ . . . RPM . L 45 9 2: "FCCI 63 :7 :g 26 :1 65 :1 3 : '30 1 : A 3 0.6 64 aB FCC2 13-0 27 3 4-I 0, .... 12 .7 66 :7 D F 1 2 .3 3 0 :53 5:9 7 6 211 :3 25 :6 67 .g ge al : 465 1 11 .2 3 0 .3 5:8 10 .3 34 3 59 A EGJ '5.0- 70 6 2.11 8a TGJ 75-1025 34 . 9 511 9 : a 0:6 31 .0 .22. 49 2 : HC T 102-12 3:0. 156 : 0 :91 .11 673.81 610?93 3 120-tS 0 1 0:64 3.. 166 46 .9 70 .9 C 150-1750 1 0.43.46 723:7 9 15 ..5 6 79 .3 2 .0 50 .7 78 .6 250.8...... 0-*/0 UAGI *I I -SO314133dSNn 33VA"03d NO wn is aa OWWO,3 NO 10.11111 UIA A03A + 96 ox a Is 0*910N;1NJdAI*L0. A .nt"..d NO"WO3W 101A 6 -OL 331 T 11 ANA avJ uvinoNv,a.,ns nt .a m 0 3 -39 310V 1 0 :1 3AVd3GOw14 01 -09 rem a It IMATINald 318VISA AUIA 09 -Co CA a 'in .iiIN31d 319VIUA Ad3A Co -cc aj a INVONnew 319VIdA Ad3A CLI -9 TA a INVCNnew 319WItIA AU3A 9 -0 Am 0 0 -Z 41 34HId3O NOzIuOM I S"IIJ A113 1 SDIIIOW 1 slooll Z Uni'maAs ...... 33N31SISNOOO .aAb?,XldjWW'A AW'3019 UVIAONV 0 3SUVO3o11 AAU3A Is /a w )(1:10t ON Is vOI Ills O'L/O'*Ag'eI j; -96 A '91 a 11 OOn3Sd a)0131H AW3018 dyingTO,Ny 0 . AYO0-1164""I"I o XIdIWN is eON MUTH 3S9NOdIS" "Vol Ills O'Z/0-tAg-a O-ZIO-GAG*EI ivnovij-j 96 -OL pea IF 11 0..Allo?'d111111WN0.0 AW3019 tivinONyonsd, IS 1OW XAdjVWI 31313.300m01 IF "Vol Ills 0'*/10 -*UAO'OII OT317 01 -09 repo 0 11 A)0018 uvinoNvan 0-1 "AdoO-6"AO-"'"I'm1 wn103)I S. ISI OW Idly0 Va . wwol Ails 0-0/0-VOWLx w UW31,3 09 -Co ell 0 O .C AUOO .SXIWIVM. .0, Amocill ovinoN A Nnta3To"' o is low, xIu!vm0 Islow, x 111v 3 . WVOI LIIS 0 0 UA 9 0-0/0 - 11"WLI ivnovbg C* -cc es 9 O.eAd?,XdttllVM.0 AW)Gle103,bvinoNvens IS 10 W X AO Iv I mn 01 3NIA 1 I 3 O-91-*dA0 a XIjVWIt -4 " UV317 09 -9 %A 9 S'? A .v,n." d "Vol "'IS IS .*COWIdAO.*OlA V wnIQ3 : V3 "Vol Ills O'C'1 0 'CdAO-OtXI 4 OT313 9 -0 IN a 2INVOdO Idneav 0 -1 .41 AdVONnoo ; 2 t4) HId3O1 NOZZOOM I 3tjnsj~nais 30%143L a )02 MI NOlI33Sb3INI3 S 30 9 Ob1,40 AVIDOW ;IIVUL HdVb93131 3HI AO MIdON Sb313MIuno-toD001 aNV AST d2A 00 it 13 31ts zdnolo3 SaION IVNOIItQOv 3IVd3QOMMo S ISS3NsnOlAU3dn I .391-1~4ONN .011 O2NIVdO 113,0 AlUVM30O v IT I!IbOldl"1130I 1 N Ivl3v-Iq :!,ttoldluasaoA 3NIdIsn,,,IVIAVIO3 .1 'J~SVIVW -3 j3 3NIbVwAl IS It DIISVIVW 3 . DN39 A A IF 111 3 ~~3ds39 NOZt11OH 1 !)ads WdOzIONVI 9 IWlb3IVH IN3dVd oNii ;inaNn ISSV"3 ITOS ivoom ISAITAS 09 "11 ; : NOILIA113 x Id . 03 1 dAA 9 0 0 c J1 fgL6t)IOZOOd 3IU83 .4-o"nH 3110SIAnl v 2r eel , NO AMAo,ud 9 go 0 'ITIIN 30 on,IAT'l7 )3 NOIIT'301 A3AdnS 0311VI30S9 12SOdbnd S 9NIld"VS0 1 -0-Y'a I 'V-W-1-8 OVN*013)4 IT" I0OA3Adns IA3AMn .4 1 TO ...... Vi&57.[VjTW TH,I,CKNESSW M NCONCRETIONE 41ANI~ I HORIZON DE T Ic ) ODULE D SC P LF 2- 0 D HIF 0- 8 NONE THROUGHOUTH MATRIX SP EPICAL B F1 8- 23 NONE THROUGHOUTH MATRIX SP EPICAL 8 F2 23- 43 NONE THROUGHOUTH MATRIX SP ERICAL 8 F3 43- 60 NONE THROUGHOUTN MATRIX SP ERICAL 11 b MGJ 60 . 70 11 A EGJ 70. 95 I 1 8 TGJ 95-+ PH I EXCHANGEABLE CATIONS BUFF .iME/30061 C . E. C. A PLE METHOD VALUE ORGANIC NITROGEN CA MG NA K DETERMINEO HOOZZON-DEPTH(CM .) STATE C ROON % % LF MF: 2C, : 0 2 2 4 .5 2 . a a8 2 11 5.4 57 :6604 .0.9. 1 :206 322 5 a FI .- 2 2 3:36 000 : 8 F2 23- 430 2 5 :01 2 .09 :113g .255 .000 .101 21 ..28 8IF;I ..j 43- 60 1 b .4 2 555 .1 ,022 :5 111 8 C.j 'o0: 7 5 .5 1 4 .106 0055 11 Aa TGJ 95_+ 95 2 1 6 .0 2 1 6 .3 ...... PARTICLE SIZE(%) 39 TOTALD 62;L2 2UOCLAY .2U1 , CLAY 57 HORIZON-DEPTH(CM.) P,PP .. P2P.. SAN S TU I TAL 0 AL LF 2: 06 14F 0 18 .5 56 :00 9a FI a- 23 5:0 28 27 595 114 5 8 92F 23A : 43 5.0 28 :0 56 3 6g 407 .: 262 6 208 6a 81 3 MGJ 0. 75 2 0 1 a 2: 22 9 111 13 EGJ 7 It : TGJ 9S-+ g 2 3171 57 1 2. 51 :00: Clay 14inereloigy Ho'l- I Ce- Cl~y (0.002 - 0 .0002 ..W Flss Clay (<0 .0002 W (Depth-m) 165% .,t. 2 . . est. Tr .. 16% .~t. 40-6!9 est. 20% nt] Tr- r4l~~-- r- - 1 I lAcqj -ic,f Its chlorlto, M.1111 It. .1 c . w m I ~ I I te, sonimoril ImIto 70-95) .1c., Norlt.. -.t-r I I I .;t., Q-1z . r plagi-la" . t,r:* .I P. f WHATCOM UNIT TYPES SERIES KELOWNA, B .C .V .A . 6 O .A .B . OF 6 SURVEYU :SES ------SURVEYORS HAL DATESAMPLIN A APO DETAILED SURVEY E~A LIIITUOE,17It ;t, 1249 06 513 2 28 0 2 LUVISOLIC HU-O-F :lLlll .lC .PUOZOL1197 .1 IlYPE 3M MCITOON (SECII CO 0PLEX ELEVATIONP Slo (M)l 1005 STA VS1 M 0 0 1 . CLASS$ UNDULATING SPECT,. CLAST!CA It SILTYED. SPECT'CLA.Al!C 11 CLAYEV 65N ;.T .:S . . LIA. 16NCE.IfT..11 .1 OALACIN S RIACEE C P VENEER DES 0 6 ItL DPAINAGE2 WELL DRAINED THE 2CS. HAS FEU. VERY DARK BROWN (IOYR2 .0/2 .01 COATINGS ON CLEAVAGE PLANES THICKN!SSH HORNIZONY COLOVR I COLOUR 2 TEXTURE STRUCTURE I HOR IZON DEPT 4 M) GOU DAR 1." 3- 0 ABRUPT ORGA '41 C a FCCI a- to GRADUAL 5 .OYQ3 .0103.5 SILT LOAM WEAKV MA RIX MOIST UINE .10 0.I 05 . 0.' 3 0 SUSANG'01 F LAR SLOCKY A x 8 FCC2 to- 32 DIFFUSE SILT LOAM WENF .AIR5*0Y04'0"4*0A .IST KE TO -EDIVM M10 .OYR5.0/4 .0 SUBANGULARI SLOCKY ATRIX DRY 8 FCC3 32- 63 GRADUAL .7*5YR4*0,14,0'A X M. S, SILT LOAM 1 A .0 WEAKFINE TO MEO IP5 .0 I SUB ANGULAR OL'UOC.l ?TRTlX OR'Y04 .0 a FCC4 63- 77 ABRUPT VR4 0115 0 SILT LOAM AK .5. ;On ; i ;TINE I10 .0 Ix.5 . 01:.0 SUaAN6ULAR BLOCKY ATAIX1 DRY0 MODERATEM U, TO STRONG I I A EGJ 77- 92 GRADUAL 2;5V. :,012. ;0T CLAY LOAM M I A2.5 16.0 02.0 ANEDGIULAR BLOCKV MATRIX1 DAY" 11 8 T 92-112 GRADUAL S;015*Mll. ;S SILTY CLAY STRONGM I COARSEV 2.5Y6 .0/2a .0 ANGULlOIU :RTOBLOCK MATRIX DRY it ce 112- *012*. IS MATRISO". X 5Y 6.0 02 . MATRIa X DAY' 0T MA2,5YS,0,12RIXMOI;0T SILTY CLAY STRONGCA ...... 0...... ANGULAR.a.."SE. ..SLOCK.. THICKNESSCM STRUCTURE 2 CONSISTENCE ROOTS I MOTTLES I MOTTLES 2 CLAY FILMS I HORIZON DEPTH ( I LN 3- 0 a fccl 0 . 10 WEAKF VERY FRIABLE ABUNDANT GAINr. NULAR FCC2 to- 32 VERY FRIABLE ABUNDANT FCC3 32- 63 FRIABLE :LCNT :FIIL CA 63- 7? FRIABLE LENT FUL FE FINEvINT F lo .oyQ4 .0/3 .0 Y aI . FcA EGJ IT- 92 FIRM FEW COMMONI "To01 T UmNCT ...... 7 .SYR4S I .0/4 .0 11 8 T 92-112 VERY FIRM FEW4E F AI ONU COSR.""ONFACES-ED 1 F INT N ECIFtEO O .OYR6 .013 .0 11 Ca 112- VERY FIRM ...... THICKNESSN N CONCRETIONE atAN? HORIZON DEPT (CHI ODUL DeSC P I LH 3- 0 8 FCCI INMANY 0. 10 F THROUGHOUTE MATRIX SPHLRICAL 8 FCC2 10. 32 F ININFMANYOUGHOUT MATRIX SO EPICAL 8 FCC3 32- 63 FINEMANY THROUGHOUT MATRIX SPHERICAL 9 FCC4 63. 77 COMMON, NE THROUGHOUTI MATPIA SPHERICAL It A EGJ 77- 92 It 8 7 92-112 31 CB 112- ON I EXCHANGEAbLE CATIONS SUFF,IME,01006) C . a . C . SAMPLEA METHOD VALUE ORGANICA V. NITROGEN CA MG NA K DETERMINED HOPIZON-DEPtN(CM .) ST TE C PBON LHFCCI 3: 0 2 2 44 :67 1 97 46 :87. 3 . 36 :17 2 65 :060 43 221 . : .l B Fcca to-0 320 2 1 1I . 45 :66 ' :702 e8 FCC3 32 : 63 2 S . 0. .068 :661 . Ib.7 .0014 Is 5 IFCC4Er.j 63 77 2 1 5 .9 .87to .0 .4103 S . : BI A 77 .1922 2 5 .8 .052 6 .91 5 .*50 .203 :0006 116 11 1 I 92 . 1 a 1I 11 aC" 12 a 1 6 :7& -40RIZO-4-O EPTH(CM .) :Ipp. . paPP . . L N Fccl 0 5.5 B FCC2 to3 .: 32t o 159:00 0. FCC3 3;? : 63 2 :0 8.0 63_ 77 2 .0 8.0 77 .1192 2 .0 14 .0 11 A T 39:- 2 11 "CB I ol O :qc 6L :6L a Ol r9aWV ol 0 .a C. IV -SCA", Sc -Oz Z33 01ol 0 :9LC1 Cie0 :0 1,321, ASO r 'Pidd (-W1lMId3O-NOZt1bOH IOA to ...... SIN3W9Vd:f 3SUVO3 ...... G :C,t 621 : vc : si :z IL :6 C:s 2 6, :15L s v:.c to10 : 0.9 1 2 ral",a . Vz1 I 0 a 1L-111 Tv 2a 1 Loll c 9s Is -1,Sv .9t cl1 : ?,I a? : 6tq 06-1 1 sc -09 9274 9a 9-120 9 6 cl cs t 20-C G*S 0Oc :0 135.4m., v % X N d 3 DAVIS 4-Pi1)HId3O-NOZIb0W 03NIWdAI30 X VN 9" W2 N3OObIlN 2INVOU10 3nIVA aOHI3W aid it .3 (9oovi3m)-Agna SN011" 3IGW39NWH7X3 1 0 vivo IV711,13M3 2 1;;1 ;;;; 0-0010-VAS-2I" IN -6L ve O-0,fO;ZbASS ;4 0 013V AI9NOd4S A itANVW 61. -Is r93 V (313V AlONOUIS AS -SC P, a 3NtJ Gl')V AIONGUIS No"Hol.) SC -OZ C32 .11 a at,3v mnio3w INI3". " Or -0 1239 a or3v mnio3m 0 -C H11 424141M mazibom Md al'AIZI ;dNV103SIONOTIA13120003"' I S3111001 a X131 ...... 3s &x2ole, ol uvinONI a 03 "moamONO s dla di Vol ails 10 SIO-2 /"I-SAOWla!VWS 64. e AN1019 bvinqNvw ...11103,. Islow0.510 . xldIVP1 r-ja V ig lob I A! u GOP, O.Vol O*a/ 9 61 'IS A)i3OIQ dwinoNvans, 0 w A,. Aglow0.x1tav"S. inAlLN31d 3161101 133 . wvol O-VI *A ? unowdo is Sc 6 AX3019 tivinoNvanswill ofslo!"Xidly".01 INVONnOT 310T14:14 A03A WV3A A03A03" "Vol V/0 dAO IVmOvuO sc -OZ COP211 a dVIANVd93 Pinto"Vaw islewcXidiv".s INvoNnav AISVI44 Ad3A A 0-010 dAO OW312 Cie -0 IINI":')Ido OW313 0 -C I'll AdVONnou IW3)Hld3QSS NOZIUOM I slocto "N31SISNO3 t 3anA3nais ivniX3A t bnoio3 NOZ11:10N 3NX131ml ;A31l,ans3 -Noii3Nnr ou 3Ntimoa oNv A311YA U3AO" 3MI .40 i93MMAnDS SNOIAWD 1 Is 1IV03OOMM S SSS3NsnOlAd3dPin G2NlVdO 113- Al3lVd3ouriSI 139TNIVOOd Old """I"31. I 1-93"d". 1ODS305 n 13NNMIQI~ It 211S8~1103 33t,113N,139* .2S ADA,I 'M V12 73 IINn '3lWdVU93IV1JiS 8aaan Iles Ivon . ISAIVIS .(,as,1111 "GIIIA313I a d 091 1030) 1)3dSV 01,so IOL6111OZOOd 3tutmi-o .n . DtlosiAni LC *v0, Z216 11A)aNoon,,OPS" .0111 or V l(N13anItIVI 3dols N03IT301 A3Aans o3itYL3009 13Snddnd, A MS ONXIdWVSgo Id -G-V-d I -v-.-3*9 -VN*013)6 SNd lbOA3Aans AD b 3 .. . . .17;;...... iki56iqiW WHATCOM ...... ITE . :FI G SUQV6Yl'~' OE,, 63 SURVEYORS GGR KELOWNA, B .C .M .A . I, A .A .B . . . . PL ------N p PPO ILE . SURVEY ...... LATITUDE(N)l, e ~2st!!2~a's 1 49 00 io !~2t! LON ClIT 22 0 : LUIIS .LIC HU-0-FERRIC PODZDL(1978) I'A YPEI C. 5 ;0 PREL V . SIONUOI I (SECII C OLET Y E F I ON (M) : 72 STATUS& MODAL SO L LASS : G OEN L X UNDULATING SPEC ;,CLMSTIC 1 : SILTY SPEC ; 'LM'TC 18 CLAYEY 11"E AC C E IT~EIS. . . EOLEIAN 0'ENES RIIC to AT 11A INC SUPF E p VEN EP E C P A GLA IL I D14AINAGESNO a MODERATELYM M WELL DRAINED RU FF EDIU THICK,72SS HUR4ZON Y COLUUR I TEXTURE STRUCTURE I CONSISTENCE HORzznN DE T M) BOU DAR LH S . 0 ORGANIC A H 0- 3 ABRUPT 10,OYR3,MAT . M gl3*0T SILT LOAM K VERY FRIABLE FINESU Ylpl . . O llsY 2 *0 BANGULAR SLOCKY 10MATRIX. 0 DR a Fccl 3- 17 GRADUAL .7,5'1115*5114T . . M S ;O SILT LOAM ;ENKE VERY FRIABLE at 1 .5 1 pb . /4 .0 SUBANGULARI BLOCKY TRIXI DRY0 0 FCC2 IT- 35 GRADUAL .1 ;5y :5 ;9/4 ;0 SILT LOAM WEM AKO JUM VERY FRIABLE SE ! . 9 YR6 .0 ' : .0 UBANGULAR BLOCKY MATRIX DRY' a M 35 . 45 ABRUPT .? ;5Y :4A3l2 ;O SILT CAM ;EAKI VERY FRIABLE 10A . RIY .S .0 IS SUNE BANGULAR SLOCKY MAT91X DPy'j'O 11 A EGJ 45- 70 GQAOUAL lO ;aoYp%o/jX T Q SANDY CLAY MODERATES FIRM "AA . .'l'.S . O'lS . O LOAM SUBANCOAR GVLAAE BLOCKY M2TRIX ORO Y 3 To- SILTY CLAY STRONGA VERY FIRM l 1 L AM lo .: YR6 .0 ,Y02S .0 CPRO RSMSEATIC MATRIX DR . ...... THjCXNE!S ROOTS I MOTTLES I CONC RETION. R AND. I HORIZON OE T fC ) 42;Oy:5;9'2;0 NODUL DESC IP LH S . A H 0- 811FCCIaTGJ 3- 17 ABUNDANT N COMMON Ft a E 0 BUNDANT TH 14OUGHOUT MATRIX 3 SP ERICAL B FCC2 IT- 35 COMMONE FINH T ROUGHOUT MATRIX S PHERICAL a M 35- 45 PLENTIFUL N NE FINEa p IN HOUGHOUT MATRIX SP ERICAL It A EGJ AS- 70 FEW FE . MEDIUM lo R OY 4 0,04 .0 11 B TGJ TO- MCUMMONDI 0 E STIUZCT ABUNDANT ITR5 .016 .0 PH I EXCHANGEABLE CATIONS BUFF .(ME/1006) C . E . C . SAMPLESTAT METHOD VALUE ORGANIC5 1, NITROGEN CA MG NA K HOAIZON-DEPTH(CM . ) E CAR ON DETERMINED LH 50 : 0 2 2 5 :3 1 :521 A 3 2 5 7 363 : o2l. .1 7 1 2130 :51 3: 173 2 11 5. 5 21 .03.91 :5400 1 .30 aB FCCIFCC2 '3 7 . 45 :500 :110 210 2 .111 .40 2 .200 .1 0 22A :,0 5 2 11 6 . 11 :117 : 02. 4 . 40 3. 00 . 30 . 10 811 M A EGJ AS-5 7 2 1 6 .66 7 1 11 a TGJ TO- 0 2 9 .00 ? .30 .30 .2 0 22 .8 qUQIZO'J-OEPTH(CM .) pp . . D!SIIN~T LH M 27 :0 A FCCI 05 : 30 5.0 a 3 5 B FCC2 173 : 355 5.00 3 a 1 MA EGJ 45- 470 2.0 111 B TGJ To-5 UNIT TYPEt SERIES WHATCOM------B .C .M .A . f, P .A .G . DATE r SURVE GGR KELOWNA, SAMPLINOF PURPOSLIYt DETAILED63 SURVEYSURVEYORS LgTLTUDEjN!j, 1249 07 0948 LUViSOLIC HUMD .FERPIC PUDZOL(19781 C5*00. L jIUD 2 26 05 TYPE$ NPLE RECN N 4 4SEC)l CLASS# GE TLY X POLLING 0ELEVATIONS To (Hit 90 STATVSI MODAL SOIL ;,CL .A,STIC It SCI'LTYE SPEC :r I CLAST!C It CLAYEY, R N SPEC rENE 'tr,,,.IT I OLA .ClI I GSO ; AL S A ACEC EXPPT :S .t VELE'IN.R DESC P DQAINA(,EtU~o F MMODERATELYU NELL DRAINED p F t EOI M STRUCTURE I CONSISTENCE IN C ESS NO IZON COLOUR I TEXTURE HORIZON OEPTHIC I SOU DA Y ORGANIC LH S . 0 ABRUPT LOAM VERY FRIABLE A H 0- 3 CLEAR M1O ;DYP%013a X ;O SILT ,A .0 1 . . . 015, 1 TRIX Day0 2,0 . WEAKe VERY FRIABLE a pt 3- 10 GRADUAL- M 5 .OYR3V . 0 /4 ; 0 SILT 60AM A .RIXoy 5 .0 IS. .0 SUTBANGULAQN BLOCKY MATRIX5 A DRY 116AEK'1 VERY FRIABLE 9 F2 to- 33 DIFFUSE ?.5yp4,r X ;o/40 ;0 SILT LOAM MA .,Y.1 ., .O,1 . N SUBANGULAR SLOCKY MATRIX7 DRY4*0 LOAM moDEURATE. D FRIABLE a m 33- 53 SMADUAL SILT ' AOi .oy"'*9'4I X . IS ;O 70 .0yps .olr3 .5 E I MATRIX DRY *EF.lKE F30M CLEAR SILTY CLAY SUMODERATEIBANGULARU. SLOCKY 91 A EGJ 53- ?3 MEOS Al MA I Ols LOAM SLOCKY 10 .OYRb.0113.0 us NGULkR AT X 0 V ST Q'' ONG VERY FIRM 11 a TGJ 73- lO.I.oyll5,013., .0 ; 5 SILTY CLAY X is LOAM VE I Y 'COARSEic .10*CVP6.,A X ;5,13*0 PA S AT I py ...... SUGANGULARSLOCKY FIELD PH THICKM7ESS ROUTS I MOTTLES I CONCOETIONRAN?E 1 1 NODUL DESC 0 HORIZON DE T 041 XTREIAELY L14 S. 0 AECID A U 0 NT VERY1 STRONGLY 0- 3 AC 0 STROH L A 10 ol 3- 10 A U 0 NT ONE FINEIM POUGHOUT MATRIX SPHERICAL STRONGLY ACID a F2 tO- 33 ABUNDANT NONE FINE T14ROUGHOUT MATRIX SPHERICAL 33- 53 PLENTIFUL NONE MEDIUM ACID a m FINEIHSI SPMDUGHOUT MATRIX EPICAL MEDIUM ACID 11 A EGJ 53 . 13 FEW INEDIU . 7AIMT.5 YR5 .0/6 .0 STRONGLY ACID It a TGJ 73- COMMONM DI . ISTINCIUN EXCHANGEABLE CATIONS SUFF .(MEIIOOGI C . E . C . PH I CA MG NA K DETER-41NED SAMPLESYA METHOD VALUE NITROGEN 1 ORIZON-OEP KICM .) TE 2 2 42 2 :253 LH 5: 0 :9 7 1 600 1 90 0 4 0, 30 1 0 30 2 1 5.4 42.23 3 , a F 1 3-0 103 2 .125 30 .40 .10 2 103 33 2 I .0.S 30 .10 . 300 24 .3 1 55 :67 2 : 30 16 .11 3 :0( )28 7 60 31 :00 . 0 3 it MA EGJ 53-3. 5373 2 1 3 1 :21 0 11 5 TGJ 7 CAROPGANNIC"60 p HURIZO'4-DEP THICM .) P M . LH, 5 : 03 219- :5 6A Fl 10 6. 9 F2 to33 : 33 2 6 5 o 53 1 5 :5. 11 A EGJ 53- 3 0 30 1 8 TGJ 73- 0 309:9b UNIT TYPES SERIES WHATCOM------OAT OF 6SURVEY$SE_I SURVSURVEYORSY MAL KELOWNA . B.C .M .A . I, R.A .8 . SAMPLINE PURPO DETAILED66 E LATITUOEINII. a E W" I49 ,11 02. L ISEC) : 22 09 LUVOLIC HUMO -FERPO ICS. , POOZOL119781L C5 . PQEC17SUIOONINV. I 5 CT U0 PLEX FLE T ON (M)l 65 STA St DAL LASS$ NOULATING SPEC ;,CL.A,ST!C It SILTYE SPEC CLASTIC It CLAYEY GEN VOLIAN GENETZI C,.,AT,,l INAL SURFACEE C EXPRT :S .9 EN ER OESC P MoLACA AL DRAINAGE$U 0 MODERATELYM D U WELL DRAINED P N FFS E I M THICKNESSP , , HORIZONU Y COLOVR I COLOUR 2 TEXTURE STRUCTURE I HORIZON DE T (CM 80 NOAR LH 3- 0 ABRUPT ORGANIC a Fl 0. 17 DIFFUSE .AIR7,5,R34. 0120 TO SILT LOAM WEF AK I is T ARMEDI SU' .ANGULE C' SLOCKIUM 8 F2 17- 42 DIFFUSE .7YP.5YP4X ..0,03;0 SILT LOAM WES,F SUINEK TO MEDIUM DANGULAR BLOCKY 8 F3 42- TO CLEAR ..IR,' .Os,4Is .0 SILT LOAM ;EAI MATRIX MOIST SV NEX TO MEDIUM SANGULAR SLOCKY tl AS To- 97 GRADUAL M2 SY4x.0 SILTYa, CLAY STRONG, A;Rl MOM4 0 10MAfRlxOVP5*0OIS.'4;O L M EDIUN U .ASS A G L SLOCKY It 6 TrJ 97 . .2j5Y5,. 0,12M jOT SLlLo lYM CLAY STIROUNG3 A PI 0 A PRISMATICE 1 ------...... THICKNE!TH STRUCTURE 2 CONSISTENCE ROOTS I MOTTLES I 'ONCEETr'ON: RAN!I I HORIZON DEPT I NODUL 0 SC P LH 3- 0 ASUN3ANT a Fl 0. 17 FRIABLE ABUNDANT FEWNE THROUGHOUTI MATRIX SPHERICAL 0 F2 17- 42 FRIABLE ABUNDANT FEW FINEMR TONOUGHOUTI A MATRIX S Eft C L IS F3 42 . 70 FRIABLE ABUNDANT FEWNE FI THROUGHOUTH MATRIX SP EPICAL 11 AS 70- 97 FIRM FEW F FINE FAINT It 8 TGJ 97- STRONG VERY FIRM COMMON COARSE FINEA AN,UL AR BLOCKY F TNT PH I PH 2 SAMPYA VALUE SAMPLEY METHOD VALUE ORGANICA a S6 NITROGEN MORIZON.DEPTH(cm .) S T S ATE C P ON L 3 : 170 2 a 2 1 :76 H FS 2 5 2 4 .4 :'2' 29 a F2 1?-0 42 2 1 5.2.7 2 a 41 .52 BIF3B 42: 70 2 2 4 :A :6. 3 .93 .20IS I11 A 1 5.3. 2 4 4 . 4 .5 . .30 B TGJ 97-0 9 2 ELE METHOD1 5.6 2 4 9 ...... EXCHANGEABLE CATIONS BUFF .(ME/1006) C. F. C . EXTRAC TABLE FE(%) EXTRACTABLE ALI%) CA G NA K DETERMINED METHOD RESULT METHOD PESULT 40QIZO-4-DEPTH(Cm .) P,POW. L11, 1 3: t0 AS 5 :081 :012 1 :24 0- 47 '0211:9 41 5: '2 a 2 2 9 .0056 .054 171 2..6 :3 1 :ga 05 .2 S F3 42,7_. 7091 . .9 7 1 29 .2 1 .64 2:0 It Ad 90 3 . 22 1 . 9 :0 : :0" 21 5 0.4 0 5 13 3 11 a YGJ 7- 12 .06 5 .920 111. .24 2b :o 1? .2 P2 M . HOPIZON-DEPTH(CM.) PP SP.M . RPMCU . ZNppm. 1 LH 3: 10, 107:00 22 :2 80T.:71 1 Fl .36. .0 39 .4 F2 1740_. 4270 51 . 0 :01 .11 70 .7 B8 F3 310.02 42 .2 2 73 :7 7a- 97 22.08 13 17 :8.06 85 .078 0 1111 Ala l TGJ 97-0 37 .0 . :50 A53 WHATCOM...... F SURVEY$ 72 SURVEYORS MAL UBC LATITUDEIN ;;t 1492 06 22 LON61TUDMIe . 3. 1.. LUV:..L .' ..MD0.FLAR,1C,P00Z0L(1978)L , ISEC)l 95 poELIVITIONC 310 IM)t 5 STA US$ DA 0 L SPEC,E T, CLASTICA It SILTYED SPEC ;,CLAST!C. It CLAYEY GSU NE C I ME . T ;EIS . . VELIE1 GENEP ORATI : 611L .CINE .FA E P NE R OESC IPTC IAL PH I MOISTURE STATUS A7TERBURG Lf-ITS SAAMPLE METHOD VAL K 1.03 als. %oFtELDS PLASTICI LIOUID1, T HORIZON- DEPTMICM .) ST TE UE DENSITYBUL BAR . AQ M I TURE LIM T L 1 A P 256 2 447:5 11 :8 2.4 :7 46 :2 210: It :"o 2 534.: : 6.1 1.36a 43 2:.2 30 . 7 2203 .1 ..2. 66 .6 a T 56-1052 22 37 .6 11 C 102-t27 a 1 6.2 1.81 27 :64 13 .1 22 . 29 Particle Density gm/(zc Shrinkage Limit % Particle Size % I Horizon] Depthcm . I Air Oven Max . Air Oven Optim )5 .1 cm (5 .1 cm (2 .5 cm <5 mm <1 mm (0 .074 (0 .05 mm <0 .002 mm Moist .reum RIM Dry Dry Dry Dry Dry I Ap 0- 25 2 .43 2 .60 804 52.7 , 55.4 30.0 90 .0 90 .0 18 .7 Bf 25-56 2.55 2.71 95 .0 37.0 39.3 24 .5 88 .0 83 .0 18 .0 llBt 56-10? 2 .54 2 .81 99.7 18.0 21.5 22.0 99 .0 92 .0 57 0 i1c 102-127 2 .63 2 .76 116 .5 15 .0 16.8 15.,2 86.2 78 .0 UNIT TYPE3 SERIES WHATCOM------DATE OF SURVEY$ 72 SURVEYORS Usc LATITUDE(NIS L NGITUD A S LUVISOLIC HUMO-FLRRIC PODZOL(1978) STATUSS MODAL SOIL SPEC ;ZCLAASTIC It SILTY SPEC CLAMST!CA It CLAYEY GEN MXTa :S ., EELIAN SURFACEP C E P rENE ;I. OR T MARI, AC V N ER DESC IPTC L TtLI PH I STATUS ATTERBURG LIMITS S PLE METHOD VALJE UL FIELD PLASTIC ORIZON- EPTHiCM .) STATE . .I 0 U ; 0 DENSITY aii . iOISTURE LIMIT L MI LH, 3: 30 a ;lo_0 0 2 261 :43 1,11 :7 318:4 33 :3 4 "4 :9,. 2 311 .8 A E 61- 7. 2 1 .6 5 aS .9 a T 12 .0 23 .00 30 .81 , 76-122 5 .4 1 .8 : 2291 .6. 15 .42 200:97 C I Ig2-152 2 4 6 . 9 82 32 11 C 2 2-183 2 15 . 2 39 :5 2 4 6 .21 11 :83 iAQMOISTURE3 13.2. 16 .7 21 .7 41 3 Particle Density gm/cc Shrinkage Limit % Particle Size LHorizon Depth Air Oven Max . Air Oven Optim n an Dry Dr In <2 .5 cm <5 mm <1 mm <0 .074 <0 .05 mm <0 .002 mml D Dry Moistureu mm 1-11 3- 0 Bf 0- 30 2 .49 2 .66 - 41 .8 44.4 83 .0 60 .0 67 . 0 8 .0 Bm 30- 61 2 .58 2 .75 41 .7 44 .0 22:68 1010 .0 .82 .0 77 .0 .8 .0 IlAe y 61- 76 2 .64 13 2 .77 25 .1 26 .9 157 100 .0 77 .0 70 .0 .19 .0 IlBt 76-122 2 .62 2 .78 20 .2 22 .4 29: 221.81 100 .0 90 .0 86,0, 34.0 110C 122-152 2 .64 2 .80 19 .0 21 .1 100.0 91 .0 .81 .0 U .0 lic 152-183 2.66 2 .80 ry 19 .6 Dry21 .5 100.0 92 .0 88.0 32 .0 0 -9.00 - %tj1 A 01 ;0, 1 N ...... mon,,,i 3N 13A WbIJ AUBA +-Le ; 3-3 Al, NodlSNo S 0-9/0-90A ' INIINIHOddol 3SHvO, :) snonNiiNply n I dl :o Ad3A 4cl -001 zr93 a ag a ON NOW 03 011,10N ;*bAV,.1 . .L L 3S"TOW d snanNIANG3 001-09 tr93 a a3iVtfAGNI NOW .0 3) "dIJ A03A InAtIN31d WtjIA 09 -ag rej a inAiiN3-ld 316VI"Al 29 -at Mom 9 inizIN31d 310vid .0 a* -Ze aim a INVaNnew 3*IGVltlj ve -01 Jim a INVONnev 3lowlai ol -0 am v iNvoNnev 3101,104 0 -a? a H LNVaNAQV alevl"A LIZ -Cc N inAtiN31d ZC -Sr 111 L ;34MAd4O NOZIbOM 'dItl3S3O/JtN39VN iV M3 33NUS 1 S140:1 a 01 IN3 ) 1 S31110" 1 SiOO" ...... WV A113AVOON', *-LEI 3s 3AISSV0 Ol AG S logalo/os-IS11,101"S" A1113AV69N~, LjrlON .XAldlV". WV 0 /9 9 0 9 ivnevas Ltt-001 cr97 9 3AISST" 01 AG S W" AI13AVUON, LjIOW .,XAldjVW, . 001-09 IC92 6 3AISSVO 01 Aa S 5 Z/o 0 asnAito A'A3019 uvinoNvons 'aiv nIO34a3co, Isto" xitolvw Idndgy 09 -zg r9j a WV01 AQNVS G alO .CdAO *% 041, 0%,82041vom,0 AW3019 avinONvens ASION xIdlvW I ), 0 c 0 .10 9 3snijIo ag -at flojH a T3 WVOI AaNVS 0-t1O'VtlA%*k A),~oig avin-JNvansW 43 Isto O.niNval,3w Oiclo-CoAltoliv"SIOM 11 9 3sn4jio. aim a 31Vb3GOVl WVO*I AONVS 0 01014"a""APS A)13010 tovingNVOnS, III.0V3M. 0.1 10 .18 O!VMI tIV 313 28 -01 1AM a 3I Vd3OOVt 01 WVOI AONVS 0 'f,10'CUAO*g l8tow 2" AN'301s dvinoNvons3 .v3: Istow xttiivwS "n ,oi WVOI AGNTS 0-t/0-EVAO' Aa ,loi0 stx1 At Wo s w Adnoew Zo,Ot -al-0 am V Oislolexidi'v" Idnoew 0 a 4 3INV9d0 III) t$AO -?a 0- -Z .Ag a aV313 ZE -CC I ~INvqbo Isto"Xtt$IVN 'S'a"2/0 cc -SC .41 -3tNvgtjo Adnoew AaWONno!0 1 :'24HVlj3G NOZIUOM N z1bo 3 3 Hl I 3tj% :)ndAs atinix3i Z UnO102 I anoin NotidlMOS30 311iObd -snomdap"v si 114 3mi 'IV113 :)AN a iivw -3 mnH I IN aml 3NOZ 39vd33S V S! "309 0 " all - .viiinowi -NAW 3xdne OA Oki NO NOlIV301 31IS S31ON IVNOIAIGOV :01,S lSS3NSnOIAtl3dN 01 3zlio na OaNtvtla A113311dadwi j3qvNlTdQ .,13'ANW19I t$ " I-S3ldX,3 3"juns, g TN IF 0 t k vo 2 3 3N3 lINn 3IMdVb9IlVblS d3ddn (930) L33dSV 110S 1won . sqniVLS SL9 11,331h~S NOII LVA313 ON1601S Al-)NOtJIS091 ' Issyl so NO S173dd 31CINIS 3dA.L (9L6111OZood 31"nk-O"43 :1 It,,nn T(A)30nllSNO1I'm L O-Ot % ZZ 6 60ZV -j .n,, -I MOIIV301 _I'M I A3A VL3G;lw3S :3Soodnd,9NIld"VSA . I -a-v-b 9 -VN-013N UOA3AdnSIns 0311 6 Al n 3 VO ------NOONNOHM PH I PH 2 SAMPLEA METHOD VALUE SAMPLTA E METHOD VALUE OR'GANNIC X NITROGEN HORIZON- DEPTNiC- .) ST TE S TE C Reo LF 1 35 : 322 2 2 2 4 3:69 49 H 2 32 - 20 2 2 4a:1, 88 219, 22 _ to 2 2 3 : 8 2 2 .2 58 . 00 1. 67 H HE 0 2 4 . 4 2 3.1.0 51..1 0 34 A 4FI to- 22 1 45 . 8 2 13 .8 0 :42 8a HF2 22-42_ 4262 2 2 23 a HFGJ 2 1 2 .90 2 4.2 53.57.6 ' 62- 80 2 5 .0 4.3 0 .11 CGJI 80-100 2 5 .3 2 4.9 B CGJ2 1001 :.137 2 2 4 5.3 BC 3 1 5 :67 2 ...... BFGJ EXCHAN GEABLE CATIO NS BUFF .(ME/ j0OGj C . E . C . EXTR ACTABL E FE(% ) CA MG NA x DETERMIN ED METH OD RESULT ME RESU LT UQIZON- DEPTH(CM .t LFI 35 : 32 101 :05 1 67 ISea :g 32 220 1 .?12 4A:0. :2,1 :8 7 a H 2 22 10 1 .4 . 5 323 135.3 .... HE 10 .520 .058 .01. 37 .5 1 0 .8 A8 HFI 20: 22 :07 .050 61 :9 3 8 F2 2 42 :247. :.'S 45 9 3 0o :' 8 HF6J a 1 :940 .04 .0304 :82.003 35 .41 . 1 1 :2 THOD 0 .6 B FGjC6jj 62a _log 2 .04 .04 2 25 1 0 . 0 3 0.3A 0 . 7 3 13C CG J 2 1000 1 3 1 11 0 .22 3 0: 0 13 1 0 .2 3 0 .0 ...... EXTRAC TABLE ALL%) METHOD RESULT METHOD RESULT P P2 cu IN N HORIZON-DEPTH(CM .) PPM . RPM . 6pm . RPM . PPM . ~Pm . LF, 35: 32 1451 :3 9! :0 1 : :7 56 9 H 2 32 22 17 :. : .7 .0 H HE 22 10 1 . .00 L57 .. 2.. 0 10 . 7 A 1 :3 3 13 .90 53 .6 NFL to-0 220 3:8 3 2.4 25:4b 175 : 0 21 .2 201 78 .:96 eB HF2 j 22 : 6422 1 3 .3 .9. 1 6 7 8 WFG 426 3 9 3 1 :9 89:2 20 :6 1 7 7 21 .50 8 Flj 2:1 80 1 a... a 1 .76 14 .74 is .. 6. 0 222 :3 42 :15, I a 3 5 20 .3 61 B8, CGJCGJ2 100-13707..0 1 .9 3 23 : 2 27 .3 Z2 30 ..81 a 0.2 26 .00 3a6 . WHONNOCK . SAMP y LATITUDE(NISe 6 VII OURIC FERRO-HUMIC PODZOL41978) LON STUD 4 STATUSI MODAL SOIL GENETICC EOATj. .l .., :011NIl.NALT URFA E p LA E DRAINAGES IMPERFECTLY DRAINED LOCATED NORTHWEST OF GISSONS . 014 METHOD VALUE SA LE METHOD VALUE ORGSANNIC1, NITP06EN STAMPLEA CAR 0 % HOPIZON-DEPTW4CM.) S TE STATE" 3 :0 65 :37 1 . 9 HF 2:: 4 2 2 2 1 :2I S 2 35: : a 3 65 .619 H 4 3 .3. 10 5 4 4 A HE 0: A 2 21 3.6 26 6. .50 2 4. 5 2 4 . 6 2 : .2 56: 676. :191 a "Fail 20 It 5 9 09 HFGJ2 2 1 4 7 2 4 4.3 5:3. 2 4.9 :69, 2 CG i 35- So 2 .72 sc 5705:, 7255 a 2 2 4.6 ...... EXCHANGEABLE CATIONS 13UFF.IME/10061 C. E. C . EXTRACTABLE Fft%l RESULT METHOD RESULT CA MG NA K DETERMINED METHOD HOPIZON-DEPTH(CM .) 40 : 0 6 3 NA HE 6 62 .21 :05 3 1 :42 :26 :0,9. 25 :84 HF 6- 20 31 .1 9 3 a1, HFGJI 20 . 35 101 :0 so .003 .09 a 05 391 :6 9 MFGJ2 357 so 1 3 CGi 5-1 01 104 :007 3 3 1 :21 sc 255 26 . .505 .055 .120 8 .5 ...... ABLE ALM RESULT pp .. MN RESULT METHOD PPPI .. PPP2 .. PON . 16 :16 21 :6 16 :5 3:24 HF 2:: 40 6 7 5 1 6 4 45 . 2 6 .2 3.9 0: 6 3 4 .1 A HE 3 21 :.s 8.6 206. 350 11 5 '0 .2. 139..1 13 HIGil EXTRACT 3 .3 .50 9a MFGJ2j 35: SO 1 3 1 : 46 192 :1 1 3 3 7 :5 :3 6:2 CG 50 75 METHOD 5 0 :50 30 .9 a HORIZON-DSIC EPTHICM75-125.) 0 3 .3 1:55 UNIT TYPES SERIES WIDGEON I ...... D :TELOFGSVRVEYSES 6SEO SURSUPVEYOPI MAL KELD*NA . R .C .~ .A . & R .A .B . S -P IN PURPU DETAIL VEY ~=A!!22 L TUDLINIII 49a Is1 59 n2t! LON61TUDp ATIr_I N I 2 0 0205 TERPIC HUMISUL TYPESSl SAO SIMPLEE ISEC)$ CLAS 0 PRESSIONAL TO Lk4EL ELEVATIQ&E ON (MIS A STATUS$ L A OIL S1111TIC, IA%ElfE . . . OSSGEANACE, SPEC ;,CLASTIC. It SLILTYF UP ACE p VEN GENE C At I EUVIALL SURFACE EXPQES .1 L VE DRAINAGESUNOF , VERY0 POORLY DRAINED PPERVIOUSNESS$I SbMODERATEW AITEY LUC&TVIUNIIESTERNOSIDE,OFNPITTOPC)L2EQS FR IS 5C NtAR DYKE . N DEAD EP CAL ISO T RE 41 0 3 m ...IZ.. THICKNESS. , O.IZONUPS Y CULOUP I TEXTURE STRUCTURE I CONSISTENCE ROOTS A DEPT lCm 50 DAR " F 75- 65 ABRUPT .5.OVR3T .0 .13;0 ORGANIC FEW A AIX Is " "1 65- 50 GRADUAL a 0.13;0 ORGANIC NON STICKY ABUNDANT MA ;.OyI x, ;OAS WIMATIFIED " M2 50- 27 DIFFUSE I0,0YR3MAIN ..Of4,0T ORGANIC MASSIVE NON STICKY PLENTIFUL Ix Ots 0 M3 27 . 0 CLEAR !2 ; OYA3 ;0/4;0 ORGANIC MASSIVE SLIGHTLY STICKY FEW pix OAS C G1 0- 15 GRADUAL 2;5Y : .U2iT0 SILT LOAM MASSIVE SLIGHTLY STICKY MA All ol c 62 Is- 35 CLEAR SILT LOAM MASSIVE SLIGHTLY STICKY W5,33.10,210 C 63 as- 5 OV4 .011 0 SILT LOAM MASSIVE SLIGHTLY STICKY MATRA 0 IiI P. 2 SAMPLEAT METHOD VALUE SAMPLET METHOD VALUE ORGANICa N NITROGEN HOPIZON-DEPTH4CM .) S E S ATL c POO Is 0 FMI 75 : 650 2 2 1 6 a 3 :45 31 :634 b5SO . 5 7 2 2 3 :9 2 4 3 ,No : 0,.. 0a .2 2 2 5 4 34 :9 415 93 2 . 1 0 W3 27- 2 0 2 2 7 2 4 . 3 3 :73. 1 .6911 C G3a 2 2 3 45 c 6 1-30 : IS 11 : .9 1 .4 . .S3 c 63 35- 5 2a 1 . .?6 2 4 4 .6 ...... EXCHANGEA BLE CATIONS BUFF .JM EOIOOG) C . E . C . CA mo NA K DETERMINED ZN HURRION-DEPTH(CM .) 01pp . . P2Pa .. Spp .. Cupp . . pp .. &50 29 9 39 :601. 1491397:0.26 511.7 52 '!1 :b 29:2A 5270 6.65 7 -3 .1 15 .3 6 .06 SO .b O 1.1 .0 b7 3 211A .:,2 .9 0C F 21 5 135 0 "3 :Ol 20- . 6. 20 4 C01"a42H631 65a7535-0I_O-: 5.59:bg.5 .04.061., .03160 1.2:5 09.3 32a .3 320168,.1:7.1:22a LIST OF R A B BULLETINS The BULLETIN is one of four Regular Publication series produced by the Resource Analysis Branch' . BULLETINS present the re- sults of technical or scientific studies including the interpretation or application of resource data. RAB BULLETIN 1 RAB BULLETIN 11 Terrain Inventory and Late Pleistocene History NortheastCoal StudyArea 1977-1978: A List of of the Southern Part of the Nechako Plateau. D.E. Vascular Plant Species. A. Ceska . Howes. RAB BULLETIN 12 RAB BULLETIN 2 Wildlife Resources of the Northeast Coal Study Queen Charlotte Island, Aspects of Environ- Area 1977-1978. G. Smith. mental Geology. N .F. Alley, B. Thomson . RAB BULLETIN 13 RAB BULLETIN 3 Outdoor Recreation Resources of the North- North Central British Columbia: Environmental east Coal Study Area 1977-1978. K. Sky. Significance of Geomorphic Processes. N .F. Alley, G.K. Young. RAB BULLETIN 14 An Analysis of Solar Radiation for British Co- RAB BULLETIN 4 lumbia . J .E. Hay. Outdoor Recreation Resources of the North- east Coal Study Area 1976-1977. H .J. Block. RAB BULLETIN 15 Soil Resources of the Lardeau Map Area. RAB BULLETIN 5 U. Wittneben. Visual Resources of the Northeast Coal Study Area 1976-1977. R.J . Tetlow and S.R.J . Shep- pard . RAB BULLETIN 16 Soil Survey of the Pemberton Valley, British Col- umbia. R.L. Beale Kuume. RAB BULLETIN 6 Wildlife Resources of the Northeast Coal Study BULLETIN 17 Area 1976-1977. G. Smith. RAB Aquatic Inventory and Analysis in the Vicinity of the Proposed Tumble., Ridge Townsite. M .J . RAB BULLETIN 7 Miles, E.A. Harding . Biophysical Soil Resources and Land Evalua- Northeast Coal Study Area 1976-1977 tion of the 18 Volumes 1 and 2. T. Vold . RAB BULLETIN Soils of the Langley-Vancouver Map Area. H .A. Luttmerding . RAB BULLETIN 8 Vegetation Resources of the Northeast Coal Study Area 1976-1977. A.P. Harcombe. RAB BULLETIN 19 Soil and Terrain Report of the Seymour Arm Area. R.C. Kowall. RAB BULLETIN 9 Aquatic Migratory Bird Resources of the North- east Coal Study Area. N.S . Trenholme. RAB BULLETIN 20 Soil Resources of the Nelson Map Area J.Jungen. RAB BULLETIN 10 Aquatic System Units of the Northeast Coal Reorganized within Assessment and Planning Division, Study Area. E.A. Harding . Ministry of Environment . Queen's Printer for British Columbia 0 Victoria, 1981