VOLUME TABLES. 



Diameter 

 In inches. 



9 



10 



II 



12 

 13 



14 

 15 

 16 



17 

 18 



19 

 20 

 21 

 22 



23 

 24 



25 

 26 

 27 

 28 

 29 

 30 

 31 

 32 



33 

 34 

 35 

 36 



White Spruce. 

 (B. M. in Feet.) 



5 



10 



18 



27 



40 



• 54 



74 



95 



116 



138 



160 



. 185 



216 



248 



280 



318 



370 



438 



530 



655 



790 



940 



1,080 



"White Pine. 

 (B. M. in Feet.) 



13 

 18 

 26 



• 39 



• 53 

 . 68 



• 85 

 107 



. 128 

 . 148 



172 

 , 205 



240 



280 

 ■ 325 

 . 378 

 . 425 

 . 480 

 , 540 



605 

 . 672 

 - 740 

 . 813 

 . 895 



960 



, 1,040 



1,140 



1,250 



1.370 

 1,500 



Balsam Fir. 

 (B. M.inFeet.) 



• 15 



■ 24 



• 34 



■ 44 

 . 58 



• 73 

 . 90 

 .108 

 .126 

 .148 

 .171 

 .195 



2ig 

 .248 

 .278 



Tamarack. 

 (B. M. in Feet.) 



• 4 



. 12 

 . 22 



• 34 

 . 46 



■ 58 



• 72 



. 88 

 .104 



122 

 . 142 



162 

 .186 

 .212 

 .240 

 .270 

 .302 



334 

 .368 



To illustrate the use of volume tables we will take a specific 

 case. The S. E. J4 Sec. 13, Twp. 150, R. 29, is covered with a 

 heavy stand of mixed woods, and to determine the volume of 

 pine, spruce, fir and tamarack I calipered all the trees five inches 

 and upwards in diameter. I had one assistant, Benjamin Tone 

 of Bridgie, who tallied the sizes and species on paper as I called 

 them to him. Part of the work was done in the early spring 

 before the snow left the ground, and part during the summer. 

 Where snow lies on the ground no trees need be marked, as the 

 trail in the snow will indicate which trees have been measured, 

 but during the summer when finishing the task we worked in 

 narrow strips, and I blazed the outer trees of the strip as a 



