Penggunaan Limbah Pertanian Sebagai Biofumigan untuk Mengendalikan Nematoda Puru Akar (Meloidogyne spp.) pada Tanaman Kentang

(1)

DAFTAR LAMPIRAN

Lampiran 1. Deskripsi Kentang Varietas Granola

Umur Tanaman

: ±100 hari

Tinggi Tanaman

: 60 cm

–

80 cm

Bentuk Daun

: Oval

Ujung Daun

: Runcing

Tepi Daun

: Rata

Permukaan Daun

: Berkerut

Bentuk Umbi

: Oval

Mata Umbi

: Agak dalam

Permukaan Kulit Umbi

: Halus

Warna Batang

: Hijau

Warna Daun

: Hijau

Warna Kulit Umbi

: Kuning

–

Putih

Warna Daging Umbi

: Kuning

Kualitas Umbi

: Baik

Hasil

: 10-30 ton/ha

Ketahanan Terhadap Penyakit : - Agak tahan terhadap PVA dan PVY

- Agak tahan terhadap PLRV

- Agak peka terhadap penyakit layu bakteri dan

busuk daun.

(2)

(3)

Lampiran 3. Data Pengamatan Tinggi Tanaman I

Perlakuan Ulangan Total Rataan I II III

K0 0 0 0 0 0

K1 0 0 0 0 0

K2 0 0 0 0 0

K3 0 0 0 0 0

K4 0 0 0 0 0

K5 0 0 0 0 0

K6 0 0 0 0 0

K7 0 0 0 0 0

K8 0 0 0 0 0

Total 0 0 0 0

Rataan 0 0 0 0

ANOVA

SK dB JK KT F Hitung F tabel 5%

F tabel 1% Ket Perlakuan 8 0 0 0 2,51 3,70 tn Galat 19 0 0

Total 27 0

FK = 0 KK = 0

Transformasi

K0 0,707107 0,707107 0,707107 2,12132 0,707107 K1 0,707107 0,707107 0,707107 2,12132 0,707107 K2 0,707107 0,707107 0,707107 2,12132 0,707107 K3 0,707107 0,707107 0,707107 2,12132 0,707107 K4 0,707107 0,707107 0,707107 2,12132 0,707107 K5 0,707107 0,707107 0,707107 2,12132 0,707107 K6 0,707107 0,707107 0,707107 2,12132 0,707107 K7 0,707107 0,707107 0,707107 2,12132 0,707107 K8 0,707107 0,707107 0,707107 2,12132 0,707107 Total 6,363961 6,363961 6,363961 19,09188

Rataan 0,707107 0,707107 0,707107 2,12132

ANOVA

(4)

Total 27 0

FK = 0 KK = 0

Lampirn 4. Data Pengamatan Tinggi Tanaman II

Rataan 0,272222 0,555556 0,083333 0,303704

ANOVA

K0 1,095445 0,707107 0,707107 2,509659 0,836553 K1 0,707107 1,118034 0,707107 2,532248 0,844083 K2 0,707107 0,707107 0,707107 2,12132 0,707107 K3 0,707107 0,707107 0,707107 2,12132 0,707107 K4 0,707107 0,707107 0,707107 2,12132 0,707107 K5 1,284523 1,581139 0,707107 3,572769 1,190923 K6 1,048809 0,707107 1,118034 2,87395 0,957983 K7 0,707107 1,414214 0,707107 2,828427 0,942809 K8 0,707107 1,118034 0,707107 2,532248 0,844083 Total 7,671418 8,766954 6,774888 23,21326

Rataan 0,85238 0,974106 0,752765 2,579251

(5)

KK = 9,80%

Lampiran 5. Data Pengamatan Tinggi Tanaman III

K0 1,6 0 0 1,6 0,533333 K1 0,6 1,6 1,15 3,35 1,116667 K2 0 0 1,1 1,1 0,366667 K3 0 0,75 0,6 1,35 0,45 K4 0,65 1,75 1,3 3,7 1,233333 K5 2,95 3,75 1,2 7,9 2,633333 K6 1,15 1 3,1 5,25 1,75

K7 0,8 3 1 4,8 1,6

K8 0 1,8 1,1 2,9 0,966667 Total 7,75 13,65 10,55 31,95

Rataan 0,861111 1,516667 1,172222 1,183333

ANOVA

SK dB JK KT F Hitung F tabel 5% F tabel 1% Ket Perlakuan 8 12,835 1,604375 1,965209 2,51 3,70 tn Galat 19 14,695 0,816389

Total 27 27,53

FK = 37,8075

KK = 76,35 %

Transformasi

K0 1,449138 0,707107 0,707107 2,863351 0,95445 K1 1,048809 1,449138 1,284523 3,78247 1,260823 K2 0,707107 0,707107 1,264911 2,679125 0,893042 K3 0,707107 1,118034 1,048809 2,87395 0,957983 K4 1,072381 1,5 1,341641 3,914021 1,304674 K5 1,857418 2,061553 1,30384 5,222811 1,740937 K6 1,284523 1,224745 1,897367 4,406635 1,468878 K7 1,140175 1,870829 1,224745 4,235749 1,411916 K8 0,707107 1,516575 1,264911 3,488593 1,162864 Total 9,973764 12,15509 11,33785 33,4667

Rataan 1,108196 1,350565 1,259762 3,718523

ANOVA

F tabel

1% Ket Perlakuan 8 1,874684 0,234335 2,015227 2,510158 3,705422 tn Galat 18 2,093084 0,116282

(6)

KK = 9,17%

Lampiran 6. Data Pengamatan Tinggi Tanaman IV

Rataan 2,238889 3,59444 3,138889 2,990741

ANOVA

K0 1,449138 0,707107 0,707107 2,863351 0,95445 K1 1,048809 1,449138 1,284523 3,78247 1,260823 K2 0,707107 0,707107 1,264911 2,679125 0,893042 K3 0,707107 1,118034 1,048809 2,87395 0,957983 K4 1,072381 1,5 1,341641 3,914021 1,304674 K5 1,857418 2,061553 1,30384 5,222811 1,740937 K6 1,284523 1,224745 1,897367 4,406635 1,468878 K7 1,140175 1,870829 1,224745 4,235749 1,411916 K8 0,707107 1,516575 1,264911 3,488593 1,162864 Total 9,973764 12,15509 11,33785 33,4667

Rataan 1,108196 1,350565 1,259762 3,718523

(7)

KK = 9,17%

Test: Duncan's

Significance Level: 0.05

Perlakuan

N

Subset for alpha = 0.05

1

2

3 K0

3 1,3463

K3

3 1,3871

K2

3 1,4465

1,4465

K8

3 1,7446

1,7446

K4

3 1,8724

1,8724

K1

3 1,9256

1,9256

K7

3 2,0589

2,0589

K6

3 2,1285

2,1285

K5

3 2,3879

(8)

Lampiran 7. Data Pengamatan Tinggi Tanaman V

Rataan 4,777778 6,56111 5,438889 5,592593

ANOVA

K0 1,870829 1,224745 1,322876 4,418449 1,472816 K1 1,870829 3,082207 2,179449 7,132485 2,377495 K2 1,910497 1,788854 2,179449 5,878801 1,9596 K3 1,732051 2,366432 1,897367 5,995849 1,998616 K4 2,236068 2,872281 2,469818 7,578167 2,526056 K5 3,201562 3,464102 2,291288 8,956952 2,985651 K6 2,783882 2,765863 3,354102 8,903847 2,967949 K7 2,645751 3,255764 2,738613 8,640128 2,880043 K8 1,962142 2,291288 2,915476 7,168905 2,389635 Total 20,21361 23,11154 21,34844 64,67358

(9)

KK = 5,87%

Test: Duncan's

Significance Level: 0.05

Perlakuan

N

Subset for alpha = 0.05

1

2

3 K0

3 1,4728

K2

3 1,9596

1,9596

K3

3 1,9986

1,9986

K1

3 2,3775

2,3775

K8

3 2,3896

2,3896

K4

3 2,5261

2,5261

K7

3 2,8800

K6

3 2,9679

K5

3 2,9857

Sig.

,165

,155

,133

(10)

Lampiran 8. Data Pengamatan Tinggi Tanaman VI

Rataan 8,222222 8,233333 7,794444 8,083333

ANOVA

K0 2,12132 1,284523 1,658312 5,064156 1,688052 K1 2,692582 3,464102 3,193744 9,350428 3,116809 K2 2,692582 2,258318 2,61725 7,568151 2,522717 K3 2,774887 2,167948 2,037155 6,979991 2,326664 K4 3,138471 3,449638 2,578759 9,166868 3,055623 K5 3,820995 3,535534 2,588436 9,944964 3,314988 K6 3,24037 3,309078 4,049691 10,59914 3,533047 K7 3,24037 3,507136 3,309078 10,05658 3,352195 K8 2,519921 2,738613 3,162278 8,420811 2,806937 Total 26,2415 25,71489 25,1947 77,15109

Rataan 2,915722 2,85721 2,799412 8,572344

(11)

KK = 4,72%

Test: Duncan's

Significance Level: 0.05

Perlakuan

N

Subset for alpha = 0.05

1

2

3

4 K0

3 1,6881

K3

3 2,3267

2,3267

K2

3 2,5227

2,5227

K8

3 2,8069

2,8069

K4

3 3,0556

3,0556

K1

3 3,1168

3,1168

K5

3 3,3150

K7

3 3,3522

K6

3 3,5330

(12)

Lampiran 9. Data Pengamatan Tinggi Tanaman VII

Rataan 10,82222 10,05 10,42778 10,43333

ANOVA

K0 2,345208 1,658312 2,097618 6,101138 2,033713 K1 3,316625 3,768289 3,549648 10,63456 3,544854 K2 3,201562 2,626785 3,255764 9,084111 3,028037 K3 3,464102 2,711088 2,673948 8,849138 2,949713 K4 3,577709 3,708099 2,810694 10,0965 3,365501 K5 4,153312 3,807887 3,278719 11,23992 3,746639 K6 3,354102 3,660601 4,266146 11,28085 3,760283 K7 3,674235 3,674235 3,788139 11,13661 3,712203 K8 2,889637 2,932576 3,521363 9,343576 3,114525 Total 29,97649 28,54787 29,24204 87,7664

Rataan 3,330721 3,171986 3,249116 9,751822

(13)

KK = 3,84%

Test: Duncan's

Significance Level: 0.05

Perlakuan

N

Subset for alpha = 0.05

1

2

3

4 K0

3 2,0337

K3

3 2,9497

K2

3 3,0280

3,0280

K8

3 3,1145

3,1145

K4

3 3,3655

3,3655

K1

3 3,5449

3,5449

K7

3 3,7122

3,7122

K5

3 3,7466

3,7466

K6

3 3,7603

(14)

Lampiran 10. Data Pengamatan Tinggi Tanaman VIII

Rataan 13,78333 11,18889 12,75 12,57407

ANOVA

K0 2,44949 1,897367 2,345208 6,692064 2,230688 K1 3,905125 3,943349 4,012481 11,86095 3,953651 K2 3,542598 2,673948 3,464102 9,680648 3,226883 K3 4,289522 3,041381 3,301515 10,63242 3,544139 K4 4,092676 3,840573 3,17805 11,1113 3,703766 K5 4,582576 3,98748 3,605551 12,17561 4,058536 K6 3,708099 3,937004 4,472136 12,11724 4,03908 K7 3,968627 3,741657 4,260282 11,97057 3,990189 K8 3,016621 3,082207 3,674235 9,773062 3,257687 Total 33,55533 30,14497 32,31356 96,01386

Rataan 3,72837 3,349441 3,590395 10,66821

(15)

KK = 3,91%

Test: Duncan's

Significance Level: 0.05

Perlakuan

N

Subset for alpha = 0.05

1

2

3 K0

3 2,2307

K2

3 3,2269

K8

3 3,2577

3,2577

K3

3 3,5441

3,5441

K4

3 3,7038

3,7038

K1

3 3,9537

3,9537

K7

3 3,9902

3,9902

K6

3 4,0391

K5

3 4,0585

(16)

Lampiran 11.Data Pengamatan Tinggi Tanaman IX

Rataan 16,15556 12,87222 14,04444 14,35741

ANOVA

K0 2,645751 2,258318 2,5 7,404069 2,468023 K1 4,147288 4,092676 4,242641 12,48261 4,160868 K2 3,905125 3,224903 3,549648 10,67968 3,559892 K3 4,939636 3,660601 3,72827 12,32851 4,109502 K4 4,318565 3,872983 3,535534 11,72708 3,909027 K5 4,769696 4,012481 3,8923 12,67448 4,224826 K6 3,924283 4,1833 4,527693 12,63528 4,211759 K7 4,387482 4,012481 4,213075 12,61304 4,204346 K8 3,162278 3,162278 3,774917 10,09947 3,366491 Total 36,2001 32,48002 33,96408 102,6442

Rataan 4,022234 3,608891 3,773786 11,40491

(17)

KK = 3,34%

Test: Duncan's

Significance Level: 0.05

Perlakuan

N

Subset for alpha = 0.05

1

2

3 K0

3 2,4680

K8

3 3,3665

K2

3 3,5599

3,5599

K4

3 3,9090

3,9090

K3

3 4,1095

K1

3 4,1609

K7

3 4,2043

K6

3 4,2118

K5

3 4,2248

(18)

Lampiran 12. Data Pengamatan Tinggi Tanaman X

K0 7,3 7,3 6,25 20,85 6,95 K1 17,5 17,85 18 53,35 17,78333 K2 17,4 11,85 12,5 41,75 13,91667 K3 24 15,5 15,25 54,75 18,25 K4 20,25 15,4 14,25 49,9 16,63333 K5 22,85 15,8 15,35 54 18 K6 16,4 18 20,5 54,9 18,3 K7 19,65 17 15,75 52,4 17,46667 K8 11,5 9,75 14 35,25 11,75 Total 156,85 128,45 131,85 417,15

Rataan 17,42778 14,27222 14,65 15,45

ANOVA

F tabel 1% Ket Perlakuan 8 365,0033 45,62542 5,468973 2,51 3,70 **

Galat 19 150,1667 8,342593 Total 27 515,17

FK = 6444,968

KK = 18,69%

Test: Duncan's

Significance Level: 0.05

Perlakuan

N

Subset for alpha = 0.05

1

2

3 K0

3 6,9500

K8

3 11,7500

11,7500

K2

3 13,9167

13,9167

K4

3 16,6333

16,6333

K7

3 17,4667

K1

3 17,7833

K5

3 18,0000

K3

3 18,2500

K6

3 18,3000

(19)

Lampiran 13. Data Pengamatan Tinggi Tanaman XI

K0 10,75 7,5 6,5 24,75 8,25 K1 18,25 19,25 18,25 55,75 18,58333 K2 18,05 14,25 13,85 46,15 15,38333 K3 25,15 17,25 16,95 59,35 19,78333 K4 21,2 15,5 15,5 52,2 17,4 K5 23,15 17,75 17,25 58,15 19,38333 K6 17,5 18,15 21,25 56,9 18,96667 K7 20 18 17,1 55,1 18,36667 K8 12,75 11,4 14,3 38,45 12,81667 Total 166,8 139,05 140,95 446,8

Rataan 18,53333 15,45 15,66111 16,54815

ANOVA

Galat 19 124,2517 6,90287 Total 27 474,2574

FK = 7393,713

KK = 15,87 %

Test: Duncan's

Significance Level: 0.05

Perlakuan

N

Subset for alpha = 0.05

1

2

3 K0

3 8,2500

K8

3 12,8167

K2

3 15,3833

15,3833

K4

3 17,4000

17,4000

K7

3 18,3667

K1

3 18,5833

K6

3 18,9667

K5

3 19,3833

K3

3 19,7833

(20)

Lampiran 15. Data Pengamatan Jumlah Daun I

K0 0 0 0 0 0

K1 0 0 0 0 0

K2 0 0 0 0 0

K3 0 0 0 0 0

K4 0 0 0 0 0

K5 0 0 0 0 0

K6 0 0 0 0 0

K7 0 0 0 0 0

K8 0 0 0 0 0

Total 0 0 0 0

Rataan 0 0 0 0

ANOVA

SK dB JK KT F Hitung F tabel 5% F tabel 1% Ket Perlakuan 8 0 0 0 2,51 3,70 tn Galat 19 0 0

Total 27 0

FK = 0

KK = 0

Transformasi

K0 0,707107 0,707107 0,707107 2,12132 0,707107 K1 0,707107 0,707107 0,707107 2,12132 0,707107 K2 0,707107 0,707107 0,707107 2,12132 0,707107 K3 0,707107 0,707107 0,707107 2,12132 0,707107 K4 0,707107 0,707107 0,707107 2,12132 0,707107 K5 0,707107 0,707107 0,707107 2,12132 0,707107 K6 0,707107 0,707107 0,707107 2,12132 0,707107 K7 0,707107 0,707107 0,707107 2,12132 0,707107 K8 0,707107 0,707107 0,707107 2,12132 0,707107 Total 6,363961 6,363961 6,363961 19,09188

Rataan 0,707107 0,707107 0,707107 2,12132

ANOVA

F tabel 1% Ket Perlakuan 8 0 0 2,510158 3,705422 tn

(21)

FK = 13,5

KK = 0

Lampiran 16. Data Pengamatan Jumlah Daun II

K0 1,414214 0,707107 0,707107 2,828427 0,942809 K1 0,707107 1,224745 0,707107 2,638958 0,879653 K2 0,707107 0,707107 0,707107 2,12132 0,707107 K3 0,707107 0,707107 0,707107 2,12132 0,707107 K4 0,707107 0,707107 0,707107 2,12132 0,707107 K5 0,707107 0,707107 0,707107 2,12132 0,707107 K6 1 0,707107 0,707107 2,414214 0,804738 K7 0,707107 1,414214 0,707107 2,828427 0,942809 K8 0,707107 1,224745 0,707107 2,638958 0,879653 Total 7,363961 8,106344 6,363961 21,83427

Rataan 0,818218 0,900705 0,707107 2,42603

(22)

KK = 10,10%

Lampiran 17. Data Pengamatan Jumlah Daun III

Rataan 0,611111 0,944444 0,388889 0,648148

ANOVA

K0 1,414214 0,707107 0,707107 2,828427 0,942809 K1 0,707107 1,581139 0,707107 2,995352 0,998451 K2 0,707107 0,707107 0,707107 2,12132 0,707107 K3 0,707107 0,707107 0,707107 2,12132 0,707107 K4 0,707107 0,707107 0,707107 2,12132 0,707107 K5 1,224745 1,414214 0,707107 3,346065 1,115355 K6 1,581139 1 1,414214 3,995352 1,331784 K7 1,224745 2,12132 1 4,346065 1,448688 K8 0,707107 1 1,414214 3,12132 1,04044 Total 8,980376 9,9451 8,071068 26,99654

Rataan 0,99782 1,105011 0,896785 2,999616

(23)

FK = 26,99309

KK = 11,77%

Lampiran 18. Data Pengamatan Jumlah Daun IV

K0 1,732051 0,707107 1 3,439158 1,146386 K1 0,707107 2,738613 0,707107 4,152826 1,384275 K2 0,707107 0,707107 2 3,414214 1,138071 K3 0,707107 1,414214 0,707107 2,828427 0,942809 K4 0,707107 1,414214 1,581139 3,702459 1,234153 K5 1,581139 2,236068 2,236068 6,053275 2,017758 K6 2 1,732051 2,12132 5,853371 1,951124 K7 2,12132 2,54951 1,732051 6,402881 2,134294 K8 0,707107 1,581139 1,732051 4,020296 1,340099 Total 10,97004 15,08002 13,81684 39,86691

Rataan 1,218894 1,675558 1,535205 4,429656

(24)

FK = 58,86557

KK = 13,56%

Lampiran 19. Data Pengamatan Jumlah Daun V

K0 1,870829 0,707107 1,224745 3,80268 1,26756 K1 1,732051 2,645751 2,345208 6,72301 2,241003 K2 2,12132 1,414214 2,44949 5,985024 1,995008 K8 1,732051 2,12132 2,915476 6,768847 2,256282 Total 18,8967 19,98782 20,74837 59,63289

Rataan 2,099633 2,220869 2,305374 6,625876

(25)

FK = 131,7067

KK = 7,22%

Test: Duncan's

Significance Level: 0.05

Perlakuan

N

Subset for alpha = 0.05

1

2

3 K0

3 1,2676

K3

3 1,6651

1,6651

K2

3 1,9950

1,9950

K1

3 2,2410

2,2410

K8

3 2,2563

2,2563

K6

3 2,5758

K5

3 2,5890

K4

3 2,6095

K7

3 2,6784

Sig.

,094

,181

,140

(26)

Lampiran 20. Data Pengamatan Jumlah Daun VI

K0 2,12132 1,870829 1,581139 5,573288 1,857763 K1 2,236068 2,828427 2,828427 7,892922 2,630974 K2 2,828427 1,732051 2,738613 7,299091 2,43303 K3 2,44949 1,870829 2 6,320318 2,106773 K4 2,54951 2,54951 3 8,09902 2,699673 K5 2,915476 3,162278 2,738613 8,816366 2,938789 K6 2,645751 2,738613 3,082207 8,466571 2,82219 K7 2,738613 3,24037 2,828427 8,80741 2,935803 K8 2,236068 2,345208 2,645751 7,227027 2,409009 Total 22,72072 22,33811 23,44318 68,50201

Rataan 2,524525 2,482013 2,604797 7,611335

(27)

KK = 4,23%

Test: Duncan's

Significance Level: 0.05

Perlakuan

N

Subset for alpha = 0.05

1

2

3 K0

3 1,8578

K3

3 2,1068

2,1068

K8

3 2,4090

2,4090

K2

3 2,4330

2,4330

K1

3 2,6310

2,6310

K4

3 2,6997

2,6997

K6

3 2,8222

K7

3 2,9358

K5

3 2,9388

(28)

Lampiran 21. Data Pengamatan Jumlah Daun VII

K0 4 4 4 12 4

K1 6 8,5 9 23,5 7,833333 K2 8 5 9 22 7,333333 K3 8,5 5,5 5,5 19,5 6,5 K4 7,5 6,5 9,5 23,5 7,833333 K5 9 9 8,5 26,5 8,833333

K6 9,5 7,5 10 27 9

K7 8 13 8,5 29,5 9,833333 K8 6,5 5,5 7 19 6,333333 Total 67 64,5 71 202,5

Rataan 7,444444 7,166667 7,888889 7,5

ANOVA

F tabel 1% Ket Perlakuan 8 73 9,125 3,691011 2,51 3,70 *

Galat 19 44,5 2,472222 Total 27 117,5

FK = 1518,75

KK = 20,96 %

Transformasi

K0 2,12132 2,12132 2,12132 6,363961 2,12132 K1 2,54951 3 3,082207 8,631717 2,877239 K2 2,915476 2,345208 3,082207 8,342891 2,780964 K3 3 2,44949 2,44949 7,898979 2,632993 K4 2,828427 2,645751 3,162278 8,636456 2,878819 K5 3,082207 3,082207 3 9,164414 3,054805 K6 3,162278 2,828427 3,24037 9,231075 3,077025 K7 2,915476 3,674235 3 9,589711 3,19657 K8 2,645751 2,44949 2,738613 7,833854 2,611285 Total 25,22045 24,59613 25,87648 75,69306

Rataan 2,802272 2,732903 2,875165 8,41034

ANOVA

(29)

FK = 212,2014

KK = 3,18%

Test: Duncan's

Significance Level: 0.05

Perlakuan

N

Subset for alpha = 0.05

1

2

3 K0

3 2,1213

K8

3 2,6113

K3

3 2,6330

K2

3 2,7810

2,7810

K1

3 2,8772

2,8772

K4

3 2,8788

2,8788

K5

3 3,0548

3,0548

K6

3 3,0770

3,0770

K7

3 3,1966

(30)

Lampiran 22. Data Pengamatan Jumlah Daun VIII

K0 5 3,5 5 13,5 4,5

K1 8 9 10 27 9

K2 8 3,5 9 20,5 6,833333 K3 10,5 6,5 8 25 8,333333 K4 7 9 8,5 24,5 8,166667 K5 10,5 9 8,5 28 9,333333 K6 10,5 8,5 10,5 29,5 9,833333 K7 11,5 13 10 34,5 11,5 K8 8 4 5,5 17,5 5,833333 Total 79 66 75 220

Rataan 8,777778 7,333333 8,333333 8,148148

ANOVA

Galat 19 48,5 2,694444

Total 27 158,4074

FK = 1792,593

KK = 20,14 %

Transformasi

K0 2,345208 2 2,345208 6,690416 2,230139 K1 2,915476 3,082207 3,24037 9,238053 3,079351 K2 2,915476 2 3,082207 7,997683 2,665894 K3 3,316625 2,645751 2,915476 8,877852 2,959284 K4 2,738613 3,082207 3 8,82082 2,940273 K5 3,316625 3,082207 3 9,398832 3,132944 K6 3,316625 3 3,316625 9,63325 3,211083 K7 3,464102 3,674235 3,24037 10,37871 3,459569 K8 2,915476 2,12132 2,44949 7,486286 2,495429 Total 27,24422 24,68793 26,58975 78,5219

Rataan 3,027136 2,743103 2,954416 8,724655

ANOVA

(31)

FK = 228,3358

KK = 3,45%

Test: Duncan's

Significance Level: 0.05

Perlakuan

N

Subset for alpha = 0.05

1

2

3

4 K0

3 2,2301

K8

3 2,4954

2,4954

K2

3 2,6659

2,6659

K4

3 2,9403

2,9403

K3

3 2,9593

2,9593

K1

3 3,0794

3,0794

K5

3 3,1329

3,1329

K6

3 3,2111

3,2111

K7

3 3,4596

(32)

Lampiran 23. Data Pengamatan Jumlah Daun IX

K0 5 3,5 4 12,5 4,166667 K1 9 9 9,5 27,5 9,166667 K2 9,5 5 8,5 23 7,666667 K3 10 7,5 10 27,5 9,166667 K4 12,5 8,5 8 29 9,666667 K5 12,5 8,5 10 31 10,33333 K6 9,5 12 9,5 31 10,33333 K7 11,5 10 9 30,5 10,16667 K8 7,5 4 5,5 17 5,666667 Total 87 68 74 229

Rataan 9,666667 7,555556 8,222222 8,481481

ANOVA

Galat 19 50,5 2,805556 Total 27 168,2407

FK = 1942,259

KK = 19,74 %

Test: Duncan's

Significance Level: 0.05

Perlakuan

N

Subset for alpha = 0.05

1

2

3 K0

3 4,1667

K8

3 5,6667

5,6667

K2

3 7,6667

7,6667

K1

3 9,1667

K3

3 9,1667

K4

3 9,6667

K7

3 10,1667

K5

3 10,3333

K6

3 10,3333

(33)

Lampiran 24. Data Pengamatan Jumlah Daun X

K0 4 4,5 3,5 12 4

K1 10 8,5 10,5 29 9,666667 K2 12 5,5 8 25,5 8,5 K3 11,5 10,5 11 33 11 K4 12,5 9,5 8,5 30,5 10,16667 K5 11,5 9 11 31,5 10,5

K6 9 8 10 27 9

K7 12,5 12 8 32,5 10,83333 K8 6,5 6 6,5 19 6,333333 Total 89,5 73,5 77 240

Rataan 9,944444 8,166667 8,555556 8,888889

ANOVA

F tabel 1% Ket Perlakuan 8 131 16,375 5,760586 2,51 3,70 **

Galat 19 51,16667 2,842593 Total 27 182,1667

FK = 2133,333

KK = 18,96 %

Test: Duncan's

Significance Level: 0.05

Perlakuan

N

Subset for alpha = 0.05

1

2

3 K0

3 4,0000

K8

3 6,3333

6,3333

K2

3 8,5000

8,5000

K6

3 9,0000

9,0000

K1

3 9,6667

K4

3 10,1667

K5

3 10,5000

K7

3 10,8333

K3

3 11,0000

(34)

Lampiran 25. Data Pengamatan Jumlah Daun XI

K0 6 4 4 14 4,666667 K1 10,5 9 12,5 32 10,66667 K2 12 8 9,5 29,5 9,833333 K3 11,5 9,5 13 34 11,33333

K4 12 8,5 6,5 27 9

K5 10,5 9 13,5 33 11

K6 7,5 9,5 10 27 9

K7 12,5 10 9 31,5 10,5 K8 5,5 5,5 6 17 5,666667 Total 88 73 84 245

Rataan 9,777778 8,111111 9,333333 9,074074

ANOVA

Galat 19 59,33333 3,296296 Total 27 194,3519

FK = 2223,148

KK = 20,0083 %

Transformasi

K0 2,54951 2,12132 2,12132 6,79215 2,26405 K1 3,316625 3,082207 3,605551 10,00438 3,334794 K2 3,535534 2,915476 3,162278 9,613288 3,204429 K3 3,464102 3,162278 3,674235 10,30061 3,433538 K4 3,535534 3 2,645751 9,181285 3,060428 K5 3,316625 3,082207 3,741657 10,14049 3,380163 K6 2,828427 3,162278 3,24037 9,231075 3,077025 K7 3,605551 3,24037 3,082207 9,928129 3,309376 K8 2,44949 2,44949 2,54951 7,448489 2,48283 Total 28,6014 26,21563 27,82288 82,6399

Rataan 3,177933 2,912847 3,091431 9,182211

ANOVA

(35)

Total 26 5,560983

FK = 252,939

KK = 3,09%

Test: Duncan's

Significance Level: 0.05

Perlakuan

N

Subset for alpha = 0.05

1

2 K0

3 2,2641

K8

3 2,4828

K4

3 3,0604

K6

3 3,0770

K2

3 3,2044

K7

3 3,3094

K1

3 3,3348

K5

3 3,3802

K3

3 3,4335

(36)

Lampiran 27. Data Pengamatan Panjang Akar

K0 10,35 16,1 12,5 38,95 12,98333333 K1 28,45 26,55 24,55 79,55 26,51666667 K2 29,7 23,1 20,65 73,45 24,48333333 K3 33,45 29,55 34,75 97,75 32,58333333 K4 27,7 31,8 21,2 80,7 26,9 K5 29,85 33,2 20 83,05 27,68333333 K6 22,2 40,05 37,45 99,7 33,23333333 K7 34,6 25,8 34,75 95,15 31,71666667 K8 27,7 15,5 16,35 59,55 19,85 Total 244 241,65 222,2 707,85

Rataan 27,11111111 26,85 24,68888889 78,65

ANOVA

SK dB JK KT F Hitung F tabel 5% F tabel 1% Ket Perlakuan 8 1024,158 128,019792 4,074492 2,51 3,70 ** Galat 18 565,5567 31,4198148

Total 26 1589,715

FK = 18557

KK = 7,127 %

Test: Duncan's

Significance Level: 0.05

Perlakuan

N

Subset for alpha = 0.05

1

2

3 K0

3 12,9833

K8

3 19,8500

19,8500

K2

3 24,4833

24,4833

K1

3 26,5167

26,5167

K4

3 26,9000

26,9000

K5

3 27,6833

27,6833

K7

3 31,7167

K3

3 32,5833

K6

3 33,2333

(37)

Lampiran 28. Data Pengamatan Berat Umbi

K0 5,56 1,685 3,195 10,44 3,48 K1 20,595 31,905 23,785 76,285 25,42833 K2 40,315 5,21 3,64 49,165 16,38833 K3 58,975 32,515 25,635 117,125 39,04167 K4 50,205 56,115 34,405 140,725 46,90833 K5 49,245 65,335 15,4 129,98 43,32667 K6 35,44 49,61 68,495 153,545 51,18167 K7 54,7 61,625 51,965 168,29 56,09667 K8 7,02 7,725 11,655 26,4 8,8 Total 322,055 311,725 238,175 871,955

Rataan 35,78389 34,63611 26,46389 96,88389

ANOVA

SK dB JK KT F Hitung F tabel 5% F tabel 1% Ket Perlakuan 8 8959,44 1119,931 5,42104 2,51 3,70 **

Galat 18 3718,61 206,5894 Total 26 12678,0

FK = 28159,46

KK = 14,83551 %

Test: Duncan's

Significance Level: 0.05

Perlakuan

N

Subset for alpha = 0.05

1

2

3

4 K0

3 3,4800

K8

3 8,8000

K2

3 16,3883

16,3883

K1

3 25,4283

25,4283

K3

3 39,0417

39,0417

K5

3 43,3267

43,3267

K4

3 46,9083

46,9083

K6

3 51,1817

51,1817

K7

3 56,0967

(38)

Lampiran 29. Data Pengamatan Berat Basah Tajuk

K0 3,03 3,475 2,265 8,77 2,923333 K1 11,655 13,28 14,83 39,765 13,255 K2 26,96 7,88 2,03 36,87 12,29 K3 34,09 26,26 26,735 87,085 29,02833 K4 28,1 22,87 2,37 53,34 17,78 K5 23,755 20,71 14,315 58,78 19,59333 K6 10,16 21,53 35,73 67,42 22,47333 K7 35,465 17,255 17,965 70,685 23,56167 K8 9,915 2,095 6,385 18,395 6,131667 Total 183,13 135,355 122,625 441,11

Rataan 20,34778 15,03944 13,625 16,33741

ANOVA

Total 26 3092,946

FK = 7206,594

KK = 53,44418 %

Transformasi

K0 1,878829 1,99374 1,662829 5,535399 1,845133 K1 3,486402 3,712142 3,915354 11,1139 3,704633 K2 5,240229 2,894823 1,590597 9,725649 3,241883 K3 5,881326 5,173007 5,218716 16,27305 5,42435 K4 5,347897 4,834253 1,694107 11,87626 3,958752 K5 4,924937 4,605432 3,849026 13,37939 4,459798 K6 3,264966 4,693613 6,019136 13,97771 4,659238 K7 5,997083 4,213668 4,297092 14,50784 4,835948 K8 3,227228 1,6109 2,623928 7,462057 2,487352 Total 39,2489 33,73158 30,87079 103,8513

Rataan 4,360988 3,747953 3,430087 11,53903

ANOVA

(39)

FK = 399,4476

KK = 9,77%

Test: Duncan's

Significance Level: 0.05

Perlakuan

N

Subset for alpha = 0.05

1

2

3 K0

3 1,8451

K8

3 2,4874

2,4874

K2

3 3,2419

3,2419

K1

3 3,7046

3,7046

K4

3 3,9588

3,9588

K5

3 4,4598

4,4598

K6

3 4,6592

K7

3 4,8359

K3

3 5,4243

(40)

Lampiran 30. Data Pengamatan Berat Kering Tajuk

K0 0,045 0,125 0,82 0,99 0,33 K1 1,755 1,75 1,745 5,25 1,75 K2 3,265 0,9 0,385 4,55 1,516667 K3 3,755 3,015 3,14 9,91 3,303333 K4 3,07 2,795 0,465 6,33 2,11 K5 2,675 2,25 1,48 6,405 2,135 K6 1,61 2,53 4,03 8,17 2,723333 K7 2,695 2,06 2,47 7,225 2,408333 K8 0,55 0,23 0,745 1,525 0,508333 Total 19,42 15,655 15,28 50,355

Rataan 2,157778 1,739444 1,697778 1,865

ANOVA

Total 26 36,24735

FK = 93,91208

KK = 46,5256

Transformasi

K0 0,738241 0,790569 1,148913 2,677723 0,892574 K1 1,501666 1,5 1,498332 4,499998 1,499999 K2 1,940361 1,183216 0,940744 4,064321 1,354774 K3 2,062765 1,874833 1,907878 5,845477 1,948492 K4 1,889444 1,815213 0,982344 4,687002 1,562334 K5 1,781853 1,658312 1,407125 4,84729 1,615763 K6 1,452584 1,74069 2,12838 5,321653 1,773884 K7 1,787456 1,6 1,723369 5,110825 1,703608 K8 1,024695 0,8544 1,115796 2,994891 0,998297 Total 14,17907 13,01723 12,85288 40,04918

Rataan 1,575452 1,446359 1,428098 4,449909

ANOVA

(41)

FK = 59,40507

KK = 6,54%

Test: Duncan's

Significance Level: 0.05

Perlakuan

N

Subset for alpha = 0.05

1

2

3

4 K0

3 ,8926

K8

3 ,9983

,9983

K2

3 1,3548

1,3548

K1

3 1,5000

1,5000

K4

3 1,5623

1,5623

K5

3 1,6158

1,6158

K7

3 1,7036

1,7036

K6

3 1,7739

1,7739

K3

3 1,9485

(42)

Lampiran 31. Data Pengamatan Berat Akar

K0 0,2 0,13 0,2 0,53 0,176667 K1 2,405 5,165 3,965 11,535 3,845 K2 3,755 0,905 0,535 5,195 1,731667 K3 6,955 2,97 4,63 14,555 4,851667 K4 4,77 7,55 1,445 13,765 4,588333 K5 5,26 8,595 1,27 15,125 5,041667 K6 4,41 8,11 15,65 28,17 9,39 K7 8,22 7,75 7,76 23,73 7,91 K8 2,97 1,435 1,83 6,235 2,078333 Total 38,945 42,61 37,285 118,84

Rataan 4,327222 4,734444 4,142778 4,401481

ANOVA

SK dB JK KT F Hitung F tabel 5% F tabel 1% Ket

Perlakuan 8 205,5783 25,69729 3,539509 2,510158 3,705422 * Galat 18 130,6823 7,260128

Total 26 336,2606

FK = 523,0721

KK = 61,21717

Transformasi

K0 0,83666 0,793725 0,83666 2,467045 0,822348 K1 1,704406 2,380126 2,113055 6,197587 2,065862 K2 2,062765 1,185327 1,017349 4,265442 1,421814 K3 2,730385 1,862794 2,26495 6,858129 2,286043 K4 2,295648 2,837252 1,394633 6,527533 2,175844 K5 2,4 3,015792 1,330413 6,746205 2,248735 K6 2,215852 2,93428 4,018706 9,168838 3,056279 K7 2,952965 2,872281 2,874022 8,699268 2,899756 K8 1,862794 1,391043 1,526434 4,78027 1,593423 Total 19,06147 19,27262 17,37622 55,71032

Rataan 2,117942 2,141402 1,930691 6,190035

ANOVA

(43)

Total 26 17,39039

FK = 114,9496

KK = 8,95%

Test: Duncan's

Significance Level: 0.05

Perlakuan

N

Subset for alpha = 0.05

1

2

3 K0

3 ,8223

K2

3 1,4218

1,4218

K8

3 1,5934

1,5934

K1

3 2,0659

2,0659

K4

3 2,1758

2,1758

K5

3 2,2487

2,2487

K3

3 2,2860

2,2860

K7

3 2,8998

K6

3 3,0563

(44)

Lampiran 32. Data Pengamatan Populasi Akhir

K0 746,5 605 498 1849,5 616,5

K1 353,5 522 507,5 1383 461

K2 626,5 444 452,5 1523 507,66667 K3 740 595,5 1225,5 2561 853,66667 K4 610,5 633,5 383,5 1627,5 542,5 K5 390,5 435 309,5 1135 378,33333 K6 304 392 797,5 1493,5 497,83333 K7 468,5 625,5 437,5 1531,5 510,5

K8 984,5 1224 638,5 2847 949

Total 5224,5 5476,5 5250 15951

Rataan 580,5 608,5 583,3333 590,77778

ANOVA

SK dB JK KT F Hitung F tabel 5% F tabel 1% Ket Perlakuan 8 853175 106646,9 2,882213 2,5101579 3,7054219 ** Galat 18 666031,2 37001,73

Total 26 1519206

FK = 9423496

KK = 32,56%

Transformasi

K0 27,3313 24,60691 22,32711 74,26532 24,75511 K1 18,81489 22,85826 22,53886 64,212 21,404 K2 25,03997 21,08317 21,2838 67,40693 22,46898 K3 27,21213 24,41311 35,01428 86,63952 28,87984 K4 24,71841 25,17936 19,59592 69,49369 23,16456 K5 19,77372 20,86864 17,60682 58,24917 19,41639 K6 17,44993 19,81161 28,24889 65,51043 21,83681 K7 21,65641 25,01999 20,92845 67,60485 22,53495 K8 31,38471 34,99286 25,27845 91,65602 30,55201 Total 213,3815 218,8339 212,8226 645,0379

Rataan 23,70905 24,31488 23,64695 71,67088

ANOVA

Galat 18 27,27422 1,515235 Total 26 78,19384

(45)

KK = 5,09%

Test: Duncan's

Significance Level: 0.05

Perlakuan

N

Subset

1

2

3 K5

3 378,3333

K1

3 461,0000

K6

3 497,8333

497,8333

K2

3 507,6667

507,6667

K7

3 510,5000

510,5000

K4

3 542,5000

542,5000

K0

3 616,5000

616,5000

K3

3 853,6667

853,6667

K8

3 949,0000

(46)

Lampiran 33. Data Pengamatan Faktor Reproduksi

K0 1,493 1,21 0,996 3,699 1,233 K1 0,707 1,044 1,015 2,766 0,922 K2 1,253 0,888 0,905 3,046 1,015333 K3 1,48 1,191 2,451 5,122 1,707333 K4 1,221 1,267 0,767 3,255 1,085 K5 0,781 0,87 0,619 2,27 0,756667 K6 0,608 0,784 1,595 2,987 0,995667 K7 0,937 1,251 0,875 3,063 1,021 K8 1,969 2,448 1,277 5,694 1,898 Total 10,449 10,953 10,5 31,902

Rataan 1,161 1,217 1,166667 1,181556

ANOVA

SK dB JK KT F Hitung F tabel 5% F tabel 1% Ket Perlakuan 8 3,4127 0,426588 2,882213 2,510158 3,705422 * Galat 18 2,664125 0,148007

Total 26 6,076825

FK = 37,69

KK = 32,56 %

Transformasi

K0 1,493 1,21 0,996 3,699 1,233 K1 0,707 1,044 1,015 2,766 0,922 K2 1,253 0,888 0,905 3,046 1,015333 K3 1,48 1,191 2,451 5,122 1,707333 K4 1,221 1,267 0,767 3,255 1,085 K5 0,781 0,87 0,619 2,27 0,756667 K6 0,608 0,784 1,595 2,987 0,995667 K7 0,937 1,251 0,875 3,063 1,021 K8 1,969 2,448 1,277 5,694 1,898 Total 10,449 10,953 10,5 31,902

Rataan 1,161 1,217 1,166667 3,544667

ANOVA

(47)

FK = 37,69

KK = 10,85%

Test: Duncan's

Significance Level: 0.05

Perlakuan

N

Subset

1

2

3 K5

3 ,7567

K1

3 ,9220

K6

3 ,9957

,9957

K2

3 1,0153

1,0153

K7

3 1,0210

1,0210

K4

3 1,0850

1,0850

K0

3 1,2330

1,2330

K3

3 1,7073

1,7073

K8

3 1,8980

(48)

Lampiran 34. Data Pengamatan Diameter Sebaran Akar

K0 3,95 6,25 3,65 13,85 4,616667 K1 9,35 9,45 14,5 33,3 11,1 K2 12,9 7,55 8,3 28,75 9,583333 K3 14 10,7 12,35 37,05 12,35 K4 10,8 10,1 5,35 26,25 8,75 K5 12,2 14,2 6,4 32,8 10,93333 K6 12,35 14,45 11,15 37,95 12,65 K7 13,45 11,3 9,7 34,45 11,48333 K8 10,4 6,3 6,6 23,3 7,766667 Total 99,4 90,3 78 267,7

Rataan 11,04444 10,03333 8,666667 9,914815

ANOVA

Total 26 274,5341

FK = 2654,196

KK = 25,72 %

Transformasi

K0 2,109502 2,598076 2,037155 6,744733 2,248244 K1 3,138471 3,154362 3,872983 10,16582 3,388605 K2 3,660601 2,837252 2,966479 9,464333 3,154778 K3 3,807887 3,34664 3,58469 10,73922 3,579739 K4 3,361547 3,255764 2,418677 9,035989 3,011996 K5 3,563706 3,834058 2,626785 10,02455 3,341516 K6 3,58469 3,866523 3,41321 10,86442 3,621474 K7 3,73497 3,435113 3,193744 10,36383 3,454609 K8 3,301515 2,607681 2,664583 8,573778 2,857926 Total 30,26289 28,93547 26,77831 85,97666

Rataan 3,362543 3,215052 2,975367 9,552963

ANOVA

(49)

FK = 273,7773

KK = 4,21%

Test: Duncan's

Significance Level: 0.05

Perlakuan

N

Subset for alpha = 0.05

1

2 K0

3 2,2482

K8

3 2,8579

2,8579

K4

3 3,0120

K2

3 3,1548

K5

3 3,3415

K1

3 3,3886

K7

3 3,4546

K3

3 3,5797

K6

3 3,6215

(50)

Lampiran 35. Data Pengamatan Jumlah Puru

K0 14 53 41 108 36

K1 15,5 31,5 7 54 18 K2 9,5 8,5 10 28 9,33333333 K3 10,5 5,5 14,5 30,5 10,1666667 K4 8,5 14,5 8,5 31,5 10,5 K5 10,5 9,5 7,5 27,5 9,16666667 K6 19,5 8 18 45,5 15,1666667 K7 34,5 13 8 55,5 18,5 K8 89 34,5 33,5 157 52,3333333 Total 211,5 178 148 537,5

Rataan 23,5 19,7777778 16,4444444 19,9074074

ANOVA

Total 26 8917,019

FK = 10700,23

KK = 71,72 %

Transformasi

K0 3,807887 7,314369 6,442049 17,56431 5,854768 K1 4 5,656854 2,738613 12,39547 4,131822 K2 3,162278 3 3,24037 9,402648 3,134216 K3 3,316625 2,44949 3,872983 9,639098 3,213033 K4 3 3,872983 3 9,872983 3,290994 K5 3,316625 3,162278 2,828427 9,30733 3,102443 K6 4,472136 2,915476 4,301163 11,68877 3,896258 K7 5,91608 3,674235 2,915476 12,50579 4,168597 K8 9,460444 5,91608 5,830952 21,20748 7,069159 Total 40,45207 37,96176 35,17003 113,5839

Rataan 4,494675 4,217974 3,907781 12,62043

ANOVA

(51)

Total 26 73,17423

FK = 477,8258

KK = 9,80%

Test: Duncan's

Significance Level: 0.05

Perlakuan

N

Subset for alpha = 0.05

1

2

3 K5

3 3,1024

K2

3 3,1342

K3

3 3,2130

K4

3 3,2910

K6

3 3,8963

3,8963

K1

3 4,1318

4,1318

K7

3 4,1686

4,1686

K0

3 5,8548

5,8548

K8

3 7,0692

(52)

Lampiran 38. Data Perhitungan Keparahan Penyakit

K0 18,92857 22,51462 29,25 70,69319 23,5644 K1 13,66071 10,681 3,869048 28,21077 9,403588 K2 4,62963 7,403846 10,21978 22,25326 7,417752 K3 8,529412 5,784615 6,590909 20,90494 6,968312 K4 8,416667 5,150502 4,880952 18,44812 6,149374 K5 4,166667 3,238771 4,230769 11,63621 3,878736 K6 9,494048 2,912088 5,775463 18,1816 6,060533 K7 10,18293 4,064712 2,871622 17,11926 5,70642 K8 29,375 18 19,66033 67,03533 22,34511 Total 107,3836 79,75016 87,34887 274,4827

Rataan 11,93151 8,861129 9,70543 10,16602

ANOVA

Total 26 1577,174

FK = 2790,397

KK = 37,48 %

Transformasi

K0 4,407785 4,797356 5,454356 14,6595 4,886499 K1 3,763072 3,343801 2,090227 9,1971 3,0657 K2 2,264869 2,811378 3,274108 8,350354 2,783451 K3 3,004898 2,506914 2,662876 8,174688 2,724896 K4 2,986079 2,377078 2,319688 7,682845 2,560948 K5 2,160247 1,93359 2,175033 6,26887 2,089623 K6 3,161336 1,847184 2,505087 7,513608 2,504536 K7 3,268475 2,136519 1,836198 7,241191 2,41373 K8 5,465803 4,301163 4,490025 14,25699 4,75233 Total 30,48256 26,05498 26,8076 83,34514