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LAMPIRAN
Lampiran 1 Pengamatan karakter dan cara pengukuran perhitungan No
Karakter Satuan
Kode Cara pengukuranpenghitungan
A Karakter batang
1 Tinggi Total
m TTB
Diukur dengan
menggunakan alat
hagameter dari mulai pangkal batang sampai ujung batang utama
2 Tinggi Bebas
cabang m
TBC Diukur
dengan menggunakan
alat hagameter dari mulai pangkal batang
sampai cabang pertama pembentuk tajuk 3 Diameter
cm DBH
Diukur dengan menggunakan alat phiband pada ketinggian batang utama setinggi dada
1, 3 m diatas permukaan tanah
4 Kekekaran batang
indeks RTD Dihitung dari pembagian nilai TTB cm
dengan DBH cm 5 Tebal kulit
batang cm
TKB Diukur dengan menggunakan alat mistar
dari kulit luar hingga kulit dalam dekat permukaan kayu
6 Kelurusan batang
indeks KLB Diukur dengan mengamati kelurusan batang
dan bentuk batang secara visual dari berbagai
arah. Kelurusan
batang dikalisifikasikan ke dalam a bentuk “I”
lurus dari pangkal hingga ujung poin 10, b bentuk “j” bengkok di bagian pangkal
atau dibagian tajuk poin 6, dan c bentuk “S” bengkok tidak beraturan poin 2.
7 Kualitas bentuk
batang indeks KBB
Dihitung dari ukuran kedalaman lekukan batang, diklasifikasikan kedalam a bulat
jika kedalaman lekukan kurang dari 5 ukuran DBH, poin 10; b agak bulat jika
kedalaman mencapai 5-10 DBH, poin 6; dan c tidak bulat jika kedalaman lekukan
10 DBH, poin 2.
8 Volume bebas
cabang m
3
VBC Dihitung menggunakan rumus: VBC= 0.25
X 3,14 X DBH
2
X TBC X fb X 0.0001 , dengan fb faktor bentuk = 0,7
B Karakter tajuk dan daun
9 Panjang tajuk
m PTj
Dihitung dari nilai TTB dikurangi nilai TBC 10 Lebar
tajuk m
LTj Diukur dengan menggunakan galah ukur
diameter tajuk arah Utara -Selatan dan arah Barat-Timur. Nilai lebar tajuk dihitung dari
nilai rata-ratanya.
11 Jumlah cabang
pembentuk buah
JCPT Dihitung dari banyaknya cabang pembentuk
tajuk pohon
No Karakter
Satuan Kode
Cara pengukuranpenghitungan tajuk
12 Rasio diameter
cabang tajuk
dengan diameter
batang Rasio
RDCB Dihitung dari nilai perbandingan diameter
cabang pembentuk tajuk dengan diameter batang dimana cabang tersebut tumbuh.
13 Sudut cabang
pertama pembentuk
tajuk derajat SCPT
Diukur dengan menggunakan busur derajat pada sudut yang dibentuk oleh cabang
pertama pembentuk tajuk dengan batang utamanya.
14 Panjang anak daun
cm PAD
Diukur dengan menggunakan mistar dari mulai pangkal daun hingga ujung daun
15 Lebar anak daun
cm LAD
Diukur dengan menggunakan mistar, pada bagian helaian daun terlebar, mulai dari tepi
daun sisi kiri hingga tepi helaian daun sisi kanannya, kemudian dirata-ratakan dari 10
sampel yang diambil.
16 Rasio panjang
lebar anak daun
Rasio RPLD
Dihitung dari nilai perbandingan PAD dengan LAD
17 Panjang petiol
mm PPD
Diukur dengan mengunakan califer , pada bagian petiol daun dari empat sisi
pengukuran pohon, dengan rata-rata 10 sampel per bagian kemudian dirata-ratakan
nilai keempat sisi tersebut. Lanjutan Lampiran 1
Lampiran 2 Hasil analisis korelasi karakter morfologi pada Aquilaria microcarpa yang diinokulasi Fusarium solani.
X1 X2
X3 X4
X5 X6
X7 X8
X9 X10
X11 X12
X13 X14
X15 X16
X2 0.253
0.040 X3
0.462 0.000
0.313 0.011
X4 0.485
0.000 -0.634
0.000 0.184
0.140 X5
0.057 0.647
0.026 0.835
0.273 0.027
0.140 0.261
X6 -0.005
0.966 0.047
0.707 0.023
0.852 -0.001
0.994 0.057
0.649 X7
0.015 0.905
0.088 0.484
0.042 0.737
-0.070 0.576
0.060 0.635
0.471 0.000
X8 0.408
0.001 0.835
0.000 0.731
0.000 -0.337
0.006 0.166
0.183 0.001
0.993 0.065
0.604 X9
0.770 0.000
-0.243 0.050
0.242 0.050
0.726 0.000
0.068 0.586
-0.104 0.404
-0.037 0.769
-0.038 0.764
X10 0.195
0.117 -0.010
0.937 0.273
0.026 0.177
0.156 0.078
0.531 0.081
0.518 -0.105
0.401 0.119
0.340 0.270
0.029 X11
0.107 0.392
0.024 0.847
-0.154 0.217
0.141 0.258
-0.082 0.518
0.156 0.212
-0.085 0.498
-0.101 0.419
0.028 0.824
0.014 0.913
X12 0.094
0.497 0.015
0.906 0.017
0.894 -0.035
0.783 -0.035
0.780 -0.099
0.430 -0.197
0.113 0.026
0.838 0.110
0.379 0.145
0.246 0.058
0.644 X13
-0.085 0.497
0.187 0.134
0.123 0.325
-0.244 0.048
-0.009 0.946
-0.003 0.980
-0.056 0.656
0.169 0.174
-0.108 0.386
0.070 0.576
-0.083 0.508
0.039 0.754
X14 -0.053
0.671 -0.049
0.694 -0.013
0.916 -0.046
0.711 0.019
0.880 -0.079
0.527 -0.009
0.941 -0.012
0.924 0.007
0.953 0.003
0.980 0.085
0.499 0.045
0.721 -0.052
0.681 X15
-0.014 0.914
0.017 0.896
0.091 0.469
-0.028 0.823
0.072 0.566
-0.070 0.578
-0.068 0.587
-0.119 0.342
0.009 0.946
0.074 0.557
-0.024 0.850
0.012 0.926
-0.008 0.947
0.537 0.000
X16 -0.057
0.650 -0.038
0.764 -0.117
0.349 -0.050
0.688 -0.022
0.864 -0.011
0.933 0.085
0.499 -0.128
0.342 -0.045
0.717 -0.047
0.709 0.063
0.616 0.002
0.986 0.026
0.838 0.014
0.912 -0.805
0.000 X17
0.076 0.545
-0.012 0.923
-0.003 0.980
0.040 0.751
0.101 0.419
-0.086 0.494
-0.042 0.739
-0.023 0.854
0.105 0.403
-0.173 0.164
0.201 0.106
0.135 0.282
0.073 0.561
-0.258 0.036
-0.248 0.045
0.181 0.145
Lampiran 3 Hasil analisis korelasi karakter morfologi pada Aquilaria microcarpa
yang tidak diinokulasi Fusarium solani
X1 X2
X3 X4
X5 X6
X7 X8
X9 X10
X11 X12
X13 X14
X15 X16
X2 0.427
0.004 X3
0.615 0.000
0.062 0.688
X4 0.554
0.000 -0.477
0.001 0.559
0.000 X5
0.165 0.286
0.125 0.421
0.267 0.080
0.086 0.581
X6 -0.058
0.709 -0.063
0.685 -0.188
0.221 -0.030
0.844 -0.022
0.888 X7
0.128 0.408
-0.133 0.390
0.122 0.429
0.190 0.216
-0.208 0.175
-0.045 0.795
X8 0.659
0.000 0.671
0.000 0.737
0.000 0.020
0.899 0.276
0.0.69 -0.130
0.402 0.040
0.795 X9
0.818 0.000
0.044 0.776
0.520 0.000
0.706 0.000
0.126 0.416
0.021 0.891
0.209 0.173
0.370 0.014
X10 0.101
0.516 0.278
0.068 0.163
0.290 -0.210
0.170 -0.072
0.641 0.008
0.958 -0.105
0.498 0.317
0.036 0.038
0.805 X11
0.056 0.720
-0.056 0.706
-0.159 0.303
0.061 0.694
0.095 0.538
0.205 0.182
0.162 0.294
-0.104 0.502
0.093 0.548
-0.065 0.677
X12 -0.161
0.298 -0.088
0.568 -0.059
0.704 -0.037
0.813 0.335
0.026 0.248
0.104 -0.114
0.460 -0.093
0.502 -0.118
0.445 -0.268
0.079 0.003
0.984 X13
0.298 0.050
0.224 0.143
0.108 0.485
0.051 0.740
-0.025 0.870
0.159 0.303
-0.057 0.714
0.170 0.271
0.178 0.247
0.422 0.004
0.257 0.093
-0.187 0.225
X14 0.191
0.213 -0.276
0.070 0.233
0.128 0.431
0.003 0.327
0.030 -0.020
0.897 0.171
0.267 -0.039
0.800 0.219
0.153 -0.389
0.009 0.064
0.677 0.177
0.249 0.023
0.885 X15
0.251 0.101
-0.073 0.638
0.305 0.044
0.252 0.099
0.042 0.788
-0.282 0.064
0.208 0.176
0.180 0.241
0.152 0.326
-0.144 0.350
0.104 0.500
0.077 0.620
-0.043 0.782
0.531 0.000
X16 -0.164
0.289 -0.122
0.430 -0.146
0.343 0.020
0.896 0.124
0.424 0.308
0.042 -0.167
0.279 -0.221
0.150 -0.057
0.714 -0.027
0.862 -0.097
0.529 -0.030
0.848 0.108
0.484 0.047
0.762 -0.788
0.000 X17
-0.183 0.235
-0.234 0.126
-0.003 0.986
0.016 0.917
-0.072 0.643
0.140 0.366
0.148 0.336
-0.143 0.356
-0.173 0.262
-0.048 0.759
-0.304 0.045
-0.090 0.560
-0.157 0.309
-0.019 0.901
-0.085 0.581
0.113 0.464
Lampiran 4 Hasil pengamatan induksi Fusarium Solani pada tingkat semai
Jenis Fusarium
No. Tanaman
Diameter mm
Tinggi cm
jumlah cabang
jumlah daun
Minggu I
Minggu II
Minggu III
Minggu IV
512 A