TAB. I. ÜBERSICHT 
der in den 
E 
E 
3 
2 
o 
T3 
q 
3 
ci 
hJ 
ORTSNAME. 
1 
2 
3 
4 
5 
6 
7 
8 
9 
10 
11 
12 
!3 
14 
»5 
16 
1 7 
18 
19 
20 
21 
22 
23 
24 
25 
26 
27 
28 
29 
30 
3 1 
32 
33 
34 
35 
36 
37 
38 
39 
40 
41 
42 
43 
44 
45 
46 
47 
48 
49 
5° 
51 
52 
53 
54 
55 
56 
Matsuba 
Tökansawa 
Imasumi.. . 
Diubei. 
Kiridoshi 
Imasumi. 
Kannonminami ... 
Imasumi. . 
Matsuba ., 
Ganninbö 
Okudari Higashi 
Kudagara . 
Shöbuda . 
Ushimitsu. 
Okuboana . 
Shöbuda ... .. 
Mukömine .. 
Sakurago .. 
Minamisawa 
I masumi .. .. 
Banshomai.. 
Banshoshita 
Gomondimukai .., 
Minamisawa. 
Matsuba .. .. 
> » »... 
Riumensawa 
Sakurago 
Ippaimidzu . 
Tobikoshi . 
Koyagao ... 
Ushirosawa 
23 
o 
3 
-c 
03 
cn 
w 
■O 
Ih 
a 
o 
:aj 
Kannonminami .. . 
Imasumi. 
Banshomai. 
Tökansawa . 
Yedosili. 
Banshomai. 
0,21154 
0,14768 
0,12428 
0,47012 
0,10776 
o, 10400 
o, 24266 
0,13340 
0,28660 
o, 26000 
0,29320 
0,15794 
Koyagao. 0,31528 
Jizödöbori . 0,13374 
Ushirosawa .0,24610 
Tökansawa ...... 0,15620 
Koyagao.j 0,13340 
Tökansawa .I 0,37600 
0,40000 
Ippaimidzu . 0,39600 
0,50000 
0,30000 
0,30106 
Tobikoshi 
1 
I Meershöhe in m. 
Exposition 
und 
Neigung. 
Bestandsalter. 
0 300 
- ,3.0. 
30° 
• IO 
0 400 
N.O. 
15° 
11 
0 348 
S.O. 
29 0 
12 
0 350 
Ebene 
15 
0 300 
N. 
5° 
17 
0 150 
E.S. 
12° 
17 
0 200 
N.O. 
IO° 
20 
0 250 
N.O. 
5° 
22 
2 270 
0. 
12° 
25 
0 340 
N. 
8° 
26 
3 321 
0. 
34° 
28 
s 288 
S.O. 
32° 
30 
3 288 
S.O. 
3 o° 
30 
3 280 
s. 
20° 
35 
3 2 73 
0. 
20'’ 
36 
3 340 
0. 
io° 
36 
3 333 
O. 2C 
°-25° 
36 
280 
S.O. 
25° 
36 
276 
S.O. 
9° 
38 
333 
0. 
22° 
38 
220 
S.W. 14 
°-3°° 
39 
5 200 
E.N. 
17° 
40 
288 
N.O. 
3° 
43 
260 
O.N. 
15° 
45 
220 
0. 
39° 
46 
288 
O.S. 
6° 
48 
I70 
w. 
40° 
48 
261 
O.N. 
2 4 0 
51 
! 5 0 
00. S.29 
-30° 
51 
320 
N.O. 
5° 
53 
330 
O. 
30° 
54 
200 
O. 
38° 
56 
2^0 
N.OO. 
35° 
57 
320 
S.O. 
25° 
58 
180 
O. 
22° 
59 
180 
N. 
20° 
6l 
300 
W. 30° 
-4O 0 
62 
330 
S.O. 
3i° 
64 
280 
N.W. 
21° 
64 
280 
N.W. 
25° 
68 
2 20 
S.O. 
42° 
68 
25O 
S.O. 
30° 
72 
300 
S.O. 
18 0 
73 
180 
s. 
7° 
73 
228 
N.W. 
20° 
75 
180 
O. 
20° 
75 
250 
E.N. 
35 J 
75 
230 
W. 
34° 
77 
220 
S. 
35° 
79 
180 
SS.0.35 0 - 
-40 0 
81 
220 
N.O. 
42° 
84 
220 
N.O. 
25° 
84 
320 
S.O. 
3 2° 
95 
320 
N.O. 
15° 
95 
320 
3.0. 
20° 
99 
300 
N.W. 
23° 
[08 
Inen I ersnchsflächen normaler Sugibestände wirklich erhaltenen Ergebnisse, {pro. 
ha.) 
Bestands¬ 
höhe. 
.0 
O 
3,i 
7.5 
3.5 
11,0 
12.4 
16,0 
15.2 
10,0 
20.5 
12.3 
20.4 
13.5 
16.4 
12,1 
21,0 
23,0 
23,0 
HU 
22.4 
20,2 
24.7 
20,0 
26,0 
19,0 
25,0 
25,0 
22,1 
24.4 
17,0 
14.8 
25,0 
28,0 
28.8 
22.6 
24.8 
3°, 2 
26.5 
27,0 
14.6 
17.5 
19.1 
3>,5 
26.5 
32.1 
29.5 
34.1 
26,0 
32,7 
26,0 
25.2 
2.20 
5,53 
2,80 
9 , 6 i 
7.20 
12,00 
11.52 
7,10 
! 5>94 
7 »5 2 
14.60 
11.30 
14,00 
9,45 
16.30 
20,67 
19.52 
12.60 
20.30 
18,50 
20.14 
11,02 
20.15 
18,02 
21,06 
18,11 
21.20 
22,86 
13.80 
12.30 
23.60 
25.80 
25.30 
21,10 
23.80 
26,92 
17.21 
19,00 
12,05 
15,70 
17,05 
28.60 
21.20 
28,04 
24.30 
26.30 
20.60 
29.61 
20,68 
15,00 
25.20 
3°,3° 
19,90 
32,n 
21,10 
25,5° 
Durchmesser. 
10,0 
11,0 
21,0 
20,0 
21,0 
19,0 
17,0 
34,0 
19,0 
40,0 
23,0 
30,0 
28,0 
36,0 
43,o 
5°,o 
35,o 
40,0 
34,o 
38,0 
27,0 
54,o 
23,0 
48,0 
50,0 
56,0 
59,o 
30,0 
24,0 
46,0 
5UO 
57,o 
42,0 
43,o 
50,0 
63,0 
59,o 
26,0 
48,0 
46,0 
63,0 
62,0 
60,0 
70,0 
64,0 
42,0 
59,o 
50,0 
54,0 
60,0 
61,0 
67,0 
72,0 
80,2 
74,o 
2,4 
3,° 
i»o 
4,0 
2,0 
4,0 
5,o 
4,0 
5,° 
2,0 
3,° 
3,o 
3,o 
5,o 
3,o 
9,° 
4,o 
4,o 
3,o 
3,o 
10,0 
10,0 
6,0 
3,o 
8,0 
6,0 
8,0 
3,o 
2,0 
2,0 
5,o 
10,0 
13,0 
4,o 
6,0 
10,1 
3,o 
15,0 
2,0 
4,o 
6,0 
15,0 
26,0 
18,0 
9,o 
6,0 
8,0 
17,0 
9,0 
3,2 
5,0 
28,0 
3,o 
25,0 
21,0 
26,0 
£ Ê 
.tt o 
4,9 
6,0 
2,0 
11.2 
n,3 
10,9 
12.7 
10,9 
17.2 
n,o 
17,0 
10.2 
UH 
12,0 
18.4 
22,0 
23,0 
16.5 
21,0 
19.7 
23.7 
17.1 
3G5 
21.3 
22.1 
20.6 
23.1 
33.4 
14.8 
17,0 
3',4 
27.6 
32.3 
23.4 
2 4>5 
3DO 
29.9 
33,o 
12,0 
19.9 
22,0 
37,o 
39. 6 
33.5 
33.8 
37.1 
24,4 
36.7 
24,0 
23.6 
31.6 
39,o 
25.9 
41.1 
26.1 
48,0 
B 
a 
X 
2674 
5215 
2080 
2740 
2788 
3666 
3011 
2472 
2299 
5612 
1741 
5426 
2330 
3470 
2071 
1921 
1547 
2374 
1841 
2163 
1660 
1870 
1053 
2146 
1988 
2483 
2218 
1572 
2719 
4798 
1887 
1512 
967 
1885 
1865 
1121 
842 
780 
3173 
2028 
2039 
810 
526 
968 
899 
755 
1609 
832 
1831 
2068 
1213 
761 
1818 
701 
1275 
399 
Schaftholz. 
Astholzmasse 
fm. 
Schaft- und Astholz¬ 
masse. 
Stammgrundfläche 
bei 1.3 m. in qm. 
Durchschn. Zuwachs¬ 
raum der einzelnen 
Bäume in qm. 
Mittlere Stammgrund¬ 
fläche bei 1.3 m. 
qm. 
Verhältniss der 
Stammgrundfläche zur 
Bodenfläche. 
Verhältniss der 
Schaftholzmasse zur 
Astholzmasse. 
Specifisches Wald¬ 
grüngewicht. 
BONITAET. 
Im ganzen 
fm. 
Durchschnits- 
zuwachs 
fm. 
Im ganzen 
fm. 
Durchschnits- 
zuwachs 
fm. 
19,57 
i,957 
17,216 
36,786 
3,679 
5,081 
3,74 
0,0019 
0,0S 
87,9 
0,665 
IV 
Gzj. j 00 
5,818 
38,591 
102,591 
9,326 
14,601 
1,92 
0,0028 
0,15 
60,3 
0,820 
I 
11,84 
0,987 
5,376 
17,216 
i,435 
0,676 
4,85 
0,0003 
0,01 
45,4 
0,680 
V 
136,80 
9,120 
59,539 
196,339 
13,089 
27,123 
3,65 
O.OOQQ 
0,27 
43,o 
0,863 
1 
92,15 
5,420 
53-368 
145,514 
8,560 
27,745 
3,59 
0,0100 
0,28 
57,9 
0,791 
III 
198,90 
11,699 
57,92i 
256,821 
1 5, 1 °7 
34,304 
2,72 
0,00154 
0,34 
15,5 
0,852 
I 
214,00 
IGj700 
68,592 
282,5g2 
14,130 
37,820 
3-31 
0,0126 
0,38 
32,5 
0,854 
I 
8 5 ,i 8 
3,872 
49,745 
134,925 
6,133 
23,239 
3,96 
0,0094 
0,23 
58,4 
0,781 
IV 
346,19 
13,848 
79,261 
425,454 
17,018 
52,483 
4,35 
0,0228 
0,52 
22,9 
0,850 
I 
!44,55 
5,560 
36,811 
181,361 
6,975 
52,396 
1,78 
0,0093 
0,52 
26,4 
0,863 
IV 
267,91 
9,568 
41,602 
309,508 
11,054 
40,518 
5,74 
0,0233 
o,4i 
15,5 
0,880 
II 
312,92 
io,43i 
129,437 
442,357 
14,745 
45,104 
1,84 
0,0083 
o,45 
4i,4 
0,625 
II 
430,95 
14,400 
I0 4,3i9 
535,269 
17,842 
53,657 
4,29 
0,0230 
°,54 
24,2 
0,760 
I 
220,00 
6,286 
48,123 
268,123 
7,661 
39,126 
2,88 
0,0113 
o,39 
21,9 
0,770 
IV 
461,48 
12,819 
97,557 
559,037 
15,529 
54,826 
5,24 
0,0263 
0-54 
21,1 
0,686 
11 
685,60 
19,044 
93,722 
779,322 
21,648 
75,704 
5,21 
0,0394 
0,76 
13,7 
0,790 
I 
538,03 
14,940 
95,736 
633,766 
17,605 
64,442 
6,46 
0,0423 
0,64 
17,7 
0,780 
I 
394,95 
10,970 
69-135 
464,085 
12,891 
50,090 
4,21 
0,0211 
0,50 
17,5 
0,775 
III 
610,04 
16,062 
60,360 
670,400 
17,642 
63,585 
5,43 
0,0345 
0,63 
9,9 
0,840 
1 
557,32 
14,666 
49,967 
607,287 
15,981 
65,721 
4,5° 
0,0304 
0,66 
17,0 
0,720 
11 
749,59 
19,220 
98,550 
848,140 
2i,747 
73,359 
6,02 
0,0440 
0-73 
13,1 
0,864 
I 
347,74 
8,694 
116,075 
463,815 
u,595 
43,312 
4,3i 
0,0232 
o,45 
3,3 
0,790 
IV 
697,10 
16,210 
107,207 
804,307 
18,705 
81,749 
9-5° 
0,0776 
0,82 
17,0 
0,800 
I 
595,53 
13,230 
112,969 
708,499 
15,744 
75,952 
4,66 
0,0355 
°,75 
19,0 
0,790 
II 
797,30 
17,333 
•34,383 
931,683 
20,254 
76,033 
5,03 
0,0382 
0,76 
17, 0 
0,823 
I 
639,49 
13,320 
68,861 
708,351 
14,757 
62,050 
4,oo 
0,0140 
0,62 
10,0 
0,820 
II 
858,23 
17,464 
49,322 
9°7,549 
18,907 
92,734 
4,5i 
0,0418 
o,93 
7,5 
0,850 
I 
675,61 
13,250 
228,042 
903,652 
17,719 
68,912 
6,36 
0,0877 
0,69 
33,° 
0,780 
II 
296,27 
5,809 
47,764 
344,034 
6,746 
46,629 
3,7° 
0,0017 
o,47 
16,2 
0,840 
IV 
428,60 
8,087 
76,798 
505,396 
9,536 
110,790 
2,08 
0,0231 
Du 
17,8 
0,792 
IV 
972,22 
18,004 
h 8,533 
>090,753 
20,199 
90,1 IO 
5,30 
°,°774 
0,90 
12,2 
0,815 
I 
1012,54 
18,081 
132,132 
1144,672 
20,441 
89,256 
6,61 
0 ,0 =;q0 
0,89 
12,9 
0,850 
1 
901,05 
15,808 
52,738 
953,788 
16-733 
78,500 
10,52 
0,0812 
o,79 
5,9 
o,793 
II 
791,58 
13,648 
99,743 
891,321 
15,368 
77,584 
5,3° 
0,0430 
0,78 
13,2 
0,852 
II 
948,47 
16,076 
84,438 
1032,908 
17,507 
88,079 
4,38 
0,0471 
0,88 
8,9 
0,791 
II 
1054,12 
17,281 
116,512 
1170,632 
19,191 
84,641 
8,93 
°,°755 
0,8s 
n,i 
0,800 
I 
578,69 
9,334 
75-743 
654,432 
io,555 
58,891 
11,87 
O.OÖQO 
°,59 
13,1 
0,750 
IV 
721,34 
11,271 
68,960 
790,300 
12,348 
66,648 
12,59 
0,0855 
0,67 
9,6 
0,750 
111 
2I 7>57 
3,399 
44,290 
261,860 
4,092 
36,705 
3,20 
0,0116 
o,37 
20,0 
0,73° 
V 
491,67 
7,230 
84,454 
576,124 
8,472 
63,283 
4,90 
0,0312 
0,63 
17,1 
0,709 
IV 
554,oo 
8,150 
79,870 
633,870 
9,322 
75,650 
4,90 
0,0371 
0,76 
14,4 
0,895 
IV 
I2 i i,55 
17,064 
79,426 
1290,976 
17,930 
87,376 
12,37 
0,1079 
0,87 
6,5 
0,734 
I 
75U03 
10,288 
H4,575 
865,605 
11,858 
77,171 
17,00 
0,0826 
°,77 
15,3 
0,870 
III 
1105,70 
15,150 
67,720 
1173,420 
16,074 
85,120 
10,80 
0,087g 
0,85 
6,1 
0,713 
II 
854,79 
n,397 
76,159 
930,949 
12,413 
79,499 
11,28 
0,0897 
°,79 
9,0 
0,740 
III 
925,15 
12,335 
59,811 
984,961 
I3A33 
76,083 
13,25 
0,1008 
0,76 
6,5 
0,874 
111 
659,23 
8,789 
42,459 
701,689 
9,356 
74,897 
6,21 
0,0466 
°>75 
6,6 
o,8io 
IV 
1194,80 
15,516 
98,512 
1293,312 
16,796 
87,951 
12,02 
0,1056 
0,88 
8,3 
0,725 
I 
779,5° 
9,867 
72,5 0 3 
852,003 
10,785 
83,673 
5,46 
0,0457 
0,84 
9,3 
0,704 
111 
708,21 
8,743 
92,314 
800,524 
9,883 
90,258 
4,80 
0,0435 
0,90 
13,3 
0,880 
IV 
1068,54 
12,721 
61,421 
1129,g6l 
13,452 
95,366 
8,25 
0,0786 
°,95 
5,7 
0,650 
II 
1246,10 
14,834 
93,250 
1339,350 
15,945 
90,921 
13,14 
0,1195 
0,91 
7,5 
0,670 
I 
797,55 
8,395 
156,860 
954,410 
10,046 
93,765 
5,5° 
0,0516 
0,94 
19,7 
0,580 
IV 
1303,00 
13,715 
84,126 
1387,126 
14,601 
92,815 
14,30 
0,1324 
°,93 
6-5 
0,630 
1 
745,8 i 
7,533 
92,451 
838,261 
8,467 
68,369 
7,80 
0,0536 
0,68 
12,4 
o,75° 
IV 
1002,82 
9,285 
76,300 
1079,120 
9,992 
71,357 
25,06 
0,1788 
0,71 
7,7 
0,800 J 
111 
