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VOLUME, YIELD, AND STAND TABLES FOR SECOND-GROWTH _ SOUTHERN PINES:
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Forest Service U.S. Department of Agriculture
Miscellaneous Publication No. 50
This is a slight revision of MP—50, ‘‘Volume, Yield, and Stand Tables for Second-Growth Southern Pines,” which was originally published in 1929. Tables 55, 56, 87, 88, 119, 120, 151 and 152 have been revised. This publication is widely used by timberland managers in the southern region as a standard of comparison for results from southern pine growth and yield studies. The tree-volume tables are used for comparison pur- poses, and in research studies. This edition is being published to meet the requests of researchers, educa- tors, and timberland managers in the southern pine region.
Issued September 1929 Slightly revised August 1976
i eS EEE EEE
For sale by the Superintendent of Documents, U.S. Government Printing Office Washington, D.C. 20402 - Price $2.05
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U. S. DEPARTMENT OF AGRICULTURE
MISCELLANEOUS PUBLICATION No. 50
WASHINGTON, D. C. SEPTEMBER, 19298
VOLUME, YIELD, AND STAND TABLES'FOR SECOND-GROWTH SOUTHERN PINES
Prepared by Office of Forest Experiment Stations, Forest Service, j and Cooperating Agencies
CONTENTS
Page
TMCrOGUCtlOM Manan rae 2. eh Leh ee ee WS ee eee S 2 Applicationtof volumeitabless.2 oases eee oe 2 ek ee el ecco 3 @orrection for local use 22) cane es os eke a ese nee oe anew Baa 3 Correction of volume tables for different limits of utilization.._.......--_- 4 Applicationrok® yield: tables e202. Cech atone ee Te eee Jes 5 Determination ornidentification of Sites 222222228 ee 5 Correction of yield tables for local use_.-._.............._.-.--.-...-.._--. 11 Correction of yield tables for different limits of utilization.........-..-_-- 11 Determination of normality and prediction of future yields___-----__-._-- 12 Application: ofstand: tables.) 43 Lee ee ea 14 Definition and explanation of terms used-___.-._._....-._-__- 2-22 2-2-2 ee 15 Generalsterms2= i seseeee terme a eee BM Ce EES ALS Si SRE Cea ee 15 WOR RUNES SOE) VEE ee Fah OR SSE ee Re gs EN ee 16
STV TDC) OL SUT Gl os ace ie a a a OE at lk Shik ea as 16 NVQ] UTITORE SOIC te ec ere atk peep ee trae ae ae Sean ten 19 INormaliyieldstaples se a5 it ee cer ak ee ee rs re eee 51 StanGdita plese awe ee wee eS Pe Pee SE Be SOU de eee EB 6 NE ee 181 Wihiseellancous: tables asc: ao Ricks ee kN he i A ae ee EE cy 189
INTRODUCTION
The volume, yield, and stand tables presented in this publica- tion have been worked up from data gathered in a region-wide study of the rate of growth of the principal southern pines. Funds for beginning this study were furnished by the Southern Pine Association, of New Orleans, La., through the National Research Council. Plans for the study were outlined by aed Zon, of the National Research Council, and the Forest
ervice.
The bulk of the field work was done by the Southern Forest Experiment Station which, however, received generous coopera-_ tion from the State foresters of the Southern States. For this cooperation grateful acknowledgment is made.
Office computations and the preparation of all tables were in the hands of the Forest Service under the general direction of Donald Bruce. The text was prepared by R. D. Forbes and E. L. Demmon, former and present directors, respectively, of the Southern Forest Experiment Station.
Special acknowledgment for services rendered in connection with the study is due to Austin Cary and L. H. Reineke of the Forest Service, to W. R. Hine, formerly of the Forest Service and now superintendent of forestry in Louisiana, and to R. M. Brown of the University of Minnesota, also a former member of the Forest Service. In addition, it may be stated that without the hearty cooperation of a large number of individuals and organizations widely scattered throughout the South and else- where, which has been freely given, this publication would not have been possible.
The region covered by the growth study comprises pine forests in 12 Southern States, from Virginia south to Florida, west to Texas, and north into Oklahoma, Arkansas, and Missouri. Throughout this region extensive measurements were made of individual trees and pure even-aged stands of second-growth loblolly pine (Pinus taeda), longleaf pine (P. palustris), short- leaf pine (P. echinata), and slash pine (P. caribaea). Stands originating after hurricanes, fires, or insect killings in the virgin forest, and essentially similar to those following clear cuttings or abandonment of farm lands, were regarded as second-growth. Scattered trees left in early cuttings, on the other hand, were not included, since their form differs from that of true second-growth trees.
The present publication is intended primarily for the use of foresters familiar with the terminology and the technic of forest mensuration and will be of value mainly in the examination and estimation of large tracts of forest land. Tables primarily applicable to farm woodlands, detailed explanations of the appli- cation of the tables, and elementary discussion of methods of study have been omitted from this publication but may be found in another bulletin of the Department of Agriculture now in preparation.!
The methods used during the present study in both field work and computations are substantially those recommended bya joint committee from the Society of American Foresters, the
1 FORBES, R. D. and BRUCE, D. SECOND-GROWTH SOUTHERN PINES: THEIR ECO- NOMIC IMPORTANCE AND RATE OF GROWTH IN FULL STANDS. [Unpublished manu-
script.] 2
Association of State Foresters, and the Forest Service.2 In many respects, particularly in office methods, these methods were in fact the foundation on which the committee built its standardiza- tion. The method followed in preparing the yield tables has been elsewhere described in detail.*
APPLICATION OF VOLUME TABLES
CORRECTION FOR LOCAL USE.
Separate volume tables were not made for different sites in the wide territory from Virginia to Texas, or for different form classes. The following methods are suggested for testing the applicability of the volume tables in any given locality, and for making any corrections which appear from such tests to be necessary.
The dimensions of 20 to 25 felled trees in the locality are measured after the manner employed in the construction of the tables, care being taken to select these trees over a good range of diameter‘ and height, and to observe the identical limits of utilization shown in the tables for the unit concerned (cubic feet, cords, or board feet by the International }4-inch rule, the Scrib- ner rule, or the Doyle rule). The volumes of these trees are computed by the standard methods, and the deviation of each from the tabular volume of a tree of the same diameter and height is then computed. It will be necessary to interpolate for tenths of an inch in diameter and single feet in height in obtaining the tabular volumes. The deviations are expressed as percentages of the tabular volumes, and their average is compared with the average deviation of the trees used in constructing the table, which appears in the footnotes for each table.
The total volume of the local trees is also compared with the total of the tabular values, to obtain the aggregate difference. The mere fact that this aggregate difference is small and com- pares favorably with the aggregate difference used in construct- ing the table (likewise given in the footnotes for each table) does not prove anything, as Bruce® has pointed out; large positive deviations among small trees may offset large negative deviations among large trees, for example. But if the average deviation of the local trees is not appreciably greater than that of the table, and if their aggregate difference does not exceed two and one-half times the average deviation of the table divided by the square root of the number of trees used in the
2 COMMITTEE ON STANDARDIZATION OF VOLUME AND YIELD TABLES. * METHODS OF PREPARING VOLUME AND YIELD TABLES. Jour. Forestry 24: 653-666. 1926.
3 BRUCE, D. A METHOD OF PREPARING TIMBER-YIELD TABLES. Jour. Agr. Re- search 32: 543-557, illus. 1926.
4 in checking the board-foot tables, no trees under 10 inches in diameter should be used.
§ BRUCE, D. A PROPOSED STANDARDIZATION OF THE CHECKING OF VOLUME TABLES. Jour. Forestry, 18: 544-548, illus. 1920.
3
test, correction for locality is unnecessary. If, on the other hand, the local trees consistently differ from the tabular values, the table should be corrected for local use.
To prepare a local volume table ® from the 20 to 25 trees above referred to, percentage relations, averaged for each inch-class represented by the local trees, should be established as between the local and tabular values and curved over diameter. If these relations are not uniform for trees of all height classes, separate curves may be necessary for tall, medium, and short trees. The final smoothed percentages should then be applied to the tabular values, making a new table for local use.
CoE ON OF VOLUME TABLES FOR DIFFERENT LIMITS OF UTI-
The limits of utilization upon which the tables are based do not coincide with actual utilization in all parts of the region. Where they differ, correction of the tabular values is necessary.
For volumes in cubic feet or cords it is sufficient to measure the length of a few felled trees (the 20 or 25 used in the test just described will do very well) to both the limit used in the table and that set up by the conditions of actual utilization. By sub- traction the lengths of the section to be deducted or added are then obtained, and their volumes calculated in the proper unit. These will vary somewhat with the breast-high diameter of the trees, and possibly with their height as well; smoothed values should be obtained by curving the raw data. Corresponding deductions or additions are then made in the regional tables. For volumes in board feet it is necessary to go through the more laborious process of scaling the trees to both limits and obtaining by subtraction the board-foot differences.
Correcting board-foot tables in which merchantable heights are expressed in number of logs in this way may easily lead to errors in their use. Suppose, for example, that the top limit for use in calculating board feet by the International rule is 8 inches instead of 5. Then trees that contain four logs to the 5-inch top, and appear in the regional table here given as 4-log trees, drop to perhaps 8-log trees to an 8-inch top. If such trees are tallied in the field as 3-log trees, their volumes as taken from the revised tables will then be much too low, unless the head- ings for height have also been revised. This can of course be done, but perhaps the easier way, if relatively small use is to be made of the revised tables, is to continue to tally these trees in the field as 4-log trees—of course, estimating height to a 5-inch top. The unused volume, between the 8-inch and 5-inch tops, can be cared for by a percentage deduction, as for cull. Itisa
6 A volume table based on diameter alone, disregarding heights, is often called a local volume table; this is not the meaning in the present instance.
4
blunder to attempt to allow for the 1-log difference in height by simply using the volume in the unrevised regional table for a 3-log tree; the table itself should always be corrected for differ-
ences in utilization. .
APPLICATION OF YIELD TABLES
DETERMINATION OR IDENTIFICATION OF SITE.
Sites in this study have been designated by the height attained on each by the average dominant tree at the arbitrarily chosen age of 50 years. It has been found that such heights are the most reliable and convenient means of identifying the productive capacity of forest land. In order, therefore, to apply the tables to any particular site, it is necessary to identify the site from the height of dominant trees now growing upon it. The following method of identification is reeommended:
(1) Lay out a sample plot, of any convenient shape but con- taining from 100 to 300 trees, in a well-stocked portion of an even-aged stand growing on the site in question. Very young stands (under 25 years) are somewhat more erratic. They are therefore less desirable than older stands and can well be avoided. Turpentined stands should also be avoided. Old-field stands are not so reliable as those on cut-over land, because the high quality of the site apparent in the first decade or two deteriorates in time.
(2) Tally the breast-height diameters of all trees on the plot above 1.5 inches by two classes—dominant trees (including codominants) and others.
(3) Obtain from this tally the average diameter for the dominant stand, using the basal-area method.
(4) Measure a sufficient number of heights, agmmerorndline to the full range of diameters of both dominant trees and others, to construct a satisfactory curve of height over diameter. (Actual plotting in the field and construction of the curve at that time will be the best guide to what is a sufficient number.)
(5) From the height-diameter curve obtain the height of the average dominant tree, using the average diameter determined by step 3.
(6) Determine the age of about six trees (more if there is con- siderable variation) among the average dominants, and strike an average. The additions that must be made to the age as determined at breastheight or on the stump are given under the definition of ‘‘Age,’”’ page 15.
(7) On the height-growth classification graph for the proper species (figs. 1 to 4) plot the height of the average dominant tree of the sample stand over its age. These graphs are a series of curves, one for each 10-foot site index, showing the height of the average dominant tree at various ages. The curve nearest
5
the plotted point may ordinarily be used as the 10-foot site index of the stand examined, although the index can of course be interpolated to the nearest foot.
(8) If possible obtain a similar figure (interpolated to nearest foot) for several stands on the site to be identified, and assume that the average of these measurements is the correct site index.
A less accurate method of site determination is the selection of about a dozen trees covering the diameter range of the dominant | trees in the stand whose site is being investigated, upon which computations are based as with the dominant trees in the plot method. No satisfactory method is yet known for identifying site from trees in a virgin forest or scattered individuals on cut- over land.
If the stands examined for site determination are mixtures (less than 80 per cent one species), each species must be treated separately.
[2af—- IOP OF L0 LYOL9Y - KIOU! ALIS ere ear? satan fe) SS aie TOC Se a eae,
AAS Nee Se See eee. SENS SOCCER ERECT ET Ts ae
| Ka
NAN SNe er ee eine HESS ANINSISSNINS NS Pees. PSEA REET Tg Pao
35 40 45
CLC RSSSSs EEE CETTE Pp oS pane i SS jaa ae] eae ae ne
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(@) w Oo in 2) a S x 2 na e wo ce) wo (e) wo y NSE SO Na User - 0 0 oS -SPAL, LUOLIUIOCD - aA 3 ICR
Age -Vvea co
classification for second-growth loblolly
The values in Table 33 have been read from tnese curves
FIGURE 1.—Height-growth pine.
10
S
Pan nn Mme mee Sis eels IE a Ta ea ARR eRe eee se eee att
ale es Z|
He 7 Tid oR TE] 2 a palaeae tea]
110
80
| fe fet ed - 8 iS eee S : KN 3 Site index - height at 50 years — feet
Age - years
FIGURE 2.—Height-growth classification for second-growth longleaf pine. The values in Table 65 have been read from these curves
citi Sie ee ae a eal Pai i a ee le ed le eli i Eee ee eis ft Ysa ill a Si i a AS il a beso aot MGI le a
100
: z - 7 i 2 ie A al Zi | ae A ¢ Y 7 re WAZ Sa ss s yi 2 = Z Ys z A , = = 4 ¢
Site index - heigh? a# $0 years— feer
Total height - dominan? trees - feet
At “ | 80 cL} 60 ee ra i ae ate 50 60 ail ea a ce reed ee 50 pee eco 40 ee reeeee
aayicee PSEC ee
i dita
4 7 ‘4
0 10 20 L 40 50 60 70 80 20 100 Age ~ years
FIGURE 3.—Height-growth classification for second-growth shortleaf pine. The values in Table 97 have been read from these curves
fee PD ee II ia CoOCCoCey RPE Corre
Site index -height at 50 years - feet
eae tle ts WAAL
See ee eee TL AZIZ AAA He
VA | ae
Total height - dominant trees ~ feet
CE aie Boe ees
FIGURE 4.—Height-growth classification for second-growth slash pine. The values in Table 129 have been read from these
curves
10
CORRECTION OF YIELD TABLES FOR LOCAL USE.
As earlier stated, the yield tables are based upon a study of well-stocked stands of the four species throughout the greater part of the range of southern pines. ‘The results of this study indicated that geographical location had no consistent effect upon the yields of stands of equal site quality. It, therefore, follows that the productive capacity of any pine tract whose site is correctly identified may be determined from the tables, regardless of its geographical location.
It is believed that local yield tables will not be appreciably more correct than the regional yield tables, particularly if based on any fewer data than the regionaltables. The construction of local tables will involve a very considerable expenditure of time and money. However, if a check of the volume tables shows the need for correction on account of local peculiarities in the form of individual trees, the yield tables should be correspond- ingly corrected. The general method recommended for cor- recting for different limits of utilization, described below, should be equally satisfactory in correcting for locality.
A further check of the applicability of the yield tables to any given locality may be made through a comparison of the actual measured yields of 20 or 25 local plots with corresponding yields in the tables. The comparison would follow the same lines as in checking the volume tables for local use. It will be seen from the footnotes to Tables 64, 96, 128, and 160 that the plots entering into the yield tables deviated much more widely from the tabular values than did the tree volumes.
cone OF YIELD TABLES FOR DIFFERENT LIMITS OF UTI-
If the yield tables are desired for conditions of utilization other than those assumed in their preparation, correction must be made for the actual limit of use. Probably as accurate a method of doing this as is ordinarily necessitated is based on the average breast-high diameter of the stand 2 inches diameter breast high and over, and the number of merchantable trees per acre. ‘There are two distinct steps, which are described in the following example:
Assume that the loblolly yield table for board feet by the international rule is to be corrected, like the volume table in an earlier illustration, for an actual utilization to 8 inches in the top, rather than to the 5 inches assumed in the tables. The yield for a 50-year stand on a 90-foot site is wanted. An under- standing of the stand tables, presented under a later heading, is assumed.
From the loblolly tables it appears that this stand contains 220 trees 1.6 inches in diameter and up, and that the average breast-high diameter is 12 inches. The percentage stand table
11
for loblolly shows that only 70 per cent of these trees are 9.6 inches diameter breast high or larger; a 10-inch tree being the smallest likely to contain at least a 16-foot log 8 inches inside the bark at the small end. (No tree without a 16-foot log, 5 inches inside the bark at the small end, contributes to the tabular yields in board feet by the international rule.) Whether 10 inches is the correct minimum diameter on the site in question must be determined from a field study of felled trees on this site; it is assumed as correct in the present example. Then the volume of all 7, 8, and 9 inch trees included in the yields given in the board-foot table to a 5-inch top must be subtracted from the yield at 50 years on the 90-foot site. The stand table shows that about 5 per cent of the trees in this stand are 7 inches, 8 per cent are 8 inches, and 10 per cent are 9 inches, 11, 18, and 22 being the absolute numbers. At least an approximation of the number of logs to a 5-inch top in such trees will have been obtained in the course of the field study just referred to or may be estimated from the total-height tables. Their total volume may be ealculated from the volume tables. If the number of logs were two in each case, the total volume for the 3-inch classes would be 1,844 board feet. ‘This, then, would be the deduction necessary for trees which, under the actual limit of utilization, contain no merchantable logs.
The lessened volume per tree of the remaining 169 trees may be calculated roughly by assuming an average deduction, based on the tree of median diameter among them. From the stand table it will appear that about half of the 169 trees 10 inches and over are above 13 inches in diameter, and half are below that size. Assuming that investigation has shown that a 13-inch tree has, by the international] rule, 10 board feet less to an 8-inch top than to a 5-inch top, the deduction for 169 trees would then be 1,690 feet, which added to the 1,844 board feet in the trees below 10 inches gives a total deduction of 3,534 board feet. The yield of 37,500 board feet for a 50-year stand on a 90-foot site then becomes 34,000 board feet (rounded), when an 8-inch top limit is used in place of a 5-inch.
DETERMINATION OF NORMALITY AND PREDICTION OF FUTURE YIELDS.
The yield tables should never be used as a substitute for an actual cruise of an existing stand. That a stand is of a certain age and occupies a certain site by no means proves that its yield per acre will be the same as that shown in the tables for that age and site. This is of course because the stands vary widely in stocking from the 100 per cent stocking represented by the tables. | By actual measurement of a sample plot or strip it will be possible to establish a percentage relationship between the actual values and the tabular values. The two most satis- .
12
factory means of estimating stocking are by total volume or by basal area. Of these two, the basal-area method requires much less computation and for practical purposes is as accurate. By this method the relation between the actual total basal area per acre and the corresponding table values for the particular site and age establishes the percentage of normality of the stand. No quicker or more satisfactory method of judging normality than the basal-area method has as yet been found. Attempting to establish normality on the basis of completeness of crown cover, total number of trees, number of dominant trees, average diameter, or any other easily obtained criterion is for many reasons far from satisfactory.
If the stand is normal to-day, its yield 10 or 20 years in the future (but hardly longer) may be predicted from the yield tables simply by adding the 10 or 20 years to the present age of the stand and reading from the table the yield at that age on the site as identified.
Prediction of yield from an abnormal or understocked stand is not quite so reliable. It is possible that a stand not now normal tends to become normal as it grows older, but the rate of progress toward normality, if any, awaits investigation and at present can not be safely predicted. For this reason the future yield of a stand known to be understocked at present can only be conservatively predicted from the tables by assuming that its present percentage of understocking will remain con- stant. If a sample plot has but 50 per cent of the basal area of a normal plot, all that may be counted upon 10 or 20 years hence is 50 per cent of the yield shown in the tables for that species and site at the ages then attained.
For example, if it be assumed that a tract of 50-year-old loblolly pine of 750 acres, variously stocked, is to be cut at three Si eaae periods in the future, the situation might shape up as ollows:
| i Cutting Number of acres Site Normal-
index ity (y a Pi, A ae Se Ty Vane See er eS ee SOR eae ae 110 90 60 AS Uae a her pins tio! ag Mins Fh Sia thaale Selatde e SamOaR ye eerie Sige ay 90 85 7 DAR | its eae Noh 8 Wa ge ul ae eS ay nn ee a 70 80 80
_ According to the yield tables, an acre of normal loblolly pine, site index 110, will yield at 60 years of age 63,000 board feet, international rule. As this particular tract is only 90 per cent normal the standard yield must be reduced by 10 per cent, which brings it down to 56,700 feet. Similarly the yield for the
13
second tract of 47,000 board feet at 70 years must be reduced 15 per cent, which will amount to 39,950 feet. The third tract 30 years from now will yield 80 per cent of 32,000 board feet or 25,600 feet. The following tabulation gives the results for the entire area:
: Yield 2 Cutting age per acre Area | Total yield Board feet; Acres | Board feet GO; VORTS 5 oh ak 2 Se ie ol eee 56, 700 250 | 14,175, 000 COMORES ie Ne ke a ee RN oie eg eg gee 39, 950 250 9, 987, 500 SOV ORES sah FSH Be ees 25. 600 250 6, 400, 000
+1 Bo} 2) a ee ee eNO NE < Re Me ge Ae ef ea 750 | 30, 562, 500
APPLICATION OF STAND TABLES
It has been found that, regardless of age and site, fully stocked southern pine stands of the same average diameter have the same range of diameters and the same percentage of trees in any diameter class. A stand table (Table 161) has therefore been prepared to show, for each of the four species, the percentage of trees at and above 2 inches, 4 inches, 6 inches, etc., contained in stands of various average diameters. In order to learn from the stand tables the number of trees of any particular diameter in a fully stocked stand on a given site and at a given age, it is only necessary to obtain from the yield tables for the specified age and site the diameter of the average tree and the total number of trees. Both figures should be for the entire stand, i. e., all trees 2 inches in diameter breast high aad over.
_ As an illustration of the process, suppose that the number of 4 and 5 inch trees is to be determined in a fully stocked loblolly pine stand, 25 years old, on a 90-foot site. Table 34 shows that the diameter breast high of this stand is 7 inches, and Table 36 that the total number of trees is 540. Table 151 gives the per- centage of trees 4 inches or larger in a 7-inch stand as 90, and of trees 6 inches or larger as 66. The difference, or 24 per cent, is the proportion of 4-inch and 5-inch trees; 24 per cent of 540 is 130. The number of trees in the 4-inch and 5-inch classes is therefore 130.
Tables 162, 163, 164, and 165, giving the absolute number of trees at and above various 2-inch limits on average sites at various ages, have been prepared by this method by interpola- tion in the percentage stand tables. If the number of trees ina single inch class, or above odd inches, is desired, interpolation in these tables is again necessary. Because the intervals between
i4
values in the stand tables, particularly between the horizontal values, change rapidly, interpolation is best accomplished from & curve.
It should be clearly understood that the percentages given in the stand tables do not hold for any stands that are not normally stocked. That too absolute a reliance should not be placed on the tables even in normal stands is suggested by the fact that the tables give data for 2-inch intervals only.
DEFINITION AND EXPLANATION OF TERMS. USED
GENERAL TERMS.
Age.—The average age of the dominant trees in a stand is taken as the age of the stand. Average age is based on ring counts made on several dominant trees covering a good range of sizes.
Ring counts may be made on stumps or by taking increment cores at breastheight. In figuring total age, 3 years must be added to the breastheight age of loblolly, shortleaf, and slash and 7 years to that of longleaf. If age determinations are made at a stump height of 1 foot, 2 years is added for total age of loblolly, shortleaf, and slash and 5 years for total age of longleaf.
Average diameier, breast high. The breast-high diameter of the tree of average basal area.
Average dominant tree.-—Dominant trees include the codomi- nants also. The average dominant is a tree having a basal area equal to the average basal area of the dominant stand.
Cords.—Cords are of 4-foot wood. Converting factors from cubic feet to cords are given for trees of different diameters in Table 171.
Diameter class——Each inch-class includes diameters 0.4 inch or less below and 0.5 inch or less above the even inch; for example, the 9-inch class comprises all trees 8.6 to 9.5 inches, inclusive.
Height, total—Total height is reckoned to the extreme tip of the tallest branch, not simply to the upper limit of utilization.
One and one-fourth logs —The smallest tree considered in this bulletin to have a board-foot volume contains one 1€-foot log to the top diameter specified (5 inches inside the bark in the inter- national tables, 6 inches in the Scribner tables, and 7 inches in the Doyle tables). Since all l-log trees would have the same volume, regardless of diameter at breastheight, the shortest trees for which volumes are given contain 144 logs. This value is the midpoint between 1 and 1} logs; 114 logs is the lower limit of the 2-log class. Volumes for trees intermediate in log length between oe shown in the tables may of course be obtained by interpo- ation.
Site index.—Sites are designated by the height attained on each by the average dominant tree in a 50-year-old stand; this height.
15
is called the site index. Thus a site with an index of 70 feet produces dominant trees averaging 70 feet in height at 50 years. The average site for each species encountered by the field crews in the course of the present study had the following site index: Loblolly, 92 feet; long leaf, 71; short leaf, 70; and slash, 81.
Yields—The yields in any unit are based on the same limits of utilization as shown in the volume tables for that unit. By all trees 2 inches diameter breast high and over is meant all those 1.6 inches and over; by all trees 4 inches diameter breast high and over, those 3.6 inches and over; and similarly for all diame- ters named.
LOG RULES.
Doyle rule-—The Doyle rule, which even in virgin timber gives an overrun of 10 to 25 per cent, does not begin to give the actual contents of most second-growth trees and stands. Volumes and yields by the Doyle rule are included in the present publication purely because this rule is the only one familiar to many southern lumbermen.
Scribner rule.—The Scribner rule, while not widely used in the South, is employed widely in other sections of the country, and at present is used by the Forest Service in its timber sales in modified form (decimal C). Although fairly satisfactory for virgin timber, it fails to indicate the true contents of small second-growth timber by a considerable margin. An overrun of 10 to 20 per cent in second-growth timber is common, but this varies with size of log; the overrun for 8 and 10 inch logs may be as high as 40 per cent.
International rule-——The international rule is given in Table 173; its derivation is described in Graves’ Forest Mensuration.’ The rule is believed to approximate the actual quantities of lum- ber, without overrun, which may be sawed out with good equip- ment, proper care, and market conditions prevailing at least in those portions of the South where virgin timber is small or not sufficient in quantity to compete substartially with second growth.
TYPE OF STAND.
Pure stand.—A pure stand is one in which 80 per cent or more of the trees are of a single species.
Even-aged stand.—An even-aged stand is one in which the oldest and youngest trees do not differ in age by more than 10 years.
Normal or fully stocked stand.—A normal stand is one which is producing wood at the fullest capacity, in terms of cubic feet, for that species, age, climate, and soil. The number of trees per
10 GRAVES, H. 8. FOREST MENSURATION. 458 p., illus.) New York and London. 6.
16
acre necessary for wood production at this rate varies within wide limits, as shown in the footnotes to Tables 64, 96, 128, and 160.
The plots measured as a basis for the yield tables in this study were all normal, or fully stocked. They were selected in the field because the number of trees per acre and their distribution appeared satisfactory, and because there were no large openings between the crowns of the trees. Final judgment on their nor- mality or fullness of stocking was based on comparisons of their total basal areas (sum of the cross-section areas of all trees at breastheight) with the average of all similar plots measured. Those found to be abnormal by this test (see the references cited in footnotes 2 and 3) were eliminated from subsequent computa- tions. Because of frequent ground fires, hog damage, and lack of sufficient seed trees, normal stands are comparatively rare and represent but a fraction of the second-growth stands in the South. In selecting plots some leeway as to the meaning of full stockings was necessary in order that a sufficient number might be found without unreasonable expense. Since the tables give the average figures for the plots studied, they do not, strictly speaking, represent maximum possible volume. The additional fact that the great majority of the stands chosen had at one time or another been burned over (few unburned areas are known) and had developed naturally, should also assure higher yields than are shown in the tables, when protection and Ie NapeLe are introduced.
8 The elimination of abnormal plots explains the discrepancy in the number of plots given as the basis for the height-growth classification graphs, Figures 1, 2, and 4, and the number of plots listed in Tables 64, 96, and 160.
17
214-240 O- 76 -2
VOLUME TABLES FOR BAST ageing ae SOUTHERN
INDEX
Title of table | lolly leaf leaf’
0. 0. 0 0. Total volume in cubic feet, peeled wood_-________- al VG: 25 Merchantable volume in cubic feet, peeled wood_-_ 2 10 18 26 Volume in cords, rough (unpeeled) wood___--_-_-- 3 ryt 19 27 Volume in cords, peeled wood -_-____-____--_-__---- 4 12 20 28 Volume in board feet, international 44-inch rule:
Kor totaleheighiteim fects seo Se ee 5 13 21 29 Mor numberof 16-footJogss sane ae ee 6 14 22 30 Volume in board feet, Scribner decimal C rule _- 7 15 23 31 Volumein board feet; Doyle rules. 2225.2 Se 8 16 24 32
18
Table 1 Loblolly Pine
Total Volume in Cubic Feet [Peeled wood]
Total height in feet
Diameter ee ee pp eT en. 10 | 20 | 30 | 40 | 50 | 60 | 70 80 | 90 | 100 | 110 | Basis inches ee
Volume in cubic feet | Trees ot Sialiiaes Ea OSE O21 er0: 20 One i eeeen | ci ANN Eee Be ek ec A 12) ee 74) GG] a sot) 5 ALmneL YO stoi eee fees ape al fc alls te Soe I eect a Ne, eg BY ce ame .6 sO) 82 16 sie et Rar aioe 00 OF. Bl (250| 2564 :
Gi oe IE 2 al eee 2.3} 3.0) 3.8
ce SAE, Ts 3.1 4.1 5.2
cer Oa: | Raed ae 2 4.1 5.5 6.9
Dee es 5.2) 7.08 8. :
UU ees enc |b pe el 6.5; 8.8 11.0
1) SSeS GF“ nn aR 11 13
3 (DT RPAB Yy| Mieae ee e oReeane 13 16
Ca ee ae | Sines 19 (33° 8
1 es ag a ES © Ose Te) WOR ay fo RR OIR a ph Sethe 22
AG aga eel RM BU ASS ht st cat 25
5 A GSS DS BK 2 elo eRe FT AE 28
2 U (peek les sa Deel IS Sp dele sm a
5 SIE A fe | MCN ot Mes eee Re ee
1 LY ese Sas eg eM ae 9 | a
AU NR clk ih il ec pe
PP peri ae: Selig (7 cae | NES hl RCT RN RS Jo a eT
PA) peas pe Pani, (5 Sel REA oe | MNGi | ae toga aR PEO a
7 asses ag cI Pee Akl [REDS Sh Arf SPS x UE | rn cE
Pace i, SIMD AUNSSERS Be tic Toad ORE I PSEA | SUSUR Rane ene ws Se
Sa as Ne SAI he ARR aN EA Git
eee aie 20 28ce
7 ali te, (PCOS ge | eS iatetatatal ater
Basis eae ee 5 47 | 67
Volume includes peeled stump, stem, and top. Average deviation of individual tree volumes from tabular values, +:7.7 per cent aggregate difference, —0.22 ver cent. Block indicates extent of observed data.
19
Table 2 Loblolly Pine
Merchantable Volume in Cubic Feet
[Peeled wood]
Total height in feet Diameter oe. ae ees Uae SRE een Geen eee 30 | 40 | 50 | 60 | 70 | 80. 90 | 100 | 110 | Rasis inches | | Volume in cubic feet | | | Trees Fe a Ne Ons4alnOF8 7a aol an YABB |S AO6) xs ee |: ees | eel eee 5 pike eave b OEGO |) Oe ose | aos hea: Peele 28 q | (Reet ca 1.69))¢ D489) 200 aS°SS Ea A Raul nese) BaOhnl ecw eee 38 ate: Chas ae 2:48 | 4.62 | 6.48 (mOnaeu a7a4o 9. 8-30 | 2055 o 10ne 61 ieee Bee 3.25 | 4.69} 6.10| 7.48] 9.00/10.3 7119 $13.3 | 146| 653 OR. kas 4,27 [ae 7.90 | 9.90 | 11.3 | 13.3 | 15.0 $169 | 19.0! 30 TG dst See 5.47| 7.744 990/115 | 14.3 | 167 |188 1213 | 23.8 17 Diets wr dn Accel 9.70 | 12.0 Ez 17.4 | 20.2 | 23.0 [260 | 288/ 21 Loe ee 11.5 | 14.7 [17.3 | 20.9 | 24.2 | 27.8 |31.0 | 34.3 10 19. er eee eee Be 17.4 120.8 124.8 | 28.5 1326 |367 | 40.2) 16 jis hee eee 20.4 | 24.5 129.0 | 33.3 |380 | 425 | 47.0 14 15 eee a anes flog, Bee 23.6 | 28.3 133.4 |387 | 43.6 |488 | 53.9 9 16cc nal. 8. pant mee 27.1 | 32.3 437.9 | 43.9 | 49.8 | 55.4 | 60.8 1k ya it Oe ak coe 2 ened eles ) 36.2 7424 449.3 | 55.8 | 622 | 67.9 14 isc e) ee ee eee iS oe aa 40.3 | 47.2 154.9 | 62.0 | 69.0 | 75.0 3 10.08: OUUy | 1 ee Meee 44.8 | 52.0 160.4 | 683 | 76.0 | 82.8 6 0.2 be Re AE ES a 49.0 | 57.0 166.0 | 74.8 | 833 | 90.8 3 Dees ee ae eer | eres aes Jere a 62.4 | 720 181.3 | 90.5* | 98.9 1 Oe Westen MO cone. eau 67.7 | 77.8 487.9 | 97.8 | 107 1 oy) BO Od ee ee ee 73.0 | 83.8 § 94.8 |105 1. ye ele eee a eee ce 78.5 | 89.8 f10l [113 io Bean [eee OF. k Ott Weal hs Me ee eet 84.2. | 95.9 [08 1120. -|-dg2- pe ee D6 cll aca ds eae (0 al ae Se 89.9 |102 [15 (128 140 boa i ee Heme i anil Pes Ries et as 95.5 |108 [122 {136 149 Basis. See are wa Se | 50 | 15 | 6 | 345
Volume includes peeled stem above a 1-foot stump to a top diameter inside the bark of 3inches. Average deviation of individual tree Volumes from tabular values, +7.7 per cent aggregate difference, —0.22 per cent.
Block indicates extent of observed data.
20
Table 3 Loblolly Pine
Volume in Cords
[Rough wood]
Total height in feet
Diameter ae ke eee er cr len 30 | 40 | 50 | 60 | 70 | 80 | 90 : 100 | 110 | Basis inches a a Volume in cords
| | | | | Trees 4 2219500900 0501401 |G O190TK0, 0239" 100270 0|e ee a kee eee ee 5 eee Oat 0158 | .0240 | .0304 | .0368 | .0427- |0, 0484 |_._..._|_.----|_--__-- 28 (er on 0235 | .0341 | .0445 [. 0531 § .0615 | . 0690 |0.0769 |_.-___.|_..___. 38 7....----] - 0342 | 0474 | .0609 | .0727 {0846 | .0050 §.105_| 0.118 |... 61 Rie met i 0445 0620 | .0799 | .0960 | .113 | .128 [143 4 .158 | 0.174 53 Qin waar ctiant .0575 | .0704 §.102 | .124 | .144 | .163 | .183 | .204) .225 30 10s. 23 oe 0715 | .0904 |..127_|.151 | .177 | .201 | .226 | .255| .280 17 1 ee eso .122 | .154 Be 215 | .244 | .276 PO ced ial de .147 | .183 | .219 | .258 | .290 | .330 tear 2 | sear broertnr | 217 [257 4 957 4.302 | .342 | .390 rayne OES ee eer Pe ae 252 | .300 [| .350 | .398 | .451 ieee a ee Pa ee .290 | .347 §.401 | .459 | .519 ote ee PURE elon ae ee .829 | .305 #.454 | .520 | .589 Ae ep RA acy Sa akc oll ae a .445 |.510 9.588 | .660 eee Pc eee I ell ee oth .495 | .568 4.655 | .734 Na io A Mey ADR ca 2 own Kee .545 | .628 1.721 | .810 Ne SI WN ll hos ave .598 | .691 | .788 | .886 Fein ae AM NE ee chron welts 2) .753 | .858 | .964 FOB a alk oie eS Wea i eel ae oe tees .817 | .928 11.04 DN opal i RN Bah > atlas en [eee 882 | .999 [1.12 ON aie Ol esis Bala Bioe oc taea = vel. |p .947 11.07 [1.20 Asati, Tek | Arann ie ae tis ER fy RE 1 Ole 340" M108 DGhiem ee Gl Mlereb eatery Maewene ale yl 1.08 {1.22 [1.36 Dewees VSS ce eee ame ae tae aa 1.15 |1.29 1.45 Basis__..- By | el Ge atl | 50 |
Volume includes stem with bark above a 1-foot stump to a top diameter inside the bark of 3inches. Average deviation of individual tree volumes from tabular values, =:7.7 per cent; aggregate difference, —0.22 per cent.
Block indicates extent of observed data.
21
Table 4
Diam- eter breast high, inches
ewrce—
2ec-e- = we2re—--- eee rre ~-2s2e-<-
~eeceee =—e2r2e--= —~2se-+--=-- ecore--=
Basis_.__!
Loblolly Pine
Volume in Cords [Peeled wood]
=
Total height in feet
30 | 40 | 50 | 60 70 | 80 | 90 | 100 | 110 | Basis Volume in cords Mei eee Trees 700643 10:0106710,0148 90..0198.10.0230 |... a) ie te 5 30210. |. 0184. 20242 1 0208.\" 03550. 048i ue. eal ee 28 0185 | .0275 | .0358 | .0430 tel tpaelosaen Wee sl te pee 38 0260 9 .0377 | .0490 | .0593 | .0705 ) . 0812 | .0905 | 0.105 |-....-- 61 0348 | 0497 | .0650 | .0792 .0950 | .110 [7127 | .141 | 0. 154 53 30448. | 0G37HE J 0833. | 6103 (| 122 2 11391 1eS fie 17981) 2190 30 0570 | .0800}.103 | .123 | .145 |.170 |.198 | .221 | .245 17 Bnee en 100 | .126 | .150 |.178 |.209 | .239 | .269/| .298 21 Sores 120 | .151 | .180-|.215 | .248 |.2984 | .320| .365 10 SRN ee 179 7.214 §.253 |.204 | .334 | .375) 415 16 MT 3 tae 209 | .250 |.295 | .340 | .388 | .432]| .479 14 ci ea lull 240 | .290 | .338 |.392 |.444 | .495| .549 9 SH 009 (eae ee 275 | .331 1.385 | .448 |.504 | .560/] .620 11 OL Sea ae 374 | 1433 1.500. | .568 | .630| .692 14 ee pC ae oe | 416 | .483 1.559 | .630 700 | .768 3 Sei. | eee y+ | are» 12-450 5350 [614 \0-695...|2o. ae5ulvens4s 6 BS I ke BOl © 12.585 7§ee670). 122660... 848 | «92m 3 epee eM be ee ae ae 638 | .730 | .828 920 | 1.01 l eS et Ree = Se a AR .690 | .790 |.897 | .998 | 1.09 : BU Ne al) Abc Ohi ee “746 | |\-2850.ab 963. ei 07 iolz ae ee ei Se Rae Be .800 | .910 11.03 | 1.15 | 1.26 1 Bosc Wal Ace, UI LA eae “857 | 975. WL10 | 28 1) Aso es Se a oe SAO Toes Sool tanta 913°. 04. 17. |. 30. | e43 | 1 EE ie eT, WR en eae 2074 1210.) 4104 | 88. cles 2 5 47 67 60 51 44 : 50 | 15 | 6 | 345
Volumes includes peeled stem above a 1-foot stump to a top diameter inside the
bark of 3 inches.
-+-7.7 per cent; aggregate difference, —0.22 per cent. Block indicates extent of observed data.
22
Average deviation of individual tree volumes from tabular values,
Table 5 Loblolly Pine
Volume in Board Feet International (14-inch) Rule [Total height]
Total height in feet
Disaneter | >...
ees 40 | 50 | 60 | 70 | 80 | 90 | 100 | 110 | 120 | Basis
inches 2 LS URINE ae oh eS Volume in board feet
(1 A ae ae 16 17 s PP] sal Bt SR SSN ON SAREE Dy rea | eS
23 fi 28 35 43
eae Srascip a
72 92 110 94 119 142 119 149 177 144 180 214 172 213 253 201 247 295 227 282 338 256 320 385
576 727 S707 COL at 116) | see 1 618 780 932 4 1,068 § 1,190 |_.__.-- 2 49 45 50 14 Gripe eee 249
One-eighth-inch saw kerf, 1-inch boards. For 44-inch saw kerf deduct 9.5 per cent.
Stump height 1 foot, top diameter inside bark 5 inches.
Scaled in 16-foot log lengths, with 0.3-foot trimming allowance, and additional top section to a 5-inch top. Average deviation of individual tree volumes from tabular values, +12.6 per cent; aggregate difference, —0.9 per cent.
Block indicates extent of observed data.
23
Table 6
Loblolly Pine
Volume in Board Feet
International (44-inch) Rule
[16-foot logs]
Diameter breast high, inches
One-eighth-inch saw kerf, 1-inch boards. Stump height 1 foot; top diameter inside bark 5 inches.
2 | 3
31 40 43 58 55 68 83, 118 98 | 142 UES) Gy 130}; 194 149| 222 168 | 251 189 | 282 210) 213 233 | 347 256 382 279] 419 3041 458 331 | 500 357 | 542 386 | 584 payee 628 HOR 674 Poe 720 48 53
Number of 16-foot logs
Volume in board feet
| Ge eee 187 230 219 272 255 317 292 363 333 414 375 468 418 524 464 583 511 643 562 705 614 770 669 839 725 907 784 975 844 | 1,046 906 | 1,119 969 | 1,190
—]
4 | i> aes Basis
249
For 14-inch saw kerf deduct 9.5 per cent.
Sealed in 16-foot log
lengths, with 0.3-foot trimming allowance, and additional top section to a 5-inch top. Average deviation of individual tree volumes from tabular values, +7.2 per
cent; aggregate difference, +-0.86 per cent. Block indicates extent of observed data.
24
Table 7 Loblolly Pine
Volume in Board Feet
Scribner Decimal C Rule
[Total height]
Total height in feet Diameter ; breast high, | 40 50 | 60 70 80 90 100 | 110 | 120 | 130 | Basis LACHES ass) anchors fens penile fet
Volume in board feet, in tens
es | Trees
Aetanusaein| eectecwatedl 17
58
31
22
oA
12
21
23
15
14
19
6
10
8
Ls A Das aca ee AA 0 ge Ge 75 y) 7) Nae Seca Oe Soper Ate| ashe 55) 62 70 84 2 78ers ta ead ne (a 45) 62 60N) 68") 76 91 1 7 Sl ade ee has ee age Ag ssi 6s 1 761) Bt 100 2 OB eee bo eatpic stale aie oa Rl GR GL Gai or TOS) oso ieee, ie A teks tc ee Im bo aa 58 | 68$ 78! 89| 98 118 1 ey SR Rs RR aS eS i 63 | 74 (smsemimmoom 107.8 129 3 Ae eal 0 tet ES a we) sol 8) tO, Pe Ter | ep Oe er ee ao Tl) SB C1 2) Tes) see ag Basis.a i) able: DUS 7A IN 1650 | ealvie les in 20 7 eed 1| 291
Stump height, 1 foot; top diameter inside bark, 6 inches. Scaled in 16-foot log lengths, with 0.3-foot trimming allowance, and additional top section to a 6-inch top. Average deviation of individual tree volumes from tabular values, +11.2 per cent; aggregate difference, —0.01 per cent.
Block indicates extent of observed data.
25
Table 8 : Loblolly Pine
Volume in Board Feet
Doyle Rule [16-foot logs] _ Number of 16-foot logs Diameter breast high | | Z imches ’ 14 | 2 | 3 | 4 | 5 | 6 Basis Volume in board feet | Trees ps gl SS Per el, Pty ak Spe AS 11 16h oe eso ee ee ee HORII sales tured Whee ath Santee 13 | 22 Sah oes ee [oe sues eee 12 LQ SNe Bene Sao eee 17 27 43 63 SON oesceeos 17 |
1 6) Uepagieene Pape eee nt Se see rts ae 20 33 54 | 78 (1) a Pee 21 1 I eee eee ga) SS Ree 23 39 67 97 125 155 10 1S ee eae 27 46 80 116 151 187 16 14 op eee Be ae 30 53 | 93 137 178 222 14 1 1 RS Se ER an. SOP ae 34 60 108 158 208 260 9 1G eo et See ee eee 38 11 | Ly (ees oe ee a eee BE ee oe a ote 74 141 14 Sch ee A ee ae 82 158 3 1 SSRs ee nee eo See. AY eres (oie REM Ro aren | A ak 178 6 | ERR wl acest is Ne neler Certara be | RR sg 198 3 > Ree ana pi Renate eh SUNN (Fgh ee ENS pte CO 222 iy 2D ah Se ioe Saye, re tl ae ee MI Sk 245 1 Do ce bw a aes all ae asa eens: 2t0:8.. 402>|:— - 04058 ~. G60s-co2seee 7, SMES Nes 2 eee eRe Ege | OME ee Bie | ARs Sa 296 1 De re wea eres ase (NG ee als le eal 323:8. 44961 ~~ G44:0 = 2803322 s DG es eB se, A 352 1 7 -{ [RARE CD Op IDS ar ea ere Hirg nee POA SNIgY De | eee ik 380 2 142
Stump height, 1 foot; top diameter inside bark, 7 inches. Scaled in 16-foot log lengths, with 0.3 foot trimming allowance, and additional top section to a 7-inch top. Average deviation of individual tree volumes from tabular values, +10 per cent; aggregate difference, +0.24 per cent.
Block indicates extent of observed_data.
26
Table 9 Longleaf Pine
Total Volume in Cubic Feet
[Peeled wood]
Total height in feet
Diameter
Tee 10 | 20 | 30 | 40 | 50 | 60 | 70 | 80 | 90 | 100 | 110 | Basis fi CHG (te esl it al : Volume in cubic feet
Trees ol eae DutlOMOE Os 0d ONS mura CEM cr caer ICR Pee aC is mene POM SUSU AZAR HOMO Wate ieee (ik ae Tina te eer a A | NAP aEESa MOM ASG CNOn oe Wiis cua 14 ule TA 81 1.3] 20] 2.5 at 2 ee al ee ee ee 69 yo ee eS 121 21| 30! 38] 47 a ig c al ge ag 95 i. een ae | 16$ 28] 41) 5.41 67] 78 | A a ea 88 ge a ae Fe Bes woes | 721 rake | WOKS PRS L130 | 89 Gea ae beth inal bee Gus Oht | dea iaee | 1660, (ome fs | a 45 (Sig he clap cg aE 8.34 11.2] 13.81 16.5 | 19.1 | 21.67 24.3 | 26.9 35 Ticats allel ers ch oat | its ia 13 17 |20 |23 |26 [30 | 33 27 te Ee EON Ee Bere 16 120 924 |28 |32 $35 | 39 11 ee Eee eee eo is) | a3 | ogr0 | 39. 36. 4m oN 45 9 icp aa iaoe Wal eam a dig de a Pog Nai, lise |edom a7 oN 52 F eae ee Oe CS eS ela ee D3 ogee Wane leat l4g 44-69" 9-58 15 [po CL a AN ase C nC eee, 2 |32 139 |45 |52 | 58 | 64 9 Sy (ape ee ea Aer eee eet eae 23 |35 442 |50 | 57 | 64 |71 11 Tee ee ete ee he ee ee cpe i eheeewen roe) 62 p69 «77 1 Basisuee sales 10 | 78 118 127 |84 | 73 | 27 | 6 | ent 523
Volume includes peeled stump, stem, and top. Average deviation of individual tree volumes from tabular values, --7.2 per cent; aggregate difference, —0.31 per cent. Block indicates extent of observed data.
27
Table 10 Longleaf Pine
Merchantable Volume in Cubic Feet
{Peeled wood]
Total height in feet Deere reast high, 20 | 30 | 40 | 50 | 60 inches ee a eee
70 | 80 | 99 |
100 | 110 | Basis
- Volume in cubic feet
Pcp FAAtte a | eotentth lola ACM 14/158 19.0 | 22.3 an 31.8 27 [QieneMte we oh Gees ene mee 14.5 18.7 | 22.6 | 26.5 | 30.04 34.1 | 37.8 11 1921 RR a es 16.8 | 21.5 | 26.2 | 30.7 | 35.0 | 39.6 | 44.0 9 TL a rae ae ee 19.2 24.4 | 28.8 | 34.8 | 40.0 | 45.4} 50.2 5 maleate 3) oy ase | atlas 2k 21.7 | 27.4] 33.3 | 39.0 | 45.0} 50.8] 56.5 15 (eae See | eee ie eee ee 24.2 30.2 | 37.0 | 43.3 | 50.0| 56.3 | 62.6 9 7 ss cet Sede ew seal oe |S ose 26.8 33.2 1.40.7 | 47.6 | 55.0 | 61.8 § 69.0 11 Sm A ee 2 [| ae 29.3 36.1 | 44.3 | 52.0 | 60.0 | 67.5] 75.5 1 Basta ste ae lOc cyse iss iioy seale |7aee Poy | 6 | ees 523
Volume includes peeled stem above a 1-foot stump to a top diameter inside the © bark of 3inches. Average deviation of individual tree volumes from tabular values, 7.2 per cent; aggregate difference, —0.31 per cent.
Block indicates extent of observed data.
28
Longleaf Pine Table 11
Volume in Cords
[Rough wood]
Total height in feet
DDISMeCten saa a a ae ca a ae eee han 20 | w | 40 | «| o | | 9 | w | 100 | 10 Basis SBOE) OVS ee acai a AR i Ee NL dl NOB ec Volume in cords
| | | | Trees 1 @ ae 0. 00721f 0. 0107)0. 0165)0. 0220{0. 0279!_._...|......|....-.|------|------ 14 Bel kee ee 00814] .0165| .0258| .0338/ . 041390. 0492|_..___|......|-.---.|/.-.-- 69 Giese am 0123 | . 0238] . 0365] . 0490] . 0595) . 070240. 084110. 0960/...._.|.....- 95 Wee aene 0164 | .0320) .0485/ . 0665) . 0830) . 0960, .110 f .125 |__.__.|_.___- 88 cane Chen 0210 | . 0410) . 0618) .0865| .107 | .126-| .140 } .158 |_.____|_____- 89 Oe) | hate .0264 | . 05091 .0760| .108 | .183 | .158 | .178 | . 200 [_--_-_|__--_-- 45 WO eats <n hifi, , 0915) .129 | .163 | .194 | . 223 0. 278) 0.303} 35 SSN ae Sete | re ee OE a oa 155 § _.196 | . 233 | . 270 339| .371 27 Se SE ol OR Gl Ae aT .181 | . 229 § .275 | .318 .400/ .439/ 11 71 ieee | estes et JRL So . 208 | .263 | .317 | .366 ~~, 4634 . 509 9 Yr li po a gape epi TS .238 | .297 1.359 | . 416 526) .579 5 Pineal pth ie pepe MAb ee . 266 | .331 | .401 | .465 592] .650/ 15 jG heen ear ene i .295 | .865 1.445 | .515 |. 6574 . 723 9 fine een Nees lice iow = | ee . 326 | .400 | .487 | 567 | .651_| .722] .797| 11 yee eto Sapp es yee a 358 | . 435 | 532 | .617 TTA | . 789] . 869 1 Basis | 10| -78| +«118 127 84) 731 «27 Q aie 523
Volume includes stem with bark above a 1-foot stump to a top diameter inside the bark of 3inches. Average deviation of indiviual tree volumes from tabular Values, +7.2 per cent; aggregate difference, —0. 31 per cent.
Block indicates extent of observed data.
PAY)
Table 12
Diameter breast high, inches
were w neces
Longleaf Pine
Volume in Cords
[Peeled wood]
Total height in feet
| 00
| | 70 | 80 90 |
| |
|
100 | 110
Volume in cords
. 0788) .
. 105 . 130 . 162
. 196 . 232 . 268 . 304 . 340
377 413
0. 00476(0, 00714 0. 0118)0. O162)0. 0212 _____. 00568} .0118 | .0194] . 0255). 00889] 0178 | 0284) . 0382) . 0473 0122 } .0245_| .0380) .0525) . 0667
ee "70318 | . 0486) 0690, . 0870
ae 0602] .0870 . 107
Reel abe: -O734_.107_| . 134
/
Jods, eae teat 127 |. 163
Bos ae SS 149 |" 192
Ce i 172 | . 220
2 a te er 197 | . 250
oh Na aN Ease 221 | . 278
fo trea Keene PRL 246 | . 308
Br IE Fal a ee 272 | . 338
Ee pate pee 298 | . 367
fete 10), 78|,, 1s\en 127
eereceee -= eas
. 138
Basis
523
Volumbe includes peeled stem above a 1-foot stump to a top diameter inside the
bark of 3 inches.
values, +7.2 per cent; aggregate difference, —0.31 per cent. Block indicates extent of observed data.
30
Average deviation of individual tree volumes from their tabular
Table 13 Longleaf Pine
Volume in Board Feet
International (44-inch) Rule
[Total height]
Total height in feet
Diameter 7
Drcasueyee40) || 5010) 60) | 70 | 80.4) ol al 100 1) 110 "| © 120") Basis high, inches Volume in board feet
| | ean | Trees at thee! | ie 16 OPT eas nM 9a iene ne Aro 17 Pine a Re are Cs 24 32 BONN urea ate 77 Rie ee ta 1 22 34 46 Ge ats, TN ISS Ss LSE ean eee 89 Quem 18 30 47 64 81 ipa egca Ro Tea ie 45 TOM ee Veal tye 40 63 85} 107 Bw AGA OU Ns 35 iy eet rs aie I a G2) PO et 7 | GOL USB nue colin we 27 ‘iG eR BE ie eee NOMERTOOTE e134 io PAGS |r. 9Ot| ayes a oleks so 1 ott eM hee ics AZON NG PO00' 28 %ah ge Oydl few ued ie ae 9 TU ead SP qt a eS3i 8228+) 270 1.) SHON s4ei lesa 5 se es AMR Wea | ee OF ee aad | etre Le 15 1G ed eM NOR TGQ) O26" OSI 3340 384 A 430s 9 G7 ae re WE NTA 2500 2S |. 367. AW waza le 11 sn TOTES Sines Pcie ata 207 Nazis |p see) asesip 457 |. bid, (Le 1 Basis..__- Bulge 47, oasis) ones an aaes, |) by | 5 | phere | One 351
One-eighth saw kerf, l-inch boards. For 4-inch saw kerf deduct 9.5 per cent.
Stump height 1 foot, top diameter inside bark 5inches. Scaled in 16-foot log lengths, with 0.3 foot trimming allowance, and additional top section to a 5-inch top. Aver- age deviation of individual tree volumes from tabular values, --13.4 per cent, aggre- gate difference, +0.91 per cent.
Block indicates extent of observed data.
Table 14 Longleaf Pine
Volume in Board Feet
International (14-inch) Rule [16-foot logs]
Number of 16-foot logs
Diameter breast high, 14 5 | 3 | 4 : | Seth Volume in board feet
| Trees eee See eae eee BR 17] PAD pi Nee 8 eR STA Egg VE oy eels |S He ea AS V7 Y (aeieoene lpn, Semeiree mga. "nV ene eneenc Der 19 29 | 10 oy Pa ae YE ie ACD Unease 16 Veet aes Gi ee aes ee 21 37 59 SDT eee a Sa | 89 Qay onan i eu eee Bee eine 23 45 75 106 NES (ea ee eee = 45 WOR Sea eee 26 | 53 91 129 168 210 35 1 ote Seren eae Be eae eRe 29 61 107 154 201 | 248 27 bE sapeetge heat XatetMpee ae, A 32 69 124 180 235 291 11 Poo e te eee es Sees ee 78 140 207 270 336 9 V4 ee ae Se See 86 158 234 306 382 5 INN sk ea Bd 94 id 263 345 432 15 i ( cea ee nig ek Re ov Ra era rnin ake 103 197 293 387 484 9 Wiese acces ee ai ee 112 218 324 431 539 11 i |; ree ie eS etn, || Vata Si 1PAL 239 356 | 475 595 1 Basishdeee as bem aad 63 | 134 86 60 | 8 | as 351
One-eighth-inch saw kerf, l-inch boards. For 14-inch saw kerf deduct 9.5 per cent.
Stump height 1 foot, top diameter inside bark 5 inches. Scaled in 16-foot log lengths, with 0.3 foot trimming allowance, and additional top section to a 5-inch top. Average deviation of individual tree volumes from tabular values, +6.2 per cent; aggregate difference, +0.43 per cent.
Block indicates extent of observed data.
32
Table 15 Longleaf Pine
Volume in Board Feet Scribner Decimal C Rule
[Total height]
Total height in feet Diameter breast : high, inches 40 | 50 | 60 | 70 | 80 | 90 | 100 | 110 | Basis Volume in board feet, in tens | | |
Tl SRS Oe ek aS |) eet | eA ee Pee | 1 it 2 Stes canes De es NR! et Seer 1 | 2 3 4 § 5 (0) Svea epee eee ae a 1 3 4 +) 6 7 (a Sean PGR yD, | 4 6 of 8 10 1 OE ca es Jee OB) 7 9 10 12 1 Aaa Lai, AREER ye | 4 7 9 11 13 15 BLESS Fey reciept 9) : 8 10 13 15 18 4b Se eae se eee 6 9 | 12 15) 18 21 SUES Oy usine Oar cians ae rf 10 14 17 20 24 (Gees eS Tae ee Tali 15 19 23 26 1 ick ee ams a oka 13 17 74 25 30 1 fo} Se SSO rs noe Re tr 14 19 24 28 33 JIG). eee Saat Si ame seme | Va 16 Pal 26 31 37 ves OIE ees, Ae 98} 29 34 40 Basige swe eh OG | Te On" ee
Stump height, 1 foot; top diameter inside bark, 6 inches. Scaled in 16-foot log lengths, with 0.3-foot trimming allowance and additional top section to a 6-inch top. Average deviation of individual tree volumes from tabular values, +10.1 per cent; aggregate difference, —0.6 per cent.
Block indicates extent of observed data.
33
214-240 O - 76 - 3
Table 16 | Longleaf Pine
Volume in Board Feet Doyle Rule [16-foot logs|
Number of 16-foot logs |
Diameter breast high, inches 1% | 2 | 3 | 4 | 5 Basis
Volume in board feet
| T rees Oe RE A SE ee ee 12 j ed 23 728 VN peat te 4 | LS Ealaetta Nn nenstys ae fiais wh cok MEMaeS TK Ror MCn <7 peal 13 23 | 35 Cs 7 far bahar RYA EES EONS ONO Sie Sah ce 15 29 47 | 65.2022 33 1 Ay a pet a Recess” ten Ee 16 35 59 SShiee ene Fa | 1 VARIED tee hans She te Titty amen ps Min ee 41 71 1O23)-=522- 22 11 | Sis We ares ee NE ey. Crean am a aE le 19 47 84 122) eee 9 | A ye es Bc ee eee 20 54 98 143 187 5 | Se SR tes Set et ee ee 22 60 112 164 217 15 | BG se Roca sk ah oes, ee el eta ae eR gee 23 9 jy SE LLANE Salons oh Ma vere MUN Biles | RMR jab ue 11 bho een ER OP Maa REN. Pree Nera Py = Reems ney 9 ore AVE AE ihe Waa 1 BASIS 2 Fe etre hee a ee ce 21 157
Stump height 1 foot, top diameter inside bark 7inches. Scaled in 16-foot log lengths, with 0.3 foot trimming allowance, and additional top section to a7-inch top. Average deviation of individual tree volumes from tabular values, +7.8 per cent; aggregate difference, +0.03 per cent.
Block indicates extent of observed data.
34 |
Table 17 Shortleaf Pine
Total Volume in Cubic Feet
[Peeled wood]
Total height in feet
Diameter ; breast 10 | 20 | 30 | 40 | 50 | 60 | 70 | 80 | 90 | 00 Basis high,
inches
Volume in cubic feet
Volume includes peeled stump, stem, and top. Average deviation of individual tree volumes from tabular values, +7.7 per cent; aggregate difference, —0.09 per cent. Block indicates extent of observed data.
Table 18
Total height in feet |
Diameter | | | | | |
breast 2 | 30 4077) 5075 \5 602 4) 20 80 90 | 100 | Basis
high, | | | | | |
inches
| Volume in cubic feet S area Sr EONOST ER ONOS Lisoehala ale 208, ean Foes ea as ee 7 fecerstes of =.99 | 1-567 215 279g oo Aleem ema Sees 26 GM ese 1.43.) 2.24 | B15, | 4. Oby 95.0296 _6. 0250 G95) ee eer 43 (Cee ere 1.98 | 3.05] 4.33 5.52 | 6.95 (8.32% 9560)! 10:9 | 22 40 Be Sauer 2,56) 4.00) 5.61| 7.20) 9.14] 110 712-7 9_14.5| 16.4 34 QF 2 -ateet | 3,28 5.04.9. 7.04 | 9.18] 11/41 13.7. | 16.0 | 18%6 | 20-7) 96 1022 ee oe 26-15 (e859 | IE Sy 3006s 8 ee | 23-0 | 202 | eee Sees ee 40.2 13.4 | 16.6 120.3 | 23.9: | 27.9% 30.81 19 Dies Sale Bee be eee f12COS 15.98 | 19070 2A 8) 2825 eo oeO toga 4 td vente cit hens ees IS 1854 | 22.8 028.8 gs 2 38:71 43.0 | 4 (ei eet Bee eee oe Laws ou 211) | 26.4 [325.3832 44S ee naeo | 9 pest ens ee ee, a eae 24.0 | 30.1 § 37.0 | 43.8 | 51.0] 57.5) 21 | \ | | |
iGo eecseelid-< 22 hs ales cee: 27.1 | 34.0 $41.9 | 49.5 | 57.7] 65.0} 9 ily ees Seles ee pein eee 30.4 | 38.3 46.9 | 55.3 | 64.7 a 1Seei ese pie a BS [sug eee fees | 33.7 | 42.8 $52.0 161.5 | 72.0] 91.8 6 192) ee fe eee eat. Mi | ees [See 28 | 47.0 | 57.2 i 63.0_| 80.0 | 90.2 4 205 22a. Ee ee eee | ee? | 51.3 | 62.8 | 74.9 88.2 | 99.8 3 see ie |e eeey eae Pee ee O87 |82-4- #96839 \ Doe eae sees ae eae PF eee al be es | 74. % | 89.9 | 106 VOL) es] Sees ss pe aim Sian ee ee Nt edge Lee oe eel ee Seen |S | 80.8-\|-97.7--| 115 1 737— d e 7 pepe Se «|e Sein ee ae Sees eases jessoeee | 87.2 |105 | 128 149 2S ee 252 BW lee ee oe ee reas a er seas isan 108) | 132 bing beeae 26 ee gle. set ee la ke ls eater 100/121. (| 142 465 1 eee oe 1 | 2 t 44. | 49 | 53s BA 35 | Bol) ie sero
Shortleaf Pine
Merchantable Volume in Cubic Feet
[Peeled wood]
Volume includes peeled stem above a 1-foot stump to a top diameter inside the bark
Average deviation of individual tree volumes from tabular values, +7.7 per cent; aggregate difference, —0.09 per cent. - Block indicates extent of observed data.
of 3 inches.
36.
Table 19 Shortleaf Pine
Volume in Cords [Rough wood]
Total height in feet Diameter
breast | A high, | wo | 4 | 50 | | 7 | 0 | a | 100 | Bass
inches |
Volume in cords
| Ee ay
| | | Trees Links tea eee eet ee Po oan enc lie cigar iat 7 ee wias 0148 | .0229; . 0306] . 03903__..0465] 0. 0528 mies ee 26 Girt kee . 0207 ae .0320' . 0432] . 0550 -os6e 0755 10755) 0) 0850 4.8 GRtleo2 43 fe 0275 | .0424§ .0575| .0733| .0890| .1034 . OSM 40 Boca | 0350 | .0540) .0745| .0950| .115/] .133) . .163 | 0.176 34 Oi ihe 0440 | .0665) .0924/ .118| .143| .166. 225 26 AO eee al aoa 20810 Meee easel ate! 5203 279 17 TR ok tae | Bato 8 pee leila | alg) 1206) 1) 412449) 337 19 ie ea ek SON eee .155 | .200| .245] .289 402 4 CaaS CCen eee 179 | .234| .285) .339 | 475 4 ee Ee ee eee 269 | .329} .392 | 552 9 Hoe Aree Bae lL pel) ent .307 | .374] .450 | 635 21 NG samen Ree] lee de 345 | .424] .510 725 9 iy es 2 ae ee ate le .386 | .476] .572, .660| .749) 821 11 Heie anaes | bee oN) ell eee .427| .530 |_.638 | .738| .842} .921 6 ieee SC re eer een lenua. eee .588 | .708 8 .820| .940| 1.03 4 ites eee ee ed 5 ol nae Bee: .647 | .781 1.907 bee 1.15 3 Die ae Me teeesil| ok Nag seme! ob ul EE .860 | .996 91.15 | 1.26 1 Tipe On: oy sweat eg £939 | 1.09 sy aoe a 1980) VL. ee SE OO Ee ee ee Oe Te SE Be | ice) ee SN VON ES ee eet ee eee TephO! | 1929) 4 | 4148. aNIeGo. Ale ees Dime ae eo ab NV wees 2b HPS cr 1889) 8) GO 1479) pe ae OY te |e TE SR Ae ee ce 127 0 h1950) selee72) N14 1 Basis_____ i 9) 4449 58 54). 35 21 5 285
Volume includes stem with bark above a 1-foot stump to a top diameter inside the bark of 3 inches. Average daviation of individual tree volumes from tabular values, 7.7 per cent; aggregate ‘differen2a, —)J.03 per cent.
Block indicates extent of observ2d data.
37
Table 20 Shortleaf Pine
Volume in Cords
[Peeled wood]
Total height in feet
breast high, 20
Diameter | inches
30 | a | so | oo | 70 | so | oo | 0 Basis
Volume in cords
Trees
OXOD5O ESHA SAAS ie ae 10249 |aes0s049)_ 10398] 010466]. oeecle oes 26 es ee (0162 1 .0252| .0352| .0455| .03501 .0670| 0.0772|-......|_-.---- 43 iio here .0216 | .0335) .0470 - 0598 10750( -s09T2) 21040) 0,118 ee 40 9. ee .0273 | .0427] .0597) .0770, .0973| .117 aso). 154. 0. 174ice 4 Qs tee 0334-| 05274, .0741|, .0967| 120 | .146 1 2170) aon. 219/—. 26 106) Cees .0635' .0805, .118) .146| .179| .208| .239] .267| 17 eae Se Berge .105| .140| .174] .212| .249| .286f .319]/ 19 Dee | aa Be ee S194) | $163") 52041) 25051 2203 |. 3408 e370 4 seine gt Aires Sees! igen ts. 1435) S1800l) 28741 e 4900) | sS41a|e= 307) aes 4 1 ween ee bai ee a fe 2 gee ONT | D7 1a 332.) e302 2 oe 4orle ae ots 9 15 eee eae is ae 246! .3091 .379| .448| .5 .590} 2 1620s eee ae me le oa .277| .349] .428 |) .505/| .590) .666 9 17 ree ae OE 26 Nadel od aes -309'| .3890] .480 |: .566.| -.660)-mse740l — aes ee? Wea ten WR Suleman. 7) 341 | .432§ .532| .630/ .787| .839 6 1952 SS Sige pels died od BS 9 SA ee veo .476 |) .589b .696| .816| .927 4 Dok oan ese eh lahat Nee) Ste SA .521) .645 | .900) 1.02 3 1
Volume includes peeled stem above a 1-foot stump to a top diameter inside the bark of 3 inches. Average devitation of individual tree volumes from tabular values, +7.7 per cent; aggregate difference, —0.09 per cent.
Block indicates extent of observed data.
Table 21 Shortleaf Pine
Volume in Board Feet International (44-inch) Rule
[Total height]
Total height in feet
Diameter breast r high, inches 40 | 20 | a | ie
80 | 90 | 100 | 110 | Basis
Volume in board feet
NC ape es ea bh ay fee 210 267 324 380 AS On eee ae 9
Heer Nee al MRR A OTE 233 299 364 429 S| Baoecee 11 IL Spams melas ways yen | Re een AY 254 331 407 483 Syate)| pe eal 6 Io ee seaaie S Sieees WE ese ep a 365 | 453 541 O2 pas Sees 4 PA EES See Nee ee es alone 4 | SL ANE 4 411 506 599 690 780 3 7 pap a ap 3, ke) ted Be eee 560 664 767 870 1 Dee ee pare ees een eer ete eae | ae I O20 Ce ToO up f S40 hg OOO! | 2. sie See ae a eee ne eee eT Ry ONN ye G89 he SLO O36) FOL, Obor ls 2a. ties Ae eee ee oe |e eRe ROR Ube uals eDowlh y Solon T. O2bem dT Tos). 2. 2 2 ee ern ee ean ae ae! (et cmt oe ale BE Ou. | QGOuE L, FOr mel, 2030 toe 2 ee PAD esters eens 1s eps |, 8 sed |p ce fy el Na 1
206
One-eighth-inch saw kerf, 1-inch boards. For 14-inch saw kerf deduct 9.5 per cent.
Stump height, 1 foot; top diameter inside bark, 5inches. Scaled in 16-foot log lengths with 0.3 foot trimming allowance, and additional top section to a 5-inch top. Average deviation of individual tree volumes from tabular values, +11.3 per cent; aggregate difference, +0.10 per cent.
Block indicates extent of observed data.
39
Table 22
Shortleaf Pine Volume in Board Feet
International (4%-inch) Rule
[16-foot logs]
Number of 16-foot logs
vm | 2 |
Diameter breast high, | inches | 3 | 4 | 5 | 6 Volume in board feet (eae We Fete: 8 Pn 16 22 28 (aie es es eae (Paina penees Cet, As 18 BO: Nee eed eee EE ae hae 2) SERS retin Se Frege ae 20 38 60 Sis ee [Vere Se OE six ek eee ae 22 45 76 et Pees cee TQ) eos fiers a a ance ate: a 25 ff 53 93 131 LAF ce eae 1k) Lares Silo font arte Nitoy enemarin SE BS 27 62 LZ LGy/ 209 F | Sae ee ) eee en od Nea ee RO 29 70 130 186 24GE ste eee PS ioe td Satie shade leila doen Bi 79 149 216 Past) || 2s Sees ) [zs RRR pen ie ae Us 33 88 169 247 3 A |e Saas Iw sek ee 35 97 189 280 bee 372n lee ae AG oS eh i wa es 107 210 314 418 520 Gera ar they a a ah eg oe ae TA. 233 350 468 582 is Sennen care gets ome pa © LMR 1 |e peat 128 256 389 521 650 | Eee reer Sts 2s Pelee eee ST 140 : 282 | 431 578 723 2 Petia ii SE See Se Aa rs |e Sa dS 151 310 475 639 800 Vc pl ape a Be eC lrg IN| a I. EIEN | hb et 340 o2o 701 880 DD pis Se COT hs Bis BN na Ss ote pe | cnc et Tipe take ad | 372 nifA 768 965 DSi eid AS Bie eau Ue MU An Cotes Ns | 405 622 838 f 1, 054 OA issn pai Nae igo MPO bee POA Ne aa AI A pd RS 439 675 912 ese AOS Bes SAUD IO Sa Nn ans Sea 3 |S gee See = el ge eae eet ee eR 729 989 1, 243 ae Fe Bt A eB aan | ac rw | bn Pee ec Pe Lee ls 785 1, 068 1, 343 BASISé delet pact ec ah 33 51 | 57 | 44 | 20 | 1
One-eighth-inch saw kerf, 1-inch boards.
206
For 44-inch saw kerf deduct 9.5 per cent.
Stump height, 1 foot; top diameter inside bark, 5inches. Scaled in 16-foot log lengths with 0.3 foot trimming allowance, and additional top section toa 5-inch top. Average deviation of individual tree volumes from tabular values, +7 per cent; aggregate difference, +0.57 per cent.
Block indicates extent of observed data.
40
Table 23 Shortleaf Pine
Volume in Board Feet
Scribner Decimal C Rule
[Total height]
Total height in feet
Diameter [Sito oe ee Dee 30 | 40 | 50 | 60 | 70 80 | 90 | 100 | 110 | Basis
inGhes) =a ese ane ee ee ee
Volume in board feet, in tens
“I 1 i] ! 1 i 1 6 t] i] 1 4 4 1) 4 q i] 4 t 1 1 i] 4 4 = s————_
es
>
1
1
(
§
4
t
1
t
'
t
i)
i)
a
1)
t] —_
Stump height, 1 foot; top diameter inside bark, 6 inches. Scaled in 16-foot log lengths, with 0.3-foot trimming allowance and additional top section to a 6-inch top. Average deviation of individual tree volumes from tabular values, +9.8 per cent; aggregate difference, —0.4 per cent.
Block indicates extent of observed data.
41
Table 24 Shortleaf Pine
Volume in Board Feet
Doyle Rule {16-foot logs] Number of 16-foot logs | Diameter Presse bleh, V4 | 2 | 3 | 4 | 5 | 6 Basis
| Trees
131
| eee
| | | | Stump height 1 foot, top diameter inside bark 7inches. Scaled in 16-foot log lengths,
with 0.3 foot trimming allowance, and additional top section to a 7-inch top. Aver-
age deviation of individual tree volumes from tabular values, +8.1 per cent; aggre-
gate difference, +0.43 per cent. Block indicates extent of observed data.
meeeneme
Table 25 Slash Pine
Total Volume in Cubic Feet [Peeled wood]
Total height in feet Din oter reas high, 10| 20, 30 | 40 | 50 | 60 ONC EN OS, ret Uae EN oe
70 | 80 | 90 | 100 110 | Basis
Volume in cubic feet
Volume includes peeled stump, stem, and top. Average deviation of individua! tree volumes from tabular values, +-7.6 per cent; aggregate difference, —0.64 per cent. Block indicates extent of observed data.
43
Table 26 ‘ Slash Pine
Merchantable Volume in Cubic Feet
[Peeled wood]
Total height in feet | _ Diameter carl ee | | | | | breast high,| 20 | 30 | 40 | 50 | 60 | 70 | 80 | 90 | 100! 110 | Basis inches | | : Volume in cubic feet = 3 | oles | | Trees Anstey ee | 12 ISS eta ee | lh | n e pees 8 gene cela rz BO Ya Serif AS Se peices ee 20 ; { | | | 4) 3.2) 42 s2| G22 eres pees pepe [ 30 8/43) 58) 7.2185) 10.0... eae 42 Sul b.84. 70'} 29> eRe iaOah 150 19 4/ 7.3] 9.6 2.0 | 14.21 16.3 | 18.4 | 20.4 14 -7| 9.149 11.9 | 14.8) 17.5 | 19.9 | 22.3 | 25.0 24 i ae a 8.1.| 11.0] 14.4 | 17.7} 21.0 | 23.8 | 26.4 9.7] 10 | eae Eee Benen Beene s 9.7.| 13.0 | 17.0 | 20.8 | 24.6 | 27.8 [30.8] 34.7 23 | Si Seem Ae eee Bement 15,3 [19.9] 24.2 | 28.3 | 32.1) 35.5] 40.2] 21 | nile ett jira een ea 17.8 | 22.8] 27.7 | 32.3 | 36.7 | 40.5 | 46.2 14 ape ea eile 3 FE we | 20.3 | 25.8 | 31.3 | 36.5 | 41.5 | 46.01 52.0 12 16.23 88} 2tb=|_. 28]. 8 | 2258) 20m) YSne2 |.4059° | 46:71 618 bos.0 14 DQ oe ee eee 82.3 | 39.2] 45.5 | 52.0 [57.8 | 64.3 5 18a See tee eke See lade alas jesee se 35.7 | 43.3 | 50.3 | 57.4 | 64.0 | 71.0 2 sgl spate bn [eevemah eect ep ene | 89.2 | 47.5 | 55.3 | 62.9170.4 | 77.7) 1 7, | nee soci ORR, SGM | users) < Het 42.8 | 51.8 | 60.5 68.5 |-76.7 | 84.3 |__-_.. | | | | | PH st Se A | ce |x i | 46.4 56.4] 65.99 74.4 83.5 91.0) 1 Basis......._|.-..| 9. [28 }42 [42 | 2% |-50-- 1-65... | 80 | eeahaeone
Volume includes: peeled stem above‘a i-foot stump to a top diameter inside the bark of 3inches. Average deviation of individual tree volumes from tabular values, -+-7.6 per cent; aggregate difference, —0.64 per cent. :
Block indicates extent of observed data.
44
Table 27 Slash Pine
Volume in Cords
[Rough wood] Total height in feet Diam- Bicitdent IN sates rate ue ee eter | breast 20 | 30 40 50 60 70 80 90 100 | 110 | Basis high, J inches Volume in cords | | | | Trees 7 alee Sade 0. 009239 0. 0148 0. 0195/0. 02650. 0325)0. 0389}......|.--.--[------|------ 8 (5 Cee .0118 # .0185) .0272) .0367| .0470] . 0572/0. ca See aN (kre | ee 20 Geran ra 0153 |_.0248| . 0365 . 0489] . 0637 78d - 0915! 0. 108/....__|-._._- 30 ieee 0192 |. 0325) . 0477] . 0637| .0828| .103 | .120 | .141|....__|_._..- 42 So eR .0234 | .04178 .0602} .0802) .105 | .182 | .151 § .177) 0.200/_____- 19 LE A Ota aa a A a . 0525; . 0742| . 0998) .1380 | .161 | .188 é . 241| 0. 270 14 1 pee Ge | ac 5 ip . 0898] .121 § .156 | .194 | .225) . . 286) .324 24 1 se te iho lpngcg fie vo .107 | .145 § .185 | .228 | .267)| . 330} .383 19 117 al a pee pga at .124 | .170 § .218 | .263 | .310 | .358) .390) . 444 23 5 nee yp Sep 26 t/a ee ae Yee .199 | . 250 PAR ORE ERR es |S de ty a | eae . 229 | . 288 1 Ee eae ce Se el a gg Oe . 259 | .325 GSS ieee a RRR Ete a oe ld . 290 | . 364 De ee ER Oe AO . 407 De i ie ag eo ek Ue ec area | a ee . 458 11,9 Velde Sai A Leaked | Se Sey eer ee | Tt . 490 Pd Vapi Sik Bead Nth Ak Me | Si 18 | ae em | SA . 532 DA EIS Sey Spt palin, rte (ee eee | Gk POR | Ce 500 s eae Ree mean 9} o8| 42l 42 25 sd 65
Volume includes stem with bark above a 1-foot stump to a top diameter inside the bark of 3 inches. Average deviation of individual tree volumes from tabular values, +7.6 per cent; aggregate difference, —0.64 per cent.
Block indicates extent of observed data.
Volume in Cords
[Peeled wood]
Total height in feet
Table 28 Slash Pine |
Diam- ort aaieee
eter
breast 20 | 30 | 40 | 50 | 60 | 70 80 | 90 | 100 | 110 | Basis
high,
inches a a ae
| Volume in cords ieee rene | Trees 246 udiradies 0. 00595'0. 00950/0. 0132/0. 018030. 0225]0. 0275|______|______ (Sees aka | Be atone 00795! . 0130 ue . 0260) . 03599 . 041510. 0489|______ ecoenie sees 20 (GE eae . 0106 .0178 | .0268) .0358) . 0471) . 05831 . 0685/0. 0818)_.____|______ 30 | (aM te 0138 | . 0239 f . 0354! . 0472) .0618! .0775} .0918| .108 |______|_____. 42 | pg cc . 0174 | . 0312 | . 0454) .0607| .0798) . OSt58)- 19 | 9.0 ela heey = .0399 | .0567| . 0768; . 101 . 192) 0.215 14 | 10S oe lee SRS . 0690) . 0942} . 123 £229) ~ |, 257 24 | PY) eA Pa ae . 0835] .113 | .146 | .181 | .213 | .244 7 .270! .306 19 | ) CRE Saas tap deo gl fas Sa 0999) . 133 | .173 | .212 | .250 | .285 | .314) .358 23 SSS Py yao EMere alle Pai 4S Seta .158 | .201 § .243 | .288 | .330 | .3647 .412| 21 | 1 RE heed (ep Saat gic arte Ao tte . 183 na | 2 328 | 375 | 47a 3468 14 | Piston fas Bee Re Rl LAS wa! Se 52085) 2.264 P2317 |. 372) |. 423) |) 478 530 12 | 1G) ochre omens eri pl Sea . 235 | .297 | .857 | .417 | .474 | .530§ .591 14 | ye Nell Sead die EE bees ES . 330 | .3898 | .464 | .526 * 588| . 655 5 | BS SE Se Le Aas Ba .363 | .440 4.512 | .582 7 .650) .735 2 | 10 gee lbw: IEE 5 | eee Ce .398 | .483 1.562 | .639 | .715) .787 1 D Nabe hated (eta S| 3a OY ears cal Sere) 433 | .528 | -615 |.697 | .782| .856|______ | Ys te Ona EO ae [ed a (ry uc .470 | .573 1.672} ~756-| .852 ce 1 | Basis! = eanae Or F28IN- 42 42 25 50 a 8 ieee 269 j i
Volume includes peeled stem above a 1-foot stump to a top diameter inside the bark | of 3inches. Average deviation of individual tree volumes from tabular values, +7.6 : per cent; aggregate difference, —0.64 per cent.
Block indicates extent of observed data.
46
Table 29 Slash Pine
Volume in Board Feet
International (4-inch) Rule [Total height]
Total height in feet
Diameter | breast high, 40 | 50 | 60 | 70 | 80 | 90 | 100 | Basis inches
Volume in board feet
x 9s) d oy
Basigh claus 1 16 37 | oA | 53 | 65 8 204
One-eighth-inch saw kerf, l-inch boards. For 4-inch saw kerf deduct 9.5 per cent.
Stump height 1 foot, top diameter inside bark 5 inches. Scaled in 16-foot log lengths, with 0.3-foot trimming allowance, and additional top section to a 5-inch top, Average deviation of individual tree volumes from tabular values, +13.3 per cent; aggregate difference, +0.18 per cent.
Blockiindicates extent of observed data.
47
Table 30 Slash Pine
Volume in Board Feet
Internafional (4-inch) Rule
(16-foot logs] Cie Sl & Number of 16-foot logs Diameter breast high, inches 14% | 2 | 3 | 4 | 5 Basis Volume in board feet | | Trees
Oe co A al a RS Ra 20 | 30 § AG eR os He 33 NE eS EOE BA 225 | 37 IY bl (ek aetna Iemcceaet ee! 18 ! Me oeeeng ct GP BU 7 gat be oe 25 | 43 70 OF diese ae 14 QS 5 Soa i Mite te oe 28 49 84 EC | 153 IA 1 0) PRP aahe es Ak a apap Rents Ga a ake aS SR 56 97 138 183 19 1 I ge 9 EL es ink eR, wa Sea for cc Pr 63 112 161 212 23 a SS 2 ae Geet a eg 69 127 188 244 21 4s Se ee Ee OE cere 77 142 207 276 14 ) UE pe ele Gs 5A ee, ae so a || SO a 84 158 233 311 12 GES ee ee eh a, i Se) 2 CN gee 92 Nadi 259 347 14 1 om Ne INO, eRe 0 > ae ibe Pepe Te 195 288 285 5 |: geotee se' a RUR S A TS OSes SEA | Mi AO ee Se 8h 213 317 424 2 i I es 0a ict sa Sa 234 348 466 1 | gener ieee eee OR ork SIGE rs RO | pe GMO al oO NR 255 381 59 2 Ee eee Dk ee og: a ee OE Af MeL | Ms 277 414 557 1
Basigr eee ee te a oe 33 24 40 73 34 204
One-eighth-inch saw kerf, 1-inch boards. For 44-inch saw kerf deduct 9.5 per cent.
Stump height 1 foot; top diameter inside bark 5 inches. Scaled in 16-foot log lengths, with 0.3-foot trimming allowance, and additional top section to a 5-inch top. Average deviation of individual tree volumes from tabular values, +7.1 per cent; aggregate difference, —0.67 per cent.
Block indicates extent of observed data.
48
Table 31 Slash Pine
Volume in Board Feet
Scribner Decimal C Rule [Total height]
Total height in feet
Diameter | ; f breast high, 40 | 50 | 60 | 70 | 80 | 90 | 100 | 110 | Basis inches | Volume in board feet, in tens { | | | | | Trees 1 (aie ag a tld I Va ee ee 1 1 1 Ney het get ey nt yd a a 1 1 2 2 3 | AN a Gn ok 27 1 2 3 4 5 6 Sis ena 27 2 4. 5 6 8 9 | 6 1S leg te fs Se 36 3 5 df 8 10 12 13 14 23 4 6 8 10 12 14 | 16 18 24 5 8 10 12 14 16 19 21 22 6 9 12 14 17 19 22 24 15 5s, 2 ee ne see: 7 10 | 13 16 19 22 24 26 12 A Gyre Les, is ee 8 12 15 18 21 24 27 30 15 1 Uy sll gh Ba gee 10 14 17 21 24 27 30 33 5 1S Yaa aor (nga i | lee ea 15 19 23 26 30 33 36 2 Qa) betaine: 2 Se ns eed fe 21 25 29 32 37 40 1 70 Jas apt a oe mR un a Qa Wy DSI ge 23 27 31 35 40 Q3) a2 eee 2S Te Py Seeilles oe eee 25 29 34 38 43 47 1 2D aR ee te |e ee 27 32 36 4] 47 BM ie eee De teal i, eae ALN a 8 2 29 34 39 44 50 SS eee se DA ARR NES elt: 2 ti eakieyy aril) tusehs 31 36 42 48 54 BO ian ee IDs cman ae Pronk kee PR =a 33 39 45 51 58 63) ees. DOS ret sir Msc niall gah ssa il a 35 41 48 54 61 6 ies eee DHT fasts Soh elk ay lg at ct |e et | Nar ata Rear on 44 50 58 65 Uf Stans ie AB ee eee bina ee aay Sc Lo eyaiciteal Ue ke 39 46 54 61 69 TO ea ChE cle" RN cl I ge | 41 49 57 65 74 SOP cane SO) ese eek oie Ne cee 44 52 60 69 78 hols Gi eee Basisse see oe 4 13 33 35 54 64 Scleea a ! 211
Stump height, 1 foot; top diameter inside bark, 6 inches. Sealed in 16-foot log lengths, with 0.3-foot trimming allowance and additional top section to a 6-inch top. Average deviation of individual tree volumes from tabular values, +11 per cent; aggregate difference, -+-0.4 per cent.
Block indicates extent of observed data.
49
214-240 O- 76 = 4
Table ‘32 Slash Pine
Volume in Board Feet
Doyle Rule [16-foot logs] | Number of 16-foot logs Diameter breast high, inches 14 | 2 | 3 | 4 | 5 Basis
| Volume in board feet
| | |
| leek Pete | Trees pL ebro SARC A Si Ue Van en ae Rapin Gr ety 17 23 | 34 Ys ene eee 1 SER RS ah ee Re UR AREE y 18 26 42 LY ol een aes aL 26 ifs s 2c tee otal ch ee he ae 20 30 51 71 92 | 19 PD a ihe A Se hele Bo Ae hc ee 22 35 61 86 111 23 DSS ye Gracie Ee eee ea | 24 40 ai 102 131 21 1 RES Sa nl PNR See pee 47 82 121 156 14 ba eae IaaR es aS SUSI SEERA Bie peg ah ysted 2 NEC | 30 51 94 140 183 FZ | mete See koe nee ee, Be eae nt 2a (ee 57 109 |; 160 211 14 (ane ne SEMEN Sane | lai. Ae 7) SAGE PR oniD4 | 183 242 5 ha ES OE AS tea Eaters 71 WP 9140 | 207) 27h 2 ee es SI teh aah alley aie 79 156 | 232 309 1 7, id ih ek a Sh eee eee ROE Eee eewae 87 175 260 SAgh ieee ee NN eae BSD Yd bar eae 954 196$ 291] 388 1 Basiscs. se aera otter ee | 6 31 BT | OO oueeeee 144
“Stump height, 1 foot; top diameter inside bark, 7 inches. Scaled in 16-foot log lengths, with 0.3-foot trimming allowance, and additional top section to a 7-inch top. Average deviation of individual tree volumes from tabular values, +9.2 per cent; aggregate difference, —0.19 per cent.
Block indicates extent of observed data.
50 | }
=
NORMAL YIELD TABLES FOR
INDEX
Title of table
Total height, average dominant tree_-......___.-- ‘Trees 2 inches diameter breast high and over: Average diameter breast high__.........__..-- PAWViCrAce elena ee eens a eee re eee eat sINiaIberOftneeSies asc eae sos Wen as es eae Basal area at breast height___..........-...-:.- pieldtin cubic feet, rough) woode2 2-242) Yield in cubic feet, peeled wood___.____..---- euerage yearly growth in cubic feet, peeled 5 TOKO UMass 5 i iA EEG Cec STS NS ONE, AA I Trees 4 inches diameter breast high and over: Average diameter breast high__._.......____-- INUIT Der OMtireeS ae a ee ts ER ees ae Basalvarea av breast-height=5. 222252225242 ae Yield in cubic feet, rough wood___-_--__-____- Yield in cubic feet, peeled wood-__-_________- Wield inscords) TOUsmiwOOGss5- 52225-22552. 22. Average yearly growth in cords, rough wood-- Yield in cords, peeled wood______-_--_-._-_----- Average yearly growth in cords, peeled wood- Trees 7 inches dfameter breast high and over: Average diameter breast high___.._._________- Num berottreese 24a aa 082 oe ee Basal area at breast height___..________-__-._- Yield in board feet, International 14-inch rule- Average yearly growth in board feet, Inter- mavionalsVe-imeh rules. ase oe oe ee ee ‘Trees 8 inches diameter breast high and over: Yield in board feet Scribner rule_____________- Fl Ge eee ep Spa e ee O a Ie ean cea de ee Ri ‘Trees 9 inches diameter breast high and over: Yield in board feet, Doyle rule___._-___________ Average yearly growth in board feet, Doyle FELT Se SN a SC age ge Rae ta Lm ee Dominant trees: Average diameter breast high INummiberiofitrees =e leln oN ae Basalvareavat breast height... 55-22-2222... Yield in cubic feet, peeled wood__--.-_-____-_- __ Yield in board feet, International 14-inch rule_ Distribution of sample plots by age and site, and
their average deviation from the yield tables. __-
SECOND-GROWTH SOUTHERN PINES
Long- leaf pine
OL
Loblolly Pine
Total Height of Average Dominant Tree
Site index in feet
Age, years I fy ean en la Se Me Ma apa ae Si 24 AO spe ne tm pcs rt a alii a RL MM TES 32 IG) sa ee i sa elope Or at nen Sap pene 39 S40) RR SS a EE a ty ee ae Pee eee 45 2 ie tea pte A rE i a eg ee at a 50 CX) cl NS eee RL lay ee ne 54 CNS AS) ie ean iS Des UGS Zo i ie ae a ae Na Ne 57 EQ) sess era Cp ae I Mie erie 2 nl oe ee RS 60 AGES Wks tag ae SN aI RRS cere ag CRE er gah ee 62 CGO ey LR aa oA ae ek a een Rates Oa 64 (Ree Se TE eet le Gath Ra hed a ae ee 66 TA Sa ig Sih et Sate El ape py et se SnD 67 O/B gato cuenta el ue dloh mila hte ay Aa Serie 68 Spent en ey a a pe te ey Ue hg NO sins A. 69
Italicized values are site indices.
53
| 70 | 20
90
Table 33
100 | 110 : 120
Height in feet
41 54
64
74 83
- 90
95 100 104 107
109 112 113 115
Table 34
Loblolly Pine Stand 2 Inches Diameter Breast High and Over
Average Diameter at Breastheight
Site index, in feet
Age, years
Diameter, in inches
Ore Or Vener 276)
Ole Ow tee e
ene lente: =e.
DD Se ce eee tae Ge wy eee Pte ois nae
eo) Se 6 ere
OF le clef 8) 88
Orne et en ep Ne) ae
54
|| Table 35 | Loblolly Pine
Stand 2 Inches Diameter Breast High and Over Average Total Height
Site index, in feet
100 | 110 | 120
| . Age, years 60 | 70 | 80 | 90
Height, in feet
mpage ieee = tei eee ee eas 20 24 27 30 34 37 41 7A) ese es eae ey Agen ye Ne es eee 29 34 39 44 49 54 59 75 ang Ae a Pa, Say ak age 36 42 48 54 61 68 74 COREE ae See oe ee ee ee 42 49 56 63 70 78 85 6 aL aS seta a a a 47 55 63 71 78 87 95 1D a ae A Ss A le ee ae 51 59 68 7 85 94 103 Ame se ete os We a eee a Seite ee 54 64 73 82 91; 101 110 QUEEN esters So sealo abe on toe oe 57 67 77 86 96 | 106 116 Ome ooneeee ea wae ote ee elk oe 59 70 80 90; 100; 110 121 CCFO Re ES pag fr Re Cre 61 72 82 93 | 103; 114 125 CES) PS So el ae eee 63 74 84 95} 106; 117 128 GUC SER Sa Ee Sees eee 2 et een ee 64 75 86 97; 108; 119 130 © NB aii SiS SAS ae hei cpa eter tha tad 65 7 88 99; 109; 121 132 PESO este. Sire tele eee ees 66 78 89; 100; 111) 123 134
55
Table 36 Loblolly Pine
Stand 2 Inches Diameter Breast H igh and Over Number of Trees per Acre Site index, in feet Age, years 60 | 70 | 80 | 90 | 100 | 110 | 120
Trees per acre
162.22 oo tee 2 So StS ot 2,440 | 1,840 | 1,430 | 1,210 | 1,040 | 930 850 OB esac Se tesco oe Seer oe 1,600 | 1,185 950 790 690 | 615 560 20 See Sseee, SSP ee cb Seat ee eee 1, 080 810 650 540 480 | 435 395 BOL ete wets ae locke cca 850 640 510 420 375 | 335 305 GOet oseee chee set eee ceseeeek 695 525 415 345 300 | 270 245 Sl ee a eh ee eee 585 435 345 290 255 | 225 205 5 eS es a Se i Soa 500 370 295 250 215 | 195 175 Lo} | eee eee ee eee ee eee en, eee 440 325 255 220 190 | 170 155 Qisaci ci scott ttt eck eee 395 295 230 195 170 | 155 140 GQ eoseceee = baa es ee 360 270 210 180 155 | 140 125 Qbeeeedoess ctenet eee ite ee 330 245 195 160 145 ; 125 115 (Ore Sobose ss besen = Seas oases ee 310 230 185 150 135 | 120 105 WOs=cecwetwenteet hele Seated 290 215 170 140 125 | 110 100 SOL. ete tse eee ee ert 275 205 160 135 115 | 105 95
56
Loblolly Pine
Stand 2 Inches Diameter Breast High and Over
Basal Area Per Acre at Breastheight
| Site index in feet
Age, years
ot
Table 37
126 145 157 166 172
176 179 182 184 186
188 189 190 191
60 | 70 | 80 | 90 | 100 | 110 | 120 Basal area in square feet OR Wy a 121 125 129 133 138 131 136 139 144 150 138 143 147 152 158 143 148 152 157 164 147 151 156 162 168 150 154 159 165 171 152 157 162 167 174 154 159 164 169 176 156 160 165 171 178 157 162 167 173 179 158 163 168 174 181 159 164 169 175 182 160 165 170 176 182
Table 38
Loblolly Pine Stand 2 Inches Diameter Breast High and Over Yield in Cubic Feet Per Acre
[Total volume—unpeeled]
Age, years
we2rcere eee -e ee eee ee ew ee ee ew ee ee
\jne ee ee ee ee ew ew ew ee He He eH ee ee ee ee
eeecere eee ee ee He ew ee He ee ew ew ew ee ew eee
eeerresr eer ee ee - ee ee ee ew He em eH eH He Ke
| |
bo 0O i) <=)
58
Site index in feet
80 | 90 | 100
Yield in cubic feet
2, 200
2, 450
110
10, 200 10, 550
10, 750 11, 100 11, 250 11, 400
120
Table 39 Loblolly Pine
Stand 2 Inches Diameter Breast High and Over Yield in Cubic Feet Per Acre
[Total volume—peeled] Site index in feet
Age, years 60 | 70 | 80 | 90
100 | 110 | 120
Yield in cubic feet
et Pe I eek ae te 950 | 1,100 | 1,350 | 1,600 | 1,850 | 2,150 2, 500 202k ANE sack Jones ee 1,350 | 1,650 | 1,950 | 2,300 | 2,750 | 3,150 3, 650 Ai) ey SS Ae eS a aed See er 1,800 | 2,200 | 2,600 | 3,100 | 3,650 | 4,250 4, 850 S082 Soren Goetee Lo ee aed | 2,250 | 2,750 | 3,250 | 3,850 | 4,550 | 5,300 6, 050 2a Se, Se Naan a ee a Se ek 2,650 | 3, 250 | 3,850 | 4,600 | 5,400 | 6, 200 7, 150 AQ Se Wee et A ee a 3,000 | 3, 700 | 4,400 | 5,200 | 6,100 | 7,050 8, 150 LO 8 SRI eee ae 2 Ss 8 8,350 | 4,050 | 4,800 | 5,700 | 6,700 | 7,800 8, 950 Lt aa Bee 2 SN ss Gy a ES | 3,600 | 4,350 | 5,200 | 6,150 | 7,200 | 8, 400 9, 600 DOnE oe Be cee et ee Aen | 38, 750 | 4,600 | 5, 500 | 6,450 | 7,600 | 8,850 | 10,150 Ge Sg es EY ea Nes | 3,950 | 4,750 | 5, 700 | 6,700 | 7,950 , 9,250 | 10, 550 (Das Be I Le Siem oe As | 4,050 | 4,900 | 5, 900 | 6,950 | 8, 200 9,500 | 10, 900 TURES Sk 8 A eS A Ei ee | 4,150 | 5,050 | 6,050 | 7,100 | 8,400 | 9,750 | 11,200 (Bese gpa i, i ae da | 4,250 | 5, 150 | 6,150 | 7, 250 | 8,550 | 9,950 | 11,450 (ee ers et ae a 4,350 | 5, 250 | 6,250 | 7,400 | 8,700 | 10,100 | 11, 650
59
Table 40
Loblolly Pine
Stand 2 Inches Diameter Breast High and Over
Average Yearly Growth Per Acre in Cubic Feet
[Total volume—peeled]
Age, years
Site index in feet
Growth in cubic feet
143 158 170 177 177
176 173 168 161 154
146 139 133 126
| 0 70 | 80 | 9 | 100 | 110 | 120
167 182 194 202 204
204 199 192 185 176
168 160 153 146
Table 41
Loblolly Pine
Stand 4 Inches Diameter Breast High and Over
Average Diameter at Breastheight
Site index in feet
Age, years
on Mie sensor he
en fepnater ter Je
e)e kel hey ene te
Diameter in inches
Oa OIG Ser veel. fe,
Ike 11.9 12.3
9.3 ON, 10.1 10. 4
OD) Soe ae ice cee a yy eae Ce CO aes eres A Re or ae 8 pean aie Ae SPE
Table 42 Loblolly Pine
Stand 4 Inches Diameter Breast High and Over
Number of Trees Per Acre
Site index in feet
Age, years 60 | 70 | 80 | 90 | 100 | 110 | 120
!
Trees per acre
De ae ec he it i nc 545 | 580 | 635 640! 640! 640 640 0S hae A ae A a Se 670 | 675 | 665 630! 5951} 560 535 Net Bsr gl ee? Sota Va fe seey 2 ce tbe a ae Oe es Fk oo 670 | 680} 575 510] 4651 480 395. FOSS ee an 650 | 575 | 490 415]! 370) 335 305: Sh rae CP ene Sigh Oe aie es beak = ee 605} 505! 410: 345! 305! 270 9A. | AQ oe RE Oe PET eae ee eee 545 | 480! 345 290| 255 | 225 205. AGEs RS We ite ee Pe Sane emo 480 | 370 | 295; 250! 220| 195 175 {02 ued Daag Ge i ei le hae ae Uk 430 | 325 | 255; 220/ 195 | 170 155 (sy Sy Bae SC Se Sh i peice ate, Ok Nel oe PL 390 |. 295. | 230-10 195.| 175). 155 140 | COREE Ee i ee ee eg 360 | 270| 210| 175] 155| 140 125 | Gare tn ee a i 330 | 245; 195 160|] 145/| 130 115. | WOS8s. See Nae ee Re 2 a eee 310 | 230} 180: 150 | 135} 120 105: | GY? aR OD Waa pee Nese ecg NEL Byer oh se oes keke 290 | .215 | 170; 140| 125) 110 100 SOs a er Paes a 275 | 205 | 160 130) 115 | 105 95 62
Loblolly Pine
Stand 4 Inches Diameter Breast High and Over
Basal Area per Acre at Breastheight
Age, years
q—ee nee ene eee ee eee ew ee ee eH He eo ee we eee ee - — eee mee He ee ew ee ew ew mw = - = = He ew ee ee - ween ee me me eee ew we ww Hw = ee ee ee ne eee ee ee a ee ee ee
were ne ee ee ee ew mM ow ew ew ew ew ww HK Hm Mm em em ee HK eK He em em me eee
Site index in feet
Table 43
Basal area in square feet
84 117 136 146 152
156 159 162 164 166
167 168 169 170
92 126 143 152 157
161 165 167 169 171
172 174 175 176
102 134 150 158 164
168 171 174 176 178
179 181 182 183
110 142 157 166 172
176 179 182 184 186
188 189 190 191
eo | 70 | 80 90 | 200 | 0 | a
Table 44. Loblolly Pine
Stand 4 Inches Diameter Breast High and Over Yield in Cubic Feet Per Acre
[Total volume—unpeeled]
Site index in feet
Age, years 60 | 70 | 80 90 | 100 | 110 | 120 | Yield in cubic feet jC ee or ee eee eee eae 1,000 | 1,250 | 1,550 | 1 900 2,200} 2,600} 3,100 cI eens 2 eee rae) ante ed 1, 500 | 1,900 | 2,350 | 2,850 | 3,300] 3,850] 4,400 Di ios A pint a eee a rot ante bed 2,150 | 2,650 | 3, 200 | 3,800 | 4,400] 5,100] 5,850 SOs Sas ete Seeder 2,750 | 3,350 | 4,000 | 4,760 | 5,400] 6,200] 7,150 Sie o) ae een a eee hl 3, 300 | 3,950 | 4,700 | 5,500 | 6,350} 7,250] 8,350 AiO) ee Seater fea ia NW Nee ree 3, 700 | 4,500 | 5,300 | 6,200 | 7,150] 8,200} 9,400 OS ee Saas eee eee ney 4,050 | 4,900 | 5,750 | 6,750 | 7,800] 9,000] 10, 250 SOR Hoe etree: Nunes hens 4,300 | 5,200 | 6,150 | 7,200 | 8,400] 9,650{ 11,000 eee eens een eee me Set 4,550 | 5,450 | 6,400 | 7,500 | 8.800 | 10,150 | 11,600 G0 22-2 fio sa Seed | ake ees 4,700 | 5,700 | 6,650 | 7,800 | 9,150 | 10,550} 12,050 65 is poicb sar nd antral teen cs fee | 4,850 | 5,850 | 6,850 | 8,050 | 9,400 | 10,900! 12, 400 {\ eee Sear eee a Pee ee 5,000 | 6,000 | 7,000 | 8,200 | 9,600 | 11,150 | 12,700 [irs et ea Pei mens Sees 5,100 | 6,100 | 7,200 | 8,400 | 9,800 | 11,350} 12,950 BO Se echas renner niu S halien 5, 200 | 6, 200 | 7,300 | 8,550 | 9,950 | 11,500} 18, 150
Loblolly Pine
Stand 4 Inches Diameter Breast High and Over Yield in Cubic Feet Per Acre
Age, years
eee ere eee ee ewe Me ee ee ee ee ee KH eK eK weer eee em ee ew Mw Me ew we ew ee we Ke ee ee eK ee ee eee er were ee ew ew we ee ew ew we ew ew ew ew ee ew ew ee ee ee
weer er ecm eem en ee ee ee ee ee ee ee ee ee ewwmr eer eee em - He ew ee ee ew Ke Ke He ee em ee ee jem ee we em ew em ee ee He ee ee ee Ke ee ee
214-240 O- 76-5
{Total volume—peeled]
Site index in feet
Table 45
co | 7 | so | 00 | r00 | x0 | 120
850 1, 450 2, 100 2, 700 3, 250
3, 700 4, 050 4, 350 4, 600 4,750
4, 900 5, 050 5, 150 5, 250
65
Yield in cubic feet
1, 100 1, 800 2, 550 3, 250 3, 850
4, 400 4, 800 5, 200 5, 500 5, 700
5, 900 6, 050 6, 150 6, 250
1, 400 2, 250 3, 050 3, 850 4, 600
5, 200 5, 700 6, 150 6, 450 6, 700
6, 950 7, 100 7, 250 7, 400
1, 650 2, 700 3, 650 4, 550 5, 400
6, 100 6, 700 7, 200 7, 600 7, 950
8, 200 8. 400 8, 550 8, 700
2, 000 3, 100 4, 250 5, 300 6, 200
7, 050 7, 800 8, 400 8, 850 9, 250
9, 500 9, 750 9, 950 10, 100
2, 400 3, 650 4, 850 6, 050 7, 150
8, 150 8, 950 9, 600 10, 150 10, 550
10, 900 11, 200 11, 450 11, 650
Table 46 Loblolly Pine
Stand 4 Inches Diameter Breast High and Over
Yield in Cords Per Acre
[Rough wood] Site index in feet | Age, years 60" |) 70 80 90 100 | Yield in cords I Beye SR, 9S 8 hE Reo wea Oe en ee 8 12 14 18 21 DAE ke oe 9 SRO RNA De PN a, SO 1 17 22, 2a! Moe De So Fees PE Eh eat, She NY oe 19 24 3 37 43 SO ae See Be OR Pe ete 25 Bit 38 46 53 QO eE Ve ere RR ore aaa es eeae aE Wes See 30 ot 45 54 63 40) oi Fe cee hea ap ae 42 51 61 71 C5) Re ea Sy ra ee eg ees ae ee Bn ah BS pe 39 47 OOs aoe 78 Lt | RS Aaa) rae ee de ee ee a She ee Be 41 50 60 Tat 84 LF) ee Re NER Re 6 PRE OE WEE Pay Tepes ol Lane «Bees 44 53 63 75 88 GO eee ea sn Ee SS BE ete 46 55 66 78 92 G55 Fok SUE a AOR Be eR OPN RE eee 48 57 68 80 | 94 Qe 3 22 2 AA Bo 32 Bo8 see Se eee 49 59 70 82 96 hones 2 Se Se DOR a eee oe be 50 61 Fill 84 98 +o eet ASI pean gs Pei ape aah ak eens Oe PE ae Be 51 62 73 85 | 100 66
Table 47 Loblolly Pine
Stand 4 Inches Diameter Breast High and Over
Average Yearly Growth Per Acre in Cords
[Rough wood] Site index in feet Age, years 60 | 70 | 80 | 90 | 100 | 110 | 120
Growth in cords
SOE ee URS BL ears * ieee Saye 0.53 | 0.80 | 0. 93 | Eze
1.40 | 1.60 | 2.00 PN 1 al AM UR | a Na ge ga = 4 a £60’ |) 85) } 1.10) | 135) 1.60) | 1.85 |. 2510 (LS 8 Ss RF. AR ec eR a (Oy aut OOulele ZO Ase 20 NOON. 2528 Ea eee SO ce ke a Oa Sor pedal ie leon, aie 2nOg ee 2aae SAGO | SONIA I A RRR I elie «Bap ale 9° Ri 860) 1.06) | 15290) Wot | 1-808) 2.09) 2h3% SSeS 5 le ea a i a Se OS) Oot ZO OZ lenis 2nO0onl 2aae SEN 4 acini 9 apie dan Ree as aoe, < ite Opal 2A leo le leioe le 500k |e 2a 21 SE RoE a A ngs Oa cn Vas Be Hod pl cCOr OTS 205 | IR 2e il 168,192" |) 2220 MSE GS Si a et ga IS 3d la -m OO eon elon aon le OOn ule s4e ly Dill Bee aha ra See Mt nn SS Se Rae ee ay 2 eZ ele hOR eles Onley ii leedd |. 2602 5, es eae AOR pe a es een capa bN (Ae eaS Sale laOo: | elee23 lea oy IGS 192 ESSA an I eee, pee, Le, = eae LO eS OOF tee liia eC Siie i IGOR ede ee 2 yn) Sh i, MR pet ete OG aol 99) Tale laa | o2nh dv Bene eee ae Son oe eee Rae Renn ees GF pa018 91 | 1.06 | 1.25 | 1.45) 1.68
7
Table 48
Loblolly Pine
Stand 4 Inches Diameter Breast High and Over Yield in Cords Per Acre
[Peeled wood]
Age, years
weer eer ee eee see ene - ee ee Me ee eee ew ew eH eH eH eK eK eee eee ee ew ee we He Me He KH ee ew ee ew eH ee He eM ew Ke KK HK KKK wee ee eee ee ee He He HK HM RM Re em ee ee ee em ee ee ee Ke KKK
wemew wm ew ew we we ew we mw ew ew ew we ew ww ww ee ewe ee
Site index in feet
| 60 | 70 : 80 | 90 | 100 | 110 | 120 } | Yield in cords sl g| 0} aa | ae@llceto ne wos 10 | 13.) “a7 | Sh) eel? 0 es 15 | tall 94°) 30/1 Gay Caran eeeare 50'| 95.\ 8i |) ae | as) Rok ees pA gil 381 45 | oth Gon ee 03) 361 431 611 rl al eee 32| 391 48| .B7 | 67 |- 78 l. =n 34 42 | 5 | 61 72 84 97 361 44| 54] 64] 76] 88| 102 33| 46 56| 671 79| 921 106 40| 43| 58] 69| g1| -95| 10 41} 50| 60| 71) 83) 68:| ae 221 61| 61 | 721 85 | 100} a6 431 62| 62 | v4 | 87-100 ie GR
Loblolly Pine
Table 49
Stand 4 Inches Diameter Breast High and Over
Average Yearly Growth Per Acre in Cords
[Peeled wood]
Age, years
[>|
0. 33 | 0. 53 00 | .65 .60 | .76 sO I ote) 69 | .89 .70 | .90 5 Ue NR tee 68 | .84 OOM MEO SOS | euenihe 62 | .74 eG 37 06 | .68 Op ereOO
69
Site index in feet 80 | 90 | 100
Growth in cords
0.67 | 0.87 | 1.07 .85 | 1.05 | 1.30 .96 | 1.20 | 1.40
1.03 | 1.27 | 1.50
1.09 | 1.29 | 1.54
1.08 | 1.28 | 1.52
1.07 | 1.27 | 1.49
1.02 | 1.22 | 1.44 .98 | 1.16 | 1.38 93 | 1.12 | 1.32 109) el 0G. 125 .86 | 1.01 | 1.19 Oa COI evaded 18 92 | 1.09
| uo | a
fe a ee me ee ee cient oMomae 2:2 le ne asimae Gm tae: tine 6 NI (Je)
— bo CO
le rine + tele Ree Tr AGN ordo
BAAR ACOSO COOO-IM
come Oo Na
Table 50
Loblolly Pine
Stand 7 Inches Diameter Breast High and Over
Average Diameter at Breastheight
(=)
N
rea
SS
ra
ri - 2 IPAS ps wolfe ee Se | ee es or ice a
(op) e g aS 2 eee Se itor 1 a el Sete Oy 8 Tihs os oe A
S
I
(ap)
ive)
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te
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o
rr
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-OWOON MAMND OMNr MOGBHN Gtiddre Noss rir rel rst rst rs rs rear rs re COCHHID wWIDHrHD OOMand MOBSOH Awodtidid SKK w mr See I ee ee Oe | reer IIHADOPr OimMntrHc tlonwor MOCO HNGHAH wor re meen rer meres C2 0CO1NM OD COMM MOMm MOOMr ~MNODBSO SHAwS dHdtidid NONOH DOMONH DHOOKH ~MN~OORD SGOHHN Noo Ses I oes cee en oe | rear et rd ONOmMm ArNOW MOODMO MENOO GBRBOSH HAAN rrr rst rest oars est i] INCOM HOniO00 HAH 4 ede ie ah ce ery el Seemabsse e IEP 0O WOORMDD DOO rere
70
Loblolly Pine
Table 51
Stand 7 Inches Diameter Breast High and Over
Number of Trees Per Acre
Age, years 60 | 70 | ey SEPE IN Weeetcre # , URINE Depa MR (Oe 20 £2 Meets Lae eg «5 pee an MERE Se 30 85 te ae aS eee he ee ee a ee 100 | 180 Pel = A ee <8 I. ee he esr, ee 170 | 255 pees ee re ee SS a 225 | 295 poe Re A A pe es em a 265 | 290 Ree. het. ok a ee eoe ya 280 | 280 beer 1h aa ef RE A Be 280 | 260 Ns SR rs Ok a 280 | 245 SEE Hall peer Sheena ey A ce 8 8s a 270 | 230 BE oP AE me Rhee 260 | 220 8 RIS 1 Si Be yee eS ghee 250 | 210 DOE aL FRE LR bk ee | tera 14 245 | 200 SEG oy Epa ee eam ere ees ee a Pe RE 235 | 190
Site index in feet
| 80 | 90 | 100 | 110 | 120 Trees per acre
30 50 85 | 120 155 135 | 190} 220] 260 285 235 | 265 | 285 | 295 295 285 | 285.| 285 | 275 260 300 | 275 | 255} 240 225
270 | 245 | 225] 210 195 245; 225) 200] 185 170 225 | 200; 180} 165 150 205 | 185 | 165] 150 140 195 | 170; 155); 140 125
180; 160; 140} 125 115 170 | 150} 135] 120 105 165 | 140; 125; 110 100 155 | 1380} 115; 105 95
71
Table 52 Loblolly Pine
Stand 7 Inches Diameter Breast High and Over Basal Area Per Acre at Breastheight
Site index in feet | Age, years | 60 | 70 | 80 | 90 | 100 | 110 | 120 Basal area in square feet
| Ls Paneer eee ree Cee mek Mee Ee Pepe | ORY ee | 5 9 15 25 37 | 51 DO es ee Se sa Se, eS | 8 21 4] 61 79 O75)\_— aie Doe 2 ees 2 SS 5 ee RE ce 30 59 85 105 122 136 | 149 SOS. 5 Sire oie 2 Sali 2 eee ea 57 93 | 116 131 144 155 {A166 Gs ee 2 Se nc hee Se 82) LIS) 1345.5 1464) SC 167 A ae
| 7 (| OSPR gee py can et OSE een: UE RE Ns Se 103 129 | 144 155 165 174 184 Qo 2 See AE wee 7 Oe Te 5 118 || 1395). 215100 AGL | 6169. 17841 aR8 BOS. Sree a ee ee eee ee 2 ig 3 Ae; 146 157 165 173 182 192 GOS = eee Le 8 ee ee ee | 136 TBD Bes ak 168 176 184 | 194 GS 3 Sk ee RS ee | 142 155 163 171 178 186 196
| | Gites 25 ee Bas ee ee eee 146; 157 | 165) 173 | 180) 188 198 1 (sn oon ay A SF BI ae 149 | 160} 167] 174] 181 | 189! 199 TOs 5 Oe Ee Pe 2 a ee 152 | 161 | 168} 175| 182) 190} 200 SOP 53. Ses oe WA. SS OE te 154 | AG63<)169- |, 176.) 2183.) ss191 | 201
72
Loblolly Pine
Stand 7 Inches Diameter Breast High and Over Yield in Board Feet Per Acre
Age, years
weer ee ee ewe wm we ew ee He ee eK were wn em eee em me ee ew em ew em Me KK weer emn wee wee ee ee ew ew ee ee ee wow en em meee nm nee eee eee me He HK =
were eee eee ee ee eee meee ee = wreee ween nn eee nee ew eee = een eereeneen ene eee ee ee ee
International (4%-inch) Rule
wren eee =
Site index in feet
Yield in board feet
50 150 1,500 | 3,000 4,500 | 7,500 8, 500 | 12, 500
73
850
5, 000 11, 000 17, 000 23, 000
28, 500
1, 800 7, 500 14, 500 22, 000 29, 000
35, 500
co | m | wo | 9 | 00 | no |
3, 000 10, 000 18, 500 27, 500 36, 000
43, 000 49, 500 54
Table 53
120
Table 54 Lobiolly Pine
Stand 7 Inches Diameter Breast High and Over Average Yearly Growth Per Acre in Board Feet
International (44-inch) Rule
Site index in feet | Age, years 60 | 70 | 80 90 | 100 | 110 120
Growth in board feet ice re Mintek ie EPR hE TD 3| 101 57| 120| 200) 307 DOr Re. 5 Fae A aaah Fo Maat ol AE oe 75 | 150] 250| 375 500 +650 DRG es SRR a eb Oe EE 80 | 180} 300; 440) 580 740 | 940 Bases xb CR oe. oO OR Ak has 1507-283 |) 417% | 567 | 2738 917 | 1,100 ee ie WE Temes ts gee | Sea ag ES 200 | 357 | 500 | 657) 829) 1,029; 1,229 AQsi hoc. ARE RS NS) ADA NE Ae | 2501 400! 550| 712| 888] 1,075 1,288 AGG ies Oe i Te ee 278 | 43831 578| 744] 9111 1,100| 1,300 {eee ee ee oe eh ey 300 | 4401 590| 750} 910} 1,090| 1,290 Shime. Lee ht Oe Be. ODE 318 | 445 | 591 | 736] 900 | 1,073 | 1,255 60.20 ee ES Th eT aan BIT) 442)\ "575 | | -717.|- 875} 1,.050-|- 12217 Gene ob aR NAD Odes SOR 315 | 43881 5621 692) 846|1,015| 1,177 FOOY 6 dea RRL ah SE AB AD 314 | 421] 543] 671 | 814 971 | 1,136 Pi oe LOS AE Le RS, tL S072 413 | 5275) 647.4. 187 933 | 1,087 S022 Utes Te lies tees: Gi eT ee 300 | 400} 506| 625 | 756 894 | 1,044
74 »
ll
Loblolly Pine Table 55 Stand 8 Inches Diameter Breast High and Over Yield in Board Feet Per Acre Scribner Decimal C Rule Site index, in feet Age, years 60 | 70 : 80 | 90 | 100 110 | 120 Yield in board feet, in tens
1 LS ee _ ae nN ee EOE SORE eRe | SLR RE Cres | NEO CRIT | Se Oe ieaglienips 20 6d 130 1 en SSRN SE Sa aa | RE 10 70 160 275 430 650 Fa) 5) MRS al ONC es nee 30 135 290 §25 770 Lous: 15490 27) ately YS NERS 2» PINES 125 350 €50 | 1,070! 1,480} 1,920 2, 435 P51 he Oe) a fais 8: AN ced 265 645 1,095 1, 585 2, 130 2, 655 3, 250 (1) SRA ee Pails Me's SOR 450 940 1, 480 2, 055 2, 670 3, 280 3, 960 Ae ia UR cle: 660 | 1,240] 1,845] 2,470] 3,120] 3,800 4, 540 ES a SE 5 Nk 855 | 1,520] 2,170| 2;825 | 3,505 4,250 5,010 isi, Weel fc” Menuet Fe iangreers 1,050 | 1,760 | 2,435} 3,085 | 3,830] 4,620 5, 400 (2) ESS. eS ae 1,225 | 1,960 | 2,640 | 3,310 | 4,100] 4,920 5, 725 [OS A peg te 3 RR Se 1, 385 2, 120 2, 810 3, 500 4, 300 5, 140 5, 990 MOR oe RE a) a 1,525 | 2,255 | 2,950 | 3,660 | 4,475 |. 5,310 6, 200 75 Sa 20) ag es 1,650 | 2,365 | 3,060 | 3,795 | 4,610! 5,470 6, 370 SOs eee De ol 1,755 2, 460 3, 155 3, 910 4, 740 5, 590 6, 500
Table 56 Loblolly Pine Stand 8 Inches Diameter Breast High and Over
Average Yearly Growth Per Acre in Board Feet Scribner Decimal C Rule
Site index, in feet Age, years | 60 | 70 80 | 90 100 110 | 120 Growth in board feet, in tens Dee SOT Fg erie a inc ac | EES | See es 1 | 4 9 7 ee ed oe ea | | 5 4 § 14 | 22 32 De ee NSN alice) ptt ee 1 5 12 21 31 44 60 BOs AN ks GREE 4 12 22 36 | 49 64 81 BIrstet ne SCRE rece Ei pe 8 18 31 45 | 61 76 93 Apes 1 Oe Le 11 24 | Oe a7 BY oes t6lesl cae 8 99 7 al Lica pans ere 1é 28 4l 55 69 | 84 101 BOS err 2 io ARE oe ae 17 30 43 56 | 70 85 | 100 FE in Sd AID Ah ec gs 19 32 44 56 | 70 84 98 COE so 20 33 44 55 | 68 82 | 95 (1 a SOs Wea 21 33 43 54 66 | 79 | 92 (lsat ceeey erenia: Pee 22 32 42 52 64 76 89 Getiions dae «| OSE 29 207) ea 51 Gib we 85 SOP Be not Nt se | 22 31 39 49 59 | 7 |
76
Table 57 Loblolly Pine
Stand 9 Inches Diameter Breast High and Over Yield in Board Feet Per Acre
Doyle Rule
Fre mp ct rh eee a a Site index in feet
Age, years 60 | 70 | 80 | 90 | 100 | 110 | 120 NN ENR 4 CLES MIZE Se LE NUR ce Yield in board feet
2A GNIOVOR, (go) STM RUBEN sa ie see ene ete tesat is URIS Coat CUS ch eae ice ee rae ia ee fe TU a NE pc | a S10 sae A lee ee OP A NS, 500 | 1,000 | 2,000 5 a 4 9 2, ls ge een ee tO 1,000 | 1,500 | 2,500] 4,500} 6,000 i ee ee a eh | 1,000 | 2,000} 4,000 | 6,000} 9,000 | 12,000 Bp ees ee 500 | 2,000 | 4,000] 7,000 | 10,500 | 14,500 | 19,500 ‘A aie Aa a ae a 1,000 | 3,500 | 6,000 | 10,000 | 14,500 | 20,000 | 26, 000 15 dep Sy jade pare RD a sca 2,000 | 5,000 | 8,500 | 13,500 | 19,000 | 25,000 | 31,500 0) ca os i eg A 3'000 | 6,500 | 11,500 | 16,500 | 23,000 | 29,500 | 36, 500 5 Soa ec Wg 4,000 | 8,000 | 14,000 | 19,500 | 26,500 | 33,500 | 40, 500 Bon 1 EE) 5,000 | 10,000 | 16,000 | 22,000 | 29,500 | 36,500 | 43, 500 Ga ies ae aig SSE a 6,000 | 11,500 | 17,500 | 24,500 | 31,500 | 38,500 | 46, 000 TOM eee SFO Te 7,000 | 12,500 | 19,500 | 26,000 | 33,000 | 40,500 | 48, 000 715 sate hg Sp De 8,000 | 14,000 | 20,500 | 27,500 | 34,500 | 42,000 | 49, 500 ROU wes. RE. A 8,500 | 15,000 | 22,000 | 29,000 | 35,500 | 43,500 | 51,000
17
Table 58 Loblolly Pine
Stand 9 Inches Diameter Breast High and Over
Average Yearly Growth Per Acre in Board Feet
Doyle Rule Site index in feet | : Age, years | 60 | 70 | 80 | 90 | 100 | 110,120 { | Growth in board feet Poo acm eg AY ee SR I LISS 8 EM eg RU ee Mm Se ies UNO Ke. este wee ey URES Saeki sh el 25 50 100 Ue Bea SE Een ae ea A ee 40 60 100 180 240 Oe ait: Sees es 4 Ee SO eS SI 33 67 133 200 300 400 a ee os S| Sp Se is, 2 VINES 6 ORE 2S LS eo 1 14 NTE 114 200 300 414 557 QE ee. tS 5 ARR) a a. eae 25 88 150 250 362 500 650 rt ieee eetin ge tS ATW er gS: abe) nea 2 ee ee ae 2 44 111 189 300 422 556 700 GO ee SRE A Re RD 60 130 230 330 460 590 730 Ode Ate 2 3. UA rare 3 es ee SE 73 145 255 S00 482 609 736 GOES - 3 Se RS A ee ee OS Saeed 83 167 267 367 492 608 725 65) aie BR de A Ea) i ee a 92 177 269 377 485 592 708 AOR ee 3 SP Ee ee SAY ee eee | 100 179 2. 371 471 579 686 Oe cee os SPAS Boe AGA Oe Gee. SE aS | 107 187 273 367 460 560 660 BOrt: CA Abe SE ae ee eee te LOG 188 275 362 444 544 638
78
Table 59
Loblolly Pine
Dominant Stand
Average Diameter at Breastheight
Site index in feet
Diameter in inches
Cigetr( imael eee eet
Be eee ule Henson!
Ong. ewe eee
Age, years
79
Table 60 Loblolly Pine
Dominant Stand
Number of Trees Per Acre
Site index in feet
Age, years 60 70 | 80 | 90 | 100 | 110 | 120 |
Trees per acre
1a ea ays ape apa Sie Arai ae ine 955 | 735 | 610 | 520; 470; 420 390 P| = et Dm a ee A ey A 670; 510 | 430; 3870; 3830] 300 280 PAS aS Sa a cS ot RS 3 et He oe 480 | 385 | 325 | 275 | 255] 235 220 | eR aan aE A ES 3 PES Se Se es a 390 |; 315 | 260 | 225 | 205 | 190 180 SOS ot Eso esac sec eee 330 | 270) 220; 190; 175} 160 150 AQP. Se eae eae aed. nase oe Soe ae oe 290 | 230| 195 | 170) 155] 140 130 4520). ob shee. Deas oh Aes tbh eet 255 | 205) 170| 150) 1385] 125 115 BOL oo ae a eens Se Re eee ee 230 | 180 | 155 | 185] 125 | 115 105 fs ae at ea ee ee DM Se) ae oe 215 | 170 |. 140 |: 925.) (TES |. 105 100 GOuie. 2 Sie ce ee 200 | 160; 1380| 115}; 105; 100 90 OO252 622 oe Lek oe Se ek oee oe Peete 185 | 150 | 125; 110; 100 95 85 POSE. Is Sh, Bee See 175 | 140; 115; 100 95. 90 80 (Oone oe Boe en as See owe es oes 170 | 1385 110 | 95 90 85 75 SOste A Se oe eh eS eek 160} 180} 105 95 85 80 70 a Sa are elt areas ae een a es 155 | 120} 100 90 80 75 70 0 aca il Ap r= I A 150 | 120 95 85 80 70 65
Table 61 Loblolly Pine
Dominant Stand
Basal Area Per Acre at Breastheight
Site index in feet
Age, years 60 | 70 | 80 | 90 | 100 | 110 | 120 Basal area in square feet TS RD SOTA IS IESE SAIS va CRONE py OCR See 71 74 76 79 82 88 93 Ci) AP TARO ARORA LR aR TR CE RRS As 86 88 90 93 98 | 103 109 PAD gy ENE EO a, ae Ses Dy Se CT SC RR 91 95 98 103 109 116 123 iL, Ok MO eR Ua ts lee a 96 101 106 111 118 126 134 1 ca Ree Se pI eo ae RR 101 106 112 118 126 134 143 A) NE Ae ea a sO ed 104 Bei 117 125 133 141 151 SB SESE ae ROE ye SUI Caen Rel ORS Taba Se 108 ely 122 130 138 147 US 7/ LS oo 58h HEE ee ges aa oe Sr pe ea WOOL 118 126 134 143 152 162 LD ye ppl Selig eae ae he a a 113 122 130 138 147 156 167 (11) Se Aa 3 "a Meg ee ao ee 9 eS 116 125 132 141 150 160 171 (CL ee pe oa 5 SO Sy cE og, SR 118 127 35 |= 143 153 163 174 F7ih Benge ce se on A fs lara he, eee NM 8 120 129 137 146 155 166 bere US snags einige sea dhe et Lp an Ss eae OE Le 121 131 139 148 ow 168 179. SO eae Fa Eh ne i I aha SE he 23 133 141 150 159 170 181 (SE adel 2p a Re 125 135 143 151 161 170 182 ER ds oe AMO 8 yin SN ea = ap 126 136 144 152 162 173 184
S1
214-240 O - 76 - 6
Tabie 62 Loblolly Pine
Dominant Siand
Yield in Cubic Feet Per Acre
[Total volume—peeled]
Site index in feet
Age, years GO: 70 | 80 | 90 | 100 | 110 | 120
|
| Yield in cubic feet 1 Ge tien ae kG | 22750 00 | 1,000 1,200) 1,350/ 1,600| 1,850 yan AS Se Mae es 1,000 | 1,200] 1,450; 1,700} 2,050] 2,350] 2,700 Fin) Soe TS Sa 1,300 | 1,650 | 1,950, 2,300} 2,750] 3,250| 3,750 eed OMG) Reet REET 1,650} 2.050| 2,500 2.950! 3,500! 4150] 4,900 i a eS BOE Se 1,950} 2,450| 2,950 3,550) 4,250! 5,050| 6,000 7) aS GOL 2 SB oad 2,250 | 2,750} 3,400 4,100 4,950/ 5,900| 6,900 5 a SS Ga ae 2,500} 3,100) 3,800 4600 5,550] 6,550) 7,600 OL Pe ORE 2, 700 | 3,350| 4,100, 5,000! 6,050| 7,150] 8,250 ened Ria) SOS aed 2.900! 3,600) 4400 5,350) 6,450] 7,600| 8,850 DEGRA <j SoRIE 79 Sa <A 3,050 | 3,800 4,650 5,650, 6,800} 8,000] 9,300 ae en Se ae 3,150! 3,950) 4,850 5,850| 7,100| 8,400| 9,700 700. (Oa Ber Oe | 3,250 | 4,100} 5,050 6,150) 7,300| 8 650 | 10, 050 (BSE GEAR Se 3,350 | 4,200) 5,200 6,250) 7,500] 8,900} 10,300 Soir. Let i Ser ot Ser | 3,450 | 4,350} 5,350 6,400 7,700} 9,050) 10, 550
82
Age, years
Lobiolly Pine
Dominant Stand
International (14-Inch) Rule
Yield in Board Feet Per Acre
Site index in feet
Table 63
83
60 | 70 | 80 | 90 100 | 110 | 120 ! Yield in board feet
piers SL 3 50 150 850 | 1,800 | 3,000 4, 500 ie Seehah Aw 1 OOF m3, CCON) o10005) 75 0007 9s CO0Ns 11. S00 2,000 | 4, 500 7,000 | 9,560 | 13,000 | 16,500} 20,600 4,500 | 7,500 | 11,000 | 14,500 | 19,000 | 23,500 | 29, 000 7,000 | 11,000 | 15,000 | 19,000 | 24,500 | 31,000 | 37,500 9,000 | 14,000 | 18,500 | 24,000 | 30,500 | 37,500 | 45,000 11,500 ; 16,500 | 22,000 | 28,000 | 35,500 | 48,500 | 52,000 13, 500 | 19,000 | 25,000 | 31,500 | 40,000 | 49,000 | 57, 500 15, 000 | 21,000 | 27,000 | 34,500 | 48, 500 | 53, 000 62, 000 16, 500 | 22,500 | 29, 000 | 37,000 | 46,500 | 56,000 | 65,000 17, 500 | 24,000 | 31,000 | 39,500 | 49,000 | 59,000 | 69, 500 18, 500 | 25, 500 | 33,000 | 41,500 | 51,000 | 61,500 | 72, 500 19, 500 | 26,500 | 34,500 | 43,000 ; 53,000 | 63,500 | 75,000 20, 500 | 28,000 | 35, 500 | 44, 500 | 54,500 | 65,000 | 77,000
Table 64 Loblolly Pine
Sample Plots Distribution by Age and Site
Site index in feet
Age, years 60 | 70 | 80 | 90 | 100 : 110 | 120 | 130 | Total Number of plots | | | Qe See ee ees es see ere || 2 1 2 1 GS ee eles te (enn ee | 6 D0 ores ye seen cle eeclin tetris |: --2 8] 14 9 2 4 1 40 71 Raat repre oe rape et 2 2 = 8 8 8 4 | id Pes Be es 35 AOE se a ee fe |) ee 4 | 9 fea eee Jilstenss 22 BOL LER ss ONE 2k SAN SE 1 1 | 5 3 Te eae ae [ea ons 11 | GOE fer nes eee ee [2 ree 1 3 A | er sedlne we [eee 8. TORE: SER eet: ee eae 4 ae ego ed eae Ele eee 6 ee ae a al a | fe re J eee lasese G0 | Sa it ae nce eh At ND) fk eat ted || Pe 1 if } Ui [eateries Ce al oe | 3 Totaleee.. eee 3 Oils. 7" eee 44 Wenas 8 6 1 | 131 Average deviation of individual plots from yield tables Trees 2 inches in d. b. h. and over: IND Cte 2 ee Sess OBS ee er i De: Sele oy oe ee 21.1 per cent. Basal ara. oa sc wk se ie 2s ee Sd Aig ee ga Bee Lg Seen oe 14.7 per cent AVerase- Ge Di Rios ee sre er ee een Soe ol eae aia eee 10. 5 per cent- Volumen: cubic feet 2s oo a eee 15.7 per cent. Trees 7 inches in d. b. h. and over: Volume in board feet, International 14-inch rule__............-... 23. 4 per cent
Table 65 Longleaf Pine
Total Height of Average Dominant Tree Site index, in feet
Age, years 40 | 50 | 60 | 70 | 80 | 90 | 100 | 110
Height, in feet
15) Se a mIPE ip e 14 18 22 26 30 33 37 41 7 ee ee ee 20 26 31 36 41 46 52 57 70 OE Oe ee ee ee Eee 25 32 38 45 51 57 64 70 SUM se Sahat ses cos eesti ce See Ree 30 37 44 52 59 66 74 81 Om eich MM wen BS hh Red 33 4] 49 57 66 74 82 90 Eas a eects Rs fs DAs cy A SE 36 45 53 62 71 80 89 98 Pe sn oe a ee Bee 38 47 57 66 76 85 95 104 POA a ase I oh Bs 8 cle ea 40 50 60 70 80 90 | 100 110 555) ee eee eee Se 42 53 63 74 84 94} 105 115 CONE a eee ah ee SO ot SN ok 44 55 65 77 87 98 | 109 120 eer OI nA BS eh Wt 45 57 68 ue) 90} 102] 113 124 Ozma ant ee ee eS 47 58 70 82 GSR Com teeL7, 128 1 De Se ee ee eee ee eee eee 48 60 72 84 96} 108} 120 132 co a Set a eee eee ee 49 61 73 86 98; 110; 123 135 SOM th NS ode Pes fol en 50 63 75 88; 100; 112) 125 137 SEA sb RS i A Bp A a 51 63 76 SOF AOI ea 27, 139 Sees SE SE ss a ha 51 64 77 90; 102; 115 | 128 140 OO orate hn es aa oh a lS 52 65 77 90; 103; 116) 129 142
Italicized values are site indices.
&5
Table 66
Longleaf Pine
Stand 2 Inches Diameter Breast High and Over
Average Diameter at Breastheight
Oo
rt
ra
(=)
S
ra > S n ro) rob) 2 |_| 4 q q ord (>) | w co q b+ % 2 |G r hy ra ®o Baie ite Bere ee) oD ASS,
-) 2 (an
fon)
wm
oO
=H
A
a
fea
o
ion
<q
NO & > OD OO tb SH rt i (1) CO =H OD tH 06 6D HaisSGmod BOHANN wGeodidris WSS ee ee |
ON HH HN CO OI1O Mt Nr ANE N ooh M159GMO BAOHH ANwowdt xadid ee ee en |
1D I= OC) Py CO OOONhD NOrrntio © =H CON MHSGSM~ OCBGBOSD BHinawd aor ee ee ee ee |
NOD OD r4 Oo & CMI 00 cn 00 MN © rw o> om co CO OHAIGSOHG MOSH CDOnnH AA Saeed Waa
00 CO r= 19 NI 00 H OD sH OO NOD rr Om t= Noodads Orrdd GBGCSO FH Aad woe
1D OD ON CD AD C10 © st 00 rd 00 rH cH 00 rd oY) Nodtdtid COME ddedaa ASS MN 00190 4 OO r4 CO CD OD CO OH N19 00 © oO) SO 00 Nidioieiet adididisG GEMMA dd I~ <H O> <H CO GNI 4 00 r4 <H I= OD rat HO COON MAIO dWetidiidid adidSsSOSO ONE
86
Stand 2 Inches Diameter Breast High and Over
Longleaf Pine
Average Total Height
Age, years
Site index in feet
Table 67
| 40 | 50 | 60 | 70 | 80 | 90 | 100 | 110 Height in feet
14h eee eet 2G 30 I, 34.) ese oO 180 ERO3 MOO 3 dor) aac asl 56 So eeoR lames) 40 481 sail et 67 Dar GONSO PMO | sel) Gokul. 70.1. 197 ORV ebT36) reds’| 83s G2)|_. 7011. 781. 8% Siuimeesorlaaedol i 58. 67) 76.0. 86. 5 25) (Hh 43) |so| 62. 721 Sol| oo! 02 Seria auset|. (66.76 | Su). on. 107 36, Mbe47 |Gie58'| 691| 80:| 90r| iol | ime 336 tee) VAGO! |...721\)..,.83) |. 94.1, 106, |. _1a7 Bol imns0) mene?! 741. 861.97.) 109 |) daa AQ) |Web) eve! | . 76| sei 100) to | id Aa sees) miss! 78. 00) |, 103.) is |. tox 4) \Wenss) panei |. .80.|, 921) 105,| 118) || 180 ay 56) 69 Bl) G4) ten] 120) 133 Mae Wea7) \eee70 |. 83.1. 96 |. 109.) 123 | 196 Aimee em 8 ORI |) 125) 138 Aol iee=o) eel 86.) GO.) 113 | ton) Fido
87
Table 68 | Longleaf Pine |
Stand 2 Inches Diameter Breast High and Over
Number of Trees Per Acre Site index in feet Age, years so | 0 | eo | 70 | so | 90 | s00 | 11
Trees per acre
1 RRO: Rae VA ae eae 2,145 |1, 985 |1, 800 |1, 610 |1, 450 |1,260 |1,090 | 960 1 eee ed ier ae) Se ae 1,550 |1, 410 |1, 290 |1, 150 |1,050 | 910 | 790 690 Oo ee a a a 1, 220 |1, 120 |1.020 | 920 | 820 | 720] 630 550 SO: cS I ek Ce oe 990 | 900] 815! 730] 655! 575 | 500 445 Bb Ss a sa ee a 810 | 740] 670| 600| 540| 465] 415 365 4
AO. ge, tow) A 2 eee SY 690 | 625 | 575| 515 | 465 | 405 | 355 315 1s ae! AE ek cee MS 615 | 555 | 515 | 460] 415 | 365 | 315 275 BO. 20 eee: See ae ee a 560 | 505 | 465 | 415 | 375 | 330] 285 250 Ris ia) ED OE 510 | 465 | 425] 380] 345 | 300] 260! 230 (71) US 0 ie es ae = 470; 430] 395 | 355 | 315 | 2751! 240 210 ae |
G5 2 eT es eee 440 | 400} 365 | 325 | 295 | 255] 225 195 TOo 8 SO ee 410 | 375 | 345 | 305 | 270] 240! 205 180 Wee Se Fe eee 385 | 355 | 320] 285 | 255 | 2201 195 170 CO i SES ER OT ae 365 | 335 | 305] 270] 240] 210| 185 160 OE EERE IE PS OM SY 345 | 315 | 285 | 255 | 230! 200] 175 150 OO) 2. SE 2 SR. ES eh 325 | 300] 275 | 245 | 215 | 190! 165 145 OF a Oe ENED a 310 | 285 | 260] 235] 210] 180] 160 135 TOO. 2 ee et eee Se ek ae 295 | 275 | 250] 225) 200| 175] 155 130
§8
Table 69 Longleaf Pine
Stand 2 Inches Diameter Breast High and Over
Basal Area Per Acre at Breast Height Site index in feet Age, years 40 | 50 | 60 | 70 | 80 | 90 | 100 | 110
Basal area in square feet
IE cr li a pt ke 35 48 60 69 77 83 | 87 91
AX) RES 5 Se OS ee cee are 48 64 79 92} 102; 109; 114 118 oes ae ees 22 se eS 54 72 89} 104} 114] 123) 128 132 BUS ee eee eS OE Le ae 58 78 97} 113] 124 | 1384; 140 144 Soe Pe ee See ee eS 63 83 | 103} 120; 133; 143; 150 154 AO Ree tee eos Ee ee 66 88 | 108; 127; 140; 150; 158 162 Daas, See gee Rg See Se a 69 92; 113}; 133] 147) 157 | 165 170 LE) epee 5 55 oe Sag 2 he ea ge 72 95} 118}; 138; 152] 162; 170 176 G1) a en a ee 74 98} 121 | 141; 156) 167); 175 181 6022... eee ee See ee eee Se 76 | 100; 12 145 |; 160; 170); 179 185 Game setae See eee 7 | 102; 126; 148; 163) 174) 182 189 CD aes, See A ee sy ape 79 | 104] 128) 150; 166] 176{ 185 192 ieee Se ene ee eS Pek 80; 105; 130; 152 | 168; 179| 187 194 SOME E Rees See wets) MeO. eS 80 | 106; 131) 153) 169; 180; 189 196 Sie ae Bae eae es EN ke 81) 107; 1382; 154; 171] 182) 191 a 0) eet eh A ea 82} 108; 133; 155 | 172] 184); 192 198 DOPe eae te Metab ee te oe 82; 108; 1384} 156; 173 | 185 | 193 199 LOD <2 ae Ss Ek es 82 | 109} 1385] 157 | 173) 186| 194 200
89
Table 70 Longleaf Pine
Stand 2 Inches Diameter Breast High and Over Yield in Cubic Feet Per Acre
[Total volume—unpeeled]
| Site index in feet aia WARNES CIR ea ee tg teen ere retype NT Oy [pea PE] a em Age, years 40 | 50 | 60 | 70°} 80 | 90 | 100 | 110
Yield in cubic feet
| TOs: cobs S| 350}. 750; 1,150; 1,500; 1,750; 2,000) 2,200 | 2, 450 208. 32S eek ae | 500 | 1,000; 1,500] 2,000 | 2,450; 2,800) 3,150 3, 450 Ze. 5 eas 650; 1,200; 1,900; 2,500) 3,100; 38,600 | 4,050 4, 400 Ee ie eee = 800 | 1,450] 2,200; 3,000; 3,700; 4,350) 4,950 5, 350 5 [ae <a f 950 | 1,650 | 2,550; 3,500; 4,300; 5,100] 5,800 6, 300 408. soe scchseus -| 1,100} 1,850} 2,900] 3,950| 4,900] 5,800} 6,600 7, 200 7 eee | Seer -| 1,250; 2,050} 3,200; 4,400; 5,500] 6,500, 7,400 8, 100 Ls ee eg Se -| 1,350 | 2,250} 3,550; 4,800; 6,000); 7,150} 8,200 8, 950 Hpet ess Seats: -| 1,450 | 2,400} 3,800} 5,200; 6,500) 7,800| 8,850 9, 700 BOE: a 4 SS a i -_| 1,550; 2,600; 4,100] 5,600 | 7,000; 8,350! 9,500; 10,500 Gis os setehwet -| 1,650 | 2,750} 4,350! 5,900 | 7,450 | 8,900} 10,100 | 11,100 O30 4 Sees ou’ -| 1,700 | 2,950] 4,600} 6,200 | 7,850 | 9,400 10,700 | 11,700 (oe 525298 LS -| 1,800; 3,100} 4,800; 6,500/ 8,200; 9,900 | 11,200 | 12,200 SOES B4a Sees -| 1,850; 3,200] 4,950 | 6,800; 8,550 | 10,250 | 11,600 | 12,700 Sao 2 eer sees -| 1,900) 3,350 | 5,150} 7,000; 8,900 / 10,650 | 12,100 | 18, 200 | Eg ede -| 1,950} 3,450! 5,300} 7,200; 9,150 | 11,000 | 12,500 | 13,600 Obs or Be ee 2,000 | 3,500} 5,450} 7,400 | 9,400 | 11,300 | 12,800 | 14,000 100s eke -| 2,050} 3,600} 5,550 | 7,600 | 9,600 | 11,550 | 13,100 | 14,300
30
Longleaf Pine
Table 71
Stand 2 Inches Diameter Breast High and Over
Age, years
Yield in Cubic Feet Per Acre
[Total volume—peeled}
Site index in feet
Yield in cubic feet
825 | 1,075 1,325 | 1,700 1,800 |} 2,300 2,200 | 2,850
2,700 | 3,450 3,100 | 4, 000 3,550 | 4, 550 3,950 | 5,050 4,300 | 5,550 4,650 | 5,950 5,000 | 6, 350 5,250 | 6,700 | 5,500 | 7,050 |
5,750 | 7,350 5,950 | 7, 600
6,150 | 7,850 6, 300 | 8, 100
6,450 | 8,300 | 10, 200
100 |
1, 525 2, 400 3, 250 4, 050 4, 900
5, 600
6, 400 7, 150 7, 850 8, 500
9, 000 9, 500 10, 000 10, 350 10, 750
11, 100 11, 450
11, 750
110
1, 675 2, 650 3, 550 4, 400 5, 350
6. 200 7,050 7, 850 8, 600 9, 300
9, 900 10, 450 10, 950 11, 400 11, 800
12, 200 12, 550 12, 900
91
Table 72
Longleaf Pine
Stand 2 Inches Diameter Breast High and Over
Average Yearly Growth Per Acre in Cubic Feet
[Total volume—peeled]
Age, years
Sees WE SssoGussS. tb SEMEL eee 2 7 a RIE 8 OE ES SS s OO) eon cu ee Sel ee kee 2 GO A es eee Sp ae = hae s AOE Se SR 8 Sa 3 BOR Ua eS -wesoe 2 DOB .n sees Se 2S ee = he a he es es er a 60) Sco Obs 5 eee 25 -GSau2 Ze G0! 222.2 CSRS sot eee Ss ee = (Os 22s 20k 8c) Bees ee & MOL SS AOD Cie ee ee = SO ce Sie ee ape eS 2 Soe ee SEL ES ses é 902 53:2 2st cSt a ee te 2 Li ee a aS ey = WOOseea osha din. Seas eee S
Site index in feet
0 | 7 | 80 | 0 | 100 | 0
Growth in cubic feet
46 64 83 | 102
102 120 130 135 140
140 142 143 143 142
138 136 133 129 126
123 121 118
Table 73
Site index in feet
epee 16 Welw eh let Are ere Mes |. Giver leniater = Jet ike
OF ORs One eh Om <0) Alef 20) a Oh eee en) Let ema ebayer 18)
DP OLE e nig tO WeERe Ss." 10). Aw eerie) eee et ken de okey ete) hie
Diameter in inches
Oe weasel es es! SLaelmienecaercie: Siereco celeste
OPA OUT Oe) esol puelgule ines Lee TU jemutert vere ieee
4 4 5 5 5 5 6 6 6 7 7 7 7 8 8 8 8 8
93
Longleaf Pine
Stand 4 Inches Diameter Breast High and Over
Average Diameter at Breastheight
Age, years
0) SE 9 i ERE i a2
Table 74 Longleaf Pire
Stand 4 Inches Diameter Breast High and Over
Number of Trees Per Acre
Site index in feet
Age, years 40 | 50 | 60 | 70 | 80 | 90 | 100 | 110
Trees per acre
eee We ea ee We ae aa | 50 | 155] 205] 250! 300] 345] 4051 420 Oi Giese. Sars haa Tae 215 | 295} 400} 500! 580] 580] 555! 520 ORE on da tee SANA esdde oP re I 265 | 3851 500] 550| 580] 550| 500] 465 B05.) tke lp ee es Lape 300 | 430] 540| 540! 530| 495| 4451 405 are ae em 4 a eee ae 330 | 440 | 550 | 495| 475 | 425| 385| 350 AQ ibe a Pgs ont a rae Es 345 | 435 | 475! 450! 420] 380] 336! 309 Aas Sobor Nm OF Re ee Pa A 360 | 425) 440] 415| 385| 345| 3051 275 BOR ee te ee ab eee bak oe | | 360] 410] 410} 380! 355| 320] 282| 250 Bec dole be cb ie om wird? 2 om ope 355 | 390! 385/| 355. 330] 295] 260|/ 230 COkb sot cil 6 ape rare 345 | 365 | 360! 330! 310] 275 | 240 a9 GbG2. cave Bel id <2 8 gat hed abe | 335] 350| 340! 310| 290] 255| 225} 195 Vy et Gene ee ae ee ee | 3251 335 | 320] 295| 270| 240] 210! 180 Die ho dM OD Wes bd Sickle def : 315 | 320] 305} 280] 255] 225} 200| 170 Te ee ers oe eo ae ee 300 | 305] 290] 265] 240] 215] 185| £160 Qi im Rabat afithiba apet £48 Met | 290} 295 | 275| 255 | 230| 200} 175| | 150
ee O0 At. tt aren ee SU eee | 980 | 280| 265] 240| 220] 190} 165 145 Out 3 ees] pipe) Bose fees | 370: | $270: || 2955 | 930; | 210: | 4185 | tO 140 ROQS te Sc Lap eg Ss othe | 265} 260| 245| 225} 200] 175} 150| 130
I
94
Stand 4 Inches Diameter Breast High and Over
Longleaf Pine
Basal Area Per Acre at Breastheight
Age, years
so | 60
Site index in feet
r
| 90 | 0 |
Basal area in square feet
Table 75
100 | 110 65 72 106 112 124 130 137 144 148 154 157 162 164 170 170 176 175 181 179 185 182 189 184 192 187 194 189 196 190 197, 192 198 193 199 194 200
95
Takle 76 Longleaf Pine
Stand 4 Inches Diameter Breast High and_Over Yield in Cubic Feet Per Acre
[Total volume—unpeeled] Site index in feet Age, years 40 | 50 | 60 | 70 | 80 | 90 | 100 | 110
Yield in cubic feet
1G eR RE 20 160 420 800 | 1,210; 1,540) 1,870 2, 160
74) | See 25 BR poe 150 500 | 1,000 | 1,500 | 2,050] 2,550 | 2,950 3, 250
ZOE 2 OS EER Sees 350 850 | 1,500; 2,100 | 2,800 | 3,440} 3,950 4, 300
| Se Se ee 550 | 1,150] 1,900; 2,700 | 3,500 | 4,250; 4,900! 5,350
2 oe ee nee 750 | 1,450 | 2,350 | 3,300) 4,200; 5,050/| 5,800 6, 300
AQES Soe ee Doses 900 |} 1,700 | 2,750 | 3,800 | 4,900} 5,800 | 6,600 7, 200
AOE cee ete ae 1,050 | 1,950 | 3,100 | 4,300} 5,500 | 6,500 | 7,400 8, 100
A ane le ah Se ig 1,200 | 2,150 | 3,450 | 4,750 | 6,000 | 7,150 | 8,200 8, 950
5 ae a rie I 1,300 | 2,350 | 38,750; 5,200 | 6,500 | 7,800 | 8,850 9, 700
G02 Ss Sears Se 1,400 | 2,550 | 4,000 | 5,600; 7,000 | 8,350 9,500} 10,500
5 Ss Pe BS a 1,500 | 2,700 | 4,300 | 5,900 | 7,450] 8,900 | 10,100, 11,100
(Oe ose Se 2 1,600 | 2,850 | 4,500; 6,200 | 7,850 | 9,400 | 10,700 ; 11,700
oe ae es 1,700 | 3,000 |} 4,700 | 6,500 | 8, 200 | 9,900 | 11,200 | 12, 200
SOE = Sere sees 1,750 | 3,150 | 4,900 | 6,800 | 8,550 | 10,250 | 11,600 | 12,7007 85-_-_..-.-------!| 1,850 | 3,250 | 5,100 | 7,000 | 98,900 | 10,650 | 12,100 | 13,200 OOE ES sae laze 1,900 | 3,350 | 5,200 | 7,200} 9,150 | 11,000 | 12,500 | 13, 600— ae es 1,950 | 3,500 | 5,350 | 7,400 | 9,400 | 11,300 | 12,800 | 14,000 LOQsbscneetea 2,000 | 3,600} 5,500 | 7,600 | 9,600 | 11,550 | 13,100 | 14,300
96
Table 77 Longleaf Pine
Stand 4 Inches Diameter Breast High and Over Yield in Cubic Feet Per Acre
[Total volume—peeled]
Site index in feet
Age, years 40 | 50 | 60 | 70 | 80 | 90 100 | 110
Yield in cubic feet
ee. eae 10 80 | 220 440 740 | 1,020; 1,300 1, 480 1 ee ee 120 400 700; 1,100; 1,550 | 1,950; 2,300 2, 550 Power ccs seks soc 270 620 | 1,100 | 1,600 | 2,200 | 2,750 | 3,200 3, 500 le ee 400 860 | 1,450 | 2,100 | 2,800} 3,450 | 4,050 4, 400 Boreerses esol. 530 | 1,100 | 1,800 | 2,600 | 3,400 | 4,200] 4,900 5, 350 eae a eee 650 | 1,300 | 2,150) 3,050 | 4,000 | 4,900) 5,650 6, 200 Popes els ee S223 780 | 1,500 | 2,450 | 3,500 | 4,550 | 5,600 | 6,400 7, 050 i seeeaeiates eee 900 | 1,700 | 2,750; 3,900 | 5,050] 6,200| 7,150 7, 850 2 aes 1,000 | 1,850 3,000 | 4,300] 5,550| 6,800} 7,850 8, 600 60._..-.-..------| 1,100 | 2,050 | 3,300 | 4,650 | 5,950 | 7,350 | 8, 500 9, 300 0 ee eae 1,200 | 2,200 | 3,500 | 5,000| 6,350! 7,800 | 9,000 9, 900 ROmene tos ees S52 1,250 | 2,300; 3,700 | 5,250/ 6,700 | 8,250} 9,500] 10,450 Ce eae 1,350 | 2,450 | 3,950; 5,500) 7,050 | 8,650 | 10,000 | 10,950 2) ees 1,400 | 2,550 | 4,100; 5,750 | 7,350 | 9,000 | 10,350 | 11,400 a ee 1,450 | 2,650 | 4,250 | 5,950] 7,600] 9,350 | 10,750 | 11,800 1 eA, aaa 1,500 | 2,750 | 4,350 | 6,150] 7,850] 9,650 | 11,100 | 12, 200 1} se 1,550 | 2,850 | 4,500 | 6,300! 8,100] 9,900 | 11,450 | 12,550 | 100_-.-.--.------} 1,600 | 2,900 | 4,600] 6,450 | 8,300 | 10,200 | 11,750] 12,900
97
214-240 O- 76-7
Table 78 Longleaf Pine
Stand 4 Inches Diameter Breast High and Over Yield in Cords-Per Acre
[Rough wood]
Site index in feet
| | Age, years 40 | 50 | 60") 80 | 80 | 90 | 100 | 110
1 ee eae Os eae 2 5 7 11 16 Opt hd a ate) 1 | 4 8 14 20 26 Oras 16a aie 3 | 8 14 21 28 35 BOs sa Sh gee as 5 11 19 23 36 43 Shela, is eee BL 7 14 24 33 43 51 | BOR sek eee) 9 | 17 Q7 39 49 59 | ae ee 10 19 31 43 55 66 | tT ane ae Oe 11 21 34 48 61 72 | BR <3 bees. 12 23 37 52 65 78 60ie ss ieee eS 13 25 40 55 70 84 Gi Site oes 14 27 43 59 74 89 FOst net Someemal 3 15 28 45 62 78 94 ; | een ier tae 16 30 47 65 82 99 | Rete a Anas 17 31 49 67 85 103 Girone as Newest 18 32 51 70 88 106 | | Se eee 18 | 33 52 72 91 110 Qjscee lene es 19 34 | 54 74 94 113 100-s2 eae ‘20 35 | 55 76 97 117
Table 79 Longleaf Pine
Stand 4 Inches Diameter Breast High and Over Average Yearly Growth Per Acre in Cords [Rough wood]
Site index in feet
Age, years 40 | 50 | 60 | 70 | 80 | 90 | 100 | 110 |
Growth in cords
an te ee hE ole ee 0.13 | 0.33 | 0.47 | 0.73 | 1.07 | 1.33 | 1.47 TD) GRE eh FEMME Bee te aa 0.05; .20; .40 70 | 1.00 | 1.30} 1.50] 1.70 TE SRE Be ST a is Ae ee oe 12 | .32 56 84 | 1.12 | 1.40 | 1.60 | 1.76 Pipe sae oR cles tee SR Wi Sot 63 93 | 1.20 | 1.43 | 1.63 | 1.80 1 a ES Sia SS SR, pe 20 | .40 69 94 | 1.23 | 1.46 | 1.66 | 1.83 ce wy Se ee te 22 | .42 68 98 | 1.22 | 1.48 | 1.65 | 1.82 HD SE en aes kW A 22 | .42 69 96 | 1.22 | 1.47 | 1.64} 1.82 2 Dj SE Ge Ee 8 I Lal 22 | .42 68 96 | 1.22 | 1.44 | 1.64 | 1.80 BE ey en aa a ea a 22 | .42 67 95 | 1.18 | 1.42 | 1.62 | 1.78 0 3 SE sa i Gina gE et a © a 22 | .42 67 92 | 1.17 | 1.40) 1.60.) 1.77 DD Ae es Ot a ee a2 22 | .42 66 91 | 1.14 | 1.37] 1.57 | 1.74 "Vis ERI Oe WE AE I 8 a 21 | .40 64 89 | 1.11 | 1.34) 1.54] 1.70 ee ee 5 ih A os eh 21 | .40 63 87 | 1.09 | 1.32] 1.51} 1.67 2D gel aaa er Zale sala el 84 | 1.06 | 1.29 | 1.48 | 1.62 “Ting SR aes mee a Shea ak ae oe 21 38 | .60 82 | 1.04 | 1.25 | 1.44] 1.58 (AES SD A 0 oe ge .20; .37 | .58] .80| 1.01 | 1.22 | 1.40] 1.53 FED SiG, te ee ed GN S20 OO 00 I. fo) |) 699d. TON Te SG) i149: PN eee i een cee eae ee S200) neo! 00) fl 00) Ste i te ssnr 1. 45) I a aN aE ce el) Dn) Sena ec wn ee aL
99
‘Table 80
Longleaf Pine
ne » > © S is 3 rn D> = St ~~ (A) 8 iS) i RQ NN = iv) S 8 i ) Q % o r2 os) & — ra es & =} — op)
Average Diameter at Breastheight
Site index in feet
Age, years
Diameter in inches
1 ° Td ad al 1
iJ
Urea Graf 2 'St> ii i 1
i]
: NI 0) <i re i mi '
Onesie freee fF 5 Sst Lee
Crt et RT
100
Longleaf Pine
Stand 4 Inches Diameter Breast High and Over
Average Yearly Growth Per Acre in Cords
101
Site index in feet
0
90
Growth in cords
[Peeled wood] Age, years 40 | 50 | 60
Reema. SR een oats tee te STA SS = 0.07 | 0.20 | 0.33
sf is Be ep ae ae. pe 5 aa 0.05; .15| .30 BO eens ee ee ek ae oe 08 | .24) .40 64 Bee ee a SE Ne eS eS VS We 27 ie 47 70 5 i I Se Sa 14) esl ie 51 74 BER) Synge as Me No ee Sos bs eae 2 ou 15) 1) #232 | 9 252 78 =f I 0 oN eS RR 16] .33)| .56 78 1D Pa“ ea et iia Geen gs be ae 16; .34| .56 78 TID SER Sa SRNR (a a a a = 16 | .35 55 78 TSA: Se eee Os RR a ea ee 17 | .33 55 77 ome eee See lee ese 84 17 | .34 54 77 7 a a Re Pa | A ap 17 | 333 53 74 Om ee ok ee SAEs eee 8 16>) 7232 52 73 ro) OS MN ig NO pS 16} al | >. 50 72 a eae NA 8 a Te ee 5 Se 16> 501 - 49 71 Sia es eles ip os ge ie pea 16) .30/| .48 68 1 5 ak, SR Ry” a 16| .29| .47 66 EEE RES MSE TOS AL ay 9 16| .29| .46 65
i | e e e e e e e e e
pad pod fat ae ee bt pt et pt e e e e e e e e e e e e e e bo aS
Table 81
100 | 110
mB fh eh fee ml fh kek fee ft eh fk pd fet fet et ed e eo e e e e e e e e e se e °° e e .7 e
Table 82 Longleaf Pine
Stand 4 Inches Diameter Breast High and Over Yield in Cords Per Acre
[Peeled wood] Site index in feet Age, years 40 | 50 | 60 | 70 | 80 | 90 | 100 | 110
Yield in cords
1B se a S- ede hee Seed ae RS Oe 1
2022 32 stot Goi ok oe Seecue SE oe 1 3 6 10 15 20 24 26 2Oi% 2. bie) Oak ke aa Bes os Wes 2 6 10 16 22 27 32 36 1 ieee gee 2 ee Oa 4 8 14 21 28 35 41 45 Goss cad ieee esos a 5 iT 18 26 35 42 49 54 AO ue sais oe Sl Ess ok ees 6 13 21 31 41 49 57 63 0 is ete ad oh cee Sooke Pa z 15 25 35 46 56 65 71 O0sk . 4 Bee doe Wee oe Ek 8 17 28 39 51 62 72 79 Bose 3 BRA ae J eens Be 9 19 30 43 56 68 79 87 Ose s2sn8 sled Se se ee eR es 10 20 33 46 60 73 85 94 GGsao2 bets. he ee 11 22 35 50 64 78 91 100 (Oak sa08se- ath: (Raut ed 12 23 37 52 68 83 96 105 C03 Ser A GE dee ou SR 12 24 39 55 71 87 | 100 110 SOs. 2 Rr Re a ane weed 13 25 40 58 74 90 | 104 115 SOsk Sua isk oak ue as Se ask es 14 26 42 60 77 93 | 108 119 QO eee eh Se RG: oh So 15 27 43 61 79 96 | Tt 123 Ee OE Sl a Se ee a ea 15 28 45 63 81 99 | 115 127 LOQE 2 Bish See 2 ee ee 16 29 46 65 83 | 102| 118 131
102
—————
Table 83 Longleaf Pine
Stand 7 Inches Diameter Breast High and Over
Number of Trees Per Acre
Site index in feet Age, years 40 | 50 | 60 | 70 | 80 | 90 | 100 | 110 Trees per acre Re ee ee suse MS ine BEC R mR lewetcn mE a SoS 3 6 13 23 31 TE ER NARI Se Oc 15 35 70} 110; 140 170 ees ee eter sR es Al ee Algae ye Go eda SOR 211s) 258 273 St SRI Ce SS i oe a 8 Oa ee 10 35 | 110} 170| 220| 255] 270 275 SE SRR a ae a 22 61 148 | 208 | 253] 266) 268 257 LEU SR Bi a Ls PR SES yl 301 100 1 1857 235) ||*- 2652 1-265) 2255 240 Sees pees 2 ee tal ey Rea ad 50} 1386| 213] 249 | 264] 261 | 245 230 Ee ee Ck ene. Saree ERA 65 | 160; 230) 255) 260} 255 | 235 220 “Fi SIR A RG A eh om Sa S84 |= 175) | 234 253 | 25471), 242 |, 224 209 lee ee A wae. AOR bs Se 105 | 185 | 235 | 245) 245} 230] 215 200 PE ES ks lS Wit I a ai Bp Le 116; 192 | 233] 240! 238] 222| 206 189 Papert Rome ty ie. pew tedn 5 Rath rg 125 | 195 | 230} 235); 230| 215) 195 180 TE SERB Be AAR I oak ia ieas ote Min Ne Ae, 133 | 199 | 226 | 227| 222; 2097] 189 170 3 RU Se AR aS es 2 RR 1 140 | 200 |} 220; 220/ 215! 195] 180 160 Sa 8 Rd i 145} 200] 216 | 214); 207; #190] 174 153 JD eB A gS hd Se 150 |} 200; 210; 210; 200; 185] 165 145 IS cg aN gc Pie ee IN el Ge ese 153 |} 196 | 206; 201; 193] 178] 161 Vis SEN Sa AR IS SS 2 a SR 155 | 190|} 200! 200/] 185] 170] 155 130
103
Table 84 Longleaf Pine
Stand 7 Inches Diameter Breast High and Over Basal Area Per Acre at Breastheight
Site index in feet
Age, years 40 | 50 | 60 | 70 | 80 | 90 | 100 | 110
Basal area in square feet
1 gg pg een ceed ipl yg Pepa ge dere ermine [Reese 1 2A 4 8 11 20S See 2 FS BBs Ie ee ey 1 6 13 23) 35 49 60 DOS ro SRS EN te ee a ee oe tf 19 34 51 67 84 100 SOE 52 oe Doe ey Ss eas eee 4 14 34 54 78 99 | 114 124 Om Sot BAST ees a ee eee ee 8 23 49 74} 100; 119] 130 140 A ee SE ee eee St See = 8 13 34 65 91) 16) 132) 143 152 AGE . 5) BME Si 2 eae eS 18 45 78} 104; 127; 142) 153 162 SOE So Sees 8 ae oS eee eee 23 55 88; 114; 135; 150/ 161 170 OO ee a eee ees 28 62 96 | 122; 142; 157] 168 177 G02 5-2 222i Sie Sees eee 34 69 | 103) 128; 148; 163] 174 182 Gps Sse = AE ea Sa ee on eee 39 75 | 108; 1384; 153) 168 | 178 187 MOR = 2 28.2 Ree 3 ae) ee 44 80} 115; 138] 158|/ 172) 182 191 OES © < Seah Sore 2S eee Se Ree 49°) 285 | S17 a) 342 |" Gis | PGs 186 194 SOs SR ee Aa eS oy are 53 88; 120; 145; 164; 179] 188 196 SOR iS soRee Sea Sk ager ee ee 56 92; 123; 148; 166; 182] 191 198 QOL SEE Se RAS SA ee eee ee 59 94; 124) 150; 168; 184) 192 199 O58 - 32888. 5 Soe uF SAE Le 61 96; 126; 151; 169] 185); 193 200 LCA be ee ln ih SA 62 97 | 127) 152} 170; 186) 1094 200
104
Table 85 Longleaf Pine
Stand 7 Inches Diameter Breast High and Over Yield in Board Feet Per Acre
International (4%-inch) Rule
Site index in feet Age, years. 40 | 50 | 60 | 70 | 80 | 90 | 100 | 110
Yield in board feet
119) 22 Soe eae eto | NU | ees ee eee Eee 200 400 700 | 1,200 1, 700 2) ga ee ne ea [cs eae ieee 600 | 1,000; 2,000 | 3,000) 5,000 6, 500 7p) AE Rahat IO ap | na 500 | 1,500 | 3,000) 5,000! 7,500 | 10,000 | 12, 500 1) Age a fn el 1,000 | 2,500 | 5,000) 8,500 | 12,500 | 16,500 | 19,500 OMS sa oe te eee 500 | 1,500; 4,500 8,000 | 12,500 | 17,500 | 22,500 | 26, 500 C1 eo ee mee 1,000 | 2,500 | 6,000 | 11,000 ; 17,000 | 23,000 | 29,000 | 35,000 B Ob octet Sesooccas 1,000 | 3,500 | 8,000 | 14,000 | 21,000 | 28,000 | 36,000 | 42,000 BOE Science stsss 1,500 | 5,000 | 10,500 | 17,500 | 25, 500 | 33, 500 | 42,500 | 49, 000 OO Seycckne os tinat 2,000 | 6,000 | 12,500 | 20, 500 | 29, 500 | 38, 500 | 48,000 | 55, 000 (51) le ne 2,500 | 7,000 | 14, 500 | 23, 500 | 33, 500 | 43, 500 | 52,500 | 60, 500 Gh ee eee ea 3,000 | 8,000 | 16,000 | 26,000 | 36, 500 | 47,500 | 57,500 | 65.000 (ER lee ee 3,500 | 9,000 | 18,000 | 29,000 | 40,000 | 51,000 | 61,000 | 69,000 (2) Ras ee 4,000 | 10,000 | 19, 500 | 31.000 | 43,000 | 54,500 | 65,000 | 72, 500 |) See ea es See 4, 500 | 11,000 | 21,000 | 33, 500 | 45, 500 | 58,000 | 68,500 | 76,000 ola a ae 5, 000 | 12,000 | 23,090 | 35,000 | 48,000 | 61,000 | 71,500 | 80,000 1) Sa Pk a 5, 000 | 13,000 | 24,000 | 37,000 | 50,000 | 63,500 | 74,500 | 83,000 ae ee a Pe 5, 500 | 13, 500 | 25, 500 | 38, 500 | 52,000 | 66,000 | 77,500 | 86,000 J1C0, 9 eis s re 6, 000 | 14, 500 | 27,000 | 40,000 | 54,000 | 68,000 | 80,000 | 89,000
Table 86 Longleaf Pine
Stand 7 Inches Diameter Breast High and Over
Average Yearly Growth Per Acre in Board Feet
International (14-inch) Rule Site index in feet Age, years 40 | 50 | 60 | 70 | 80 | 90 | 100 | 110
Growth in board feet
BGS oh a UR Ss BS 5 2s eo 13 27 47 80 113 205 6 cst ek Soe Ss eee Uo a 25 50; 100; 150; 260 325 DO ese 8S Sk 5 eB S | 5 20 60 | 120}; 200; 300; 400 500 BO 2k Pes Ae Eee ee Sel ee 33 83 | 167 | 283 417); 550 650 Soe Ses tse SL ee Se See es 14 43 | 129 | 229; 357 | 500/ 643 757 AQ. RE Seo Ee NS 25 62 | 150}; 275 | 425] 575 | 725 875 BG) Ss. BS ee 22 78 | 178} 311 | 467 | 622; 800 933 602 So SPs Ot SES eae 30; 100; 210; 350; 510; 670; 850 980 G68 Jes 2ib lds 1 ee Se eS 36 | 109 | 227/ 373 | 536 700); 873 | 1,000 GOR 22. Ses Sats Se SS. Fa ae 42} 117 | 242} 392] 558) 725 875 | 1,008 65) Jo... 3525 te OS 46 | 123 | 246; 400; 562; 731); 885 | 1,000 (03> S35 Ne 2s EES 50 | 129; 257] 414] 571) 729; 871 986 (oa a 9 oe ee 53 | 1383 | 260|] 413 | 573 | 727; 867 967 S08 Fe ee ee as 56 | 1388) 262; 419 | 569 | 725 | 856 950 SOs See a eet te ee ee ee 59 }> 14L), 271 |,412 | -565.) -718 ||-- 84 941 O02 ic. Se Se ee 56 | 144 | 267| 411} 556 | 706 | 828 922 O82 $5. 52 ASS ee ee ee 58 | 142 | 268; 405 | 547; 695) 816 905
106
Longleaf Pine Table 87 Stand 8 Inches in Diameter Breast High and Over
Yield in Board Feet Per Acre Scribner Decimal C Rule
Site index, in feet
Age years 40 | | oo | vo | a | w | soo | 0
Yield in board feet, in tens
VR aetae Serer GRINS AE Caer te | Ue aenreeeal | Deere | 3 12 30
i aaesloge A. elena [Se ice Sp oem 5 20 55 100 170} [255 DRE A) Oe et ae 5 40 85 175 290 510 | 700 Be aes 2 5 20 90 200 380 650 | 1,015 | 1,300 = gana i aan 10 50 165 390 7S, J AON 14530) | 1885 Ope See 20 90 280 610 | 1,080! 1,580! 2,020; 2,440 er ewe 30 150 420 880 | 1,430] 2,010! 2,505! 2,960 BON ee 50 210 590 | 1,140 | 1,760| 2,410 | 2,955 | 3,420 ee ee 70 285 765 | 1,400! 2,075 | 2,780} 3,385; 3,830 BOns ees 95 370 930 | 1,640 | 2,350 | 3,100) 3,740; 4,210 SS eo peta 125 455 | 1,090! 1,855 | 2,600] 3,375 | 4,030; 4,550 ie eee 155 540 | 1,235 | 2,040] 2,830 | 3,620] 4,300| 4,860 7 ee Se ee 190 635 | 1,375 2,210} 3,030] 3,840] 4,560) 5,150 Sob ee 220 725 | 1,500! 2,370| 3,210] 4,060/ 4,810; 5,400 Sh eee 255 810 | 1,€15 | 2,505 | 3,370] 4,250 | 5,025 #620 awe te. 295 885 | 1,720| 2,625 | 3,515 | 4,440] 5,240; 5,880 OF paliele ereieieiees 330 960 | 1,815 2,735 3,655 | 4,600] 5,430; 6,030 HOO! 2 4 Be 370 | 1,025 | 1,900 | 2,830 | 3,780|] 4,750] 5, | 6, 220
107
Table 88 Longleaf Pine Stand 8 Inches Diameter Breast High and Over
Average Yearly Growth Per Acre in Board Feet Scribner Decimal C Rule
Site index, in feet
Age, years 40 | 50 | 60 | 70 | 80 | 90 | 100 110
2 |. S0ke le aE aaah we Pipes Be 1 3 5 8 Ooi. Oak ee ee 2 3 7 12 20 SOME cs ae, |p ama | | 1 3 ee 7 13 22 34 Soe. wee | ee es | 1 5 | 11 20 32 | 44 ES Re |e | | 2 i 15 27 40 50 ie ae i 3 9 dei 200) seuhaa | ge aba an ps) ae) ae 1 4 12 23 35 48) 59 ie TS ae 1. 5 14 25 38 51 62 O0i2. 4 Bee 2 | 6 16 27 |= 39 Boal acces ; | ‘O50.2 SA 2 7 17 29 40 52 62 en eee ae 2 | 8 18 29 40 52 61 i ea TE ee 3 | 8 18 29 40 Bll OF Oe Sa at 3 9 19 30 40 51| «60 ck ore Lea.) ae 20 19 29 | 40 50 | 59 | | OO fC 3 | 10 19 29 39 49 | 58 Hi: awa 3 10 19 29 38 48 | 57 102. ee. 4 10 19 28 38 48 | 56
108
Age, years
Longleaf Pine
Yield in Board Feet Per Acre
Doyle Rule
wo | so | | mo | 2
wjeceerrceoe
ewreecezce
eercene=
Site index in feet
Stand 9 Inches Diameter Breast High and Over
Table 89
90 | 100 | 110 Yield in board feet
ISS OSES SME ee 500 | 1,000 | 2,000 | ai at Etec 1,000 | 2,000 | 3,500 5, 000 1,000 | 2,000) 4,000 | 6,000 8, 000
pal 2,000 | 4,000; 6,500; 9,000 | 12,000 3,000 | 5,500} 9,000 | 12,500 | 16,000 4,500 | 7,500 | 11,500 | 16,000 | 20,500 6, 000 9,500 | 14, 500 | 19, 500 24, 500 7,000 | 11,500 | 17,000 | 23,000 | 29, 000 8, 500 | 13, 500 | 19,500 | 26,000 | 32,000 9, 500 | 15, 500 | 22, 500 | 29, 500 36, 500 11,000 | 17, 500 | 25,000 | 33, 000 40, 000 12, 500 | 19, 500 | 27, 500 | 36,000 | 43, 500 13, 500 | 21, 500 | 30,000 | 39,000 | 46, 500 15, 000 | 23, 500 | 32,500 | 41,500 | 49,000 16, 500 | 25,000 | 34, 500 | 44, 000 51, 000 17, 500 | 26, 500 | 36, 500 | 46,000 | 53,000
10, 000
109
Table 90 Longleaf Pine
Stand 9 Inches Diameter Breast High and Over Average Yearly Growth Per Acre in Board Feet
Doyle Rule Site index in feet | Age, years so | so | co | 70 | 80 | oo | 100 | a0
Growth in board feet
alles Rabe! estan eens wes awed Ie oa | pee Os eee | 1a a | ee | pi NP ae palpi partatnde |e ele EE | oie eek OEP Pes” | Pease ae ae ice Dae pa eS eee ea ee fe ees | eee ae 20/ 40] 80 S0e a. tee 8 ee ol ee |e een eee ee ees 85°)" 67 "1 sale tea Bie a ie ai nt Sat ape to ae 99| 57] 114) 171 | 229
ea Asa” 2 Pee Wes et Nee gal Pens i SG 12| 50| 100| 162] 225| 300 die tae) Ai eA sek me Soy eal Se [aes fee 22! 67| 122| 200] 278 | 356 [ee Se ra ed 10| 40] 90] 150| 230] 320} 410 bette one ee bo mee hs eee oe | te 9| 55] 109| 173| 264] 355| 445 604 be nee en) om ee be | ie eet 17| 58] 117| 192] 283| 383] 483 O58. Pen en tre el cite Sat te 23| 69| 131) 208] 300| 400| 492 (Oss 2 hee on Pee oe 7| 29| 71/1 136| 221 | 321 | 421 | 521 WGatee edo ee 2 eee oe ere 7| 271 80| 147| 238] 3331 440| 533 SOG ee Ls et ne eee ane 6| 31| 88| 156 | 244| 344] 450| 544 Bia es ol) anne | onea ae ts ae 6| 35] 88| 159} 253| 353] 459| 547 QO aes Thee et ne ee Brn Be | a1] 39] 94] 167] 261] 361| 461| 544 Qo ates «ean ae Poe ee 11| 42] 95] 174] 263] 363] 463] 537 100 S.C ome ieaes aly eee | 15} 45] 100| 175 | 265 | 3651 460} 530
| 110
Table 91
Longleaf Pine
Dominant Stand
Average Diameter at Breastheight
Site index in feet
| so | 0 | 60 | 70 | so | a0 | x00 | si
Age, years
Diameter in inches
Ol FO. eee) = Oro: = Ser Mes Here rare)
‘en. We); el hele:
ott evieremreauuee: . Eiie Lfe' Bek eee
OMe et fret EeO
eo) Sie) 9: tier eae.
OA OSs OO 8 Soe Teil 6st e* Lie
Loan aDdS
re 169 19 06 06 06
111
Tahle 92 Longleaf Pine
Dominant Stand
Number of Trees Per Acre
Site index in feet
_ Age, years | 40 | 50 | 60 | 70 | 80 |
Lerten eer sen ae aa OR 730 | 685 650] 605 560 "TN Rite Gilet EE Be ie hr ek 620 590 560] 525) 485 Ae SAA a SE ae Be 500 | 480 460] 435) 405 0 ena os tan ame an ee eee 425 | 4101 390] 370! 345 2) eA Ee eee Sie ee | 3870} 355} 340 | 320 300 |
ree eee Te eee i eee ene | 325| 315| 305] 285] 260 EE Be i ee Oe ee ee EE | 295] 285| 275 | 265| 245 = RO Sie ieee SSE Tog fi | 275 | 265 | 255| 245| 225 ee ASS SAS Reis thy Pa 2--| 255) 250) 240} 230 210 5 ES Fe Ce Oy ee 240 | 235 225] 215! 200 ae See ee See wes Res | 225 220 215 | 205. 190 Fst oe at tie eee tg tae cael | 215} 210! 200] 195| 180 Dias dkiemae tenes Seen heed en | 210] 200; 195| 185] 175 Sine akin ean floc ch eee hae oe | 195] 190; 185] 180| 170 RE EIS A EE Sf | 190] 185; 180] 170| 160 | eee ee a Pe ee Se eee OM | 185 | 180} 175| 170| 155 ENE Seal Een ben aired: | 180} 175 | 170] 165} 150 TRIE RIEL ED Beta | 1751 1701 165 |
112
— Table 93 Longleaf Pine Dominant Stand Basal Area Per Acre at Breastheight Site index in feet Age, years 40 | 50 | 60 | 70 | 80 | 90 | 100 | 110 Basal area in square feet iF Beet Nanmenrthgh < TON er extn Sees PAT 93) (ate Agee 5467 | 62 64 DOM wna k ii A posed y k PRN BS 4501057 66 | ais | Piel. 84 88 Dh he he cles Fn feet m2) due wt 33 | -Bisls: 641-76 | 284 | OL 95 | 101 Te ae ee ane eee 41/ 66/ 70] 84] 93] 100] 106) 112 Diet acl wilt san. aad ai. | seh 45| 60| 76/ 91}; 101! 109] 116] 122 i eli he Dieta tre, RAR Seth 48| 64] 81] 97| 108] 117/| 124/ 130 ied nde tou | Se | ange BOVE GSule 86 i102) aaa fos" Tan i i387 i eae OE es La sae a Bove Tel 200) e107 |bl9 |) 129-0 197 | 144 55 ae ae ee rea Or ate Ged Bole Toes O04 ttt |eaDa | 13471" 743 | 150 CQ A UN oT aeae Berle 76n\ O07) nada | 128 139) 148 155 Pala. Mach Nails aie Malena BS 7S. 69!) Itz |) 131 |, 149"), 1159) 159 Mi th et a |E web Ay 59 | 79{ 101!| 120] 134] 146| 156] 163 ee es a hte ey | ie i! SE Ae 60) |. Sie| 403 | 192.| 487) 149°| 150 | 166 7 Le ET Te oy leet 61| 82/| 105] 124! 139] 151] 161] 169 Se OE BPA ens ta es Ce 61 | 831 106) 125 | 141-| 154 | 164| 172 TE Wa, Sane eNO, eles 62) 84 OT |. 127) 143 56, | 165 51738 OMe 3 fue Oa) ee ob see 63! 85 | 108] 128| 145] 157| 166) 175 HOQH AE at dah ee 5 ties Le 63} 86| 109] 129! 146] 158| 167| 176
| 113
214-240 O- 76 - 8
Table 94
Age, years
Longleaf Pine
Dominant Stand
Yield in Cubic Feet Per Acre
[Total volume—peeled]
40 | 50 150 300 250 450 300 650 400 | 800 500 950 600 | 1,100 700 | 1,250 750 | 1,400 800 | 1,500 900 | 1,650
1,000 | 1,750
1,000 | 1,850
1,100 | 1,950
1,100 | 2,000
1,150 | 2,100
1,200 | 2,200
1,200} 2,250
1,250! 2,300
| 0 |
Site index in feet
Yield in cubic feet
Ss 833s
“I Oa Ov & G9 bo 5
114
650 850 1,000 | 1,350 1,400} 1,750 1,750 | 2,250 2,100 | 2,700 2,450 | 3,200 2,800 | 3,600 3,100 | 4,050 3.450 | 4,500 3,750 | 4,850 4,000 | 5,200 4,250 | 5,500 4,500 | 5,800 4,650 | 6,050 4,850 | 6,250 5,000 | 6,450 5,150 | 6,650 5,300 | 6, 850
co | oo |
100 | 110
1, 200 1, 300 1, 900 2, 100 2, 600 2, 800 3, 250 3, 500 3, 900 4, 300 4, 500 5, 000 5, 200 5, 800 5, 800 6, 450 6, 400 7,100 6, 950 7, 700 7, 400 8, 250 7, 900 8, 750 8, 250 9, 200 8, 600 9, 550 9, 000 9, 950 9,300 | 10,300 9,600 | 10, 9,900 | 10,950
“
Table 95 Longleaf Pine
Dominant Stand
Yield in Board Feet Per Acre International (14-inch) Rule Site index in feet Age, years 40 | 50 | 60 | 70 | 80 | 90 | 100 | 110
Yield per acre in board feet
SIE ee Pa a ae) es RE ee | en 200 400 700 | 1,200 1, 700 ee | en Re 500} 1,000, 2,000; 3,500; 5,000 6, 500 a aE See SR pe ae a 1,500 | 3,000; 5,000; 7,500 | 10,000 | 12,000
SRE Ra BD Ae ey Sire 1,000 | 3,000 | 5,500) 8,500 | 12,000 | 15,000 | 18,000 Om Pogo 500 | 1,500; 4,500; 8,000 | 12,000 | 16,000 | 20,000 | 23,500
Spe nh eae 500 | 2,500 | 6,000 | 10,500 | 15,500 | 20,500 | 25,500 | 29, 500 Ge Selene ane 1,000 | 3,500 ; 13, 000 | 19,000 | 25,000 | 31,500 | 35,000
ae eee 1,500 | 4,500 | 10,000 | 16,000 | 22,500 | 29,000 | 35,500 | 40,500 Oe eee 2,000 | 5,500 | 11,500 | 18,000 | 25,500 | 33,000 | 40,000 | 45,590
SS eae 2,500 | 7,000 | 13,000 | 20,500 | 28,000 | 36,500 | 44,000 | 50,000 (0/5 ea Re 3,000 | 7,500 | 14,500 | 22,500 | 31,000 | 39,500 | 48,000 | 54, 000 Ones bee 3,500 | 8,500 | 16,000 | 24,500 | 33,500 | 43,000 | 51,000 | 57,500 7 eae 4,000 | 9,500 | 17,500 | 26,500 | 35,500 | 45,500 | 54,500 | 61,000 SO eee ee 4,500 | 10,500 | 18,500 | 28,000 | 38,000 | 48,500 | 57,000 | 64, 000 ‘SL aes naire Nk 4, 11, 000 | 19, 500 | 29,500 | 40,000 | 51,000 | 60,000 | 67,000 O0Ee esa oee Se 5,000 | 11,500 | 20,500 | 31,000 | 41,500 | 53,000 | 62,500 | 69,500 ae ee ne a 5, 500 | 12,000 | 21,500 | 32,000 | 43,000 | 55,000 | 64,500 | 72,000 100s ae Sook 6, 12, 500 | 23,000 | 33,000 | 44,500 | 56,500 | 66,500 | 74,500
115
Table 96 Longleaf Pine
Sample Plots Distribution by Age and Site
Site index in feet
| Age, years 30 | 40 | 50 | 60 | 70 | 80 | 90 | 100 | 110 | Total | if : Number of plots | | | NO oe a ell ee caleee as | ee ee ree ee enone aes sewn ee ee | 1 20 ene ees 1 2 1 6 10 5 4 3 | 4 36 10 ne RO GR eee Ss eZ 2 3 i 21 19 13 5ulevegies | 70 AQ te ot to See] S| otek 2 3| 24 8 1 Ee eee | 38 Be et oe es | es 6 10 7 He Sees es | 26 Ole LON, | Soe) 1 Ge 5 haa | Oey Leslee de ae CO ee a oe 2S | oe eee 2 5 1 Eb Rae Ne ee Sed Fe Se | 8 BOE eo eis See 8 oe 1 2 ig ee Re ee S Qe er re I ee a S| oe BS ees sol eee 2 2 Se | |e OQ ee ae ee a Se 3 i ee jzeaese 4 TWO pete sf Sie | Pee ee a ea iD | eee [Sigs lesa 2 Totale = -2 1 4 6 33 | 80 53 22 8 | 4 211 Average Deviations of Individual Plots from Yield Tables oe 2 aGnes in d. b. h. and over: ae ; TET DORs ee es ee eS ne A eee eee .7 per cent.
Basal areas. ee ae ee Se ee a - 14.5 per cent.
ASVORagC) Ge sD. Wes See ee 5 eee ee eee ee 11.3 per cent.
Volumein:cubicieet. 2<*. 22. ats a De Cee eee 17.3 per cent. Trees 7 inches in d. b. h. and over:
Volume in board feet, International 44-inch rule__.....-..-.------ 27.6 per cent
116
———
Table 97
Shortleaf Pine
Total Height of Average Dominant Tree
Age, years
Site index in feet so | 0 | oo | 70 | so | 00 | 30
Height in feet
13 15 18 20 22 25 15 19 23 26 30 33 37 20 25 30 34 39 44 49 24 30 36 42 48 54; 60 28 35 42 49 56 63 70 32 40 47 55 64 71 79 35 44 52 61 70 78 87 38 47 57 66 75 85 94 40 50 60 70 80 90 100 42 53 63 74 84 95 105 44 55 66 77 88 99 110 46 57 69 80 91 | 103 114 47 59 71 82 94; 106 117 49 60 73 85 96 | 108 120 50 62 74 86 99} 111 123 51 63 76 a 101 | 118 126 52 64 77 90; 103; 115 128 52 65 78 91; 104; 117 131 53 66 93 |; 106; 119 133
Italicized values are site indices.
117
S ae 5 = — ~~ bess rau 8 aa] 2S re an oO S m5) 4 co 3 = jam) ie o (>) ® a. WM a) a ret & = a} A R q eae Ay 8 o 2 seers Ls pete joa) mM + i (a) n 9 3 4 me Te a a) evi . <i rm] ees ve S fa “9 ss <H a = + ise nN So) fo ~t icy Set dp) or) sH ive) NN Q = ee cS Mon) eet oa eS ra] oO Jos) i SS © aS © oS © vison mines = @ Bee eae Bees ae So Re ee pia ey beny fan CO ie fon) i) C9) 9 Je) oO S ~tt 00 is) Bes 0 oa on Yo) 3 4 6 | i oO S ri 2 << ’ ’ ‘ t ' Yen) (ore) Baar: re + n f) f] f) f) ‘ 4 ‘ fan) 06 <H oa) ha ‘ ' f ' 4 4 ' fl Tos) SO oO oS 8 ' t ' ' ' ‘ ' ! ’ cian ae oO or) o 1 1 1 ' 1 1 1 a) © Pr 1 ' ' ' f) 6 1 { ' ' a i <H A ne 1 é ' f] ' () f) ' 1 ' ' 1 (Yoo) 2 @O 0 ' ‘ ' f 6 ! 1 ' ! 6 1 ' i 00 6 oy ce ye S Pe aa 0 ‘ fy f ' ‘ J ' 1 1 ' ' 1 ! ' 1 ‘ a v 4 ‘ f) r ' 1 ' ' t ' ’ ' ‘ ' ' ‘ f 9 f) 4 Q ’ 1 ‘ ‘ ' , 4 ' ' ' ’ ' ' 6 § ' ' ‘ f ' A f ’ 0 ' ' ' ‘ ‘ t ‘ r a t a ‘ , f ‘ f ‘ ' ‘ ! 6 ' ’ es t) ‘ 4 1 0 Q ‘ ‘ Q ' ' ' f 4 ' 4 ' ’ ’ ‘ ’ ) 0 ' 4 ’ ‘ ' ' ‘ ‘ f ' ' 0 t ’ ' ‘ ‘ 4 1 ' ‘ ' ' ‘ ' 4 t ' ' a r) ‘ f t 0 f) ' 1 ' 8 ' ' 4 ' 4 ‘ fl i ' 6 ’ 4 4 t t ‘ 4 ‘ ' ‘ ' ' ' ‘ 4 ‘ ‘ i a 4 4 ' ' 4 ’ t t ’ 4 ' 0 ’ ’ ’ ' 0 ' ’ 1 0 f) ( f 8 f a 6 ' ' f 0 ' ' ' f ' ’ ‘ ’ ' ‘ a f 1 f ' ‘ ‘ ’ ' ' 4 ‘ ' ' ’ ‘ ‘ ’ ' ‘ 0 t 4 ' f f ‘ t 0 ) ‘ 4 ! ' ' ‘ 0 ’ 0 ween ' ‘ ‘ ' ' 19 ‘ 0 4 4 0 § t 0 ( 0 ' ' ' , 1 ' ‘ 2k 1S 4 4 0 f 0 t ' ' 1 ’ ' ‘ ' ‘ 8) S19 0 § U t 5 4 ' 4 ’ ' 0 ' t on a 4 ' 4 1 ' ' ‘ ' ' 4 f) q ==) — (} 4 ¢ ) t} 4 f] ‘ f] Q Wa el S19 ‘ ] ’ 4 4 f 1 4 t] f) se 6 0 ( { () ' f 0 (] 4 S13 4 4 4 6 f 1 f 0 0 Be et i | ae <© 19 ‘ 4 ' 4 ’ ' i Bete | uel 1S i 0 (} f) 38 0 t 6 00 H t 1 dus oD (=I
Table 99 Shortleaf Pine
Stand 2 Inches Diameter Breast High and Over Average Total Height
Site index in feet
Age, years 40 | 50 | 60 | 70 | 80 | 90 | 300
Height in feet
UN con ae reuters apes pode Bae vst Le ie e il 14 18 21 24 28 32 S02 oe Bere = ne oy oma Lim Peed # 16 21 26 30 35 40 46 Dp se eee are ere gees oh pec aem Nae 4 ban 2 20 27 32 38 44 50 57 2 ()) es Senate i ee ih ea ee 24 32 38 45 53 60 67 2 ae a ad ea oe a Me ise Vea a 28 36 44 52 60 68 77 LSI Aare ee aa on") A eat Oe es 32 40 49 57 67 75 85 Arsh pela eek ase ng sic mahe Rep gapesn Sinooabe rpevne Wie begin 34 44 53 62 72 82 92 FE SE eee eee ae 37 47 | -57 67 77 88 98 15k Oe: Fey ee et ep nye ely ea 39 49 60 (fl 82 93 104 GOn adie a owe al eae amen een ai bo bee 41 52 63 75 85 97 109 Gye arte evanaiat a ger te nim seen Ae wep aol bo tat 42 54 66 78 89! 101 113 (0 RRR 6 a eevee pe b= ee aca 44 56 68 80 92 | 104 117 FF MOS al ac Sylar 5k Eelatemra rah oer ee Nicer « 45 57 70 82 94! 107 121 (S{Q) 52 SIE Ses Ns So RETIN Sere tod eas ont Tm S Upagahee 47 59 72 84 97/1 110 124 (CIBC Bk ee NPe Oe Hip ielal Mra Albers Ute) Uracae 48 60 73 86 99 | 113 127 EU Ie? HE A bart Spine RON cone GONE e-iorngey 49 61 74 87} 101] 115 130 OS Er 2 sci 2G de Sn Oe RENE 1S a5 49 62 76 89 | 103] 117 132 NT DSA Ne Tove te A iyi Manassas be 50 63 77 90/ 105| 119 134
119
Table 100 Shortleaf Pine
Stand 2 Inches Diameter Breas: High and Over
Number of Trees Per Acre
Site index in feet
Age, years | 40 | 50 | 60 | 70 | 80 | 90 | 100
| OE Serene ecg Meo ane 11,300 | 7,700] 3,600| 2,730| 2,040/ 1,440 970 ee Pees RAB 2 6,000 | 3,425 | 2,520] 1,965] 1,495) 1,080 740 eek Be AEA AS Sey 3,405 | 2,495 | 1,905] 1,480] 1,120| 810 550 SO ae. ee eee 2,565 | 1,855 | 1,370] 1,060| 815 590 405 a ct 1,955 | 1,400] 1,030} 780] 610| 445 300 Ya a beelly eet So eat | 1,525! 1,085] 815 625| 485) 345 235 an ce 1,260} 890} 670] 515] 395) 285 190 7 a So a Sl 1055| 760} 570} 440] 385, 245 170 ie te 20; 660} 500| 385| 290] 210 145 A Bee ake Es a 320! 590| 445| 345| 260| 1865 130 Sie To Pee 740 |, 836 | © 405| 315 235 175 120 Wee) We be 680 | 485] 370| 285 215 160 110 PS A, a tc ei | 625| 450/ 335| 260] 195 150 100 CE BS we IS SI He a 580 | 420] 315 | 240] 185 140 90 GE Bc, SS NE Ay EE 545 390 | 290] 225 180| 130 80 GOO knee ee ee 505 | 365 975'\ "2101 ‘165 120 75 CE OS SES Sa 470 | 335 255 195 155 110 70 100. fe ee 435 2° 35 235 | 185 145 105 70
120
Table 101
Shortleaf Pine Stand 2 Inches Diameter Breast High and Over Basal Area Per Acre at Breastheight
Age, years 40 | 50 | 60 | 70 | 80
PS Eicaes SIR Neee ae renee CoE 102 7 AAR SRE PREG aa ee Hem? 132 a RO TS OOS SC 145 BONE LASERS, LEAS iol P31 as 151 Sele ce A eORE | ees | as 154 QU. AWOL A) Bem aS Gen te 4 cr 154 (ip 5 CIE SEO MIPS <a ROS EI 154 iD OS ST) OI NE CAS CN AES 154 a SS Se ee | RSE 154 1S NS OR A Ce a 154 oe Se OE ee eee ee 154 ROM he ee 154 (Geek a IR SR PA 154 BOAT GR a Od 154 Bobet 2 eR ee) aL te 154 OR BE POL to Bee et RS ND tee, 154 OS en rc a ae 154 LOO 3 SUERTE 2 ae 154 tea
121
Site index_in feet
90 | 100 Basal area in square feet
108 | 110; 112; 113; 114 115 139 | 142; 145] 147 | 148 149 151 | 156; 158; 160; 162 164 158 | 162} 165; 167 | 169 170 161 | 165 | 168; 170); 172 173
162 | 166 | 169; 171) 178 174 162 | 166 | 169| 171 173 174 162 | 166 | 169; 171) 1738 174 162 | 166; 169; 171) 178 174 162 | 166) 169; 171) 1738 174
162 166; 169; 171) 178 174 162 | 166 | 169; 1471) 173 174 162 | 166 | 169; 171; 178: 174 162 | 166 | 169) 171! 1738 174 162 | 166 | 169; 171) 1738 174
162} 166 | 169; 171 | 173 174 162 | 166; 169; 171 | 178 174 162 | 166; 169; 171) 1738 174
Table 102 Shortleaf Pine
Stand 2 Inches Diameter Breast High and Over Yield in Cubic Feet Per Acre
[Total volume—unpeeled]
Site index in feet Age, years 40 | 50 | 60 | 70 | 80 | 90 | 100
Yield in cubic feet
|e) ee ee 490 790 | 1,000| 1,290; 1,500| 1,650/ 1,800 Fe ec Pee 880 | 1,350] 1,720; 2120) 2540] 2,820! 3,200 re eee ee 1,300} 1,910| 2.460| 3.020| 3,560| 4, 4, 490 FY ERS Rene | RAR aees SR | 1,750 | 2,460] 3,140| 3,900! 4,510] 5,120| 5,720 i ee eS EH | 2110| 2,940] 3,750| 4,610| 5,400! 6,160| 6,900 Ph srcd REL SATA we: 2,400 | 3,390] 4,300| 5,200| 6,150! 7,050! 8,000 SS PS oe eee 2,650 | 3,770' 4,790| 5,820| 6,820| 7,800| 8,900 eee 1 eee 2,870 | 4,070 | 5,150! 6,300| 7,400| 8490| 9,670 AT Eee REO 3,050| 4,300] 5,450| 6,700! 7,860| 9,030| 10,310 es Se oe 3,210] 4,500! 5,720| 7,030! 8,270| 9,510) 10,890 cea Ree <7 eae 2 3,350] 4,680] 5,960! 7,340! 8,610! 9,920| 11,350 [ems ae Te 3,460 | 4,820| 6,180! 7,600| 8,930! 10,300| 11,780 Wied i4 Poke es Tae A ORES 3.560 | 4,970! 6,360| 7,830! 9,210/ 10,620| 12,140 SGice vk Ls ues eee 3630 | 5,090! 6,530! 8,030! 9,480 | 10,920! 12,460 SS eT ee Te 3,720 | 5,180| 6,670| 8,230| 9,690/ 11,190| 12,750 1) ee ns amet oo 3,780 | 8,270| 6,800! 8,400! 9,870/ 11,410| 13,010 i, eee a CGE 3,830 | 5,350} 6,900 | 8,530 | 10,020 | 11,640 | 13, 270 0 ee eee 3,870 | 5,400| 6,980| 8, 600 | 10, 180 | 11,820 | 13, 480 |
122
|
Shortleaf Pine
Table 103
Stand 2 Inches Diameter Breast High and Over Yield in Cubic Feet Per Acre
[Total volume—peeled]
Age, years 1G SOU 8 See 2 ee Se 430 7a GEN i. Rae 27 a ae, 710 Flay SOnNSS Paes PRC Se Cees ee 1, 020 esa ED 3 Sais Oe Oe 1, 330 6 (Ty EN NSO ey 1, 610 QR aot Sie 55 Ae SE 1, 890 CO SEN I IE eh Re ok 2, 110 SOR ca et seas eee cL 2, 310 Oeecat wes ee EN 2, 470 GOE ao ke 2, 610 (215) Sea es 2, 730 MOR oo tde 3 SY Be 2, 840 1 IPS 0 eine WOU 2 2, 930 SOR ie ems EY OS RE oe Sa 3, 010 Someta se sed ee 3, 100 il) gage Ee ee 2 ee 3, 150 Cee SR MC Saas a 3, 200 HOO) S26 Ses oS See ee SS 3, 240
Site index, in feet
Yield in cubic feet
620 820 1,020 | 1,350 1,490 | 1,940 1,940 | 2,500 2,350 | 3,040 2,720 | 3,520 3,040 | 3, 950 3,330 | 4,280 3,540 | 4,580 3,740 | 4,840 3,900 | 5,060 4,050 | 5, 280 4,200 | 5,440 4,300 | 5, 600 4,400 | 5,730 4,500 | 5, 850 4,580 | 5,960
123
wo | @ | | 7 | 0 | 0 |
Table 104
Shortleaf Pine Stand 2 Inches Diameter Breast High and Over Average Yearly Growth Per Acre in Cubic Feet
[Total volume—peeled]
Age, years
ew ececrece cee sce ecw eee eee eee eee emcee oen eee ee ee ee ee eee eee er rr eee eee e ee eeee cee eee ewe meee ee eee ec eeoe eeecesesce ee cee eee eee en ee - ee ee ee ee oe as
eererecreoees®ermeerececeoec nm ecerm ec ee erect eee ec cee =
eereereecee ee ecw er ec wm ec eo eee cre roe see co emcees eeceesee em aero nr eer eres eee wm ecm ae er ca coeecece eeereer enw eer eeo ere wee eee eae ee eo rz emer cee ec eo ewe weeeeeeor et ee em eee emcee meer meee ee ee ewe cee e
eer eeces eee renee nr ene eer ecer emer en2er reer ese
Seeere®e2eaecew rer ecereovenmeanrece2recrzr ee eeceecerc cea
eereseeer reece eer ez eeer ee ecen2wererzreear ene ee ceooc=
eeerrececaorececweecnaorzr er ecec eee renee eee e nz emcee a=e=
Site index, in feet
wo | 0 | | 70 | 20 | w | sc
Growth in cubic feet
29 41 55 67 80 91 104 36 51 68 84; 100; 113 128 41 60 78.| 96) 114} 1382 151 44 65 83 | 104] 123 | 142 163 46 67 87 | 108 | 128 | 148 170 47 68 88 | 110; 130; 150 172 47 68 88 | 108 | 129 | 148 170 46 67 86 | 106} 127 | 146 167 45 64 83 | 103 | 123 | 142 163 44) 62 81; 100; 119) 137 157 42 60 78 97 | 114 | 132 152 41 58 75 93 | 110 | 127 146 39 56 73 90 | 106 | 123 141 38 54 70 87 | 102} 118 136 36 52 67 84 99; 114 131 35 50 65 81 95 | 110 126 34 48 63 78 92 | 107 122 32 46 61 75 89 | 103 118
124
Table 105
Shortleaf Pine Stand 2 Inches Diameter Breast High and Over
Average Diameter at Breastheight
Site index, in feet
Age, years
Diameter in inches
3.8
Sis ee a WS Na Aa Ol Va oer mee OMe aa ae Aches se Aiea =A se bee a Bor eae eee a ee One name Ve a ee aE Sie a MR al i ES Se a Oss et We VAT ie ea Saat Spee nen GaeRe sad Sy ae” ae eT ese er 288i ios hams | eee Name | Oe SE ORR te Sa ee Ea ae NC ge Eg
WORE se eee con ee ae ecb osteo cceetcoslsoccet 21s a A 9 So
|
125
Table 106 Shortleaf Pine
Stand 4 Inches Diameter Breast High and Over Number of Trees Per Acre | Site index in feet
1
Age, years 40 | 50 | 60 | 70 80 |
{ Trees per acre / a ee Oe fe AWE eS Te Pew A en 75| 200| 330| 495| 610| 605 | 0 (es Tee as eee ee 340| 440 | 530| 780]. 860| 800] 600 Lae oS Seba Gr Oe We cee ee a tee 540 | 765| 920| 990| 8601 660| 480 ie Las ee ee 780 | 955 | 955| 825| 680| 5251. 370 i ee ee a a 945} 930 805| 660} 540) 410) 290 10 LR A 950) 815| 680| 545] 435|/ 330] 230 CADE Ciel CE IS ee a sso | 715 | 575| 460| 365| 280|. 199 | Vee 1 eS Te Ue 805 | 630| 505| 405| 320) 240! 165 pak Wa NE es ee Ee, 725 | 560| 450! 360/ 280| 208| 145 GA Lee ete hPa eS Le 665| 510| 410| 330| 255| 180| 130 | Sal te RE ae ee) Be 615| 470| 375| 300| 230) 175| 115 | WO (BR Rel eee ee ee 575 | 435 | 345 | 280| 215| 160| 105 TE ECD eT Hai ae 540 | 410| 320| 255| 195| 150| 95 BORE eo oe Bt ee AR eon 505 | 380| 300/ 235| 185] 140| 90 | Bibl J eae l Bear ee ae | 475 | 355| 280| 220] 180| 130; 80- | i GORE lke Bot Oe ee 450 | 335| 265| 205| 165| 120| 75 | Ojat Wee oat SiO ee ha 420 | 315| 250. 190| 155.|.110| 70 | (00H 2 kr Ae ee Be we 400 | 300 |. 2301 180/ 145| 105| 70 | Ale eas 8
| 126 |
Shortleaf Pine Stand 4 Inches Diameter Breast High and Over Basal Area Per Acre at Breastheight
Age, years 40 | Pe Lee eee oA ie eer sia UO eA ed ANE SS aie A ERES TI i HEISE BS Pact en eee as a ea 19 ays SEEM os aN Ele fis UE eee RE Pape eae 74 re Is SSM 24 ape eho 96 Sa) eh NONI A aA A NB aS eae hk ty 120 CUT et a A SS i OR PS Ges ap on 135 UR ps EO ae pS emt en Seep aa 144 LQ aes NRG a9 14's Receipes a a en AY a RL oh 148 Ile) A RS 0 2 ce cul ana a s 150 AD 2a NSE I OR i Se me Ce 151 ChE A A RY ee gt 2 ae eee 151 CAD hess S000 SS ANGE i OR it oe Ess 2 Pe 152 1/5) AD SSA SAG HS CARRE 8 Ma OR Ry ae a Og 152 SOE aie ae ee eS he 152 SSE Ss Re Ooh gE CCE Sa Ce Sa 4 Ee en 152 (Si) OE AUG BE ae SA ag CO maa en ee Zt 152 (OF a Sea a ae ae ESA one oy ia eee 153 TUCO Soa SS wea CESS ce mE «Roa 153
127
Site index in feet
Table 107
lel> l= *[™
Basal area in square feet
26 102 143 161 165
167 167 168 168 168
168 168 169 169 169
169 169 169
81 141 159 167 171
172 172 173 173 173
173 173 173 173 173
173 173 173
104 146 162 169 172
174 174 174 174 174
174 174 174 174 174
174 174 174
Table 108 Shortleaf Pine
Stand 4 Inches Diameter Breast High and Over Yield in Cubic Feet Per Acre
[Total volume—unpeeled]
Site index in feet
Age, years 40 | 50 | 60 | 70 | 80 | 90 | 100 Yield in cubic feet GG ee, ee ee ee | iS Gm E's A MR a | SE oes 950 | 1,330 1, 760 20. eae eee ee ee ee 1,060 | 1,600 | 2,190| 2,660 3, 040 eh NE Mc IO SS PD Raa ay 1,290 |} 2,000} 2,760; 3,380); 3,930 4, 440 | Rein SP Ba a case hc ae 1,160 | 2,040} 2,880] 3,720} 4,420] 5,050 5, 720 Bok See ee Pe 1,660 | 2,690} 3,620; 4,520; 5,310| 6,070 6, 900 21) Rae Ses SOLA Sg 9 > Se 2,130 | 2,980; 4,200; 5,210; 6,100; 7,000 7, 940 AOR ea PR ene 2,460 | 38,620] 4,700! 5,770} 6,780} 7,760 8, 860 Os a et ee eee 2,730 | 8,970 | 5,080; 6,250; 7,380] 8, 450 9, 650 Gir ymiyemh ssiesceebtee Sarena tbe 2,940} 4,210 | 5,400; 6,650; 7,840] 9,010] 10,320 GOES ONE. ga Soe 3,120 |} 4,430) 5,690 ; 8,250 | 9,500] 10,860 Gok eee Fee ee 3,260} 4,610} 5,930| 7,300; 8,610} 10,070} 11,350 (Oe sae bk ee 2 ee 8,380 | 4,780] 6,170} 7,580} 8,920} 10,280} 11,780 Oks Soe rao ok eee en 3,480 | 4,940) 6,340] 7,820, 9,220 | 10,610] 12,150 SO Soe eee ae seco 3,570 | 5,050} 6,520] 8,020! 9,460 | 10,910} 12,500 oh See 7 Seer 6 Se Bs 3,670 | 5,150] 6,650 | 8,210; 9,690] 11,170 | 12,810 (2 em 2 ple cae Sy Ady we |e ee 3,720 | 6,250! 6,790] 8,380); 9,900 | 11,480 | 13,090 Gps ee ee 3,770 | 5,340} 6,910] 8,540 | 10,090 | 11,660 | 13,330 LOO ieee i ar Se eee 3,810 | 5, 420 7,020 | 8,680 | 10,260 | 11,830 | 13, 560
Table 109 Shortleaf Pine
Stand 4 Inches Diameter Breast High and Over Yield in Cubic Feet Per Acre
[Total volume—peeled]
Site index in feet Age, years 40 | 50 | 60 | 70 | 80 | 90 | 100
Yield in cubic feet
eee sae a eee a oe sees eal aa eee aoe le 750 | 1,060 1, 430 A) GSS eR a ec ee ee 840 | 1,270} 1,760] 2,160 2, 520 Dome nae Sek Tok. ok 1,030 | 1,600 | 2,230) 2,760) 3,260 3, 750 30) li heel ee alan 920 | 1,640} 2,340) 3,040| 3,650| 4,240 4, 890 Se eaten ese ey NS Sale) SD i 1,330 |} 2,180| 2,960 | 3,730; 4,440| 5,150 5, 940 LL) oS eee eae, Ce 1,720 | 2,620| 3,470| 4,350) 5,160; 5,990 6, 860 SAS merenntas womans She Ay Spaeth Ss 1,990 | 2,980; 3,910; 4,860; 5,780} 6,680 7,670 pula ener Acai Ngee 2,220 | 3,280; 4,250) 5,300| 6,320) 7,300 8, 360 ype ree eee ae ae Sonal 2,410 | 3,500 | 4,560; 5,670| 6,740) 7,800 8, 950 De as ae ee ee 2,570 | 3,710} 4,820 | 5,990) 7,120] 8, 230 9, 430 ND eee eee 2,690 | 3,880; 5,050| 6,270 | 7,440] 8,590 9, 850 EAR rs Si eng tls ae 2,810 | 4,030} 5,270) 6,530] 7,720.) 8,920 | 10, 230 or rt east hi an 1, 8 Se 2,900 | 4,180] 5,440| 6,750 | 7,980] 9,200} 10,550 (a Sa eae FSR ons eee 2,990 | 4,290; 5,590] 6,930] 8,200} 9,470| 10,850 Boren sisted ah a pal eye) balls 3,080 | 4,390] 5,720| 7,100; 8,400; 9,700] 11,120 SDE Sia a ee ae ee ee ea 3,130 | 4,490) 5,850) 7,260} 8,590) 9,920] 11,370 AB ee ee ey Re pa 3,180 | 4,580] 5,960 | 7,400} 8,750 | 10,120| 11,580 Wet 00= <= 2222-2 8-2 3,220 4,640] 6,060! 7,520) 8,900 | 10,270] 11,780
129
214-240 O- 76 -9
Table 110 Shortleaf Pine
Stand 4 Inches Diameier Breast High and Over Yield in Cords Per Acre
[Rough wood] Site index in feet Age, years 40 | 50 | 60 | 70 | 80 | 90 | 100 Yield in cords jsp ae Sh a Aang ee Phe Ter PU fe We a cae | ee Peles 20 OOS 26 SE ed Bis BR EO ee 193) 1S) — 95 ne 30 33 OBB SiS. eee | AES SY OMIT Ae 15 (: 93) 31 | 38) 143 47 FV oe Seni nae Te PANE SEA EL) 3) 13°| 93 |. 99) 414] + agbieeens 60 SR Aces Di PENG O) Te eer 19°} <30 | °°40: | -*-49"1> 57 1/264 72 AOR RA SIEM AE a ae DAN? 83505 .46. | -G68| 658475 82 Ah ee eC Be PRG A TERS, ES 9871 4g ho 51, | 61 | 780 91 BOR 2-2 eR OR BOO: * eee 30°|) 43) |) Ba. | © 66-1 Zneenay 99 Bok Sec ti eee OP DE eine 39 0-645 || SR 70-| ST O38 |e =nt06 605 El Ae fe: RU ee 34)" 481-60 | 73 - |) 851 08h ta G5 are 4 ieee ARR SERS > DO 36 | 49 | 62): 76} -- 80 --103-) ang TORE) SASS SS Go ee Shae 37 51 65 | 79 92 105 121 Pie tt EE ON ORE Iie 98 | 52|° 66| 81/1 951109) 124 SOR 4 Ra ies Raa eRe 38°| 53 12-68 | —83-\- -97 | 112: |= ts Gai ees URN > i RAE RATS BB 391 *54 |) 69 | -84"|~ 100 1142 ion O08. 387108 es A RS ae 40 | 565} -70 |. 86 |-102'\- 117-1) 134 Ose Was Aa cl Ra oe es: Oe 1 40. 256 | > 71 | \-88*|' 103) Sai1ah ee dag TOO £2 Sate at 5 Ge A PE Ee 40 1° 56 | -72| > 89: |- 105-1> 191) 89
130
—————
Table lil Shortleaf Pine
Stand 4 Inches Diameter Breast High and Over
Average Yearly Growth Per Aere in Cords [Rough wood]
| Site index in feet
OFPO POW UWObh or SS ores
Age, years 40 | 50 | 60 | 70 | 80 | 90 | 100 | Growth in cords
Te sata sel et et pe pm pa ee i Sa RL |) Ubi | aa pa le ag | 0.73 | 1.00} 1.3 eh Pa say Es APC RT ICES BT Ay RSI my NRE | | sc a 0.60 | 0.90 | 1.25 | 1.50 1.6 SNR ssa SOG) Sr a Ne RSD alae ae Ae AO De SN DRA ERD 0.60) 92 |) 247) 152) 72) 1s iS een tee ee eae gar ie 0.43 | .77 | 1.07] 1.37 | 1.60] 1.80) 2. GS SG Eee ore Tah an rag ene ep Ge Sara . 54 86 | 1.14] 1.40 | 1.63 | 1.83] 2.0 ND) AN 5 tu eos, Neoaec neat 3 Ree pate i, WARIO ty USPC . 60 82 | 1.15 | 1.40 | 1.62 | 1.82}; 2.0 NGS RN ot Gia Se eee fal = Oa ce ROR 62 89 | 1.13 | 1.386 | 1.58 | 1.78 | 2.0 LE) ia ee ae Da ae ee pee ae oe . 60 86 | 1.08 | 1.32 | 1.54] 1.74] 1.9 LRG) SSS ae tar tae, Zor itaes ea ena a . 58 82) 1.057) 1 27 |) 47) 169 | 19 (BA) SOR Se a ae Doe epee 0 7S aa ae oe 5 NES 80 | 1.00 | 1.22 | 1.42/ 1.63); 1.8 CO a ee tl Pe NO ag I at 1A 55 15 O57) Laz W137 1 58 LSP EE TE pe UR ESTE apf 6 Seino Ose ASF See SON laa OD a NS ONS Fea Higher ae" itaae, 6 ae 51 | .69 88 | 1.08 | 1.27] 1.45] 1.6 SSD) le RRS Fa i a Mea el | or -48 | .66 85 | 1.04 | 1.21] 1.40] 1.6 RS ea ea a ete Senet 7 AU! | ee 46 . 64 81 99 | 1.18 | 1.34 1.5 CO) eer cr Pr ph ee ors Wo AAT Olen et ee OOM olen su lpile sO neue IES AIS Ss A ct ae a ea dad a N42 OOM. ro t 198k LAOS) 25 emia: Ji se el a ei nae Cay ee Ce S40 OO tz coo | Le. Oonl aale oles
131
Table 112 Shortleaf Pine
Stand 4 Inches Diameter Breast High and Over Yield in Cords Per Acre
[Peeled wood]
sens ee { Site index in feet Age, years : 40 | 50 | 60 | 70 | 80 | 90 | 100 | d Yield in cords Poesh tee ei a ee eet lite cee | As TENS so 2 [eset 9)}-549 | 16 Hee PE eS TROL Re Sea ee eens enn 108) 15] - 20) ofa 97 Poa ie.” Se ee ee ee ee apes ee i hanes eee slant et S0e ek Sere ee ak Pe Ee a WT | =+19-|s --26-}4- 84 |) -40-|s ale at 5 1a Wiese an Dies ogee Si Puede se 15) 24]. 83)| 41) 48:1) 5410 62 Age aH RE BR het Sa GS I PRES 49.) = 59061 38:1 > zal $55 | 62| 7 45a APS ee Fe ee tt ee? 99) 01. 33:1 6 dD| — 52) Gh |-aGOulaee 79 Pea Pe ae en ee ee ae D5 | Wee Ge Nee Galee ose MAGE | 75| 86 io Dea ce, ame i aR yc 27 | --88 | 48°) 60] => gO" = S0r a Oz GOR aee airs ees TT on guerre ie cera li 28cieu. -40a| > Sel) 63ul 74el cares 97 |
NE ae LAO a a a [i 929.) 4b 53a) + = 65r|>-° Thet ee Saale Oe 70: ne See OP eae ee 80-1 9431: Bob 68 1-805 -1924| <= -105 Tp Se ee ae TEN Oe oe ne a | 31 |r 4d 57s 01 824 Ode tg8 QOeE FSh se Ore ee ee i te 82 [2-45 ls) 58 eo 7h | = 84 bee OTe Sapee sk et ee eee Oe Ce 331° 461 594) 73°) 86 9del 44 QOH Ss <0: OSS WERE Gee Tae ee ee 33. | 47 61>} >< 75 ole 88-1 -402s1== 16 Ore hae tae ee a Ve PE es 34| 48| 62] 76| 90] 104| 119 TOQ Se 2 AS A EE engi eee B42) 48: | 062. | 7va| 1 ln e105 eet
132
Table 113 Shortleaf Pine
Stand 4 Inches Diameter Breast High and Over
Average Yearly Growth Per Acre in Cords
[Peeled wood] Site index in feet Age, years | 40 | 50 | 60 | 70 | 80 | 90 | 100 Growth in cords FUR pl eda SS a Ay I cM, Ca ac ee [pill OE os 0.60 | 0.80| 1.07 AS ane eee eae NM eee Re Ie EL aes, & 0.50 | 0.75 | 1.00 | 1.20; 1.35 Fig gal cs AN ee eae a ae pe ceme ek OR mana 0.48 | .72| 1.00] 1.24] 1.40] 1.60 Beran mine ee ee OST Gon) ose ites) 1033) 1,501 1e70 OE i ee ee ae ee CBU BGS) Pe OE Te Pe Sie Ni Tess all 277 CON) aie ol Bak px A. aes i, ee | eas eet eG) | 1181) ts8-) 155)" 1.078 BS ged a) RET SG BE SE a a .49| .73| .93/| 1.16] 1.36; 1.53| 1.76 2) i ay ACC a8 ak EDIE Saag a a [BO AGO, £OF aio so ea ae FR lien i ie ea Bde NR dane: UR onl 1497| 69 |) 287 | 1,09 1,27 | 1.45) 1.67 70S aan ae ea Bee ee we giee Be e 247) 67). 85)| 1,05 |) 1,23 | 1.42) 162 Gore ete Sn ye RE ee ae mae SS -45| .63/ .82) 1.00; 1.18 | 1.35] 1.55 OS WOE BES SOS Efe a ASC? Era WAZi) 61 | 79 | 2297 | 114 | 3) 150 pote mes Baty ae Ee Cea i 41| .59| .76| .93| 1.09] 1.25] 1.44 0s Gs OG Uk ce 40| .56) .72| .89| 1.05] 1.21] 1.39 Be ACM ee hen fb) gem) 39 | .54| .69| .86] 1.01] 1.16] 1,34 LR Sy ana a NS ele 9 es ae uh ee ae 8 EP | 37 | .52| .68 83 98 | 1.13; 1.29 (OF ae nll 2 le ane cad gees de rin eae e365 51) 65) | 280. 595. |) 1091) 1/25 LOO trees ea ei eS se us (34 reas i 625i |. Oli 1.05 7 2
133
Table 114
Shortleaf Pine Stand 7 Inches Diameter Breast High and Over
Average Diameter at Breastheight
Site index in feet
Age, years
Diameter in inches
Go er ie Fae ae.
134
Table 115 Shortleaf Pine
Stand 7 Inches Diameter Breast High and Over
Number of Trees Per Acre
Site index in feet
Age, years «| 0 | o | so | | ro
Trees per acre
A) eae Nae Se ae tS Se et ee wl eles see cuts 20 70 | 150 245 ZO aia lana ok es sce LER Sao a oa 5 40; 115) 195; 280 325 COE casbes see oseseue sete clase cse 5 60; 120; 225; 300; 325 305 GOess goes tee ose bl so ete boast 45} 110; 215; 295 | 320] 305 255 AQ eaue ne shes cE 5. PO Es ok 90 | 175 | 265} 315; 315) 280 215 Ae seen ae sien et Seek . Sek 130 | 220) 295 | 320, 295} 245 185 DO Soe seer ee eee Beas eee oe 170 | 260! 305) 305 | 275} 220 160 Ban sn sake eee es SAEs eee PE Loe 200 | 280; 310); 295 250); 200 140 GQeoesee EE sae steed skh b so. Se eee eet 230 | 295; 305] 280 2385 175 130 (Ce ea Ae 250 | 300; 300] 265 220; 170 120 ORs eeeee ss tees. Ss oeee LL Is. Pea 270 | 300; 285; 250 205; 155 110 Om wake ee Geis ok IE os Rae A oe 285 | 300; 275; 230; 190); 145 100 SOs nbs ee as ssh. Se ee 290 | 290; 260; 220, 180; 135 90 BObeat eee teens eile Ue eee oe 295 | 285) 250; 205; 170| 130 80 OO brs Feb SS Sst oee se aos eee eek 290 | 280, 240; 195 | 160; 120 75 Opus Ceeee ose eeos So. ee ee Fe 285 | 270; 225) 185 | 150; 110 70 NOOR See st toasas Soe Ss Cee Se 275 | 255 | 210; 180; 145; 105 70
135
Table 116
Shortleaf Pine Stand 7 Inches Diameter Breast High and Over Basal Area Per Acre at Breast Height
Site index in feet
Age, years 40 | 50 | 60 | 70 | 80 | 90 | 100
Basal area in square feet
LS ite eR Ae Nin ee 4 Ne A PT LENO 6| 19 uO. OE AES SEE Sin oA ehaleoeeed 131; 8462 ee NS aie a Aer eee SA 2 zene Sy sree. e. L ET 13 140 '34.\6573.) 2107, (9136 ARNO 1d AOS 5 oeeet AER eee 26| 69| 98| 132| 152 9 Aas SO SEE Ee RRC 41| 79} 119} 146] 160 AL Week SR eae ee ENR, f | 56} 100] 134| 153} 163 pod bees AAS LANG ARE PEt 68 | 113 | 144| 158] 166 ME Sees a rs RS 83 | 124] 150/ 161| 167 PLE OE EG FA ER aR 95 | 133 | 153| 163] 168 OE ETE Se ee Te a 102} 139 | 156} 165| 169 peat Bis 2 Od YOR eS 111 | 144] 158| 165| 169 abe 2) tee. iY ae Tee 118 | 147| 160| 166| 170 eA oA I eh roe Ener 123 | 150] 161] 166| 170 dO ct A AOE oe os 128 | 152| 162| 167| 170 SoM RS RFE 2 AOR aet. Lee Le 132 | 153] 162| 167| 170 a eee ee. ee ee eel 135 | 155| 163| 168} 171
136
Table 117 Shortleaf Pine
Stand 7 Inches Diameter Breast High and Over Yield in Board Feet Per Acre
International (14-inch) Rule
Site index in feet
Age, years 40 | 50 | 60 | 70
0 | % | 1
Yield in board feet
1S I 5 BE sy (a a se Ry HE 200 1, 400 2) EE See ss ee a OU aoe A 250 | 1,600 3,800 7, 600 dS RS Ae me a es 800 | 2,800; 5,700 | 10,700; 16,800 BOS of ee Pee. oe | eke 900 | 3,300} 6,900 | 11,806 | 18,900 | 26,200 CG Se IN he S| Lt RS 600 | 2,800 ; 12,000 | 18,800 | 27,000 | 34, 700 ate 2S ee eK 1,750 | 5,000 | 10,300 | 17,800 | 25, 500 | 33,400 | 41, 800 6 as 5 a ee ee 3,000 | 7,500 | 14,300 | 23,000 | 30,900 | 39,200 | 48, 200 BOS. $3 Bee se sckke 4,300 | 9,900 | 18,300 | 27,200 | 35,600 | 44,250 | 53, 800 Boe eS eee eet La 5,650 | 12,400 | 21, 700 | 30,700 | 39,300 | 48,500 | 58, 400 piGes 22 eee o 5b se dee 6, 900 | 14,900 | 24,500 | 33, 500 | 42,600 | 52,250 | 62, 500 GOS. 4. te ee oo ee the 8, 300 | 17, 200 | 26, 700 | 36,000 | 45,400 | 55,300 | 66,300 CE no 9, 600 | 19,000 | 28, 700 | 38, 200 | 47,900 | 58,100 | 69, 500 OP 8 BI ok, Wael. 10, 800 | 20,600 | 30, 500 | 40,200 | 50,100 | 60,600 | 72,300 BOW. J eee oe fe Pe OR 12, 000 | 22,000 | 32,000 | 42,000 | 52,000 | 62,800 | 74,800 SS ae a 18, 000 | 23, 200 | 33, 300 | 43, 700 | 53,800 | 65,000 | 76,800 OE tt A 14,000 | 24,300 | 34, 600 | 45,200 | 55,500 | 66,800 | 78,800 Dee 2 ea es 14, 900 | 25, 300 | 35, 700 | 46,500 | 57,100 | 68,600 | 80,300 ROO! D2 Roser oe Mee Se 15, 600 | 26,000 | 36,600 | 47,800 | 58, 500 | 70,100 | 81, 600 137
Table 118
Shortleaf Pine Stand 7 Inches Diameter Breast High and Over
Average Yearly Growth Per Acre in Board Feet
International (14-inch) Rule
Age, years
were ree ee ee em em em ee ee ee ew Hee ew ee ee ee He ewe weer ee eee ee me ee ee ee em em ec ew ew ew em ew ee eo ee ew He em ee weeeeace eee es ee Hee ee He He me ee eM ee ee ew eM ee ee ee weerrnw ee eee eee eee nm me ee em ew ee ee ew ew Me ee ee em eee wseeeeernzn ence azaeeecee 2222-2 ee ee eee eee ee wereere2ren eee eee eee ee ee ee eee ee ee eee ee ee wen e ee ee eee ee eee ee ee ew ee em ee Me eB ew ee ee ee eeernmeceen ewer een seen ee cee ee ee He eee ee me He eweeereernee reer eee ececee2n eee eee eee ee ee ee ewe
]=e2nreerenr eee eee eee ee He eee ee ee ee ee He ee ee ce werereec ewer een zee cer ez2=eeree2 eee ee ee eee em ee eweee-eee ee eae eco eee eee ee eee we ee wm ee ee ee wearer eee e222 n2 ee ee Hee ee ee ee ee em He ee Re ee ee
eererseecewenm en eee ne seereeeenr reer eee r eee eee
Site index in feet
Growth in board feet
ee eee Pre rs er ee 13 93 pestaclesade bee seve 12 80 | 190 380 ABS | sa See 32 | 112 | 228 | 428 672 eo: oe 30; 110; 230; 393; 630 873 17 80 | 189, 343; 5387); 771 991 44 | 125 258; 445; 638 | 835 | 1,045 60) 167) 818 | 2511: 687 Sea OE 86 | 198 | 366; 544/| 712) 885 | 1,076 103 | 225; 395 558 | 715 | 882 | 1,062 115; 248; 408; 558; 710/ 871 | 1,042 128 | 265 | 411 | 544! 698) 851 | 1,020 137 | 271 | 410; 546) 684; 830 993 144 | 275 | 407 | 586] 668); 808 964 18 | 275; 400; 525; 650); 785 935 153 | 273 | 392) 514; 683 | 765 904 156 | 270 | 384, 502) 617) 742 876 157 | 266 | 376 489} 601 | 722 845 156 | 260} 3866 478 | 585) 701 816
138
Stand 8 Inches Diameier Breast High and Over Yield in Board Feet Per Acre
Scribner Decimal C Rule Site index, in feet
Age, years 40 | 50 | 60 | 70.
a
Yield in board feet, in tens
TBs TA a OOS Sie ee Ce ean | Me es ea oe | 2 ape ee a SSE APO a inie ial 9 Elieh Sele (RR Eis Se | 20 110 cols <2 aad) SSeS aera Ga (eet (ear 55! 170; 450 Ce ee ee eee 5 75 240 520 1,120 BLEND ee east oa ca 5 60| 220] 540] 1,090/ 1,760 en Palin i ke 35 145 | 440 990 | 1,620 2,340 Bh aa 2 MR 70 275 | 730 | 1,430 | 2,100 2,820 pe 2 ee ee 125 440 | 1.060! 1,785 | 2,490 3,240 1c eee ee a 190 620 | 1,350; 2,090} 2,815 3,580 Pe ee a ee | 270 815 | 1,585 | 2,345 | 3,090 3,870 ee Wei Ni 355 995 | 1,790 | 2,560 3,325 4,100 Loe ht ane See 445 | 1,160; 1,970| 2,755 3,520, 4,300 Sa ee a 545 1,310 | 2,125| 2,925 3,700; 4,490 Hare eke ine ln fool 650 | 1,440} 2,260! 3,070 3,855 4,650 ae eC ee eee 750 | 1,555 | 2,380 | 3,200; 4,000 4,790 shin Oe tee heen er eee 840 | 1, 655 | 2,485 | 3,320) 4,125 4,920 Whee Digan Ge Ca gS 915 | 1,745 | 2,580] 3,430 4,240 | 5,030 eh 2 ee Oe ees 980 | 1,820 | 2,675 | 3,535 4,340/ 5,130
Shortleaf Pine Table 119
100
SI Soo
CNETONC ES Get hed)
<
S§8 SER828 SeSS3
Ov on On
ew 2
139
Table 120 Shortleaf Pine Stand § Inches Diameter Breast High and Over
Average Yearly Growth Per Acre in Board Feet Scribner Decimal C Rule
Site index, in feet Age, years 40 | 50 | 60 | 70 80 | 90 | } Growth in board feet, in tens |- ae es: ae ae aie aia 1 aS ES 4 SE Se een ay Page| MAS Re | GN | Fy Ha | 1 6 45), SP BL | ee PGE |The) ME by | TLE eee PO ee 2 a 18 S0 sk wee. eile AE Oe le aa 2 8 17 37 Shale ek eb se eo Se 2 6 15 31 | 50 QU 2. Sore 7 ea 1 | 4 11 25 40 58 Cha Le TOE 2 6 16 32 47 63 Ou ee eS) | aes. 9 21 36| 50 65 Ey A SG 1 Ce eS 3 11 25 38 51 65 Ue ee Re | 4 14 26 39 52 | 64 Give es eh Oe ee 5 15 28 39 51 | 63 (ae 6 7; 28 39 50 | 61 (hi a Sea Lo ae UE 7 17 28 39 49 | 60 See i ee 8 18 28 38 48 | 58 Cie oP Se 9 18 28 38 47 | 56 ges es a 9 18 28 37 46 | 55 Optik. 2 eed | eS 10 18 27 36 45 53 100k ee 10 18 27 35 43 | 51
beet Mead foal |
Bea awor
Sik
140
Table 121 Shortleaf Pine
Stand 9 Inches Diameter Breast High and Over Yield in Board Feet Per Acre
Doyle Rule
Site index in feet
| | Age, years 40 | 50 | 60 | 70 | #80 | 90 | 100
|
’ Yield in board feet
ee ee ee
_ EULER SORE SEC yee Semis om eee ge! peace 500 | 1,750 | 4,250 ae ee eee jeg eR Ud O G9 «3050-144 .550si| un 01050 nt a ae Oo I_.--.--| 750, 2,000] 4,300] 8,650] 14,150
ee SE es Sa a fan gle ip eg .| 1,550; 4,000 | 7,650 | 12,600 ; 19,400 = Seg be Eee ae Epes a ae 900 | 2,750 | 6,400 ; 10,700 | 16,450 | 24,750 2 ce eye I forsee -1,600 | 4,350 | 8,650 | 13,550 | 20,450 | 29, 500
Seen apes fe ie MI | 600 | 2,300 | 6,000 | 10,800 | 16,350 | 24,200 | 33, 850 950 | 3,200; 7,600 | 12,600 | 18,850 | 27,400 | 37, 250
| 4,150 | 8,950 | 14,450 | 21,300 | 30,300 | 40, 300
1,600 ; 5,050 | 10, 250 | 16, 250 | 23,450 | 32,850 | 42, 950 os Seepage tee ee 2,050 | 6,200 | 11,400 | 17,900 | 25,550 | 35,150 | 45, 250 i ea ees ne te | 2,600 | 7,000 | 12,700 | 19,400 | 27,550 | 37,400 | 47, 200 3,000 | 7,800 | 13,650 | 20,850 | 29, 400 | 39, 400 | 48, 950
| 8,550 | 14,550 | 22,300 | 31,000 | 40,950 | 50, 500 | 23,700 | 32,650 | 42,400 | 51,650 eh Atul ey ea ae _---| 4,450 | 9,750 | 16, 750 | 25, 050 | 34, 000 | 43, 650 | 52, 750.
141
214-240 O - 76 - 10
Table 122 Shortleaf Pine
Stand 9 Inches Diameter Breast High and Over
Average Yearly Growth Per Acre in Board Feet
Doyle Rule Site index in feet Age, years 40 | 50 | 60 | 70 | 80 | 90 | 100 Growth in board feet | | RSS MPAA enter tee eh Sele a ee tiie es Pee | oe DORE fe rere ne ee eae | ic oh ag Sd | eranele Bee ee: 58 Shee Ne ae ee nila ce PEE SB ice 20| 70| 170 S08 te GaN & sane ag eo pasa eee te eg 25/65) 152") au S585 58.5. pe Oo) RRR ee ne [ein | eee 21 57 | 123 | 247| 404 AQRE BES Fee REAR GO ae hee ie es noe 39 | 100| 191] 315 | 485 Abas sy tae et hee he | bab So ee aeadea 20| 61) 142! 238] 366] 550 BOBS 40. SUE 1 era ke eee ose ee 321° 87> 1737|) 2714|= 4004 590 Bbae. 2. sre ue mee he) ee Re Le 11/ 42/ 109] 196] 297] 440! 615 GOiS Se." caus) be 2 Ace ort hae oe loan | 16) 53) 127) 210; 314] 457| 621 GhRECAG! Fee nee Se ter Peg ed 1 20] 64 | 1388 | 222] 328] 466/] 620 7 Seg Gn Eh rm ee sl PO 23 | 72| 146] 232] 335] 469!| 614 Thib oi. Ay eo SE ee ee ba eee 27! 83] 152| 239] 341] 469] 603 SOs tick pas we tare El Ae ee ee 32| 88] 159] 242] 3441 468/ 590 Gan 55 ia eee RARE Dae he. cee 35| 92! 161; 245] 346] 464/ 6576 QOE2 42 (2 sere ave tanewen | ade an ede 39 | 95! 162] 248| 344] 455| 6561 Osa cee. as Bellen uel pee be bn | 42! 97! 166| 249| 344) 446] 544 100% 504 i bas ob) pan af Ase asks nee | 44 | 98 168 250) 340] 436! 528
142
Table 123
Shortleaf Pine
Dominant Stand
Average Diameter at Breastheight
Site index in feet
Age, years
Diameter in inches
12.3 | 13.7 | 15.3 | 17.4
8.8 | 10.5 | 12.0 | 13.4 | 15.0 | 17.0
9.0 | 10.8 9.2 | 11.0 | 12.5 | 13.9 | 15.6 | 17.8
Se Spa Ps oe Pane Skee Ck amma NOOSE sake ee tok eae ee
DO Be saree Sein See CE pote ik
143
Table 124
Shortleaf Pine
Dominant Stand
Number of Trees Per Acre
Site index in feet
Age, years 40 | 50 | 60 | 70 | 80 | 90 | 100 Trees per acre TNO Seat Pom Seema A agentes LE a 2,170 |1, 830 |1,420 |1,075 | 825) 680| 450 ya Eh BEEK IR OE 1, 690 |1,395 |1,065 | 850} 665} 500] 355 Lee Pee ee Pee ees 1,410 |1,080 | 835 | 675 | 535 | 400) 290 G(s inked chon eet ey Eee 1,105 | 815 | 625| 505| 410! 310] 230 Bao. be Mod hited tae, beet eh ay 850 | 640) 490] 390} 325| 250] 190 Asesinas ebb ed ce orn k Gy pees an 690 | 520) 400} 320) 265/| 205| 155 Bee bee be Rin ge RNR ed eee 580 | 435 | 340| 275; 225| 175} 185 ROE ee tree | ee en end 500 | 375 | 300| 245! 200| 160] 125 Berd kee ak feed Srey hae me | 440 | 335 | 270! 220! 180) 145] 115 G0ie 3-88 A A ot ee 400 | 305| 245 | 200! 165/ 135! 105 GB et Nica ncieg dy papas sh oan Be Mee Reh ewig 365 | 280) 225) 190] 150] 130] 100 7 Won EA Ser) een SE dys 5 eee San Bee Ee 340 | 260| 210! 175 | 145! 125 95 sired pear We Ren Mion: Re iy eee Gace ae 320 | 245 | 200] 165] 140! 120 85 Ye ec aca ae ee Be nee a ele 300 | 230} 190! 160] 135| 115 75 Spee Dede Mele SANS Te Se aes Oa: 280 | 220! 180) 150; 130| 105 70 | ee Pee ts Rie eT! Pe eRe eee! 265 | 210| 170| 145] 125! 100 65 Ose aon ab tek. pee: (Oe eee ey Seg 250 | 195| 165| 140| 120] 90 60 1000 ee be cee en ee 235 | 190 | 160} 135 | 115 | 90 60
144
Shortleaf Pine Dominant Stand
Basal Area Per Acre at Breastheight
Table 125
Age, years
eeueerereeraer en ene eee nee eee ee wee ee ee eee oe weer eee mee em ee em em meee mee ew em eee me eee eee] wen ene eee en mm we em eee ee we meme me ee em ee ee ee wew rem eee em ee meme mew em ee eee we meee eee =
wr eer eee ee ee we meee ew me em ee eee eee ee ee m= wee Kee wm mee ewe em eee eee mem meee mmo mew em eee ee
\wer eke eee ee em ee ee mem em e ewe eee eee em eo oe owe
Site index in feet
so | 50 | s0 | 70 | 0 | 90
Basal area in square feet
145
63 90
72 100 114 122 127
131 134 137 139 142
144 146 148 150 151
153 154 155
75 103 118 127 133
138 142 145 148 150
153 155 157 159 161
162 164 165
100
Table 126
Shortleaf Pine
Dominant Stand
Yield in Cubic Feet Per Acre
[Total volume—peeled]
Age, years
Site index in feet
o | 0 | a
70 | 80 | 90 | Yield in cubic feet
420 570 720 860 980 720 980 | 1,200} 1,460| 1,700 1,080 | 1,420] 1,780} 2,170| 2,540 1,420 | 1,880| 2,380! 2,870| 3,390 1,750 | 2,300! 2,950! 3,540! 4,200 2,050 | 2,730 | 3,460| 4,160]! 4,960 2,330 | 3,100| 3,920} 4,750 | 5,660 2,570 | 3,410 | 4,320 5,270| 6,270 2,780 | 3,690 | 4,670 | 5,730| 6,840 2,960 | 3,920] 4,980/| 6,090| 7,330 3,120 | 4,140] 5,270! 6,430! 7,760 3,270 | 4,330] 5,520| 6,770] 8,150 3,390 | 4,510] 5,760 | 7,050) 8 480 3,500 | 4,680] 5,960! 7,320] 8,800 3,600 | 4,830! 6,160 7,560| 9,080 3,700 | 4,970] 6,340 | 7,800/ 9,320 3,790 | 5,090] 6,510} 8,020] 9,530 5,200 | 6,680) 8220] 9,720
3, 850 |
146
100
Shortleaf Pine
Dominant Stand
Yield in Board Feet Per Acre
International (14-inch) Rule
Age, years 40 | | | 7 Ua eta ie gh I Ss “Aa eS ae aN NE I me hee Sines Riese een er [LoS eSe See ee Cd tua tg) Sumer ail in eee a: Xe es SI TIS eens OE ai DOME se ye enact se)! ate Aes ae 900 Shy eT ES, STA A a ' » 600 | 2,800 ND) cose eae MSS MARC i, Stina 1,750 | 5,000 A ne an eh cee | 8,000) 7,500 DOES epi eee ees NM 1 4,200! 9,800 By seis les reatat iverson) 4 ae pine 5, 650 | 11, 900 OOHRS eine tend ath eh ath 6,900 | 13, 800 DOME alsa nen ermal 8,100 | 15, 400 iO Berea a Avap SI coy as Mike i 9, 200 | 16, 900 TASS ms 3 eG NE Se 10, 150 | 18, 200 (ol Via 5 0208 | Se ee 11, 050 | 19, 400 SP ad al 11, 900 | 20, 500 OO ee imi SC ay 12, 600 | 21, 400 (O15) ot ee) Op. Me nee 13, 300 | 22, 300 UC (OER ae a i Sas ae ete oe 14, 000 | 23, 100
Site index in feet
21, 500 | 29, 700
23, 600 25, 300 26, 900 28, 300 29, 600 | 39, 200
38, 200
40, 800 43, 200 45, 300 47, 250 49, 000
147
Table 127
100 |
an
200 | 1,400 3,800 | 7, 500 10, 500 | 14,950 17,000 | 23, 050 23,750 | 30, 900 29,750 | 37, 600 35,300 | 43, 850 40,000 | 49, 000 44,200 | 53, 600 47,500 | 57,300 50,400 | 60, 800 53, 200 | 63, 750 55,500 | 66, 250 57,700 | 68, 400 59, 500 | 70, 300 61,000 | 72, 000 62,900 | 73, 500 63,700 | 74, 750
Table 128 Shortleaf Pine
Sample Plots Distribution by Age and Site
Site index in feet
90 | 100 | T ota]
| | | Diy, Age, years | 50 | 60 | 70
7. | SN RR ere iny eee ENR Eee alt cee 5 7 9 Pe ey? yl 23 5 (1 amen Apr ae Rtacn eee anen: Fel ae aed LAN 1 10 12 4 Tele 28 Ah sackis v5 aes rie ees TE, Le ee 2 14 18 4 4 1 43 BOs KC ae Oe I ee 1 6 8 8 7 1 31 GOrts PU BE GGT) i 5 eee 1 14 13 6 ve Bs Se 35 (OBE Ay ae Ee Eee | ae 7 PAIS BEC GLE Best oa 2 16 Re A ea es BU el ed ae ee PR a ies eee APS en 8 [ay| 2 palm g OO ri bis GaSe 5 Ce | DRT 2 eG ea Tei Soe 2 js eg et 3
Total sh s-ste sy TOR ae SOS Ea 56 70 40 15 2 188
— eee =
Average Deviations of Individual Plots from Yield Tables
Trees 2 inches in d. b. h. and over:
Numb erkz: 4: 6353 a8) Shee BE 4 Cee Ue ee ig Ee eee 2 ee oe 27. 1 per cent.
Basallaredus: tease 5 et Eee ee fF ee ee ee a et ee 11. 6 per cent.
A Veragesd: ‘byisii s fe tee 5 TERS 2 See ee ee ek ee eee 21. 8 per cent.
Volume in cubic feet: 2% eo oe ee ee eee oe epermcents Trees 7 inches in d. b. h. and over:
Volume in board feet, International 44-inch rule.___...._.....---- 22. 6 per cen t
148
Table 129
Slash Pine
Total Height of Average Dominant Tree
Age, years
Site index in feet
co | 70 | o0
90 | 100
Height in feet
Italicized values are site indices.
149
Table 130
Slash Pine Stand 2 Inches Diameter Breast High and Over
Average Diameter at Breastheight
Site index in feet. |
Age, years | 60:1 "70" | 80)..\' $0
Diameter in inches
Be Ge ees ee fe Res ee eee |) 3.001 3.60 4718) 5428 BL See 2 eee ee ee OR eo eee 3.5 | 4.2} 4.9) 5.6 Boson ee ok SPR a eee eos 4.3; 5.1) 59); 68 EES Bs aE SS a SE OE ee ee eed ee pes 5.07) 6.07)— 7:0; \ 2-356 LOSES SE Re A SEN Peete Cees aye Ue ope ea a aS a Of | G87 (Or 7 get BS Ress IE 2 a oR hee ote co eee 6.3 | 7.6] 8.7 | 10.0 Bh oe see J Boe eS 8 A ence ee sues 6.8] 81] 9.4 / 10.8 eae ees eee ewer SUN ee see 7.2) 8.6] 10.0 | 11.4 SIE 5 Se te SE ee eer a Ere aE 7.6 | 9.0 | 10.4 | 12.0 Ses Wey Ae oe, Seen Ne ae eee 7.9} 94 | 10.8 | 125
150
100
h— BWW OSN or NTH GO COR OO UR Gn
i
\ | |
Table 131 Slash Pine
Stand 2 Inches Diameter Breast High and Over Average Total Height
Site index in feet
Age, years 60 | 70 80 | 90 | 100
Height in feet
UG eI BE IRA La) Pe Sa eR SJ Pe 27 33 38 43 47 74 AU A 2 Sy AG as SIS A pe 33 40 46 52 57 240 BEA: SMR i” SER at LAS 5 eg 38 46 53 60 66 31S i, OL EI Sp A >. AN eae Ep 43 52 60 68 74 “Sa 2 cp MR MPR a ee 47 57 66 75 82 (Aas ees Re SN SS. SURARR4 O 51 62 71 80 88 SE te pei lie LN 2 UR a RRS re a 54 65 75 85 93 CFU ieee a cl es ENC 2s ARMOR 2 = IRN ey a 56 68 78 88 97 BOs at nt Se 2 EOD oS Me eo 58 70 80 91 100 CL RITE A ST ce 1) Se AG 59 71 82 93 102
151
Table 132 Slash Pine
Stand 2 Inches Diameter Breast High and Over
Number of Trees Per Acre
Site index in feet Age, years 60 | 70 | 80 | 90 | 100 Trees per acre a | Las ee ae 2 Rs Se ee 2,620 | 1,855 |.. 1,390; 1,065 835 G1 oR gp DS, puny a. SAM es lag, ARR eR 2,035 | 1,445; 1,090 835 625 a ees ENE Re Wi Lee peer ee 1,545 | 1,110 | 825 635 495 Pr (AA 2 ~ ORAOR , 3 SS A— S - A oRN 1, 140 820 | 610 470 365 Soe ote ee oe eee ee ee ee eee 870 615 460 355 270 C1 lemme ah: a ee GREE Sea ie $< ape do hee See: 710 500 380 | 295 225 S050 eo eek 2 eae ees eres 615 435 330 250 195 OO ee 5 SO 2. 5 RS Sree SS ect 550 390 295 220 175 1 Li ee tee aco ee © 2 yy Se. EN I BP fee 500 360 270 205 160 if | NADIE Oh alae eae MID eI As ed ea er nN 470 335 250 195 150
352
Table 133 Slash Pine
Stand 2 Inches Diameter Breast High and Over
Basal Area per Acre at Breastheight
Site index in feet
Age, years 60 | 70 | 80 | 90
Basal area in square feet
|
ea ae eerie ee onieeta nt osceemacdocdesce ase 124 | 127] 129}; 130 131 Abeer Open a es oo ea cece ee 143 | 146] 148; 149 150 Zone ache eee fee te rates Wn aa Resa 8 SE oh as 148 | 152} 154] 155 156 ee a renee: mes eS ee 2 FINI 152} 156} 158) 159 160 ee es ene aie ee 8 SPE OB eto 154} 158; 160] 161 162 ORE ie neh ene te ee ae BO AOE Ro ee 155 | 159} 161 | 163 164 TORR GCS oe ee oe anny Sees Seem 156; 160; 162} 164 165 11 RS ea ap ae 2, ee 157 | 161 | 163] 165 166 eee a > See eee. . Lea oe ook 158 | 161 | 164} 165 166 Cpe ee eae Ree a See tee 158 | 162] 164] 166 167
153
Table 134 Slash Pine
Stand 2 Inches Diameter Breast High and Over Yield in Cubic Feet Per Acre
[Total volume—unpeeled]
Site index in feet Age, years 60 | 70 | 9 | 90 | 100
Yield in cubic feet
ba SG ete Sa oe te a A <2 ee ene eee ee 2,200 | 2,750 | 3,200; 3,500 3, 850 > | is Ae AP Me a2) Reet ee Reenter 2,700 | 3,250) 3,800 4,250 4, 650 ya eee) ed oem 2c Set MO ee 3,100 | 3,750} 4,400) 4,950 5, 400 r | SIDES MIN: See rscian ee Cpe Nae ENN 3,500 | 4,250) 4,950) 5,550 6, 100 | Re Se ee ee ee ee 3,850 | 4,650) 5,450) 6,150 3, 750 AOE see bee OE SB ee 4,150 | 5,000 | 5,850] 6,650 7, 350 G5 Ses UeS CU eRE dh dee tee Nae comes 4,350} 5350 6,250; 7,100; 7,900 BOE so eee cet LE ta 4, 600 ,650 | 6,600 | 7,500 8, 300 Fe a el ee el Been 4,750 | 5,900, 6,900 | 7,850 8, 700 | Sn ae et aS pes BE Me ee 4,900} 6,100 7,150 | 8, 100 8, 950 154
Table 135 Slash Pine
Stand 2 Inches Diameter Breast High and Over Yield in Cubic Feet Per Acre
(Total volume—peeled]
Site index in feet
Age, years 60 | 70 | 80 | 90 | 100 Yield in cubic feet
Iss EP See pe ee aN My ne AN te DEL | 1,400} 1,800; 2,150) 2,450 2, 750 PU EE SN aie I Wl ate Aa yl Ma Op ARON le ast | 1,800] 2,250; 2,700} 3,100 3, 500 PAG, Oo Ue Se Aes I 2 Lael eth ler SR lng 2,150 | 2,700; 3,250) 3,700 4,150 SU i te hel ER Ae orp Peel Rep 9 AR hatch de ha 2,500 | 3,150 | 3,750) 4,300 4, 800 Be ies a Eas ln ele I lt A Rhee AE eel 2,800} 3,500 | 4,250} 4,850 5, 400 CD nb Se Rat ae os pee aS py eh bea | 3,050] 3,850) 4,600 | 5,300 5, 950 oe ee etn a arts ei te i ae ee | 8,250] 4,150] 4,950] 5,700
FA mn ee ee en a pee te as SMO Wit 3,500 | 4,400; 5,300/ 6,050 6, 750 Isle) eva SSE Mot aged. nl Dy RA eR beeps teat 3,650 | 4,600; 5,500; 6,350 7, 100 it i at ease ES ills Dla ali EN Rei ier wantenltendsel ela | 3,800} 4,800} 5,750] 6,550 7, 350
155
Table 136 . Slash Pine
Stand 2 Inches Diameter Breast High and Over
Average Yearly Growth Per Acre in Cubic Feet
{Total volume—peeled]
| Site index in feet
|
Age, years 60 | 70 | 80
Bale
Growth in cubic feet
TSE ae Pees spc elie a ea gg ee 93} 120} 143! 1631 183 Sie 6 ee Be a ol ce Ok oi 90! 112| 135| 155] 175 SR Eke A Boe Oe el AN Gee Oe g6| 108! 130! 148| 166 Rip Ria a ee eee Sat a 83 105| 125| 143! 160 Sete lace | Dee. hee OS ere 0 ees 80! 100! 121| 139| 164 neta PEP, SST CARES Sr See ey 2 76; 96| 115) 132| 149 Ce dee Le eens cee ee 72| 92! 110| 127| 142 i Bees Reh a ee ee RE 70; 88! 106) 121| 135 it eee AR Week ABA AM ee 66 84} 100) 115 | 129 Gis ke ee ee en nd 63; 80| 961 109 | 122
156
Table 137 Slash Pine
Stand 4 Inches Diameter Breast High and Over Average Diameter at Breastheight
Site index in feet
1 | Age, years 60 | 70 | 80 | 90 | 100 | Diameter in inches DO EES Sees te eae Oe a Re er | As3)| > 45851 75.27) 25464). (Gal binant CRI RS * 8s Pen Pere AT | 95 1 BRO | 681 | 6S Ee Pe RO ES EE 6, 1 ale ne ee a a 5D eee) Wee Glee eR PUR TSR 2 Seer 8 bs ea anea ah aetanaE Be Gea 72 | stort Oko EB Ar eV coe = 2S a eal ei 62) 71] 80/ 92] 103 ee Fanaa MN SN US a lates ae ee LOS oe SS Os es ShL, Raahane Gane e Gee eee SRT TS Rennes [eal | Seon tous ons )| 1085 ES Sea dae 0 RN 9 Le oe CRNA 7 We OO) is ee aes 1 BoB en NE BS RE no RR Oe 5 sa ean eed ess or | ond 12.0)" tse7 Weak iene dele sre rth ear ayea Nm neem ernn ea CL agua | 10.8|125| 14.2 157
214-240 O- 76-11
Table 138 Slash Pine
Stand 4 Inches Diameter Breast High and Over
Number of Trees Per Acre
Site index in feet
| | | Age, years | 60 | 70 | 80 | 90 | 100 | : | |
Trees per acre
i ; a ice iene Sites Se ore eres | 475 700| 710 085, 610s 7 a el la, en eee ce | $35, 840} 765| 665; 545 D5 EE PR ERR os oa aa dev on seen mene | 925 805] 675| 570} 470 £2 CS SOP I FR of Rn Se Tag pre erree Senin ee 810! 685| 555| 450| 355 Bootes UE ECCS Tacos seme scnetenaens 700 555| 440| 350| 270 204 DE RB Pa) eS sewn Seen ccaneseetaes | 615 | 475} 370} 290| 295 Ago OE Pe Pe nce lewede see seeaeee | 550 420] 325 | 250}; 195 BO Pott Ue aL Ee inch esseeese: seeesees | 505 | 375] 290] 220] 175 EES ES FT tas ree ene rao | 470 | 343 | 270] 205! 160 605. L351 SP EEN ERA cares ececseresieeees 445 | 325| 250| 195| 150 } | ) ' 158
Slash Pine
Stand 4 Inches Diameter Breast High and Over Basal Area Per Acre at Breastheight
Age, years
ewer erecen eer ececereerececeeoee ee teeter eeeeoet er eceece eee ee eee eee ew®eeecwmeeneeereceoer een eer ee ec ece ere ee eee wm eee eer em eee coe ee eereern2ececececerwreeecececenc eer eee ee emer ee eee een eee eons on ee
159
Table 139
Site index in feet
af |w|o|m
Basal area in square feet
119 146 154 159 162
164 165 166 166 167
Table 140 ag Slash Pine
Stand 4 Inches Diameter Breast High and Over Yield in Cubic Feet Per Acre
[Total volume—unpeeled]
Site index in feet
Age, years 60 | 70 | 80 | 90 | 100
Yield in cubic feet
Po) ek oe sR te eee eee 1,250 |; 2,050 | 2,650! 3,200 3, 700 205. SE ee Be ae Se eee 1,850 | 2,750; 3,400 | 4,050 4, 600 20 SOE ok Sd oes SSE ee 2,550 | 3,400 | 4,200; 4,800 5, 350 SO Sock oe ie ee ce eek Ate A 3,150 | 4,000; 4,850] 5,550 6, 100 1 ee i Se eS es SA 3,650 | 4,500; 5,400 / 6,150 6, 750 , AOR 2d ce eee Se SR ck ae otek 4,050; 4,850; 5,850); 6,650 7, 350 / AS... 1 AEA ee SANE OR Je Ge se 4,400 | 5,300; 6,250); 7,100 7, 900 OOM 22 oeee Pi i Sea iad. Soe Seo 4,600 ; 5,600 | 6,600; 7,500 8, 300 DOR sete eed ee soe 4,750 | 5,850 | 6,900} 7,850 8, 700 O0n es oe eoee se Se eo eae a eee awn 4,900 | 6,050 | 7,150 | 8,100 8, 950 ! 160
: Takle 141 Slash Pine Stand 4 Inches Diameter Breast High and Over Yield in Cubic Feet Per Acre [Total volume—peeled] Site index in feet Age, years 60 | 70 | 80 | 90 | 100
Yield in cubic feet TO Seo ee Pe RO es RR SOR 2 a Re Seo 800 1, 35U 1, 800 2250 2, 650 5 ee ee ee ee 1,300 | 1,950] 2,500| 3,000! 3,450 eased een Same) Dilek uk Ne RAL Se ail alt S502 (2550) Wesel 50h 37000) 0-45 150 Bnd tema ON ne Re td in ee ale od 2,300 | 3,050! 3,750] 4,300] 4,800 Sy ee eee aie ees OPS rN RT Ee a ile re 2, 700 3, 500 4,250 | 4,850 5, 400 L) AM. SN oa Re eee 3,000 | 3,850! 4,600] 5,300! 5,950 AUR RMS 5 MBN Mie eee Oe «ct ene ee 3,250 | 4,150) 4,950] 5,700| 6,400 (aa RE stn SS ee RA AER NS Cen eed a ta 3, 500 4,400 5, 300 6, 050 6, 750 bai ec oe UR NTS OAR AB AC 3,650 | 4,600| 5,500] 6,350] 7,100 OO ga EM Na ah ARG te 3, 800 4, 800 5, 750 6, 550 7, 350
161
Table 142 ; Slash Pine |
Yield in Cords Per Acre
Stand 4 Inches Diameter Breast High and Over [Rough wood] |
Site index in feet
90 100
| Age, years - 60 70 | 80 ! |
Yield in cords
Get VU pono ee) ee gt han oy kD 12: elle 2 270 ise 37 D0 ea ROLE pee SC pee bs ee On| 28e\n- 35) ieee 46 Tia FoF ET ie FO A OPE Te Seat as. eT nd DG ll edn 42) gana 53 S0iie a eet pats uit et ane ne ee B32 AOnly | 43hlenand 59 SiR ak il eo R Os Lier, Lee, oS aa pe Ne, Bae 36| 46| 54] 60 66 Ane ae SE enti Buco ABACK © be Bee OR a eo 40| 49; 58| 66 72 AG a. ino eh ae aa ee ee 43| 53) 62] 70 77 POs. Lee. ei ane oo ne Nl one nue eee 45 | S555) 65 | 78 81 Ske LiLo a e pee mk et gon ee ee ie CU a iimay Ail eM eda ite yee Eee CERO we CRE ECR Se ar eer ib eh ocak Oe AS 250s 1 69k eis ese | | 162
. Table 143. Slash Pine
Stand 4 Inches Diameter Breast High and Over
Average Yearly Growth Per Acre in Cords
[Rough wood]
oe eeeeeeeeeeeeeeeeeeeeEeEeEeEeeeaeaeaeaeaeaeaeaeaeaeaeaeaeaeaeaeaeaeaeaeSeaEeaeaeEeEeEeEeEeEeEeEeESaE=EeEE———e_———e—e——e—eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeee—e—e—eeee—e—e—e—eeeee ee
Age, years 60 | 70 | 80 | 90 | 109: |
Ji Fy Baa ih aie nmap geet ple yh peas eA ey aidan yp a ae -80 | 1.40 | 1.80 | 2.13 | 2.47 7) PP Fs a rages ype gyn ae ad Rank ety ged at 1.00 | 1.40 1.75 | 2.05 | 2.30 oN Si abn ok Ns i ea SBN a a ore Rag eight Bae Se POE SO t lerGSeale.O25 (e722 2, coh) ieee Ne it cy il ead pe INO sel oo a leOO eISO i 1:07 heey Rt res VSR as Cee ME eR tap Dg ogee Pre 103) poke lo4 17 |. 1.89 CN ee a eg a A aap one te pe tere 1.00 | 1.22 1.45! 1.65 | 1.80 ND) leh pay boy I ae aed els Re pea ee gL i ese ceed es BOO Sa I 38a) el o6) |) / lee CS sib er a ap ge dacs A ee gee ea ahr nate eat fag a SOON eLOn SSO elon in le om SO) eS ah il es Sa Pe aL a I ee toy er tee ee ara HOO) LOS Le 22) We S8r 2 138: OO reese oe seine eee Cae ae eS ease Sy SO ty KOS ide howd 130 th Lae.
163
Table 44 Slash Pine
Stand 4 Inches Diameter Breast High and Over
Yield in Cords Per Acre [Peeled wood]
Site index in feet
{ Age, years | 60 | 70 | 30 | 90 | 109
Yield in cords
See CR eT A ee etal ef 9 | 14| 19 | 24,1 28 71) a aia Se ec les NED ge Ny ah Re eta a 1 20 ornate 35 Pie ee eee ae eae 8 a a at Re 18 70 25) Sl eer aaa Mee 2 Behe Me a tae Rea Ps Sere IRE PeabmeUla ey | 2) 2h Soot NEA ae ges git Secs anne ee 27 | 35°) 742 sa eae EV Gi Ep oe Me Sl ee oe oe Rea ae a pa 30) |) 38) 45 aeegn sas A Dod DEY EE ony a Pa Sabie ahaa 32) 41-0 eoae) ene? ORM Bie ne trr mind Rage deb lo ase es eet aee 8 ee lies fails ee | ae iM Be Od eC Rn re est germ ies Se a alas 36) 45/54 | eres Pe eee eer os ee ade ete Nee te SEE ager iok a7 |) 47.66 638 | eal 164
Slash Pine
Table 145
Stand 4 Inches Diameter Breast High and Over
Average Yearly Growth Per Acre in Cords [Peeled wood]
| Age, years 60 | 70 | 80
Site intlex in feet
BE
Growth in cords
I Bi oe SE eh sp Py RE ERR Pe ee a Pe SOOM tao lle 27 Ea ee Le at ek, AS AS ae Ee eros 5 AD) 1 OO) |p dhs As SE Sa ae, er Ee ek ape de Ee eee eee Renn O25 dO Ne ee: SI Yap ip aoe a a I ee ee GUL N bo GO Ny Je 28) SESE SOs ne Pee ae Re yc nS Pen a ee ees ee eeiian| ol OO a! lie 20 Sa i eg a oe Re IO PP Pe eee Gone Oom elrel2 5 a Se 2 aps re ae en a a Pee a Ue ea To BIL) Jo C8 SR ie se gh ee alee eee eee Ree . 68 86 | 1.02 Biase Seance ese Sa eee aero eas pe sere | Oey |i eats) Bese each a coco ea eee FP 5 hs) 93
165
CON teS7 1.50 | 1.75 1.48 | 1.64 G40) I) udig.ta7/ sex, |) 7 leas 1.30) 1.45 1.24 | 1.38 Mss} |e dle 4 als eee 105n ells
Table 146 : Slash Pine
Stand 7 Inches Diameter Breast High and Over Average Diameter at Breastheight Site index in feet - 90 | 100
|
Diameter in inches
Age, years 60 | 70 | 80
Gee 2 28 San soe cau e a wean See moan Na aiae SU ee eee To halisn Geeta ohare 7.6 2A) he Epes Wt ae eS SE RS Se ee ote Sees Coke Mealy keels aaae 8. 2 Sa 5 2 eee a ee eb See he Fat a ee eee 153)\— 416)|, 7392) 2 8e4 8.9 rs) beeen Ea GN. Sc I Cae Me Sly ee See MACS eR eet (56) S208). (S845 Or 9.8 Ge ae gat Sey a ee a Re ee eee gS 159) 884 | S39 9eSe Oss | lea eae pa OIL ETO ARIES a Be LS REG RRR A 5 852) | ~828 | 955°) Teds) LEG Qa et pee Oe ee oe fe Sa eee a ee 8:4). Seb 10 Or teil rato DO) 3 eae Se ake ee eh nd es ee ee 8.6). 924. | 10°47) Liebe. tee G0 so) 526s 2 EO Bee See woe ee Rees 8.8). 927) 1008) ) alae loa BOS. [teh it aes See Ch eA ee St oe eee 9205)= 10207 | PE a 122Ge ia
166
Table 147 Slash Pine
Stand 7 Inches Diameter Breast High and Over
Number of Trees Per Acre
Site index in feet
Age, years 60 | 70 | 80
go | 100
| Trees per acre
1) ih es ae pe ye hy = ||P A 25 55 95 115 Fh) op Sl 3 ER fy A) AR eee pena pS EI Na yt 40 85 | 150 | 220 255 ae a ana Sir hy Spee hs Pe ase Ra rc 110; 190} 265 | 305 330 SU Seema re ern tS en Solo noe Se oee oe eat ese seees 175 | 275 | 305} 325 300 SY gee Stee Ae UR Ve Pe 245 | 295 | 305} 295 240 AU) ps spa A a ie as, ean) Ra Se Pc Te ha 275 | 305] 295} 260 210 CN ep ia ey a a a sy py 6h i a 8 295 | 305 | 280] 230 185 SF) acs eee pe i Mg a Ml ly ed agi aay oy pe 305 | 300; 260); 210 170 ee Ne ee ee eR ee Ne eS ee 315 | 295 | 245] 195 160 CO) OP ae Hea ce ey Spe ps Mp 5 320 | 285 | 230; 185 150
EEE
167
Table 148 Slash Pine
Stand 7 Inches Diameter Breast High and Over
| Basal Area Per Acre at Breastheight
: Site index in feet
Age, years 60 | 70 | 80 | 90 | 100
| j | fe sl ic sb BR AUR ere eer 08 ee FP Be A i ae a | 16 | 28 40 DOP. is An in A OMS i oe hen Se es POE 1 27 eee 100 CR ait Wasa tat eeatag I Te edn rena legit ck payletc Me ele To cee 30 bg) | 88 | a 133 ecg Me Ol eal ieth ci earraneee hteee ian dade aaa aid 53| 93| 118| 138| 150 So ees LOPS 9 Teo) NE ese eae oe cen Si"; 116 | 136) 15r 158 AQ 5 es ee Ae ete t bP deere w RM ERERERERS ESS 108 | 120 | 148 | 158 162 | BGA *: RE 9 BOR. LONE bE. Cae eR OR TOR MeeN SF, 114} 140] 154]! 161 154 BOS + (DEOL ee ts op ees eee ee nang ene 124A 147 |" P68". 168 166 } Bitte aE Be hs SOS <0 FON spent peer TEE 131 | 151 | 160} 164 167 | eae i cone A spsctaee eid ena Spe a any wae 136 | 154 | 161 | 165 167 | I {
168
eereeeereeecec mm eee ee eee em ee ee ew em ee eo
ereseeecee eee eee ee eee ee ee meee eo w eee ee
Slash Pine
Stand 7 Inches Diameter Breast High and Over
Yield in Board Feet Per Acre
International (14-inch) Rule
Site index in feet
Age, years 60 | 70 | 80 | 90 |
Yield in board feet
168
| =
Table 149
100 3, 100 5, 400 6,500 | 10, 500 13,000 | 17, 500 18,500 | 24, 000 ; 29, 500 28, 500 | 34, 500 32,000 | 38, 500 35,000 | 41, 000 37,500 | 43, 500 39, 500 | 45, 500
Table 150
Slash Pine
Stand 7 Inches Diameter Breast High and Over
Average Yearly Growth Per Acre in Board Feet
International (14-inch)
Age, years
jee eee ee eee ee eee ee ee eee ee Se He eee eee eH ew ew em ew eee ee ee ee es jee ge eee eee ee He ee ew ew em em ee ew ee ee ee ee ew ee ew we we eH ew ew ee ew ew em em ee weereer ee eee eee eee eee ee eee ee Be em es ee em ew ew ew ew eH eH ee ee eee eee weeeeee eee eee ee ee eee ee eee eee ee eee ee me we eH ee eH He ee eH eK
ereeeee2 eee eee ee ee ee eee HK ee ee eM ew ee we He eee we ee me eo ee ee ee ee
jeer eer eee en ee ee ee He ee ew ee He eo ew ee He ew em we em Me ee ee ew He ee ee ee Hee HHS we2rese- eee ae ee ee ee Be ee ee ee ee ee He eK Me ew ee wm eee He ee ee ee HK He eee err e eee ke eee eee we He Me eM Oe ewe ee ew ew eH ee em eK ee em ee ee ee ee ee ee ee Ke mee ee eee ee ee ee ee ew ew Ke ee ee ee eH eH ee eee ee we ee ee ew me ee ee HK Ke
wee e nee ee eee eee we ee Me ew ew ew eM ee ee eM ew ew eM eK eH me em ee ee Me ee ee ee ee Ke
Rule
60
Site index in feet
i
Growth in board feet
eta 47; 100| 207
100 | 200 | 325 180 | 320} 6520 267 | 433 | 617 329 | 500 686
375 | 550 | 712 400 | 567) 711 410 | 560); 700 409 | 555 | 682 400 633 | 658
| 70 | 80 | 90 | 100
170
Slash Pine Table 151 Stand 8 Inches in Diameter Breast High and Over Yield in Board Feet Per Acre
Scribner Decimal C Rule
| Site index, in feet
Age, years | 60 70 | 80 | 90 | 100
l {SiMe nC Renard USS a IL eRe Sa eine sete mN Boe eae See? 50 190 Sf) era easyer pair wire |e etoarn oshee ceepleeleias hm 90 275 505 DS ces ce Gt ae ei, Jie | 10 | 130 335 €60 1, 110 (so ae ead, Ea ga ed lp 105 | 350 730 1, 230 1, 685 SE 5, i ia | 245 | 625 1,170 1, 700 2,150 i SQ meee reir Bae Ahn 574 | 410 | 930 1, 515 2, 060 2, 545 LG SS pee eked aca eee 580 | ‘1, 210 1, 805 2, 345 2, 870 2) coe aD SRE ies 1, aerate Heo) | 2B 2, 035 2, 590 3,125 Fase Dn pomeu eee nosy wer 910} 1,600 2, 220 2. 3, 350 EL ete 09 li sO EOS 6h 1. 050 | 1, 740 2, 360 2, 960 3, 540
171
Table 152 Slash Pine | Stand 8 Inches in Diameter Breast High and Over Average Yearly Growth Per Acre in Board Feet
Scribner Decimal C Rule
Site index, in feet |
j | ee
Age, years
|
Yield in board feet, in tens
1 dp Sa ARP AR gelapecha]Wenieia pereeesene | ata ie ae 3 13
7 1 See Oc, OBER a, AeA IM | oleh eld ec 4 14 25 PSE A eR i SU (DAME Myers SA 5 13 26 — DSA SRR EAS: 8a, 2K RR HES, ful OE NN + 12 24 41 56 | cP RRS ech BEE led oe 7 | 18 33 49 cl a } ig A RN, AO re NC A, Sec 10 23 38 52 64
QA eS 2 ae ee cae I Rr 13 Pl 40 § 64
COR Se oe een Lo ae ee 15 28 41 52 62
See oe ne ee eee 17 29 40 ol €1 GORE en Soe ee 18 29 39 49 5g |
| ) 172
Table 153
Slash Pine Stand 9 Inches Diameter Breast High and Over Yield in Board Feet Per Acre
Doyle Rule Site index in feet Age, years 60 | 70 | 80 | 90
Yield in board feet
were en eer een eee ew ew Mw we ew Me ew ew em ww em ew em ew ew em ew em ee
weezer ear nmr eee ewe teem ew eee em ee eee me ew ew ew ee ee
173
214-240 O - 76 = 12
100
Table 154 Slash Pine
Stand 9 Inches Diameter Breast High and Over
Average Yearly Growth Per Acre in Board Feet
Doyle Rule Site index in feet | | Age, years - 60 | 70 | 80 | 90 | 100 |
Growth in board feet 15 Sar aa ed es eens WORE, (re retire MAN PMC al, OM eet TRAY mel Kiet AL Ul eee |e oe nt eae he EIEN IOI Aa SA tn on a li a Pn Fe se 50 Aj eee we Soha fiseel ED ed Aeteseed rete okt hind ah tee Bele ee me 2 ee GS RA CR 60 140 5 {) ene Neetiae MUER Rael Me sey ge eel td dot tne Pen | [Oe en 17 Sil BIBS 233 oe Mee Ee ee he ee pole Le | Np remes Merny haanein ns ab a eee 43 | 100} 200 314 (1) FO ng ere ee NO earner ey ewe pals Ore: dye eet a) AE Penk eae 12 62° | 150327250 362 7, [Ra et RIE ell ine Gb MO Mag PR et eh ee Ee 33 89 | 178 | 278 389 Pe a os cece ae Sie de NE Sk SN Ey ay a 40} -110 | 200} 300 390 1545 REDS aT NOIR seated Ren Ea Sy AEE gh Lg A Pah hth | ge PR ee 55 118 209 300 391 (3 | Met ENE ie hf pect Biba Aid, ND BUY en (ike ty sh AS ee Saree te ee Soule Zo | 208 | 300 383
174
: Table 155 Slash Pine
Dominant Stand
Average Diameter at Breastheight Site index in feet |
Age, years 60 | 70 | 80 90 | 100
Diameter in inches
Deis pened cian ah Meshal ph ee edie ASSP 3.9] 4.6] 5.2| 5.9] 6.6 ed sips aly At cas eet GAR he RE REN ROE OR ED As Ay) | CX0-| 16; Ganong celiys ny chal S08 Nae le east OR abe lene Ue een Bye he- O18 |p oma ie Sele len Ole ei i et ke a ee el el ae eR een Gide | ate Ba Su! 04 6 1086 ope Spee fe en etna laa tn tga ON eee eR ee ee Ea GONG" Bl 9,25 10,5 4) Tue Teh ie ake ges etl Ted AO task SNR CO eh BE RPE LEE SRE 76+)» 849) | 1Oeglal| 4 nie C128 sie Neem Boenstece els Nk cy! Se era Bite 075 1 0h8, | 1209.) sky Lge ore ie a te aR ladda EE 8.6| 10.0} 11.4| 129] 14.5
SI ge Reet pe al a inde als Re Re eee 9.0] 10.4 | 11.8| 13.4] 15.0 Sl yas ae ghia Ano Nd Mialeel deed eae ed eae | 98) 10.8) 12.2) 13.9) 15.5
Table 155
Slash Pine Dominant Stand
Number of Trees Per Acre
Site index in feet
|
| 1 } Age, years 60 | 70 | 80 90 | 103 |
Trees per acre
|. 780} 605} 475 385 | 640 | 500} 400 320 510 | 400] 320 255 400 | 310} 250 315 | 250] 205 |
265 | 210; 175} 140 235 | 190; 155 | 125 220 | 175] 140 115 205 | 160] 130; 110 155 | 125
ho Oo ou
= Ne) cu — [=o) on
Slash Pine
Dominant Stand
Basal Area Per Acre at Breastheight
Table 157
Site index in feet
Basal area in square feet
Age, years 60 UG APS SEO SE NS RE) A Ae ce ha ene SONS Eee ate! tamer meal 82 85 2) Rane epee ain Me Merson ay ere ye 2 a eye ene hae Se 96 99 PAD 2 ye Sree GN Se Eg OE ee, Ac SURE ELE ey OEE SPE ee 101 106 SU ata ON i RR as he an eB ieee 105} 111 3 eae ei tic 2k UR ek ely Eade at Pe 108 | 114 a ST Ts ee Se ose MIN Is a eee Dis Sea: Pane Tightly 9 Takes SS a at attend Sd RBA A eve eta pel nee ees 7 Bs El) E(k ee Me BO te ws ee ae aS WSs ESO) a Syd pes aye ape eso Na A? Or AR Ses a A Se NG 11283 (5 Oc RO AAR SR RE A TO RE Ps JOlZ 124
87 102 109 114 118
| 90
89 105 112 118 123
127 130
135
| 100
177
Table 158 ! Slash Pine
Dominant Stand
Yield in Cubic Feet Per Acre
[Total volume—peeled] Site index in feet Age, years 60 | 70 | 80 | 90 | 100
Yield in cubic feet
Oe oe cee ee eee ee 1, 000 | 1,350 | 1,600 | 1,850 -2, 100 P|) REN: ca ER ach RR ARO OR cg 1,300 | 1,700 | 2,050; 2,350 2, 700 DO st se meets ace a oe ere a Se 1,600 | 2,050; 2,500] 2,900 3, 300 6 sae Sa ie, ME WE aN to perregl le erie ha Seer ee 1,850 | 2,400; 2,900 | 3,400 3, 850 SOas Se ee eee See ee ee ee ee ee 2,100 | 2,700; 3,300] 3,850 4, 400 U1 aI Rai a: iP AN Re nee eal ee een 2,350 | 3,000; 3,700! 4,300 4, 900 2S oO Sach act OU cere a Merle cop NMA ak spa 2,550 | 3,300 4,000! 4,700 5, 300 DOS Geet oer hot eee eS eee 2,750 | 3,500 | 4,300} 5,000 5, 700 | Dg a eerie Sala cw ee SEE ae ee Beh 2,900 | 3,700; 4,500] 5,300 6, 000 ance Ag ie a nN NRG es MU Re eR GP STS 3,000 |; 3,850 | 4,700} 5,500 6, 300
178.
Slash Pine
Dominant Stand Yield in Board Feet Per Acre
International (14-inch) Rule
Age, years
ee a Ee
179
Table 159
Site index in feet
0 | ao | 00
Yield in board feet
700
2, 000 4, 500 7, 500 11, 000
14, 000 16, 000 18, 000 19, 500
21, 000 !
1, 500 4, 000 7, 500 12, 000 16, 000
19, 000 22, 000 24, 000 26, 000
27, 500
3, 100 6, 500 12, 000 16, 500 20, 500
24, 000 27, 500 30, 500 32, 500 34, 500
100
5, 400 9, 000 15, 500 20, 500 25, 500
30, 000 33, 500 36, 000 38, 500 40, 500
Table 160 Slash Pine
Sample Plots Distribution by Age and Site
site index in feet
Age, years 50 | 60 | 70 | 80 | 90 | 100 | 110 | Total | |
1 et ae Wnt atl tes eee, Da | Peat Ui Depa ee Se | 1 7 | ES oe eae BT oie ce te 1 5 9 1) 28 oe 39 Spa Oe ee ae Te 1 7 9: |< -9..) 202 | Fike 28 aii OA ein et eee Se ee ee a [Soe ee 2 0) |= e1O ale > oD dieon Sek 23 Ge at: 2 Ae Se Se ee ee | 1 1 Sy |< «a523 eect. Sere 7 BOL Ae: Gh ge fy Sh AO | ee age Db lio~¢-Dalleete dee eevee 3. Gees, Ba eis ii Th, Ace LA Ev ge | Ren Sy, [ee | ae oe. ya ea pee ee [pice es 1 ROL es ONE BAS) GO ee Fea ae | ee ee Vay Fagea 2 1) eee Bae lessee on 1 OGt Oe: vie Vet fey Oa 2 otes 0) 2 eee A 55 ae 2 ee eee Peres ae 100s! 2 pt hee i ae 2 Re el see 6 Cee Oe Reem oe ee 2
Total ge fe aS beet 1 9 29% 436 332-1 1 111
Average deviations of individual plots frem yield tables
Trees 2 inches in d. b. h. and over:
INDO Ts oe 2 oe a ae EIS 25.5 per cent.
(Beasallqgeeeg ss ao oa Is ae ee 12.3 per cent..
IA VETA GCs Dye 2 ee Se es Cae eens Eee ee eee 10.6 pre cent.
Volumen cubic eet. . 25-26 a8 ae oi Se ee ee 14.5 per cent. Trees 7 inches in d. b. h. and over:
Volume in board feet, international }4-inch rule.__-............--- 22.9 per cent.
180
STAND TABLES FOR SECOND-GROWTH SOUTHERN
PINES INDEX Table Nos Standstablewsallisites: allSwecieses 2 2k ance) ke se ee eee Fe 161 Standittable! average site, loblolly pines 222-225 2 el ee 162 Standitable average site, longleaf pine: 22.2. 4.25 cede cee ee Les 163 Standstable-vaverage sitesshortleal pine: 2224. 8 as ee 164 Standetable: average sitensiashupines 2 . fee Se ee ee 165
181
TABLE .161.—Sitand table for southern pines, normal stands, all sites
LOBLOLLY PIN
R
a4
Diameter Percentage of all trees in and above given diameter breast-high class press high : ot average i n n n wn n mn ~ ~n n oie (CS ee ee ee el ae eee stand, Se SIS that lee | eee oie eee eas sj={=[#(2£|S/s/8(/s|alalal a ——|—— | —— P.ct. P.ct.|P.ct.|P.ct.|P. ct. P. ct.\P. ct.|P. ct.|P. ct.|P. ct.|P. ct.| P. ct.|P. ct Acie tates OOS 52" eclObaeiie| ae aukeeuue pee ea Dineen se ame Le ie te eae WOO 72 OC ys eae [ECU a ea oe eee eae eee 100/831) Aon +-16:/ ao: |e Bale ae (eae Rs es ees cece (pene 100" | 9091666") 32:1 G OM AEE ce MIG 2 es | ee Qua bag teuans YOO) +94 “98 t~ age 90")! 451A Me se ee ee ee CA aden ere TOO’) OF | “R6ib 68+ beoB4 | TGCS ic aI oN ee ie eee. OS 100") OB. e OK | > FA) AZ Bak 7 ee ee a aa (5 Ce ena! 100| 99] 94| 821 60| 34] 1 relia PR DR ebe es eee {Se eaeon ress 100°} “99+ ~96°}=68:|- 70: b= 47 }-241" Qa] ab igo ete ee eee ne Pesce rien Silene BOO): = 98-1 G2: [>< FO: b= 9801) 0-355). (16 | 9-6 i) alee aa SS fe ca oe AGO 1 98) 195 e285 lo GSH Gr bebe latibiileed A ol len eee eee 15. sane cleo st 100 1) 99°|, O71 Or | 788 5836) rs tr eee een eee (Meanie 2. ees Mesa ree 100-|° 98 | 194 1) 841-68 | 46") 96°17 1a 1 ete coe fy Seve nn Wes SIN SION 100/.99| 96| 89| 76] 56] 36| 19] 8] 3 1 i: eae ame Se 100.| 99 | 98 | 93 | 83 | 67 | 461 98). 13 | 5 2 LONGLEAF PINE | | 0: Uh SER 100 a eee (eee (eet (remem Fe mepee) en eee ee lire SS yi 2: 0 ines LOOS > 28 Sloe eT aE ee oe ae ioe © foie 1QO5 (A98| wal) foes |. oto [G cee bce teeter ea eee Bo. weer’ LOG} G7. Doin cG shows Neca ei al] es [es a ae Se ee Give een 100) Bt 49) Yr Slopes eee ee ae a ee / ate ade 100} 90] 661 33)) 191 2B.) c eee ae sae 100 | 941781 49 | 20 [> 5 lccls 3 oe se ieee ees Ge eames 100. <97 | "86'} 163, 34 | (127) 13el2s sok ao eae ee Ijin ee. 100. | 98 | 92) 76)! 49.) 94 | °8 |i GalSSbe slo nas |e eee eee Tite cste es 1001. G91); 95 1-844. 63) Bz souls Se eee PSR BE SG Cees ae 100) 89 | 97 | 90-741 SO) 261 10) ga ee (oer en cae 100 | 98 | 931 81} 62)| 38) 181° “| sco eee ee (dees Se eee 100} 99] 96 |. 88 | 72 |" 51 | 20'\ 43, 54 1 ae eee 182
TABLE 161.—Stand table for southern pines, normal stands, all sites—Continued
SHORTLEAF PINE
183
Diameter breast high CE aN EEAE Tal aa) eo Sis WS bs keris tree in Dr Rae le IN ines | Wey ier Wey ley a stand, Se Sp ing rs Sy Sic ys i Soh gh inches SEIN EY laces dewey lah er dln pie ¢ pick Inet |e N = co co mH re me rl a] N JEM GE GEIUES GITEX GFE. Giles GHIVE?, GLNIE, GAIVEL (8c) AG om) Semin * 100 HB) TS ee ESI el a al se gee eg ee A pies Hao sel paclohl es 100 74 32 Cl Ree A SEC Se aie gee Giese leas sb 100 85 53 20 2s hs ep Poe | IE a (nites 4 ie th ned 100 90 67 35 12 PAN tM LE Cal a | eee Bin bine pa fim me 100 94 78 51 23 Uf fe Us 27112 aR ae Ge sath 2s ev» 100 96 86 64 36 14 4 pci oceans | & came NOs 6 ea hh es 100 98 91 75 50 25 9 DAS Sees | ee (ad 1 SS ee ee a 100 99 95 83 62 37 16 5 ES eae SS see a 100 99 97 90 74 50 Pet 11 3 1] pote LR ob eet 100 98 94 82 62 38 19 fé 2 1 LT Ss ie Sell) i aed 100 99 96 88 72 51 28 12 4 Ee a a eS Sh Sg 100 98 93 82 63 40 21 8 | (Goer ale Ad (a ee 100 99 96 88 73 | 52 31 14 SLASH PINE ot Rr ae eee 100 28 Gk dS SO TRS PM SE ae ely [ee | eee 7 LAE wok Oh Sees 100 56 tS PERS I ae al | ESSE cee) Act etchee) Foc ae peels Lies ee eS Es 100 74 32 (ay es eR i lll Pe | SU NS a Gee Barr ee 100 86 53 19 Pe ani a sh Shee ale Ue 1 (oh EC ae es 100 92 69 35 10 i Ul eo esti | ae ee (pee ana Sage aN Sieniee Fei ee 100 96 81 52 20 5 EN RS mR eh | Boe ies NS Tet bee a OOP CS SOE GR 85h | ee eee Eee (etic iT ea TOON OO MObhl SONsa5il 22 |G le di euee Bache: lil ercieres crate ee 1008 MOSele SONlUNGG. | Sons | sr leanss ea 1 [dara kOe Ee el | Ee ns 100 99 94 79 52 22 6 ila veer apa 1 a aS tere ee eine Ne 100 98 89 68 36 13 | Pa Saal eee
22 inches
EACH CL AeaCE: |
Percentage of all trees in and above given diameter breast-high class
TaBLe 162.—<Stand table for loblolly pine, average site,’ normal stand
Number of trees per acre in and above given diameter
Aver- breast-high class age Ne one ee ee breast a a a a iS S fe le is ie ae highiog |S iS te we SS ce ee eee awe ke ie iOS iS Ca coe Sie eae Inches |e eee ee pe, eae Anite LO 5| 6954) PSsal Loans a eee ay | ee ee eee Y | ROS Bk Se Bele CO GG alc ook Ua GO| abet) ees eae eee Pete. | eee D5 rk ae eae eae 7.1 | 530 | 482 | 360 | 180); 53 Sales tage on ay Ws Bas | see eta te SQse2 Gee at ee 8:4.) 410 | 390) 8324 221s 102e) Sis Gime s | see ee ee | ees MES RUE Ox5) — e804) 8256) 298r) Zola ts 7a. GOe: Lg ers |eeeen eee AQ Re et. aes LOk4s |: 2858) 2705) 2626 Dion VASO “77m 28 ag. | eee ee |e ee |e (Te is NEUE Lis 245-| 2435) 233 2063) 157, 96 | 44 | 15 ia See | ea HQSHER se Suck ae 12.2: 2159) 213) 2098) 19te) WS5s 1085) 56 1224 | aeG des ele ye Re RS re. | 12.9.5 190) | -188>) 1849) 175.4 148°) 108: 65 j228 (10 | 3 2-2 ee GOs ee eee 1SYGH Ee osoe U75e L725 1644 W45H) WkGal 74eS8 ch 16 1p ble te ee Giese prs ok (S144 Sie. sae 155) |) L539 1498) TS5a PIDs) 78.43 ei 20ers 7A 0 eae A Sik rea 2 Pel: Rn? ey apie 145 | 144 | 141 | 180 | 110 |} 81 | 49 | 25) 10 Sela eae Cpe ee ee 524 i ee 135%) 1345), W325) F24sb 108 e82-| 54>) 28) 2 4 A (Pes A ae cae 1529: | sae a we 130 | 127 | 122 | 108 | 86 | 58 | 32} 14| 5 2 1 Site index 92 feet. 184
TABLE 163.—Stand table for longleaf pine, average site,’ normal
Number of trees ver acre in and above given
stand
diameter breast-high class
Aver- din iam- Age, years On ~ breast} 4 high| § N Inches i Laide Nos Vee lines ay ee esd eis Me 2.8 |1, 594 P11 gual acta ce age ca A 3.8 |1, 140 DAS san pebbles teu pile Se Baa Seal Sa 4.8 910 BU sue elaine Arhanes ait Ope, iy ee ee ein, Ae a Unger tar a) 6.3 | 594 Ae Re ih ae Spec Ac he 6.9 | 510 Cart etl selene RIS ar, ets | CRS [SU esan Lathes tapas a epee Satria ar) 8.0) 411 LNG) cscs Sotaaead Se Pagaas ost Sel Meee igs Say 8.5 | 376 (eh) set tna: Ae Uae at bling Rie as 8.9 | 351 (GD raat etoile WW eta Merely Wa OB) Bype AOE EES Spee Ieee eee 9.7 | 302 (AD Re BMS pice Na ges, pied Re ees 10.1 | 282 (oA 0 asad at ea kt gee slee Bteobler me et 10.4 | 267 Systema Vahe eee ae ame boa Sacre tar md 10587) 252 2) Oana aoe Weg) eerie Nat ILL, Tye BER Otay Pe a See Cpe yale See eI 11.4 | 232 JDO is ee eb, iets Spebni ey Meet 11.8 | 222
1 Site index 71 feet.
185
wn n “” n Ge cn ee | en Sle Sees | ee) = q q o— = = — pice ian (ap) N = Ne) Ne} [e@) me mo mo me TPP lito een rey Wp ae Ee 114 OA easier acy eal. 228 38 Oma canes Ne at 303 87 Daj bas PU oad
| 18 inches
| 20 inches
-2---'---=
----/---=
TaBLE 164.—Siand table for shortleaf pine, average site,! normal stand
Number of trees per acre in and above given
Aver- diameter breast-high class age Age, years peel | ae a eee ee ole Léa) wn ie] n o <>) <3) ® f<d) Oo breast} 2 | 2/2/28 /38/8/8/ 33/8 hight) “Se | Bel ea) gene | S| S| Se ee orn or pea aoe oO N x os) 0d o N = ven) co re = mm ms me N Inches 1 US apeterecapis anaoge Cetera ite ays wt set DBM GYR a A S'S Tah Nl el in| MRL nent fal eee ies Ne 9 lit late esti ake # ah & yet Sein de GOSs Seen LOG poe cok Bone Seen ae ll ore eee eee FA Pama Mlecd Sasa ih BADER MY AAA R05 4.5 |1, 501 |1,006 | 330 38 1 ls ings | bree P| bt a hag. 24 | fea etait agi salam. Decptiney owe marek Tes 5.4 |1,076 | 850 | 441 | 118 DSI femaetings | flees 8 pec Bik he cea | Ere 5 | eee ota dial dk storing Serine d Bale ere re heiGs2 792 | 681 | 451 | 182 40 2 petal alc | le lf ok | a. || Segeon Petree permits, Seen de Phoen 7.0 Gade le Sule 4enee 222 76 15 ‘in| SS aeereiaees pc alee igs pee net AEG mg oP MEPS: 1.6 5255) 4b osieh Lao 99 26 2 aaliadie, pach, (de Yc Li Nee tes graven Ape D 71> ER ire , 8.2 446 | 419 | 357 | 241 | 116 36 ro (agian ain eda Uo FpOp ee tt Ae ae we en amy is Men | 8.8 391 | 375 | 328 | 242 | 133 Ob rks 7 es epee We oe a iy Patents Sey Senter ia et) Bae 9.3 250 | 340 | 308 | 238 | 144 63 | 18 2, Sig ese St epee (05 als pe NRE ay aps ee Ae 9.8 320 | 310 | 288 | 234 | 150 74 | 26 Go SA es oo 8 cco an gel 5 pcp Be LO33y)|-4 289> |e 2835 266012257 156s | 84 ool sou os 7 ol Sener teins WR Sarg) COTS ee 10. 7 264 | 261 | 248 | 214 | 158 90°\"37 | Tk pbs} tefl fs SO ee oe Pie a oe be eee ys isk 244 | 242 | 232 | 205 | 159 95 | 44] 15 3 Se eee Br eger on te eee tenn ae | 165 | 228%\° 226 2197} 168157" 004) 50> te aleeos = OO hia ee oh era rE oe 11.9 AS DUS (P2078) 190 sarod Os ob eet 6 1 SF acome Sie Mee Siete es iy Wes te 8 12.3 | 198 | 196 | 192 | 180 | 152 | 109 | 61 | 26} 8 2 (0.1 i San ae Ge sree menteg ce: Cha Wale aeae = 188" |. 184") 1751 1507 PS 68>) S00 rt 3
1 Site index 69.5 feet.
186
TaBLe 165.—Stand table for slash pine, average site,! normal stand
Number of trees per acre in and above given diameter breast-high class
sy ieee iameter Age, years breast ee “a ya ie ® ® ® high s FS a a a S Ks} S| ae eh ee valine igre val vee al es Sy Selene | resell rey ees ol esi Inches Loewe eee 4.2 | 1,360 816 218 UCSF Sse Si Pane Ce eg ie pT 7 Nel CoRR ha ed 5.0 | 1,065 788 341 64 AG aa eh Le ae pee Me teere re PAT airy aida ine Ered 6. 0 805 692 427 153 24 Py) SAAN 8) MONS Ra | | aera be 7.1 595 553 422 220 65 1) He Rea ke Kae Pd ka aeons ale 8.0 450 432 364 234 90 22 oid |e eer BERN LN) sss 8 We ee 8.8 370 363 326 237 118 ou ies Rem ane alls 7, Ug Mean By ooene ee 9.5 320 317 298 237 138 54 13 2 £5 0 ee Pe ERR 10. 1 290 287 276 235 154 70 19 3 Geese eta cra ee TONG Wes oe 265 257 228 162 82 26 5 GOES creer yl: TE Oi pduy 72 245 240 218 162 88 32 6
1 Site index 81 feet.
MISCELLANEOUS TABLES
INDEX Table Nos Yields per acre, all species, cubic feet, cords, and board feet_. ...__._._______-_- 166 Average yearly growth per acre, all species, cubic feet, cords, and bcard feet... 167 Basal area, trees per acre, and average diameter breast high, all species, stand 2-inchesidiametersbneast high andiover-=....._ 2265-22. 0 seas eee 168 Basal area, trees per acre, and average diameter breast high, all species, stand 4incheswdiameter, breastiunighwand over. 2 22255) 225.202 22. eee ee 169 Basal area, trees per acre, and average diameter breast high, all species, stand “inches diameter, breash Meh iandiovers:= 4. 9.8.2 52. 0 Bee te ee 170 Relation of stump diameter inside bark to diameter breast high, all species... 171 Converting factors, tree volumes, cubic feet to cords.-.___._....-----.-------- WAZ, intermationallog rules. leew tos es ee he a ee 173
189
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193
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194
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Os"X AGNI ALIS
195,
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98 XHANIT ALIS
197
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08 XHANI ALIS
199
TaBLE 171.—Converting factors, tree volumes, cubic feet to cords, second-growth loblolly pine
Convert- Convert- ates facts Size of tree: actor: Size of tree: Bou . : . cubic feet : Sy Sets cubic feet Diameter breast-high, inches per cord, Diameter breast-high, inches per cord, rough or rough or peeled peeled 1 i ak ee Anbu aN a ran a eae gh So alee Ae gage peepee a ME A SP och a are 97 LS ORS A Ne ill Bia eS ee Be $87 a1S8 re Se ee. ae oe eee 97 [opi Kee NRE SEG on a ec Peek 90 i EAE Se ae eS ee eee 98 CEE Br IR ye se ek 2 9 Ate bs Rare Geeme S RRR ADESC UR et ce, Se Se 98 se leis Be eens. hed Sta oe en Se NOt 94 GIGS. cect mn ered oe iene 98 te ae Se ee ee eo oe Oe O95 sl) e173 2 eee 8 98 LOR 8 a es Ee 06!) 18.22. eee Ee Se 98 PS ah US eee ie 97
This table is based on the measurement of 117 trees, which were cut into 4-foot lengths. Wood from trees of the same diameter was stacked separately and the stacks measured in cords. The same wood was later restacked and remeasured after peeling, but the data were not sufficient to reveal any significant differences between the number of cubic feet of peeled and unpeeled wood toacord. All wood was used above a 1-foot stump to a top diameter of 3 inches inside the bark. It is probable that the figures given are the maximum, since stacking was done with more than ordinary care. Because the cord is at best an extremely rough unit, varying greatly with the care used in limbing the wood and in stacking, the converting factors for loblolly pine can probably be used with safety for the other southern pines also.
200
TABLE 172.—Relation of stump diameter inside bark to breast- height diameter, southern pines
Diameter of 1-foot stump, inside bark of—
Diameter breast high, inches Loblolly | Longleaf | Shortleaf| Slash
pine pine pine pine Inches Inches Inches Inches LESS AMR NW No ERIE | NR RG I cs 2.2 1.6 1.8 2. 0 0) Sian eas A Aa ee COE a a}, 74 2. 6 P2451 3.1 UN PRG ys Ee RRs ip. 8 Menage Oc Seem RR 9 ae a 4,2 3.7 3. 6 4, 2 ee ee SIE te pt Pas Sy Pe a NN ais 6. 2 4.7 4.6 Gora, CE a ah RR Yara SR aa 6. 3 5. 8 5.7 6.3 77 3, ARS Sa Sa GeO On Sa 7.3 6. 8 6. 7 Wee are Lee Me i Mee Bae ed 8.4 7.8 7.8 8.4 (2) eas |e a a ee eS ee Ree 9.4 8.9 8.8 9. 4 1g eae SR 2 SIRE Sage Spe a Oates le ea ne 10. 5 9.9 9.9 10. 4 MN ge Bes hg Me kd aga 11.5 10. 9 10. 9 11.3 1 Specs Se a = Uae Uae og en eet PE 1255 12. 0 12. 0 12.3 1a) A eT a 2 OCI alien ee GU Se Oe 13. 5 13. 0 13. 0 13.3 TG | BES aR OP cena ce a a Ne ee OCR ee 14, 4 14, i 14.1 14. 2 5 I) Sh eS a UN a mee 15. 4 15,1 15. 2 15.1 VORSS AS ae LE ee ee a ne 16. 4 16.1 16. 2 16. 1 pea po RR AL sein) 2 Eade le cre tee 17.3 WleZ 17. 2 17. 0 Jc aya SOG? SAV tS ee Se ee ea ea 18. 3 18. 2 18. 3 17.9 PL es, RR A Dey od ii ele po ec 19.3 19. 2 19. 4 18.9 7} | Las Sp, See aap ee EY 20. 2 20. 3 20. 4 19.8 Fe) Sere es, A ee OR Sn ee te a PAE DPN Ie Sarlecy We, aie 21.5 20. 7 Pp dA SRSA SON aR RC RBs pe aE Zan eee SP A WO el a i 22. 5 21.6 1 Ueda Oe Re fe NEE OTe AR et ae PAS Ws (ec ein en ct 23. 6 22. 6 OF Be EN CEE SIRS ane tet SOS Oe Set eer ee ea IW ()) lente Re ae 24. 6 23. 5 DNA se eee ES si GL pe ve eS OS 25nO Re see coe PASS ig bem a eta 7S pe Se I ea ee PASS \ 2 Vs [oe See sg ag 2OE Gites tore le
201
TaBLe 173.—I nternational log rule
Diameter of log, inches
@ws-2xereee2eee-222-e2=-=---~—
ww ereeernr eee ce eee ee - = - e = -
Saw kerf, one-eighth inch.
Length of log, in feet
le | | ae ee
Volume in board feet
5 10 10 15 15 10 15 20 20 25 15 20 25 30 35 25 30 35 45 50 30 40 in 50 55 65 40 50 60 70 85 50 65 75 90 105 65 75 90 105 125 75 90 110- 130 145
— So on ~ bo on — or oe. Es ou bo oS fon)
For one-fourth inch saw kerf deduct 9.5 per cent from the tabular values.
202
"U.S. GOVERNMENT PRINTING OFFICE: 1976 O—214-240
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