Tipber (jpsing Record Chase erican Lumberman « NX, STATF UNIVERSITY DH HILL LIBRARY S00217867 V THISBOOKISDUEONWEDATE INDICATED BELOW ANU ^g foStT?HEC?RCULATI«^ DESK. 100M/7-89-891646 Timber Cruising Manual and Record of BY E. A. CHASE Serial No. Published by AMERICAN LUMBERMAN CHICAGO, ILL. I9'3 COPYRIGHTED 1913, BYE. A. CHASE Estimator DOYLE RULE 11 LENGTH OF LOG IN FEET 12 14 16 18 20 22 24 26 28 30 32 34 36 Q^ CONTENTS IN BOARD FEET 8 12 14 16 18 20 22 24 26 ,28 30 32 34 36 9 19 22 25 28 31 34 37 41 44 47 50 53 56 10 27 32 36 41 45 50 54 59 63 68 73 77 81 11 37 43 49 55 61 67 71 80 86 92 98 104 110 12 48 56 64 72 80 88 96 104 112 120 128 136 144 13 61 71 81 91 101 111 122 132 U2 152 162 172 18J 14 75 88 100 112 125 137 150 163 175 188 200 212 225 15 91 106 121 136 151 166 181 197 212 227 242 257 272 16 108 126 144 162 ISO 198 216 234 252 270 288 306 324 17 127 148 169 190 211 232 253 275 296 317 338 359 380 18 147 171 196 220 245 269 294 318 343 367 392 416 441 19 169 197 225 253 281 309 338 366 391 422 450 478 506 20 \92 224 256 288 320 352 384 416 448 480 512 544 576 21 217 253 289 325 361 397 433 470 506 542 578 614 650 22 243 283 324 364 405 445 486 526 567 607 618 688 729 23 271 316 361 406 451 496 541 587 632 677 722 767 812 24 300 350 400 450 500 550 600 650 700 750 800 850 900 25 331 386 441 496 551 606 661 717 772 827 8^2 937 992 26 363 423 484 544 605 665 726 786 847 907 968 1028 1089 27 397 463 529 595 661 727 794 860 926 992 1058 1124 1190 28 43i 5U4 576 648 720 792 864 936 1008 1080 1152 1224 1296 29 4(39 547 625 70.5 781 859 938 1016 1094 1172 1250 1328 1406 30 507 591 676 761 845 930 1014 1098 1183 1268 1352 1436 1531 31 547 638 729 820 911 1003 1094 1185 127o 1367 1458 1549 1640 32 588 686 784 882 980 1078 1176 1:^74 13:2 1470 1568 1666 1764 33 631 736 H41 946 1051 1156 1262 1367 1472 1577 1682 1787 1892 34 675 787 900 1012 1125 1237 1350 1463 1575 1687 1800 1912 3025 35 721 841 961 1081 1201 1321 1442 1563 1682 1802 1922 2012 2162 36 768 896 1024 1152 1280 1408 1536 1664 1792 1920 2048 2176 2304 37 817 953 10.S9 13i5 1361 1497 1634 1770 1906 2042 2178 2314 3450 38 867 1011 1156 1300 1445 1590 1734 1878 2023 2167 2312 2456 3601 39 919 1072 1225 1378 1531 1684 1838 1991 2144 2297 2450 2603 3756 40 972 1184 1296 1458 1620 1782 1944 2106 2268 2430 2592 2754 2916 41 1027 1198 1369 1540 1711 1882 2053 2825 2396 25G7 2738 2909 3080 42 1083 1264 1444 1625 1805 1986 2166 2346 2527 2708 2888 3068 3349 43 1141 1331 1521 1711 1901 2091 2282 2472 2662 2852 3042 3232 3423 44 1200 14U0 1600 1800 2000 2200 2400 2600 2800 30(10 3200 3400 3600 45 1261 1471 1681 1891 2101 2311 2522 2732 2942 3152 3362 3572 3782 46 1323 1544 1764 1985 2205 2426 2646 2867 3087 3308 3538 3749 3969 47 1387 1618 1849 2080 2311 2542 2774 3005 3236 3467 3698 3929 4160 48 1452 1694 1936 2178 2420 2662 2904 3146 3388 3630 3872 4114 4356 Doyle-Scribner rule is extensively used for hardwoods, combining Scribner figures for 28 inches diameter and over with Doyle figures for smaller logs. The upper portion of the Scribner rule is therefore appended. Cut-off in upper table is shown by black cross rule. SCRIBNER RULE is LENGTH OF LOG IN FEET 12 14 16 18 20 22 24 26 28 30 32 34 86 05 CONTENTS IN BOARD FEET 28 29 30 31 436 457 493 532 509 533 575 622 582 609 657 710 654 685 739 799 738 761 881 888 800 838 904 976 873 914 986 1065 946 990 1068 11.54 1018 1066 1150 1244 1090 1143 1233 1332 1164 1218 1314 1420 1236 1294 1396 1510 1308 1370 1478 1598 32 33 34 35 553 588 600 657 644 686 700 7G6 736 784 800 876 828 883 900 985 920 980 1000 1095 1012 1078 1100 1204 1104 1176 1200 1314 1196 1274 1300 1433 1288 1372 1400 1532 1380 1470 1500 1642 1472 1568 1600 1752 1564 1666 1700 1862 1656 1764 1800 1971 86 87 ??5 807 901 923 1029 1038 11.58 1152 1387 1268 1317 1380 1558 1499 1688 1614 1818 1730 1948 1846 2076 1960 2306 2076 2336 Timber Cruising This diagram represents the tract of land to be cruised; the boundary lines are all plain, the corner posts up and plainly marked. Start at S. E. corner of tract (which will be 0) follow boundary line to N. E. corner, estimating 4 rods on left side of line (in case n ur ® £1 2 il ^o (i> undergrowth is too dense to see that distance, take 2 rods). On arriving at N. E. corner, after estimating and chaining the dis- tance, set up and mark stake at corner, with distance from the S. base line and name of estimator. From this corner, chain along the N. boundary line 20 chains (or ^ mile); at this point, which will be line number 1, or line between sections 1 and 2, mark and set up stake with distance from corner, number of line or section, name of estimator, with -> pointing direction taken from this point. It is always a good plan while chaining your cruising line to mark your }{, }4, H and 1 mile points, as they may come in handy later. Continue this every % ov }i mile or whatever dis- tance apart you have decided to run your cruising lines, until the whole tract is gone over. The sample pages are the estimates, distances, notes and sketches made on line number 1, % mile from and parallel to E. boundary line. 72224 In writing in your notes and sketches, begin at the bottom of D. H, hIlL library North Carolina State Collece page and work along the line the way you are traveling, At what- ever point on your line the change of growth occurs, draw a line across, showing its location, and in your partial and total chain col- umns, place your distance opposite line drawn. The different species of trees to be estimated are placed in col- umns as shown. The estimate or scale of each log is kept on a separate tally sheet. At the end of each mile the scale of the dif- ferent species is added and these amounts are placed in their re- spective columns on opposite page to your notes. After the tally leaf has been used it may be torn out and destroyed, or it may remain, providing the precaution is taken to mark or check the page to prevent its being copied again into your work by mistake. This book may be used for the square and circle methods of es- timating as well as the strip, using 2100 steps of ordinary length to the mile. Most standing timber is estimated at sight and the length of log and diameter at top end determines scale or number of feet in the log. Among the many log rules in use in this country the Doyle seems to be the favorite, except in the northern states where the rule ac- cepted by the state is largely used. In estimating standing timber the length of log and diameter at small end, under bark, is a matter of good judgment coupled with a good eye and years of experience in cutting and scaling logs. When one has acquired this knowledge the experienced estimator's eye seeks the length instantly and at the same time determines the diameter. In determining diameter, use 8-10-12-14-16, etc., inches, leaving out the odd inches as the even ones are close enough. Should a log be a little large for a 12" and not quite a 14," call it a 12" and even it up on a small 12" later. The whole thing is a matter of experi- ence and a thorough knowledge of cutting and the manufacture of logs. Many lumber companies have a standard length of log, usually 16 feet. To meet such cases the 16-foot column in the tables on page 2 are distinguished by a black rule on either side of column so that it may be more conveniently located. 4 SOIL In judging soil, fairly accurate work may be done by noting growth which the soil supports. Maple, oak, red gum denote rich clay, very little sand if any. Poplar, birch and mixed growth of bushes show more sand, not so much loami. Pine denotes sandy, porous soil which is usually of poor quaHty. Elm, brown or black ash, indicate deep, rich soil. LUMBER MEASURE Lumber is generally bought and sold by board measure. The unit of board measure is the board foot — a foot square and an inch thick. A board 18 feet long, 9 inches wide and 1 inch thick containes U% board feet. 9x18=162. 162-12=13>^ board feet. TIMBER MEASURE Timber squared is usually sold by the cubic foot. Example: A stick of timber 16 ft. long, 10 in. wide and 8 in. thick contains 8t cu. ft. 8x10x16^144=81. One-half of the sum of the end diameters of a log, excluding the thickness of the bark, is called its mean diameter. The number of board feet of square edged inch boards that can be sawed from a log 30 ft. long and 24 in. in diameter is 750 feet. Example: 24-4=20'=400-16=25. 25x30=750 ft. Diameter used, mean, the diameter at middle of log. A board foot is tV of a cu. ft. SURVEYORS' MEASURE Table 7.92 inches = 1 link. 100 links = 1 chain. 80 chains = 1 statute mile. 1 chain = 4 rods = 22 yds. = 66 ft. = 792 inches. A pace = 2}4 ft. in ordinary walking, but 3.3 ft., or i of a rod in stepping distances. LINEAR MEASURE Table 12 inches = 1 foot. 3 feet = 1 yard. 5j4 yards = 1 rod. 320 rods = 1 statute mile. 1 mile = 320 rds. = 1760 yds. = 5280 feet. 40 rds, = 1 furlong, which is seldom used. The geographic mile or knot = 6086 feet. A fathom = 6 feet. SQUARE MEASURE The unit of land measure is the acre. It may be of any shape, but it is equivalent to a rectangular tract, 5 chains or 20 rds. long and 2 chains or 8 rds. wide. Table 1000 sq. links I = i sq. chain. 16 sq. rds. ) 10 sq. chains ) 1 ^„g 160 sq. rds. ) 640 acres = 1 sq. mile. A square rod is also called a perch. A sq. foot is 12 inches long, 12 inches wide = 12x12 = 144 sq. in. = 1 sq. foot. A sq. yard is 3 feet x 3 feet = 9 sq. ft. = 1 sq. yd. A sq. rod is 5>^ yds. x 5/^ yds. = 30^ sq. yds. = 1 sq. rd. CUBIC MEASURE Table 1728 cu. inches = 1 cu. foot. 27 cu. feet = 1 cu. yard. WOOD MEASURE The unit of wood measure is the cord. It is a rectangular solid 8 ft. long, 4 ft. high and 4 ft. wide. A cord foot is 1 ft. long, 4 ft. high and 4 ft. wide. 6 Table 128 cubic ft. = 1 cord. 16 cubic ft. = 1 cord foot. 8 cord ft. = 1 cord. ANGULAR MEASURE An angle eqval to 9^ of a right angle is an angle of 1 degree, which is the unit of angles. ^-Q of an angle of 1 degree is an angle of 1 minute and gV ^^ an angle of 1 minute is an angle of 1 second. Table 60 seconds - 1 minute. 60 minutes = 1 degree. 90 degrees = 1 right angle L. i-r^A^/^ e F A ^A V_ K \^/ Parallel lines are straight lines at any distance from each other which remain at that distance, however far projected in either di- rection (Fig. A). A quadrilateral is any figure bounded by four Etraight lines (Figs. B to F inclusive). A parallelogram is a quadrilateral whose, c: posite sides are parallel (Figs. C, E and F). A trapezoid is a quadrilateral, only two of whose opposite sides are parallel (as per Fig. D, taking either line as its right h&nd boundary). A rectangle is a parallelogram whose angles are right angles (Fig. E). A square is a rectangle whose four sides are all of equal length (Fig. F). A triangle is any figure bounded by three straight lines (Fig. G, equilateral; Fig. H, right-angled). An angle is produced at a given point by the meeting of two straight lines at that point (Fig. I, acute; Fig. J, obtuse; Fig. K, right-angled). Adjacent angles are produced by the meeting of three straight lines at a common point (as a point O in Fig. L). The area of a piece of land is the amount of surface it contains expressed in square units. LINES A straight line has the same direction throughout. A curved line has no part straight. A broken line is composed of two or more different straight lines. The length of a line is the number and kind of linear units it contains. Thus 4 feet may be the length of a line. CIRCULAR MEASURE To find circumference of a circle, multiply diameter by 3.1416. To find diameter of circle, multiply circumference by .31831. To find area of a circle, multiply square of diameter by .7854. To find area of a triangle, multiply base by >^ perpendicular height. MILL FACTORS Mill factors means the number of board feet contained in the log, less the waste. Mill factor 8, indicates 8 board feet of lumber sawed, to 4 board feet wasted, in every cubic foot in the log. The waste in sawing depends on the following factors: Soundness of log; diameter of logs; thickness of saw; taper of logs; thickness of boards sawed; skill of sawyer; quality of machinery; shrinkage in drying. A good band saw mill will have a mill factor of 8, while a circular or rotary, about 7. 8 SOME THINGS A CRUISER SHOULD KNOW How to select and read a compass. The letters E and W on a large compass are reversed for con- venience in reading. The heavier and greater number of limbs are on the south side of a tree. Moss grows on the north side of trees. Small streams or brooks flow into larger ones and are the best guides out in case you are lost. Not all standing trees are saw timber. The number of rings, counting from the pith, is the only way one can tell the probable age of a tree. The size or thickness shows the growth each year. Never go into the woods without a good reliable compass, a water-proof match box full of matches, and a good strong sheath or jack knife. Never travel alone if you can avoid it; so many things could happen to you and a companion could go for assistance if nothing more. The better care you take of yourself, the better and more work you can do Don't think because you are in the woods that you must rough it as the Indians or woodsmen of fifty years ago did. Have good plain food and a comfortable bed at night; no man can do good work who does not rest after turning in. A machete is the best thing you can use for cutting through bushes or small trees. The best way to determine the soundness of a standing tree is to spot or blaze a smooth place about as high as your head, then strike the blaze with back of axe; if it gives out a booming or hollow sound, you may feel sure it is bad part of the way up. One must train his ear to the sound as does a music teacher in pitching his tune. In estimating the diameter of a standing tree, do not call a 12 '^ tree 16 " . You know the full moon, when near the horizon, looks 9 the size of a cart wheel to some men, while to others only that of a tin plate. So be careful of your lengths and diameters. Never scale a log above or just at the crotch, because it gives you a larger diameter; the length and top end give you amount of board feet in your log. The Doyle rule on small logs takes too many for a thousand feet, while on large logs the scale is so close they will barely squeeze through the mill. So be careful in using this rule. The Holland or Penobscot rule gives you nearer what you have in your log. You can estimate 4 to 6 miles some days and in some countries, while other days and in other countries, one mile is a good day's work. Conditions of travel and amount of timber determine num- ber of miles cruised. Never trust to your memory in writing in your notes or at what point on your line the growth changed. At whatever point the change takes place or you encounter anything which should be noted, stop at that point and record it. Keep your notes and estimates up with your work each day. If you are an experienced cruiser and woodsman, and have for a companion a young man just out on his first real work from some school of forestry, don't laugh at the many new and seemingly foolish theories he has in his head. You can teach him more in one week about the real work in hand than he learned in all the years he was in school. If he has the right timber in him, of which woodsmen are made, he'll be grateful to you and think you are "Big Medicine." Talk to him and use him like a man and you'll learn some things from him you never dreamed of. If you get lost, keep as cool-headed as you can. Don't run around. Sit down and talk it over with yourself. Give signals of distress and keep a good fire going at night. PREPARING FOR A CRUISE Never, if avoidable, go on a cruise in a rush. Make careful preparations and use good sound judgment in selecting your outfit. First, if possible, find out into what part of the country you are go- ing, and what transportation facilities you will have. If transpor- 10 tation is other than your own back, a good many conveniences may be taken along which will add to your comfort and perhaps safety. If on the other hand, you have to pack everything, go carefully over your outfit and discard everything that is not absolutely needed. You will find, after this is done, that you have more than one man can carry comfortably. Where transportation is good, the following list of articles makes a good outfit: One tent. Water-proof knapsack. Belt or pocket axe or macnete. Pocket whetstone. Small coil of rope. Good wool blanket. Rubber blanket. Matches in tin water-proof box. Steinfeld cot. Suit good strong wool clothes. 2 Flannel outside shirts— blue or gray. Pair extra pants— wool or khaki. 2 Suits underclothes. Handkerchiefs. Towels. 2 Pair wool or yarn stockings. 1 Short, light weight oil-coat. 1 Pair strong shoes. 1 Pair moccasins. 1 Pair leather or canvas leggings. 1 Soft hat of good quality. 1 Mosquito canopy made of cheese cloth. 1 Wool sweater. 1 Pair good heavy suspenders. Belt. Cake of toilet soap. Cake of laundry soap. Tooth brush. Safety razor. Good sheath or jack knife. Water-proof match box. Good reliable compass. Canteen. Pipes and tobacco. 11- Candles. Strong fish line. Half dozen assorted hooks. Pencils. Stationery. Needles and thread. Buttons. A few copper rivets of different lengths. Pins and safety pins. Two-foot pocket rule. Ball of yarn and darning needles. Ditty bag to hold all your small articles. Pocket comb or hair brush. As part of this outfit will be worn it will lighten the pack. A few home remedies for sickness and accidents : Keep your bowels open; a small bottle of compound cathartic pills will be found sufficient. Sore throat — Remove your stocking and place it about your throat at night, also a little dry sulphur sprinkled in the throat; the inside bark of pine or cedar chewed. Burns — Oil or common baking soda, dampened. Cramps — Hot drinks of Jamaica ginger or pepper; piece of woolen cloth wrung out in hot water and laid over seat of pain. Colds— Take repeated doses of quinine and keep warm and dry. Ivy Poisoning — Take common soda and water and bathe parts affected; also solution of sugar of lead. Poisoning — Induce vomiting by drinking large quantities of luke- warm water, or mustard and water. Freezing— Keep moving. Don't fall asleep — it means death. Drowning — Loosen all clothing; place the body face down with the head a little elevated; rub the body dry and keep warm. Draw the tongue forward and keep it there so it will not close the wind- pipe. Induce artificial respiration. Lightning — Remove clothing and dash cold water over body. Keep this up for hours, if necessary. Sore feet — Wash clean and rub bean grease into them before an open fire. 12 Fevers — Keep bowels open; doses of quinine; keep warm and dry; get to a doctor as soon as possible. For black flies and mosquitoes — 1 oz. castor oil, Yi oz. sweet oil, %. oz. oil of citronilla, ]A oz. aqua ammonia, 10 drops spirits camphor, 50 drops oil of pennyroyal. Mix and rub in lightly. Shake the bottle before using. Sunstroke — Remove patient to shade; apply cold water or ice to head and neck; sponge body with cold water. Snake or mad dog bite — Tie cord above wound and either cut the wound out or sear it with hot iron. Get patient to doctor at once. Insect stings — Apply mud or fresh loam; salt and water, tinc- ture iodine or weak ammonia. Fainting — Lay flat on back, the head a little lower than the body; loosen clothing about neck and chest; bathe face and neck with cold water; have plenty of fresh air. Cuts and wounds — Clean parts in pure water and wrap in band- age. Do not remove bandage for two or three days, unless the wound begins to have an offensive odor. A bottle of peroxide or a solution or carbolic acid are good antiseptics. 13 SPECIMEN PAGES Pag-es 15, 16 and 17 are specimen pages filled in by the author to show the exact method of using the blank pages of this book for cruising record purposes. Page 15 represents the tree tally made upon the hinged tablet which lies upon the two pages of the book which are being used. This tablet is left narrow so as not to cover the two chain columns at the right of the page (page 16). The tablet also marks the working place in the book so that it may be returned to pocket, and when taken out again, quickly opened to the right place. When the cruise of this mile strip is completed, the form on page 15 is added and its totals carried into the proper spaces on page 16. As this strip represents eight acres, a division of these quantities by eight gives the amounts per acre. These, in turn, are carried in summary to the bottom of the page to give the total per acre of all kinds of timber. The cruising notes on page 17 will be found self explanatory, and the chain record in the two columns on page 16 refers to the corresponding details on the cruising line in the middle of page 17. Some useful symbols for the record have been listed at the bottom of page 17. 14 E51-I ^"^^ CI. L-C6 b£X^' ^•^ 3>V uoo u~o o a.ft/nt Cvpm^?/<^j;)n^ Z?-^;^.. (X1 /ft y if / r^ / yV ffic 3« * too >->-j' 3" i 3^ f /*/^ /or / 9(* t9(o ^^^^A"^ yTUipxsiH' 61^/ ^:i CD 1 2 o (0 CD N 0) ■0 u i. :^ CD 18 TION Cruising Strips to Be Apart Width this Strip RnH.<; I Mi. 3 4 I 2 1 4 i 1 19 LQCA KINDS or WOOD CHAINS 1 1 2 3 4 5 6 Partial Total Amount s to the Mile 3 Re duced to Am )unts oer Ac re 4 KINDS DF \A^OOD_Continue:d , 7 B 9 10 11 12 2 Amount s to the Mile 1 4 Re duced to Am Dunts per Ac re 1 1 1 3 - o (D CD "M 0) tn ■«» u N TiMBE R Summary Per Acre 1 20 TION Cruising Strips to Be Apart Width this Strip RnHs 1 Mi. 3 4 , 2 , 4 21 LOCA KINDS OF WOOD CHAINS 1 2 3 4 5 6 Partial Total Amount s to the Mile 3 Re duced to Am 3unts Der Ac re 4 KINDS OF WODD^CoNTiNUEiD , 7 B 9 10 II 12 2 Amount s to the Mile , 4 Re duced to Am 5unts per Ac re (A 1 i 1 8 •CJ 1 3 2 o (D CD >l 0) Ul « u f\) Summary Per Acre 1 22 TION Cruising Strips to Be Apart Width this Strip Rods ' Mi. 3 4 I 2 , 4 23 LOCA KINOS OF WOOD CHAINS 1 2 3 4 5 6 Partial Total Amount s to the Mile 3 Re duced to Am Dunts per Ac re 4 KIND3 OF WOOD__CoNTiNUED 1 7 B 9 10 II 12 2 Amount s to the Mile , 4 Re duced to Am Dunts per Ac re 1 3 2 5 ID CD "M 0) ■0 kJ N TlMBE R Summary Per Acre 1 D. H* Hiq, LIBRARY North Carolina State Co'«-ga TION rriii<;in(;5 5;trip.«? to Be Apart Width this Strip Rods 1 Mi. 3 4 1 2 , 4 o 25 LOCA KINDS or WOOD CHAINS 1 2 3 4 5 6 Partial Total Amouni s to the Mile 3 Re duced to Am >unts per Ac re KINDS OF WDDD-CoNTiNUED , 7 B 9 10 11 12 2 Amount s to the Mile I 4 Re duced to Am Dunts per Ac re i 1 1 2 r3 5 ID CD NJ 0) in i^ u N Timber Summary Per Acre 26 TION Cruising Strips to Width this Strip_ Rft Apart Rods ' Mi. 3 '' , 2 1 4 o 27 LOCA KINDS OF WOOD CHAINS 1 2 3 4 5 6 Partial Total Amount s to the Mile 3 Re duced to Am 3unts 3er Ac re 4 KINDS OF VVDDD_CoNTiNUED 1 7 B 9 10 M 12 2 Amount s to the Mile , 4 Re duced to Am )unts per Ac re 5 1 1 3 2 rj 5 (0 OD «4 n in *■ u N TiMBE Ff Summary Per Acre 1 28 TION Cruising Strips to Be Apnrt- Width this Strip Rods I Mi. 3 4 1 2 , 1 4 29 LOCA KINDS OF WOOD CHAINS 1 2 3 4 5 6 Partial Total Amount s to the Mile 3 Re duced to Am 3unts )er Ac re 4 KINDS OF WO aD__ Continued , 7 B 9 10 M 12 2 Amount s to the Mile I 4 Re duced to Am Dunts per Ac re In 1 CD a? 1 3 r3 5 CD CD >J 0) en 4> u •< 30 TION Cruising Strips to Be Apart Width this Strip Rods ' Mi. 3 t ' 2 , 4 31 LOCA KIN05 OF WOOD CHAINS 1 2 3 4 5 6 Partial Total Amount s to the Mile 3 Re duced to Am junts Der Acre 4 KINDS OF NA^OOD-CoNTiNUED , 7 B 9 10 II 12 2 Amount s to the Mile 1 4 Re duced to Am 3unts per Ac re > 1 3 r3 5 (0 CD Nj cn t/1 * UI r\j TiMBE R Summary Per Acre 1 32 TION Cruising Strips to Be ^p^rf ^ Width this Strip Rods 1 ' Mi. 1 3 ■ 4 , 2 1 4 o 33 LOCA KIN05 OF WOOD CHAINS 1 2 3 4 5 6 Partial Total Amoun s to the Mile 3 Re duced to Am )unts per Ac re 4 KINDS OF WOOD-CoNTiNUEiD 7 B 9 10 It 12 2 Amount s to the Mile , 4 Re duced to Am 3unts per Ac re In 1 ? «) CD 5 U) CD M 0) ■t> u ro Timber Summary Per Acre 1 34 TION Cruising Strips to Be Apart Width this Strip Rods I Mi. 3 4 1 2 1 4 o 35 LOCA KINDS OF WOOD CHAINS 1 2 3 4 s 6 Partial Total Amoun s to the Mile 3 Re duced to Am )unts per Ac re 4 KINDS DF WaaD__CoNTiNUED , 7 B 9 10 II 12 2 Amount s to the Mile 1 4 Re duced to Am Dunts per Ac re In i 1 1 3 2 fo o (0 1 CD SI 0) Wl * w ISJ 36 TION rriji<;in<^ f^trips to Bft Apart. Width this Strip Rods ' Mi. 3 4 1 2 1 4 37 LOCA KIN05 OF WOOD | CHAINS 1 2 3 4 5 6 Partial Total Amount s to the Mile 3 Re duced to Am Dunts per Ac re 4 KINDS OF WOOO_CoNTiNutD 1 7 B 3 10 II 12 2 Amount s to the Mile , 4 Re duced to Am Dunts per Ac re 1^ 1 1 3 2 1* M o (£ a » «n ■► u ro i. :$ CD •< 38 TION Cruising Strips to Be Apart WfH + h this Strip RnH<; ' Mi. 3 4 1 2 1 4 39 LOCA KINDS or WOOD CHAINS 1 2 3 4 5 6 Partial Total Amount s to the Mile 3 Re duced to Am )unts per Ac re 4 KINDS OF waaa_CoNTiNUED 1 7 B 9 10 11 12 2 Amount s to the Mile , 4 Re duced to Am Dunts per Ac re 8 CD 1 3 2 ro O (D CD m -f» u tv; i. :! CD 40 TION Crui5;in<;5 Strips to Be Aparf Width this Strip Rods ' Mi. - 3 4 , 2 1 4 o 41 LOCA KINDS or WOOD CHAINS 1 2 3 4 5 6 Partial Total Amount s to the Mile 3 Re duced to Am Dunts per Ac re 4 KINDS OF WODD-CoNTiNUED I 7 B 3 10 M 12 2 Amount s to the Mile , 4 Re duced to Am Dunts per Ac re S ^ CD 1 3 2 ro 5 w m «j 01 ■t> u IS3 Timber Summary Per Acre 1 42 TION Cruising Strips to Be Apart Width this Strip Rods ' Mi. 3 A , 2 1 4 o 43 LOCA K 1 M D 5 OF WOOD CHAINS 1 1 2 3 4 5 6 Partial Total Amouni s to the Mile 3 Re duced to Am 3unts 3er Ac re 4 KINDS OF WOaa_CoNTiNUED 7 B 9 10 11 12 2 Amount s to the Mile , 4 Re duced to Am 3unts per Ac re 5 i > CD 1 1 " o 0, 1 CD M 0> U1 •^ U) N) Timber Summary Per Acre 1 44 TION Crui<;in(^ Strips to Be Apart Width this Strip Rods ' Mi. 3 4 1 - ■ 2 , 4 45 LOCA KINDS or WOOD CHAINS 1 1 2 3 4 5 6 Partial Total Amount s to the Mile 3 Re duced to Am )unts per Ac re 4 KINDS OF WaOD_CoNTiNUED , 7 B 9 10 11 12 2 Amount s to the Mile I 4 Re duced to Am Dunts per Ac re [J 5^ ?! > CD 1 3 2 w o (D CD VI 0) ■(> u ro TiMBE H Summary Per Acre 1 46 TION Cruising Strips to Be Apart Width this Strip Rods I Mi. 3 4 I 2 1 4 O 47 LOCA KINOS OF WOOD CHAINS ' 2 3 4 5 6 Partial Total Amount s to the Mile 3 Re duced to Am )unts 3er Ac re 4 KINDS OF WOOD-CoNTiNUED 1 7 B 9 10 M 12 2 Amount s to the Mile , 4 Re duced to Am Dunts per Ac re 1 -0 3 2 rj O U) a -M 0) Cfl 4k u N TiMBE R Summary Per Acre 48 TION TruisirK^ Strips to Be Apart Widih this Strip Rods 1 Mi. 3 4 1 2 , 4 o 49 LOCA KINDS OF WOOD CHAINS 1 2 3 4 5 6 Partial Total Amount s to the Miie 3 Re duced to Am 3unts per Ac re 4 KINDS OF \A/'OaD_CoNT,NUED 1 7 B 9 10 11 12 2 Amount s to the Mile 1 4 Re duced to Am Dunts per Ac re 1 in i n CD 1 1 ro o (0 CD >I 0) * Ul N -< 50 TION Cruising Strips to Be Apart WiHih this Strip Rncici I Mi. 3 4 1 z 1 4 r ~ 51 LOCA KINOS or WOOD CHAINS 1 2 3 4 5 G Partial Total Amoun s to the Mile 3 Re duced to Am )unts per Ac re 4 KINDS OF WOaD__CoNTiNUED , 7 B 9 to II 12 2 Amount s to the Mile 1 4 Re duced to Am Dunts per Ac re ?! CD 1 3 5 (0 CD M 0) in ■(k Ul ro TiMBE Ff Summary Per Acre 1 52 TION rruifiirxi^ Strips to Bft Apart. Width this Strip Rods ' Mi. 3 4 , 2 , 4 53 LOCA KINDS OF WOOD CHAINS 1 2 3 4 5 6 Partial Total Amoun s to the MiJe 3 Re duced to Am junts per Ac re 4 KINDS OF WaaD_CoNTiNUED 7 B 9 10 II 12 2 Amount s to the Mile , 4 Re duced to Am Dunts per Ac re 1 1 CD 1 1 5 (0 CD •si at U\ * Ul N Summary Per Acre 54 TION rrui?^iner Ac re KINDS OF NA^OOD-CoNTiNUED 7 B 9 10 11 12 2 Amount s to the Mile , 4 Re duced to Am Dunts per Ac re 1 1 3 o ID a N 01 en ■» u ro 58 TION Cruising Strips to Be Apart- Width this Strip Rods 1 Mi. 3 1 , 2 , 4 o 59 LOCA KINDS OF WOOD CHAINS 1 2 3 4 5 6 Partial Total Amouni s to the Mile 3 Re duced to Am )unts per Ac re 4 KINDS OF WOOD-CoNTiNUEiD 1 7 B 9 10 11 12 2 Amount s to the Mile 1 4 Re duced to Am Dunts per Ac re S 1 3 2 5 u> CO M 0) cn •fr u ro i> :^ ta 60 TION Cruising Strips to Be Apart Width this Strip Rods ' Mi. 3 4 1 2 , 4 61 LOCA KINDS or WOOD CHAINS 1 2 3 4 5 6 Partial Total Amount s to the Mile 3 Re duced to Am Dunts 3er Acre 4 KINDS DF \A/OOD_CoNTiNutD 1 7 B 9 10 II 12 2 Amount s to the Mile , 4 Re duced to Am Dunts per Ac re 5^ ?! CD 3 3 2 5 (0 CD >J 0) Ol ■t^ u Timber Summary Per Acre 62 TION Cruising Strips to Be Width this Strip Apart Rods D> H, HtLL LIBHARY W^fth Carolife State Col ! r g« INDEX TO CRUISING RECORD PAGE 18-19 20-21 22-23 24-25 26-27 28-29 30-31 JL 32 33 34-35 36-37 38-39 40-41 42-43 44-45 46-47 48-49 50-51 52-53 54-55 56-57 58-59 60-61 62 63 64