Growth and Structure of the Wood of Larix. 627 
TABLE V. TREE D. 
Height of tree, 38 feet. Sections every 5! feet from the base upwards. 
( a ) Ring-breadth in Millimetres. 
1911. 
1910. 
1909. 
1908. 
1907. 
1906. 
1905- 
1904. 
Section 7 
2-4 
i-3 
i*6 
3 -o 
3'5 
4-2 
4-7 
3*8 
„ 6 
2-9 
1*0 
i*6 
3*4 
4-2 
47 
5.0 
47 
„ 5 
3*9 
1*2 
i*5 
4“ 5 
3-9 
4*7 
5-3 
5’4 
„ 4 
i*9 
o*6 
o*8 
2-0 
3" 1 
4-o 
4-6 
4*8 
>> 3 
o-9 
o-3 
1*0 
i-8 
2-6 
3- 2 
4*i 
4*9 
„ 2 
o*5 
0-2 
0-7 
2' I 
2 '5 
2-8 
4* 2 
4-8 
1 } * 
o-4 
0*1 
0-7 
2-7 
3‘i 
3.0 
6*o 
6-i 
Average of 
seven 
i-8 
o*7 
1*0 
2*8 
3-3 
3*8 
4*8 
4*9 
sections. 
(3) Autumn Wood %. 
Section 7 
30 
5° 
— 
— 
20 
20 
30 
40 
„ 6 
40 
50 
— 
— 
30 
30 
30 
20 
» 5 
30 
5° 
— 
— 
30 
40 
30 
30 
„ 4 
50 
30 
— 
— 
40 
40 
30 
30 
>> 3 
60 
30 
— 
— 
40 
50 
30 
30 
„ 2 
40 
50 
— 
— 
30 
40 
30 
30 
» 1 
5° 
50 
— 
— ■ 
20 
30 
30 
20 
Average of 
seven 
40 
40 
— 
— 
30 
40 
30 
3° 
sections. 
TABLE VI. TREE E. 
Height of tree, 37 feet. Sections every 5| feet from the base up. 
( a ) Ring-breadth in Millimetres. 
1911. 
1910. 
1909. 
1908. 
0 
ON 
1906. 
Section 6 
o *3 
o *3 
07 
3 *i 
4-2 
4-8 
y 1 5 
— 
o-i 
o-6 
3*2 
3-6 
4 ’ 1 
>> 4 
— 
— 
°*5 
27 
27 
3-8 
» 3 
— 
— 
°’4 
2*1 
2*3 
2-9 
» 2 
— 
— 
0-2 
2*1 
2\2 
2*6] 
» 1 
■ — 
— 
— 
1*5 
17 
3*2 
Average of 
six sections. 
— 
— 
0-4 
2*5 
2*8 
3.6 
(*) 
Autumn Wood %. 
Section 6 
30 
30 
a 
a 
40 
40 
5 
— 
— 
a 
a 
40 
50 
» 4 
— 
— 
a 
a 
40 
50 
>« 3 
— 
— 
a 
a 
40 
50 
» 2 
— 
— • 
a 
a 
50 
50 
,, 1 
— 
a 
a 
50 
60 
Average of 
six sections. 
- 
a 
a 
40 
5 ° 
U u 2 
