Analisis Keragaman Fenotifik 47 Aksesi Sumber Daya Genetik Kelapa Sawit (Elaeis guineensis Jacq.) Asal Kamerun

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Lampiran 2. Daftar Plasma Nutfah Tenera Aksesi Kamerun Yang ditanam

di Adolina

No.

Kode

Asal

Region

Dpl (m)

Tipe

Warna

Buah

1 CMR 032 T West

Fapdolop

(Bangoua)

3 1,190

Tenera

Nigrescens

2 CMR 047 T

North

west

Bamese

(Ndop)

3

497 Tenera

Nigrescens

3 CMR 102 T Littoral Kola

4

434 Tenera

Nigrescens

4 CMR 103 T Littoral Kola

4

434 Tenera

Nigrescens

5 CMR 001 T Centre

Nkong

Biyen

5

684 Tenera

Nigrescers

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Lampiran 3. Peta Percobaan AD 03 S dan AD 04 S KEBUN ADOLINA,

AFDELING III POHON INDUK PTP NUSANTARA IV

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Lampiran 4. Peta Zona Agroklimat Asal Aksesi Kamerun

Keterangan Zona Agroklimat:

Zona I

:

Sahelian Curah Hujan 500 mm/tahun.

Zona II

:

Savana Curah Hujan 1.200 mm/tahun.

Zona III

:

Plateau Curah Hujan 2.000 mm/tahun.

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Lampiran 5. Data Curah Hujan Unit Adolina PTPN IV 2009

–

2011

TAHUN

JAN

PEB

MAR

APR

MEI

JUN

JUMLAH

MM HH MM HH MM HH MM HH MM HH MM HH MM HH

2009

151

5

27

3

175

11

142

11

249

12

16

2

760

44 2010

106

12

88

4

75

7

86

3

192

7

120

10

667

43 2011

123

6

161

9

104

9

274

8

112

6

172

10

946

48 TAHUN

JUL

AGUST

SEPT

OKT

NOP

DES

JUMLAH

MM HH MM HH MM HH MM HH MM HH MM HH

MM

HH

2009

110

6

179

9

169

10

251

11

196

11

62

6

967

53 2010

211

7

235

11

135

8

127

7

422

15

191 10 1321 58

2011

125

6

101

10

70

7

109

7

177

12

134

14

716

56 Keterangan:

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Lampiran 6. Tabel Nilai Rerata Pengamatan 47 Aksesi Sumberdaya Genetik Asal Kamerun

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Lanjutan

(8)

Lanjutan

(9)

Lampiran 7. Tabel Hasil Analisa Sidik Ragam Antar Aksesi Plasma Nutfah

Kamerun

ANOVA

Sum of

Squares

df

Mean Square

F

Sig.

Tinggi Tanaman (cm) Region

642.763613

2 321.381806 11.15 0.0001

Error

1268.186060

44 28.822410

Total

1910.949673

46 Panjang Rachis (cm) Region

1252.245733

2 626.122867 7.50 0.0016

Error

3673.011287

44 83.477529

Total

4925.257020

46 PCS (cm2)

Region

4.93205542

2 2.46602771 7.47 0.0016

Error

14.52441479

44 0.33010034

Total

19.45647021

46 Jumlah Total Daun

Region

363.085740 2 181.542870 4.35 0.0189

Error

1837.665324

44 41.765121

Total

2200.751064

46 Leaf area (cm)

Region

0.38763223

2 0.19381611 15.17 <.0001

Error

0.56222560

44 0.01277785

Total

0.94985783

46 Klorofil a (mg/L)

Region

0.29014633

2 0.14507316

2.78 0.0731

Error

2.29777363

44 0.05222213

Total

2.58791996

46 Klorofil b (mg/L)

Region

0.27182438

2 0.13591219 3.01 0.0596

Error

1.98802617

44 0.04518241

Total

2.25985055

46

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Lampiran 8. Tabel Hasil Analisa Kesesuaian Data Metode KMO and

Bartlett's Test dan Tabel Anti-image Matrices

KMO and Bartlett's Test

Kaiser-Meyer-Olkin Measure of Sampling Adequacy.

0,754

Bartlett's Test of

Sphericity

Approx, Chi-Square

200,414

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Lampiran 9. Tabel Hasil Analisa Faktor Communalities and Component

Matrix

Communalities

Initial

Extraction

Tinggi Tanaman (cm)

1,000

0,584

Panjang Rachis (cm)

1,000

0,836

PCS (cm2)

1,000

0,658

Jumlah Total Daun

1,000

0,509

Leaf area (cm)

1,000

0,847

Klorofil a (mg/g)

1,000

0,944

Klorofil b (mg/g)

1,000

0,932

Extraction Method: Principal Component Analysis.

Component Matrix

a

Component

1

2 Tinggi Tanaman (cm)

0,754

-0,125

Panjang Rachis (cm)

0,902

-0,153

PCS (cm2)

0,741

-,0330

Jumlah Total Daun

0,709

-0,083

Leaf area (cm)

0,872

-0,292

Klorofil a (mg/g)

0,460

0,856

Klorofil b (mg/g)

0,472

0,843

Extraction Method: Principal Component

Analysis

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Lampiran 10, Tabel Hasil Analisa Faktor Rotated Component Matrix dan

Component Transformation Matrix

Rotated Component Matrix

a

Component

1

2 Tinggi Tanaman (cm)

0,747

0,161

Panjang Rachis (cm)

0,895

0,189

PCS (cm2)

0,811

-0,035

Jumlah Total Daun

0,690

0,184

Leaf area (cm)

0,919

0,049

Klorofil a (mg/g)

0,113

0,965

Klorofil b (mg/g)

0,129

0,957

Extraction Method: Principal Component Analysis,

Rotation Method: Varimax with Kaiser Normalization,

a, Rotation converged in 3 iterations,

Component Transformation Matrix

Component

1

2

1 0,930

0,368

2 -0,368

0,930

Extraction Method: Principal

Component Analysis,

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Lanjutan

Stage

Cluster Combined

Coefficients

Stage Cluster First

Appears

Stage

28

11

16 4,485

13

26

36

29

15

31 4,926

0

14

33

30

17

26 4,935

19

0

38

31

5

38 5,100

18

22

37

32

12

19 5,221

0

41

33

15

30 5,484

29

16

35

34

2

35 5,501

27

0

35

2

15 6,696

34

33

39

36

11

46 7,025

28

20

40

37

5

7 7,061

31

0

38

5

17 7,395

37

30

43

39

1

2 9,138

0

35

42

40

11

13 9,170

36

25

41

11

12 11,135

40

32

45

42

1

21 11,197

39

0

43

1

5 11,528

42

38

44

1

28 15,008

43

0

45

1

11 20,043

44

41

46

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Lampiran 14. Grafik Hubungan Antara Estimasi Berat Kering Daun (Leaf Dry

Weight dengan Kandungan Klorofil A

The regression equation is

Klorofil A (mg/L) = 2.337 + 0.2620 Leaf Dry Weight (kg)

S = 0.239232 R-Sq = 0.5% R-Sq(adj) = 0.0%

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Lampiran 15. Grafik Hubungan Antara Estimasi Berat Kering Daun (Leaf Dry

Weight dengan Kandungan Klorofil B

The regression equation is

Klorofil B (mg/L) = 0.8206 + 0.4188 Leaf Dry Weight (kg)

S = 0.222311 R-Sq = 1.6% R-Sq(adj) = 0.0%

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Lampiran 16. Grafik Hubungan Antara Estimasi Berat Kering Daun (Leaf Dry

Weight dengan Kandungan Klorofil Total

The regression equation is

Klorofil Total (mg/L) = 3.156 + 0.6806 Leaf Dry Weight (kg)

S = 0.448111 R-Sq = 1.0% R-Sq(adj) = 0.0%