Struktur Produksi Getah, Pertumbuhan dan Kajian Fenotipik Kemenyan (Styrax sp)
47
LAMPIRAN
Lampiran 1. Korelasi Pearson Fenotipik Antar Karakter Produksi Getah dan
Karakter Lainnya
Correlations
TTB
TTB
TBC
DBH
TKB
PTj
LTj
JCPT
SCPT
TT
LuasT
P
Pearson Correlation
Sig. (2-tailed)
N
Pearson Correlation
Sig. (2-tailed)
N
Pearson Correlation
Sig. (2-tailed)
N
Pearson Correlation
Sig. (2-tailed)
N
Pearson Correlation
Sig. (2-tailed)
N
Pearson Correlation
Sig. (2-tailed)
N
Pearson Correlation
Sig. (2-tailed)
N
Pearson Correlation
Sig. (2-tailed)
N
Pearson Correlation
Sig. (2-tailed)
N
Pearson Correlation
Sig. (2-tailed)
N
Pearson Correlation
Sig. (2-tailed)
N
1
100
,590**
,000
100
,461**
,000
100
,491**
,000
100
,307**
,002
100
,324**
,001
100
,434**
,000
100
,195
,052
100
,440**
,000
100
,465**
,000
100
,296**
,003
100
TBC
,590**
,000
100
1
100
,006
,951
100
,045
,653
100
-,079
,433
100
-,076
,452
100
,026
,800
100
,214*
,033
100
-,440**
,000
100
-,177
,077
100
-,018
,857
100
DBH
,461**
,000
100
,006
,951
100
1
100
,869**
,000
100
,738**
,000
100
,708**
,000
100
,643**
,000
100
-,002
,981
100
,496**
,000
100
,816**
,000
100
,730**
,000
100
TKB
,491**
,000
100
,045
,653
100
,869**
,000
100
1
100
,680**
,000
100
,684**
,000
100
,713**
,000
100
,075
,458
100
,487**
,000
100
,799**
,000
100
,734**
,000
100
PTj
,307**
,002
100
-,079
,433
100
,738**
,000
100
,680**
,000
100
1
100
,910**
,000
100
,624**
,000
100
,081
,424
100
,409**
,000
100
,886**
,000
100
,536**
,000
100
LTj
,324**
,001
100
-,076
,452
100
,708**
,000
100
,684**
,000
100
,910**
,000
100
1
100
,685**
,000
100
,060
,555
100
,440**
,000
100
,841**
,000
100
,492**
,000
100
JCPT
,434**
,000
100
,026
,800
100
,643**
,000
100
,713**
,000
100
,624**
,000
100
,685**
,000
100
1
100
,055
,590
100
,468**
,000
100
,727**
,000
100
,499**
,000
100
SCPT
,195
,052
100
,214*
,033
100
-,002
,981
100
,075
,458
100
,081
,424
100
,060
,555
100
,055
,590
100
1
100
-,014
,893
100
,033
,747
100
,001
,994
100
TT
,440**
,000
100
-,440**
,000
100
,496**
,000
100
,487**
,000
100
,409**
,000
100
,440**
,000
100
,468**
,000
100
-,014
,893
100
1
100
,709**
,000
100
,349**
,000
100
LuasT
,465**
,000
100
-,177
,077
100
,816**
,000
100
,799**
,000
100
,886**
,000
100
,841**
,000
100
,727**
,000
100
,033
,747
100
,709**
,000
100
1
**. Correlation is significant at the 0.01 level (2-tailed).
*. Correlation is significant at the 0.05 level (2-tailed).
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100
,631**
,000
100
P
,296**
,003
100
-,018
,857
100
,730**
,000
100
,734**
,000
100
,536**
,000
100
,492**
,000
100
,499**
,000
100
,001
,994
100
,349**
,000
100
,631**
,000
100
1
100
48
Lampiran 2. Uji KMO dan Eigenvalue Keragaman Karakter Pertumbuhan
a. Uji KMO
KMO and Bartlett's Test
Kaiser-Meyer-Olkin Measure of Sampling Adequacy.
Bartlett's Test of Sphericity
Approx. Chi-Square
,752
1230,602
df
55
Sig.
,000
b. Principal Component Analysis: TTB; TBC; DBH; TKB; PTj; LTj; JCPT;
SCPT; TT; Lua
Eigenanalysis of the Correlation Matrix
Eigenvalue
0,1167
Proportion
0,011
Cumulative
0,987
5,9160
1,7103
0,9320
0,8820
0,6686
0,4077
0,2273
0,538
0,155
0,085
0,080
0,061
0,037
0,021
0,538
0,693
0,778
0,858
0,919
0,956
0,977
Eigenvalue
Proportion
Cumulative
0,0981
0,009
0,996
0,0264
0,002
0,999
0,0147
0,001
1,000
Variable
TTB
TBC
DBH
TKB
PTj
LTj
JCPT
SCPT
TT
LuasT
P
PC1
0,224
-0,016
0,370
0,369
0,354
0,353
0,330
0,029
0,266
0,393
0,301
PC2
-0,503
-0,728
-0,017
-0,070
0,068
0,066
-0,044
-0,357
0,249
0,109
0,004
PC3
-0,038
0,268
0,181
0,126
-0,043
-0,051
0,003
-0,815
-0,351
-0,090
0,281
Variable
TTB
TBC
DBH
TKB
PTj
LTj
JCPT
SCPT
TT
LuasT
P
PC9
0,026
-0,018
0,261
-0,185
-0,426
0,690
-0,036
0,029
0,133
-0,458
0,097
PC10
0,255
-0,232
-0,027
0,111
0,547
-0,137
0,080
-0,025
0,052
-0,734
0,039
PC11
-0,552
0,559
-0,007
0,050
0,178
-0,062
-0,005
-0,013
0,559
-0,176
-0,004
PC4
-0,520
0,033
0,043
0,030
0,346
0,294
-0,004
0,329
-0,629
-0,035
0,121
PC5
-0,118
-0,151
0,199
0,263
-0,322
-0,406
-0,190
0,305
0,044
-0,118
0,664
PC6
-0,173
-0,053
-0,149
0,144
-0,315
-0,119
0,882
0,036
-0,083
-0,144
-0,066
PC7
-0,101
-0,065
0,547
0,510
-0,131
-0,116
-0,144
0,033
-0,077
-0,088
-0,600
PC8
0,022
-0,007
-0,631
0,665
-0,125
0,302
-0,216
-0,055
0,020
-0,036
0,009
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Lampiran 3. Hasil Model Pendugaan Regresi Linear Berganda
a. Uji Normalitas Residual
b. Uji Multikolinearitas
Coefficients
Model
a
Standardiz
ed
Unstandardized
Coefficient
Coefficients
s
Collinearity
Correlations
Statistics
ZeroB
1
Std. Error
182,705
114,475
TTB
-13,003
15,931
TBC
7,879
DBH
(Consta
Beta
t
Sig.
order
Toleran
Partial
Part
ce
VIF
1,596
,114
-,265
-,816
,417
,296
-,086
-,054
,042
23,662
15,680
,163
,502
,617
-,018
,053
,034
,042
23,689
7,712
3,081
,383
2,503
,014
,730
,256
,167
,190
5,256
TKB
296,106
114,924
,410
2,577
,012
,734
,263
,172
,176
5,698
PTj
-19,581
29,084
-,180
-,673
,503
,536
-,071
-,045
,062
16,037
LTj
-23,317
21,328
-,192
-1,093
,277
,492
-,115
-,073
,143
6,969
nt)
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50
JCPT
-,768
1,577
-,054
-,487
,628
,499
-,052
-,032
,368
2,721
SCPT
-1,301
52,854
-,002
-,025
,980
,001
-,003
-,002
,889
1,125
TT
-2,788
16,981
-,052
-,164
,870
,349
-,017
-,011
,045
22,265
1,614
,978
,540
1,650
,102
,631
,172
,110
,041
24,098
LuasT
a. Dependent Variable: Produksi
c. Uji Autokorelasi
b
Model Summary
Model
R
1
,777
R Square
a
,604
Adjusted R
Std. Error of the
Square
Estimate
,560
Durbin-Watson
113,53032
2,004
a. Predictors: (Constant), Sudut Cabang, Diameter Batang, Tinggi Bebas Cabang, Jumlah
Cabang, Tinggi tajuk, Panjang Tajuk, Tebal kulit Batang, Lebar Tajuk, Tinggi Total, Luas
Tajuk
b. Dependent Variable: Produksi Getah
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51
d. Uji Heteroskedastistas
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52
Lampiran 4. Perhitungan Nilai Heritabilitas
Heritabilitas
1. Produksi Getah (P)
δ2f = 106693, δ 2b = 31914, δ 2e =
56505
h2 = δ2f / (δ2f + δ 2b + δ 2e)
= 106693/(106693 + 31914 +
56505)
= 0,55
2
h f = δ2f/(δ2f + δ2b/nb+δ2e)
= 106693/ (106693 + 31914/2 +
56505)
= 0,60
2. Tinggi Total (TTB)
δ2f = 2,30 ; δ 2b = 0,05 ; δ 2e = 16,02
h2 = δ2f / (δ2f + δ 2b + δ 2e)
= 2,30/ (2,30 + 0,05 + 16,02)
= 0,12
2
h f = δ2f/(δ2f + δ2b/nb+δ2e)
= 2,30/ (2,30 + 0,05/2 + 16,02)
= 0,13
3. Tinggi Bebas Cabang (TBC)
δ2f = 11,19 ; δ 2b = 0,12 ; δ 2e = 8,24
h2 = δ2f / (δ2f + δ 2b + δ 2e)
= 11,19/ (11,19 + 0,12 + 8,24)
= 0,57
2
h f = δ2f/(δ2f + δ2b/nb+δ2e)
= 11,19/ (11,19 + 0,12/2 + 8,24)
= 0,58
4. Diameter Batang (DBH)
δ2f = 219,2 ; δ 2b = 11,50 ; δ 2e =
133,6
h2 = δ2f / (δ2f + δ 2b + δ 2e)
= 219,2/ (219,2 + 11,50 + 133,6)
= 0,60
2
h f = δ2f/(δ2f + δ2b/nb+δ2e)
= 219,2/ (219,2 + 11,50/2 +
133,6)
0,61
5. Tebal Kulit (TKB)
δ2f = 0,01 ; δ 2b = 0,07 ; δ 2e = 0,13
h2 = δ2f / (δ2f + δ 2b + δ 2e)
= 0,01/ (0,01 + 0,07 + 0,13)
= 0,07
2
h f = δ2f/(δ2f + δ2b/nb+δ2e)
= 0,01/ (0,01 + 0,07/2 + 0,13)
= 0,08
6. Sudut Cabang Pertama (SCPT)
δ2f = 0,04 ; δ 2b = 0,01 ; δ 2e = 0,02
h2 = δ2f / (δ2f + δ 2b + δ 2e)
= 0,04/ (0,04 + 0,01 + 0,02)
= 0,58
2
h f = δ2f/(δ2f + δ2b/nb+δ2e)
= 0,04/ (0,04 + 0,01/2 + 0,02)
= 0,61
7. Jumlah Cabang (JCPT)
δ2f = 61,3 ; δ 2b = 310,2 ; δ 2e = 249
h2 = δ2f / (δ2f + δ 2b + δ 2e)
= 61,3/ ( 61,3 + 310,2 + 249)
= 0,1
2
h f = δ2f/(δ2f + δ2b/nb+δ2e)
= 61,3/ ( 61,3 + 310,2/2 + 249)
= 0,13
8. Panjang Tajuk (PTj)
δ2f = 7,69 ; δ 2b = 2,05 ; δ 2e = 4,23
h2 = δ2f / (δ2f + δ 2b + δ 2e)
= 7,69/ (7,69 + 2,05 + 4,23)
= 0,55
2
h f = δ2f/(δ2f + δ2b/nb+δ2e)
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= 7,69/ (7,69 + 2,05/2 + 4,23)
= 0,59
9. Lebar Tajuk (LTj)
δ2f = 5,20 ; δ 2b = 1,65 ; δ 2e = 3,31
h2 = δ2f / (δ2f + δ 2b + δ 2e)
= 5,20/ (5,20 + 1,65 + 3,31)
= 0,51
2
h f = δ2f/(δ2f + δ2b/nb+δ2e)
= 5,20/ (5,20 + 1,65/2 + 3,31)
= 0,56
10. Tinggi Tajuk (TT)
δ2f = 0,69 ; δ 2b = 0,69 ; δ 2e = 9,30
h2 = δ2f / (δ2f + δ 2b + δ 2e)
= 0,69/ (0,69 + 0,69 + 9,30)
= 0,06
h f = δ2f/(δ2f + δ2b/nb+δ2e)
= 0,69/ (0,69 + 0,69/2 + 9,30) =
0,07
2
11. Luas Tajuk ( LuasT)
δ2f = 6554 ; δ 2b = 1314,5 ; δ 2e =
7004
h2 = δ2f / (δ2f + δ 2b + δ 2e)
= 6554/ ( 6554 + 13314,5 + 7004)
= 0,44
2
h f = δ2f/(δ2f + δ2b/nb+δ2e)
= 6554/ ( 6554 + 13314,5/2 +
7004)
= 0, 46
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Lampiran 5. Hasil analisis varians dan harapan kuadrat tengah dari single tree plot
design untuk suatu karakter
1. General Linear Model: TTB (Tinggi Total)
Analysis of Variance
Source
Famili
Blok
Error
Lack-of-Fit
Pure Error
Total
DF
2
1
26
2
24
29
Adj SS
22,867
16,133
416,467
0,467
416,000
455,467
Adj MS
11,4333
16,1333
16,0179
0,2333
17,3333
F-Value
0,71
1,01
P-Value
0,499
0,325
0,01
0,987
2. General Linear Model: TBC (Tinggi Bebas Cabang)
Analysis of Variance
Source
Famili
Blok
Error
Lack-of-Fit
Pure Error
Total
DF
2
1
26
2
24
29
Adj SS
61,250
8,008
214,317
24,117
190,200
283,575
Adj MS
30,625
8,008
8,243
12,058
7,925
F-Value
3,72
0,97
P-Value
0,038
0,333
1,52
0,239
3. General Linear Model: DBH (Diameter Batang)
Analysis of Variance
Source
Famili
Blok
Error
Lack-of-Fit
Pure Error
Total
DF
2
1
26
2
24
29
Adj SS
1144,0
110,6
3474,2
268,5
3205,7
4728,8
Adj MS
572,0
110,6
133,6
134,2
133,6
F-Value
4,28
0,83
P-Value
0,025
0,371
1,00
0,381
4. General Linear Model: TKB (Tebal Kulit Batang)
Source
Famili
Blok
Error
Lack-of-Fit
Pure Error
Total
DF
2
1
26
2
24
29
Adj SS
0,3167
0,2613
3,3567
0,6647
2,6920
3,9347
Adj MS
0,1583
0,2613
0,1291
0,3323
0,1122
F-Value
1,23
2,02
P-Value
0,310
0,167
2,96
0,071
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5. General Linear Model: PTj (Panjang Tajuk)
Analysis of Variance
Source
Famili
Blok
Error
Lack-of-Fit
Pure Error
Total
DF
2
1
26
2
24
29
Adj SS
31,045
0,133
110,089
2,245
107,844
141,267
Adj MS
15,5223
0,1333
4,2342
1,1223
4,4935
F-Value
3,67
0,03
P-Value
0,040
0,861
0,25
0,781
6. General Linear Model: LTj (Lebar Tajuk)
Analysis of Variance
Source
Famili
Blok
Error
Lack-of-Fit
Pure Error
Total
DF
2
1
26
2
24
29
Adj SS
27,428
0,003
85,979
2,615
83,364
113,410
Adj MS
13,7141
0,0028
3,3069
1,3075
3,4735
F-Value
4,15
0,00
P-Value
0,027
0,977
0,38
0,690
7. General Linear Model: JCPT (Jumlah Cabang Pembentuk Tajuk)
Analysis of Variance
Source
Famili
Blok
Error
Lack-of-Fit
Pure Error
Total
DF
2
1
26
2
24
29
Adj SS
743,2
869,4
6474,2
535,6
5938,6
8086,8
Adj MS
371,6
869,4
249,0
267,8
247,4
F-Value
1,49
3,49
P-Value
0,243
0,073
1,08
0,355
8. General Linear Model: TT (Tinggi Tajuk)
Analysis of Variance
Source
Famili
Blok
Error
Lack-of-Fit
Pure Error
Total
DF
2
1
26
2
24
29
Adj SS
21,35
44,41
241,82
28,02
213,80
307,58
Adj MS
10,675
44,408
9,301
14,008
8,908
F-Value
1,15
4,77
P-Value
0,333
0,038
1,57
0,228
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9. General Linear Model: LuasT (Luas Tajuk)
Analysis of Variance
Source
Famili
Blok
Error
Lack-of-Fit
Pure Error
Total
DF
2
1
26
2
24
29
Adj SS
40224
9633
182092
15321
166771
231949
Adj MS
20112
9633
7004
7661
6949
F-Value
2,87
1,38
P-Value
0,075
0,252
1,10
0,348
10. General Linear Model: SCPT (Sudut Cabang Pembentuk Tajuk)
Analysis of Variance
Source
Famili
Blok
Error
Lack-of-Fit
Pure Error
Total
DF
2
1
26
2
24
29
Adj SS
0,21780
0,01243
0,63236
0,03610
0,59626
0,86259
Adj MS
0,10890
0,01243
0,02432
0,01805
0,02484
F-Value
4,48
0,51
P-Value
0,021
0,481
0,73
0,494
11. General Linear Model: P (Produksi Getah)
Analysis of Variance
Source
Famili
Blok
Error
Lack-of-Fit
Pure Error
Total
DF
2
1
26
2
24
29
Adj SS
539782
120333
1469132
108972
1360160
2129247
Adj MS
269891
120333
56505
54486
56673
F-Value
4,78
2,13
P-Value
0,017
0,156
0,96
0,397
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LAMPIRAN
Lampiran 1. Korelasi Pearson Fenotipik Antar Karakter Produksi Getah dan
Karakter Lainnya
Correlations
TTB
TTB
TBC
DBH
TKB
PTj
LTj
JCPT
SCPT
TT
LuasT
P
Pearson Correlation
Sig. (2-tailed)
N
Pearson Correlation
Sig. (2-tailed)
N
Pearson Correlation
Sig. (2-tailed)
N
Pearson Correlation
Sig. (2-tailed)
N
Pearson Correlation
Sig. (2-tailed)
N
Pearson Correlation
Sig. (2-tailed)
N
Pearson Correlation
Sig. (2-tailed)
N
Pearson Correlation
Sig. (2-tailed)
N
Pearson Correlation
Sig. (2-tailed)
N
Pearson Correlation
Sig. (2-tailed)
N
Pearson Correlation
Sig. (2-tailed)
N
1
100
,590**
,000
100
,461**
,000
100
,491**
,000
100
,307**
,002
100
,324**
,001
100
,434**
,000
100
,195
,052
100
,440**
,000
100
,465**
,000
100
,296**
,003
100
TBC
,590**
,000
100
1
100
,006
,951
100
,045
,653
100
-,079
,433
100
-,076
,452
100
,026
,800
100
,214*
,033
100
-,440**
,000
100
-,177
,077
100
-,018
,857
100
DBH
,461**
,000
100
,006
,951
100
1
100
,869**
,000
100
,738**
,000
100
,708**
,000
100
,643**
,000
100
-,002
,981
100
,496**
,000
100
,816**
,000
100
,730**
,000
100
TKB
,491**
,000
100
,045
,653
100
,869**
,000
100
1
100
,680**
,000
100
,684**
,000
100
,713**
,000
100
,075
,458
100
,487**
,000
100
,799**
,000
100
,734**
,000
100
PTj
,307**
,002
100
-,079
,433
100
,738**
,000
100
,680**
,000
100
1
100
,910**
,000
100
,624**
,000
100
,081
,424
100
,409**
,000
100
,886**
,000
100
,536**
,000
100
LTj
,324**
,001
100
-,076
,452
100
,708**
,000
100
,684**
,000
100
,910**
,000
100
1
100
,685**
,000
100
,060
,555
100
,440**
,000
100
,841**
,000
100
,492**
,000
100
JCPT
,434**
,000
100
,026
,800
100
,643**
,000
100
,713**
,000
100
,624**
,000
100
,685**
,000
100
1
100
,055
,590
100
,468**
,000
100
,727**
,000
100
,499**
,000
100
SCPT
,195
,052
100
,214*
,033
100
-,002
,981
100
,075
,458
100
,081
,424
100
,060
,555
100
,055
,590
100
1
100
-,014
,893
100
,033
,747
100
,001
,994
100
TT
,440**
,000
100
-,440**
,000
100
,496**
,000
100
,487**
,000
100
,409**
,000
100
,440**
,000
100
,468**
,000
100
-,014
,893
100
1
100
,709**
,000
100
,349**
,000
100
LuasT
,465**
,000
100
-,177
,077
100
,816**
,000
100
,799**
,000
100
,886**
,000
100
,841**
,000
100
,727**
,000
100
,033
,747
100
,709**
,000
100
1
**. Correlation is significant at the 0.01 level (2-tailed).
*. Correlation is significant at the 0.05 level (2-tailed).
Universitas Sumatera Utara
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,631**
,000
100
P
,296**
,003
100
-,018
,857
100
,730**
,000
100
,734**
,000
100
,536**
,000
100
,492**
,000
100
,499**
,000
100
,001
,994
100
,349**
,000
100
,631**
,000
100
1
100
48
Lampiran 2. Uji KMO dan Eigenvalue Keragaman Karakter Pertumbuhan
a. Uji KMO
KMO and Bartlett's Test
Kaiser-Meyer-Olkin Measure of Sampling Adequacy.
Bartlett's Test of Sphericity
Approx. Chi-Square
,752
1230,602
df
55
Sig.
,000
b. Principal Component Analysis: TTB; TBC; DBH; TKB; PTj; LTj; JCPT;
SCPT; TT; Lua
Eigenanalysis of the Correlation Matrix
Eigenvalue
0,1167
Proportion
0,011
Cumulative
0,987
5,9160
1,7103
0,9320
0,8820
0,6686
0,4077
0,2273
0,538
0,155
0,085
0,080
0,061
0,037
0,021
0,538
0,693
0,778
0,858
0,919
0,956
0,977
Eigenvalue
Proportion
Cumulative
0,0981
0,009
0,996
0,0264
0,002
0,999
0,0147
0,001
1,000
Variable
TTB
TBC
DBH
TKB
PTj
LTj
JCPT
SCPT
TT
LuasT
P
PC1
0,224
-0,016
0,370
0,369
0,354
0,353
0,330
0,029
0,266
0,393
0,301
PC2
-0,503
-0,728
-0,017
-0,070
0,068
0,066
-0,044
-0,357
0,249
0,109
0,004
PC3
-0,038
0,268
0,181
0,126
-0,043
-0,051
0,003
-0,815
-0,351
-0,090
0,281
Variable
TTB
TBC
DBH
TKB
PTj
LTj
JCPT
SCPT
TT
LuasT
P
PC9
0,026
-0,018
0,261
-0,185
-0,426
0,690
-0,036
0,029
0,133
-0,458
0,097
PC10
0,255
-0,232
-0,027
0,111
0,547
-0,137
0,080
-0,025
0,052
-0,734
0,039
PC11
-0,552
0,559
-0,007
0,050
0,178
-0,062
-0,005
-0,013
0,559
-0,176
-0,004
PC4
-0,520
0,033
0,043
0,030
0,346
0,294
-0,004
0,329
-0,629
-0,035
0,121
PC5
-0,118
-0,151
0,199
0,263
-0,322
-0,406
-0,190
0,305
0,044
-0,118
0,664
PC6
-0,173
-0,053
-0,149
0,144
-0,315
-0,119
0,882
0,036
-0,083
-0,144
-0,066
PC7
-0,101
-0,065
0,547
0,510
-0,131
-0,116
-0,144
0,033
-0,077
-0,088
-0,600
PC8
0,022
-0,007
-0,631
0,665
-0,125
0,302
-0,216
-0,055
0,020
-0,036
0,009
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Lampiran 3. Hasil Model Pendugaan Regresi Linear Berganda
a. Uji Normalitas Residual
b. Uji Multikolinearitas
Coefficients
Model
a
Standardiz
ed
Unstandardized
Coefficient
Coefficients
s
Collinearity
Correlations
Statistics
ZeroB
1
Std. Error
182,705
114,475
TTB
-13,003
15,931
TBC
7,879
DBH
(Consta
Beta
t
Sig.
order
Toleran
Partial
Part
ce
VIF
1,596
,114
-,265
-,816
,417
,296
-,086
-,054
,042
23,662
15,680
,163
,502
,617
-,018
,053
,034
,042
23,689
7,712
3,081
,383
2,503
,014
,730
,256
,167
,190
5,256
TKB
296,106
114,924
,410
2,577
,012
,734
,263
,172
,176
5,698
PTj
-19,581
29,084
-,180
-,673
,503
,536
-,071
-,045
,062
16,037
LTj
-23,317
21,328
-,192
-1,093
,277
,492
-,115
-,073
,143
6,969
nt)
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JCPT
-,768
1,577
-,054
-,487
,628
,499
-,052
-,032
,368
2,721
SCPT
-1,301
52,854
-,002
-,025
,980
,001
-,003
-,002
,889
1,125
TT
-2,788
16,981
-,052
-,164
,870
,349
-,017
-,011
,045
22,265
1,614
,978
,540
1,650
,102
,631
,172
,110
,041
24,098
LuasT
a. Dependent Variable: Produksi
c. Uji Autokorelasi
b
Model Summary
Model
R
1
,777
R Square
a
,604
Adjusted R
Std. Error of the
Square
Estimate
,560
Durbin-Watson
113,53032
2,004
a. Predictors: (Constant), Sudut Cabang, Diameter Batang, Tinggi Bebas Cabang, Jumlah
Cabang, Tinggi tajuk, Panjang Tajuk, Tebal kulit Batang, Lebar Tajuk, Tinggi Total, Luas
Tajuk
b. Dependent Variable: Produksi Getah
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d. Uji Heteroskedastistas
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Lampiran 4. Perhitungan Nilai Heritabilitas
Heritabilitas
1. Produksi Getah (P)
δ2f = 106693, δ 2b = 31914, δ 2e =
56505
h2 = δ2f / (δ2f + δ 2b + δ 2e)
= 106693/(106693 + 31914 +
56505)
= 0,55
2
h f = δ2f/(δ2f + δ2b/nb+δ2e)
= 106693/ (106693 + 31914/2 +
56505)
= 0,60
2. Tinggi Total (TTB)
δ2f = 2,30 ; δ 2b = 0,05 ; δ 2e = 16,02
h2 = δ2f / (δ2f + δ 2b + δ 2e)
= 2,30/ (2,30 + 0,05 + 16,02)
= 0,12
2
h f = δ2f/(δ2f + δ2b/nb+δ2e)
= 2,30/ (2,30 + 0,05/2 + 16,02)
= 0,13
3. Tinggi Bebas Cabang (TBC)
δ2f = 11,19 ; δ 2b = 0,12 ; δ 2e = 8,24
h2 = δ2f / (δ2f + δ 2b + δ 2e)
= 11,19/ (11,19 + 0,12 + 8,24)
= 0,57
2
h f = δ2f/(δ2f + δ2b/nb+δ2e)
= 11,19/ (11,19 + 0,12/2 + 8,24)
= 0,58
4. Diameter Batang (DBH)
δ2f = 219,2 ; δ 2b = 11,50 ; δ 2e =
133,6
h2 = δ2f / (δ2f + δ 2b + δ 2e)
= 219,2/ (219,2 + 11,50 + 133,6)
= 0,60
2
h f = δ2f/(δ2f + δ2b/nb+δ2e)
= 219,2/ (219,2 + 11,50/2 +
133,6)
0,61
5. Tebal Kulit (TKB)
δ2f = 0,01 ; δ 2b = 0,07 ; δ 2e = 0,13
h2 = δ2f / (δ2f + δ 2b + δ 2e)
= 0,01/ (0,01 + 0,07 + 0,13)
= 0,07
2
h f = δ2f/(δ2f + δ2b/nb+δ2e)
= 0,01/ (0,01 + 0,07/2 + 0,13)
= 0,08
6. Sudut Cabang Pertama (SCPT)
δ2f = 0,04 ; δ 2b = 0,01 ; δ 2e = 0,02
h2 = δ2f / (δ2f + δ 2b + δ 2e)
= 0,04/ (0,04 + 0,01 + 0,02)
= 0,58
2
h f = δ2f/(δ2f + δ2b/nb+δ2e)
= 0,04/ (0,04 + 0,01/2 + 0,02)
= 0,61
7. Jumlah Cabang (JCPT)
δ2f = 61,3 ; δ 2b = 310,2 ; δ 2e = 249
h2 = δ2f / (δ2f + δ 2b + δ 2e)
= 61,3/ ( 61,3 + 310,2 + 249)
= 0,1
2
h f = δ2f/(δ2f + δ2b/nb+δ2e)
= 61,3/ ( 61,3 + 310,2/2 + 249)
= 0,13
8. Panjang Tajuk (PTj)
δ2f = 7,69 ; δ 2b = 2,05 ; δ 2e = 4,23
h2 = δ2f / (δ2f + δ 2b + δ 2e)
= 7,69/ (7,69 + 2,05 + 4,23)
= 0,55
2
h f = δ2f/(δ2f + δ2b/nb+δ2e)
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53
= 7,69/ (7,69 + 2,05/2 + 4,23)
= 0,59
9. Lebar Tajuk (LTj)
δ2f = 5,20 ; δ 2b = 1,65 ; δ 2e = 3,31
h2 = δ2f / (δ2f + δ 2b + δ 2e)
= 5,20/ (5,20 + 1,65 + 3,31)
= 0,51
2
h f = δ2f/(δ2f + δ2b/nb+δ2e)
= 5,20/ (5,20 + 1,65/2 + 3,31)
= 0,56
10. Tinggi Tajuk (TT)
δ2f = 0,69 ; δ 2b = 0,69 ; δ 2e = 9,30
h2 = δ2f / (δ2f + δ 2b + δ 2e)
= 0,69/ (0,69 + 0,69 + 9,30)
= 0,06
h f = δ2f/(δ2f + δ2b/nb+δ2e)
= 0,69/ (0,69 + 0,69/2 + 9,30) =
0,07
2
11. Luas Tajuk ( LuasT)
δ2f = 6554 ; δ 2b = 1314,5 ; δ 2e =
7004
h2 = δ2f / (δ2f + δ 2b + δ 2e)
= 6554/ ( 6554 + 13314,5 + 7004)
= 0,44
2
h f = δ2f/(δ2f + δ2b/nb+δ2e)
= 6554/ ( 6554 + 13314,5/2 +
7004)
= 0, 46
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Lampiran 5. Hasil analisis varians dan harapan kuadrat tengah dari single tree plot
design untuk suatu karakter
1. General Linear Model: TTB (Tinggi Total)
Analysis of Variance
Source
Famili
Blok
Error
Lack-of-Fit
Pure Error
Total
DF
2
1
26
2
24
29
Adj SS
22,867
16,133
416,467
0,467
416,000
455,467
Adj MS
11,4333
16,1333
16,0179
0,2333
17,3333
F-Value
0,71
1,01
P-Value
0,499
0,325
0,01
0,987
2. General Linear Model: TBC (Tinggi Bebas Cabang)
Analysis of Variance
Source
Famili
Blok
Error
Lack-of-Fit
Pure Error
Total
DF
2
1
26
2
24
29
Adj SS
61,250
8,008
214,317
24,117
190,200
283,575
Adj MS
30,625
8,008
8,243
12,058
7,925
F-Value
3,72
0,97
P-Value
0,038
0,333
1,52
0,239
3. General Linear Model: DBH (Diameter Batang)
Analysis of Variance
Source
Famili
Blok
Error
Lack-of-Fit
Pure Error
Total
DF
2
1
26
2
24
29
Adj SS
1144,0
110,6
3474,2
268,5
3205,7
4728,8
Adj MS
572,0
110,6
133,6
134,2
133,6
F-Value
4,28
0,83
P-Value
0,025
0,371
1,00
0,381
4. General Linear Model: TKB (Tebal Kulit Batang)
Source
Famili
Blok
Error
Lack-of-Fit
Pure Error
Total
DF
2
1
26
2
24
29
Adj SS
0,3167
0,2613
3,3567
0,6647
2,6920
3,9347
Adj MS
0,1583
0,2613
0,1291
0,3323
0,1122
F-Value
1,23
2,02
P-Value
0,310
0,167
2,96
0,071
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5. General Linear Model: PTj (Panjang Tajuk)
Analysis of Variance
Source
Famili
Blok
Error
Lack-of-Fit
Pure Error
Total
DF
2
1
26
2
24
29
Adj SS
31,045
0,133
110,089
2,245
107,844
141,267
Adj MS
15,5223
0,1333
4,2342
1,1223
4,4935
F-Value
3,67
0,03
P-Value
0,040
0,861
0,25
0,781
6. General Linear Model: LTj (Lebar Tajuk)
Analysis of Variance
Source
Famili
Blok
Error
Lack-of-Fit
Pure Error
Total
DF
2
1
26
2
24
29
Adj SS
27,428
0,003
85,979
2,615
83,364
113,410
Adj MS
13,7141
0,0028
3,3069
1,3075
3,4735
F-Value
4,15
0,00
P-Value
0,027
0,977
0,38
0,690
7. General Linear Model: JCPT (Jumlah Cabang Pembentuk Tajuk)
Analysis of Variance
Source
Famili
Blok
Error
Lack-of-Fit
Pure Error
Total
DF
2
1
26
2
24
29
Adj SS
743,2
869,4
6474,2
535,6
5938,6
8086,8
Adj MS
371,6
869,4
249,0
267,8
247,4
F-Value
1,49
3,49
P-Value
0,243
0,073
1,08
0,355
8. General Linear Model: TT (Tinggi Tajuk)
Analysis of Variance
Source
Famili
Blok
Error
Lack-of-Fit
Pure Error
Total
DF
2
1
26
2
24
29
Adj SS
21,35
44,41
241,82
28,02
213,80
307,58
Adj MS
10,675
44,408
9,301
14,008
8,908
F-Value
1,15
4,77
P-Value
0,333
0,038
1,57
0,228
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9. General Linear Model: LuasT (Luas Tajuk)
Analysis of Variance
Source
Famili
Blok
Error
Lack-of-Fit
Pure Error
Total
DF
2
1
26
2
24
29
Adj SS
40224
9633
182092
15321
166771
231949
Adj MS
20112
9633
7004
7661
6949
F-Value
2,87
1,38
P-Value
0,075
0,252
1,10
0,348
10. General Linear Model: SCPT (Sudut Cabang Pembentuk Tajuk)
Analysis of Variance
Source
Famili
Blok
Error
Lack-of-Fit
Pure Error
Total
DF
2
1
26
2
24
29
Adj SS
0,21780
0,01243
0,63236
0,03610
0,59626
0,86259
Adj MS
0,10890
0,01243
0,02432
0,01805
0,02484
F-Value
4,48
0,51
P-Value
0,021
0,481
0,73
0,494
11. General Linear Model: P (Produksi Getah)
Analysis of Variance
Source
Famili
Blok
Error
Lack-of-Fit
Pure Error
Total
DF
2
1
26
2
24
29
Adj SS
539782
120333
1469132
108972
1360160
2129247
Adj MS
269891
120333
56505
54486
56673
F-Value
4,78
2,13
P-Value
0,017
0,156
0,96
0,397
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