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

  

Lampiran 1. Daftar Plasma Nutfah Dura Aksesi Kamerun Yang ditanam di

Adolina

  23 CMR 053 D Centre Nkola Famba 5 697 Dura Nigrescens

  16 CMR 004 D East Nkolessong 4 570 Dura Nigrescens

  17 CMR 005 D East Fioh c 5 585 Dura Nigrescens

  18 CMR 015 D East Yokadouma 5 490 Dura Nigrescens

  19 CMR 018 D East Bangue 5 370 Dura Nigrescens

  20 CMR 020 D East Salapoumbe 5 470 Dura Nigrescens

  21 CMR 024 D East Banana 5 330 Dura Nigrescens

  22 CMR 025 D East Zoulabot Nouveau 5 475 Dura Virescens

  23 CMR 027 D Centre Famnasi 5 360 Dura Nigrescens

  24 CMR 052 D Centre Nkombass 5 665 Dura Nigrescens

  26 CMR 054 D Centre Otomessan 5 671 Dura Virescens

  14 CMR 098 D Littoral Barehock 4 844 Dura Nigrescens

  27 CMR 055 D East Miang II 5 684 Dura Nigrescens

  28 CMR 056 D East Miang II 5 684 Dura Nigrescens

  29 CMR 057 D East Miang II 5 684 Dura Nigrescens

  30 CMR058 D East Lomie 5 630 Dura Nigrescens

  31 CMR 062 D East Lomie 5 630 Dura Nigrescens

  32 CMR 067 D Centre Biyem I 5 680 Dura Nigrescens

  33 CMR 068 D Centre Biyem I 5 680 Dura Nigrescens

  34 CMR 072 D Centre Yoko 5 981 Dura Nigrescens

  35 CMR 076 D Centre Okpeng Ovogo 5 613 Dura Nigrescens

  36 CMR 077 D Centre Okpeng Ovogo 5 613 Dura Virescens

  15 CMR 099 D Littoral Barehock 4 949 Dura Nigrescens

  41 Dura Nigrescens

  No. Kode Asal Region Dpl (m) Tipe Warna

  Baba I 3 496 Dura Nigrescens

  Buah

  1 CMR 036 D West Magba 3 630 Dura Nigrescens

  2 CMR 039 0 West Koutaba (Leproserie) 3 1,125 Dura Nigrescens

  3 CMR 041 D West Batie-Col 3 1,170 Dura Nigrescens

  4 CMR 042 D West Badja-Bawang 3 1,100 Dura Nigrescens

  5 CMR 044 D West Kekem (Ndjibong

  II) 3 710 Dura Nigrescens

  6 CMR 045 D West Bamena 3 697 Dura Nigrescens

  7 CMR 048 D North West

  8 CMR 093 D North West

  4

  Mbunjei 3 1,164 Dura Nigrescens

  9 CMR 096 D West Nkambo 3 736 Dura Nigrescens

  10 CMR 097 D West Nkambo 3 736 Dura Nigrescens

  11 CMR 080 D South Kribi

  4

  9 Dura Nigrescens

  12 CMR 081 D South Kribi

  4

  9 Dura Nigrescens

  13 CMR 086 D Littoral Monggoule II

  37 CMR 079 D South Mvila Yemissem 5 600 Dura Nigrescens

  

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

  6 CMR 023 T East Maloundou 5 275 Tenera Nigrescers

  7 CMR 028 T Centre Ballong I 5 400 Tenera Nigrescens

  8 CMR 073 T Centre Efok 5 580 Tenera Nigrescens

  9 CMR 074 T Centre Efok 5 580 Tenera Nigrescens

  10 CMR 075 T Centre Efok 5 580 Tenera Nigrescens

  Lampiran 3. Peta Percobaan AD 03 S dan AD 04 S KEBUN ADOLINA, AFDELING III POHON INDUK PTP NUSANTARA IV TAHUN TANAM DESEMBER 2010

  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. Zona IV : Hutan Hujan Monomodal Curah Hujan 3.000 mm/tahun. Zona V : Hutan Hujan Bimodal Curah Hujan 1.600 mm/tahun.

  Lampiran 5. Data Curah Hujan Unit Adolina PTPN IV 2009 – 2011 TAHUN JAN PEB MAR APR MEI JUN JUMLAH

  86 3 192 7 120 10 667

  70

7 109

7 177 12 134 14 716

  10

  53 2010 211 7 235 11 135

8 127

7 422 15 191 10 1321 58 2011 125 6 101

  62 6 967

  11

  2009 110 6 179 9 169

10 251

11 196

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

  48 TAHUN JUL AGUST SEPT OKT NOP DES JUMLAH

  43 2011 123 6 161 9 104

9 274

8 112 6 172 10 946

  7

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

  75

  4

  88

  12

  44 2010 106

  16 2 760

  12

  27 3 175

11 142

11 249

  5

  2009 151

  56 Keterangan: MM = Millimeter (Volume) HH = Hari Hujan

  

56

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

  Cultivar Region tinggi tanaman jumlah daun fronds panjang rachis

  (cm) petiola (cm) L petiola

  (cm) T pcs (cm2) jumlah anak daun 1 sisi jumlah total daun anak daun

  (cm) P anak daun

  (cm) L leaf area

  (cm) total leaf area leaf area index

  130 klorofil a

  (mg/L) klorofil b

  (mg/L) klorofil total

  (mg/L) CMR1 5 61,43 38,33 151,52 27,15 16,85 4,58 72,40 144,80 47,89 3,07 1,11 43,23 0,56 2,87 1,44 4,30 CMR4 5 52,55 33,80 150,75 28,75 16,90 4,92 77,75 155,50 45,02 2,96 1,06 36,08 0,47 2,50 1,02 3,51 CMR5 5 63,10 35,40 148,40 29,90 18,00 5,51 80,20 160,40 46,82 2,91 1,12 40,37 0,52 1,70 0,61 2,32

  CMR15 5 61,65 36,60 153,05 26,65 17,30 4,62 81,10 162,20 43,43 2,66 0,97 35,90 0,47 2,56 1,14 3,70 CMR18 5 70,25 38,20 172,25 28,50 18,90 5,42 78,00 156,00 49,63 2,98 1,19 45,72 0,59 2,35 0,88 3,23 CMR20 5 62,45 38,60 157,50 28,45 18,95 5,44 75,50 151,00 49,77 2,63 1,01 39,31 0,51 2,69 1,33 4,02 CMR23 5 69,40 37,00 180,55 29,85 17,75 5,30 82,70 165,40 53,19 3,05 1,39 51,52 0,67 2,27 0,96 3,22 CMR24 5 58,90 37,80 155,30 26,85 16,40 4,40 78,25 156,50 48,68 2,84 1,12 42,77 0,56 2,61 1,19 3,79 CMR25 5 64,45 38,20 166,80 29,85 20,75 6,19 82,25 164,50 50,63 2,67 1,15 44,29 0,58 2,37 0,94 3,31 CMR27 5 64,05 38,60 166,65 29,75 19,65 5,86 79,25 158,50 51,49 2,95 1,24 48,41 0,63 2,41 1,04 3,44 CMR28 5 70,79 39,74 165,61 31,78 19,86 6,35 80,05 160,10 55,08 2,86 1,30 52,09 0,68 2,54 1,10 3,64 CMR32 3 72,37 40,20 175,53 33,19 20,69 6,88 86,82 173,63 49,85 3,09 1,38 55,55 0,72 2,92 1,69 4,62 CMR36 3 70,70 40,45 167,35 29,95 19,40 5,83 78,20 156,40 50,78 3,03 1,24 50,21 0,65 2,81 1,42 4,22 CMR39 3 73,25 37,75 166,70 29,40 17,95 5,32 79,60 159,20 50,35 2,94 1,22 46,68 0,61 2,82 1,72 4,53 CMR41 3 70,36 36,56 146,67 29,00 19,21 5,58 75,72 151,44 49,59 3,21 1,24 46,11 0,60 2,44 1,05 3,49 CMR42 3 68,35 38,20 172,52 33,29 20,93 6,97 84,54 169,08 52,18 3,13 1,41 54,23 0,71 2,75 1,25 4,01 CMR44 3 70,60 38,20 168,10 28,60 18,00 5,16 81,90 163,80 50,98 2,91 1,25 47,77 0,62 2,56 1,09 3,65 CMR45 3 74,80 37,80 176,00 30,55 20,20 6,19 82,45 164,90 51,93 3,12 1,37 51,84 0,67 2,61 1,14 3,75 CMR47 3 75,50 39,00 190,50 33,15 20,70 6,87 84,35 168,70 55,05 3,02 1,44 56,28 0,73 2,83 1,38 4,21

  Universitas Sumatera Utara Cultivar Region tinggi tanaman jumlah daun fronds panjang rachis

  (cm) petiola (cm) L petiola

  (cm) T pcs (cm2) jumlah anak daun 1 sisi jumlah total daun anak daun

  (cm) P anak daun

  (cm) L leaf area

  (cm) total leaf area leaf area index

  130 klorofil a

  (mg/L) klorofil b

  (mg/L) klorofil total

  (mg/L) CMR48 3 69,55 39,91 178,21 30,77 18,39 5,67 85,50 171,00 53,43 3,10 1,46 58,04 0,75 2,69 1,26 3,95 CMR52 5 51,30 36,10 156,35 29,95 18,95 5,69 74,90 149,80 47,65 2,75 1,02 37,89 0,49 2,23 0,87 3,10 CMR53 5 59,60 37,40 157,35 28,35 17,75 5,03 80,50 161,00 48,82 2,85 1,16 43,69 0,57 2,49 1,11 3,59 CMR54 5 65,45 38,25 150,65 28,20 17,50 4,92 77,65 155,30 49,71 2,77 1,10 42,39 0,55 2,44 1,30 3,73 CMR55 5 57,50 32,35 162,45 26,90 17,45 4,70 79,60 159,20 46,63 2,94 1,13 37,40 0,49 2,77 1,40 4,17 CMR56 5 60,05 37,65 154,10 28,60 17,30 4,99 78,35 156,70 47,63 2,87 1,10 41,77 0,54 2,56 1,06 3,62 CMR57 5 72,70 40,60 163,75 28,50 17,25 4,93 85,80 171,60 51,33 2,66 1,20 48,75 0,63 2,34 0,90 3,24 CMR58 5 64,15 37,80 163,45 29,60 19,50 5,78 77,45 154,90 51,08 3,04 1,23 46,79 0,61 2,36 0,92 3,28 CMR62 5 52,37 35,89 154,53 29,37 17,73 5,27 84,06 168,12 45,92 2,69 1,07 38,85 0,51 2,79 1,44 4,23 CMR67 5 61,25 37,80 147,90 27,55 18,50 5,12 78,05 156,10 42,45 2,79 0,95 36,50 0,47 2,68 1,11 3,79 CMR68 5 72,65 39,00 157,00 27,80 17,00 4,73 77,35 154,70 45,88 2,87 1,05 41,38 0,54 2,68 1,28 3,96 CMR72 5 64,15 35,90 156,70 30,50 17,75 5,41 77,70 155,40 48,46 2,89 1,12 40,30 0,52 2,26 0,89 3,15 CMR73 5 65,36 38,42 159,83 26,31 17,34 4,57 73,94 147,89 47,56 2,94 1,07 41,37 0,54 2,42 0,94 3,36 CMR74 5 56,48 35,62 156,38 28,57 16,73 4,78 76,86 153,72 49,45 2,56 1,00 36,54 0,47 2,35 0,96 3,31 CMR75 5 63,15 39,80 154,75 26,85 16,20 4,35 76,00 152,00 47,98 2,89 1,08 43,05 0,56 2,71 1,30 4,00 CMR76 5 57,20 37,80 145,00 27,00 15,60 4,21 74,50 149,00 47,48 2,71 0,98 36,95 0,48 2,50 1,06 3,55 CMR77 5 69,45 39,80 162,30 28,35 18,00 5,10 82,75 165,50 50,38 2,97 1,27 51,01 0,66 2,73 1,13 3,86 CMR79 4 65,90 38,05 158,00 28,60 17,25 4,95 76,55 153,10 48,18 2,89 1,11 42,77 0,56 2,36 0,91 3,27 CMR80 4 64,55 35,40 156,90 28,50 18,95 5,43 74,90 149,80 51,32 3,46 1,38 49,58 0,64 2,13 0,84 2,98

57 Lanjutan

  Universitas Sumatera Utara Cultivar Region tinggi tanaman jumlah daun fronds panjang rachis

  (cm) petiola (cm) L petiola

  (cm) T pcs (cm2) jumlah anak daun 1 sisi jumlah total daun anak daun

  (cm) P anak daun

  (cm) L leaf area

  (cm) total leaf area leaf area index

  130 klorofil a

  (mg/L) klorofil b

  (mg/L) klorofil total

  (mg/L) CMR81 4 66,15 39,45 165,95 31,10 19,10 5,94 79,05 158,10 49,96 3,26 1,33 52,82 0,69 2,04 0,93 2,97 CMR86 4 67,76 37,71 165,90 28,74 18,78 5,41 78,31 156,61 48,96 3,08 1,22 46,20 0,60 2,72 1,26 3,98 CMR93 3 65,55 40,20 173,90 30,65 19,05 5,84 85,00 170,00 53,61 3,08 1,44 57,87 0,75 2,62 1,14 3,76 CMR96 3 66,91 40,00 157,08 30,54 18,51 5,65 80,55 161,10 50,74 2,85 1,19 47,80 0,62 2,47 1,03 3,50 CMR97 3 71,20 39,00 162,75 27,30 16,95 4,63 78,55 157,10 51,01 2,64 1,09 42,62 0,55 2,50 1,01 3,50 CMR98 4 63,22 36,91 160,30 27,82 18,01 5,02 84,58 169,16 47,69 3,00 1,24 46,43 0,60 2,63 1,27 3,90 CMR99 4 66,98 38,56 163,15 30,30 18,24 5,53 82,42 164,84 47,39 2,96 1,19 46,16 0,60 2,52 1,10 3,62

  CMR102 4 78,22 36,56 178,78 29,78 18,61 5,55 80,94 161,89 55,06 2,92 1,35 49,70 0,65 2,80 1,40 4,20 CMR103 4 79,10 37,00 184,75 30,30 19,35 5,87 79,30 158,60 57,20 3,24 1,52 56,78 0,74 2,70 1,21 3,91

58 Lanjutan

  Universitas Sumatera Utara

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

ANOVA

  Sum of Squares df Mean Square F Sig.

642.763613

2 321.381806 11.15 0.0001 Tinggi Tanaman (cm) Region

  Error 1268.186060 44 28.822410 Total 1910.949673 46 1252.245733

  2 626.122867 7.50 0.0016 Panjang Rachis (cm) Region Error 3673.011287 44 83.477529 Total 4925.257020

  46 Region 4.93205542 2 2.46602771 7.47 0.0016 PCS (cm2) Error 14.52441479 44 0.33010034 Total 19.45647021

  46 Region 363.085740 2 181.542870 4.35 0.0189 Jumlah Total Daun Error 1837.665324 44 41.765121 Total 2200.751064

  46 Region 0.38763223 2 0.19381611 15.17 <.0001 Leaf area (cm) Error 0.56222560 44 0.01277785 Total 0.94985783

  46 Region 0.29014633 2 0.14507316 2.78 0.0731 Klorofil a (mg/L) Error 2.29777363 44 0.05222213 Total 2.58791996

  46 Region 0.27182438 2 0.13591219 3.01 0.0596 Klorofil b (mg/L) Error 1.98802617 44 0.04518241 Total 2.25985055

  46

  

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 Approx, Chi-Square 200,414 Sphericity df

  21 Sig. 0,000

Anti-image Matrices

  Tinggi Jumlah Panjang PCS Leaf area Klorofil Klorofil b

  Tanaman Total Rachis (cm) (cm2) (cm) a (mg/g) (mg/g)

  (cm) Daun Tinggi Tanaman

  0,481 -0,112 0,039 0,067 -0,102 -0,001 -0,014 (cm) Panjang Rachis

• 0,112 0,248 -0,066 -0,086 -0,121 -0,053 0,033 (cm) PCS (cm2) 0,039 -0,066 0,482 -0,085 -0,115 0,047 -0,035

  Anti-image Covariance Jumlah Total

  0,067 -0,086 -0,085 0,607 -0,057 -0,009 -0,016 Daun Leaf area (cm) -0,102 -0,121 -0,115 -0,057 0,255 0,030 -0,017 Klorofil a (mg/g) -0,001 -0,053 0,047 -0,009 0,030 0,198 -0,177 Klorofil b (mg/g) -0,014 0,033 -0,035 -0,016 -0,017 -0,177 0,207 Tinggi Tanaman _a

  0,861 -0,324 0,081 0,125 -0,293 -0,004 -0,044 (cm) Panjang Rachis _a

• 0,324 0,802 -0,192 -0,222 -0,481 -0,239 0,146 (cm)
_a PCS (cm2) 0,081 -0,192 0,864 -0,156 -0,327 0,153 -0,112

  Anti-image Correlation Jumlah Total _a

  0,125 -0,222 -0,156 0,909 -0,144 -0,027 -0,046 Daun _a

  Leaf area (cm) -0,293 -0,481 -0,327 -0,144 0,806 0,133 -0,074 _a Klorofil a (mg/g) -0,004 -0,239 0,153 -0,027 0,133 0,537 -0,878 _a Klorofil b (mg/g) -0,044 0,146 -0,112 -0,046 -0,074 -0,878 0,555

a. Measures of Sampling Adequacy(MSA)

  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 a.

  2 components extracted,,

  Lampiran 10, Tabel Hasil Analisa Faktor Rotated Component Matrix dan Component Transformation Matrix a Rotated Component Matrix 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, Rotation Method: Varimax with Kaiser Normalization,

  Lampiran 11, Tabel Hasil Analisa Gerombol Proximities dan Pautan Rata – Rata (Antar Kelompok) Tabel Proximities Case Processing Summary a Cases Valid Missing Total

  18

  36

  46 47 3,153

  20

  30

  11

  17 44 3,042

  19

  31

  12

  5 9 2,911

  23

  2 4 3,244

  8

  8 23 2,661

  17

  33

  30 43 2,660

  16

  21

  2

  9

  2 22 2,547

  15

  21

  15

  4

  25

  24

  21

  2 6 4,426

  27

  28

  6

  16 20 4,171

  26

  40

  7

  13 14 4,111

  27

  10

  23

  6 8 3,853

  24

  24

  17

  8 24 3,642

  23

  31

  38 39 3,327

  22

  27

  29

  31 32 2,371

  N Percent N Percent N Percent 47 100,0% 0,0% 47 100,0%

  2

  17 36 1,023

  5

  14

  31 37 0,931

  4

  11

  42 45 0,812

  3

  15

  22 25 0,807

  12

  6

  10 27 0,705

  1

  2

  1 Cluster

  2 Cluster

  1 Cluster

  Stage Cluster

  Appears Next

  Coefficients Stage Cluster First

  Stage Cluster Combined

  Average Linkage (Between Groups) Agglomeration Schedule

  11

  20 41 1,040

  14

  11

  28

  11 18 2,272

  13

  18

  1

  9 10 2,249

  12

  19

  3

  5

  17 42 2,147

  21

  26

  4 29 1,883

  10

  15

  2 33 1,395

  9

  17

  8 34 1,365

  8

  25

  13 40 1,302

  7

  34 Lanjutan

  Stage Cluster Combined Coefficients Stage Cluster First

  42

  40

  11 12 11,135

  41

  41

  25

  36

  11 13 9,170

  40

  35

  45

  1 2 9,138

  39

  43

  30

  37

  5 17 7,395

  38

  38

  32

  42

  5 7 7,061

  43

  1 3 27,624

  46

  46

  41

  44

  1 11 20,043

  45

  45

  1 28 15,008

  1 21 11,197

  44

  44

  38

  42

  1 5 11,528

  43

  43

  39

  31

  37

  Appears Next

  33

  22

  18

  5 38 5,100

  31

  38

  19

  17 26 4,935

  30

  14

  32

  15 31 4,926

  29

  36

  26

  13

  11 16 4,485

  28

  Stage

  37

  12 19 5,221

  40

  35

  20

  28

  11 46 7,025

  36

  39

  33

  34

  2 15 6,696

  35

  41

  27

  2 35 5,501

  34

  35

  16

  29

  15 30 5,484

  33

  45

65 Lampiran 12, Grafik Hasil Aglomerative Icicle Plotting

  Universitas Sumatera Utara

  

66

Lampiran 13, Tabel Out Put Proximity Matriks Jarak Kuadrat Euclidean Hasil Analisis Cluster (Gerombol) 47 Aksesi Kamerun Universitas Sumatera Utara

67 Lanjutan

  Universitas Sumatera Utara

68 Lanjutan

  Universitas Sumatera Utara

  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% Analysis of Variance Source DF SS MS F P Regression 1 0.01390 0.0138982 0.24 0.625 Error 45 2.57544 0.0572319 Total 46 2.58933

  2.8

  K lo ro fi l A ( m g / L ) Fitted Line Plot Klorofil A (mg/L) = 2.337 + 0.2620 Leaf Dry Weight (kg)

  1.8

  2.0

  2.2

  2.4

  2.6

  3.0

1.6 Leaf Dry Weight (kg)

  0.95

  0.60

  0.65

  0.70

  

0.75

  0.80

  0.85

  0.90

  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% Analysis of Variance Source DF SS MS F P Regression 1 0.03551 0.0355121 0.72 0.401 Error 45 2.22399 0.0494220 Total 46 2.25950

  0.95

  0.90

  0.85

  0.80

  

0.75

  0.70

  0.65

  0.60

  1.75

  1.50

  1.25

  1.00

  0.75

  K lo ro fi l B ( m g / L ) Fitted Line Plot Klorofil B (mg/L) = 0.8206 + 0.4188 Leaf Dry Weight (kg)

0.50 Leaf Dry Weight (kg)

  Lampiran 16. Grafik Hubungan Antara Estimasi Berat Kering Daun (Leaf Dry Weight dengan Kandungan Klorofil Total Fitted Line Plot Klorofil Total (mg/L) = 3.156 + 0.6806 Leaf Dry Weight (kg)

  4.5 )

4.0 L

  / g (m l

  3.5 ta o T l fi

  3.0 ro lo K

  2.5

  2.0

  0.60

  0.65

  0.70

  

0.75

  0.80

  0.85

  0.90

  0.95 Leaf Dry Weight (kg) 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% Analysis of Variance Source DF SS MS F P Regression 1 0.09378 0.093778 0.47 0.498 Error 45 9.03617 0.200804 Total 46 9.12995