Keragaan Fenotipe Berdasarkan Karakter Agronomi Pada Generasi F2 Beberapa Varietas Kedelai (Glycine max L. Merril.)
Lampiran 1. Deskripsi Varietas Kedelai
Varietas Anjasmoro
Nama varietas
Kategori
SK
Tahun
Tetua
Potensi hasil
Nomor galur
Warna Hipokotil
Warna epikotil
Warna daun
Warna Bulu
Warna Bunga
Warna polong masak
Warna kulit biji
Warna Hilum
Tipe tumbuh
Bentuk Daun
Ukuran daun
Perkecambahan
Tinggi Tanaman
Jumlah cabang
Jumlah buku pada batang utama
Umur Berbunga
Umur masak
Bobot 100 biji
Kandungan protein biji
Kandungan lemak
Ketahanan terhadap kerebahan
Ketahanan terhadap karat daun
Ketahanan terhadap pecah polong
: Anjasmoro
: Varietas ungggul nasional (released
variety)
: 537/Kpts/TP.240/10/2001 tanggal 22
Oktober tahun 2001
: 2001
: Seleksi massa dari populasi galur murni
MANSURIA
: 2,25-2,03 ton/ha
: MANSURIA 359-49-4
: Ungu
: Ungu
: Hijau
: Putih
: Ungu
: Coklat muda
: Kuning
: Kuning kecoklatan
: Determinate
: Oval
: Lebar
: 78-76%
: 64-68 cm
: 2,9- 5,6
: 12,9-14,8
: 35,7-39,4 Hari
: 82,5-92,5 hari
: 14,8-15,3 gram
: 41,78 – 42,05%
: 17,12 – 18,60%
: Tahan rebah
: Sedang
: Tahan
Pemulia : Takashi Sanbuichi, Nagaaki Sekiya, Jamaludin M, Susanto, Darman
M.Arsyad, Muchlis Adie
Universitas Sumatera Utara
Vatietas Kedelai Grobogan
Nama Varietas
SK
Tahun
Tetua
Potensi Hasil (t/ha)
Rataan Hasil
Warna Hipokotil
Warna Epikotil
Warna Bunga
Warna daun
Warna Bulu
Warna Kulit Biji
Warna Hilum
Bentuk Daun
Tipe Pertumbuhan
Umur Berbunga
Umur Masak (hari)
Tinggi Tanaman(cm)
Berat 100 biji (g)
Kandungan Nutrisi
Protein (% bk)
Lemak (% bk)
Daerah Sebaran
Pengusul
Karakter
Pemulia
: Grobogan
: 238/Kpts/SR.120/3/2008
: 2008
: Pemurnian populasi lokal Malabar Grobogan
: 2,77 t/ha
: 3.40 t/ha
: Ungu
: Ungu
: Ungu
: Hijau agak tua
: coklat
: Kuning muda
: cokelat
: lanceolate
: Determinate
: 30-32 hari
: ±76 hari
: 50-60 cm
: ±18 gram
: 43,9%
: 18,4%
: beradaptasi baik pada beberapa kondisi lingkungan
tumbuh yang berbeda cukup besar, pada musim hujan dan
daerah beririgasi baik
: Pemerintah Daerah Kabupaten Grobogan, BPSB Jawa
Tengah, Pemerintah Daerah Provinsi Jawa Tengah
: Polong masak tidak mudah pecah, dan pada saat panen
daun luruh 95-100% saat panen >95% daunnya telah luruh
: Suhartina, M. Muchlish Adie, T. Adisarwanto,
Sumarsono, Sunardi, Tjandramukti, Ali Muchtar, Sihono,
SB. Purwanto, Siti Khawariyah, Murbantoro, Alrodi, Tino
Vihara, Farid Mufhti, dan Suharno
Universitas Sumatera Utara
Vatietas Unggul Kedelai Detam – 2
Nomor galur
Asal
Wilis
Tipe Tumbuh
Warna Hipokotil
Warna Epikotil
Warna Bunga
Warna daun
Warna Bulu
Warna Kulit Polong
Warna Kulit Biji
Warna Hilum
Warna Kotiledon
Bentuk Daun
Bentuk biji
Kecerahan Kulit Biji
Sifat Kuantitatif
Umur Berbunga (hari)
Umur Masak (hari)
Tinggi Tanaman(cm)
Berat 100 biji (g)
Potensi Hasil (t/ha)
Hasil Biji (t/ha)
Kandungan Nutrisi
Protein (% bk)
Lemak (% bk)
Ketahanan Terhadap
Ulat Grayak
Pengisap polong
Kekeringan
Pemulia
: 9837/W-D-5-211
: Seleksi persilangan galur introduksi 9837 dengan
: Determinit
: Ungu
: Hijau
: Ungu
: Hijau
: Coklat Tua
: Coklat Muda
: Hitam
: Coklat
: Kuning
: Lonjong
: Lonjong
: Kusam
: 34
: 82
: 57
: 13,54
: 2,96
: 2,46
: 45,58
: 14,43
: Peka
: Agak tahan
: Agak tahan
: M. Muchlish Adie, Gatut Wahyu AS, Suyamto
Universitas Sumatera Utara
Lampiran 2. Bagan Penelitian
2,5 m
50 cm
Detam II
Anjasmoro
Grobogan
Anjasmoro
Detam II
AxD
Grobogan
DxA
50 cm
Anjasmoro
DxG
GxD
Detam II
Grobogan
Grobogan
Anjasmoro
Detam II
Universitas Sumatera Utara
Lampiran 3. Foto Penelitian
Tanaman kedelai berumur 3 MST
Anjasmoro
Detam II x Grobogan
Detam II
Grobogan x Detam II
Grobogan
Anjasmoro x Detam II
Detam II x Anjasmoro
Universitas Sumatera Utara
Detam II x Grobogan
Grobogan x Detam II
Detam II x Anjasmoro
Anjasmoro x Detam II
Detam II
Universitas Sumatera Utara
Anjasmoro
Grobogan
Universitas Sumatera Utara
Lampiran 4. Sebaran data persilangan Anjasmoro dan Detam II
Rataan
30,40
58,88
3,07
87,73
G1
(Anjasmoro
x Detam II)
30,58
68,74
3,75
96,25
G2
(Detam II x
Anjasmoro)
30,52
65,35
3,61
90,61
12,82
12,33
18,92
10,15
12,64
18,67
26,58
11,59
4,73
3,80
7,67
3,11
30,18
34,80
53,17
24,87
7,59
12,00
12,42
3,98
12,82
12,33
18,92
10,15
25,27
37,33
53,17
23,17
14,18
10,80
23,00
9,33
52,27
60,47
95,08
42,74
8,77
16,47
8,83
15,50
14,87
15,80
7,53
17,59
Parameter
V1
(Anjasmoro)
V2
(Detam II)
Umur Berbunga
Tinggi Tanaman
Jumlah Cabang Primer
Umur Panen
Jumlah Polong Berbiji
1
Jumlah Polong Berbiji
2
Jumlah Polong Berbiji
3
Jumlah Polong Berisi
per Tanaman
Jumlah Polong Hampa
per Tanaman
Jumlah Biji Polong
Berisi 1
Jumlah Biji Polong
Berisi 2
Jumlah Biji Polong
Berisi 3
Jumlah Biji per
Tanaman
Bobot Biji per
Tanaman
Bobot 100 Biji
30,55
63,13
3,77
89,36
Lampiran 5. Histogram sebaran data persilangan Anjasmoro dan Detam II
Frequency
15
10
Mean
StDev
N
P2
(30,55)
P1 (30,40)
F2 (30,58)
5
30,58
0,5036
24
P1
(58,88)
5
P1 = Anjasmoro
P2 = Detam II
Skewness = ‐0,36
Kurtosis = ‐2,05
Mean
StDev
N
6
F2 (68,74)
P2
(63,13)
4
Frequency
20
3
68,74
13,69
24
P1 = Anjasmoro
P2 = Detam II
Skewness = 93,40
Kurtosis = 0,30
2
1
0
0
30
31
Umur Berbunga ( hari)
40
48
56
64
72
80
88
96
Tinggi Tanaman ( cm)
Universitas Sumatera Utara
14
12
Frequency
Mean
StDev
N
P2
(3,77)
16
8
25
P1 = Anjasmoro
P2 = Detam II
Skewness = ‐0,98
Kurtosis = 1,34
6
15
Mean
StDev
N
P2
(89,36)
20
P1 F2
(3,07) (3,75)
10
3,75
0,7372
24
Frequency
18
F2
(96,25)
P1
(87,73)
96,25
2,541
24
P1 = Anjasmoro
P2 = Detam II
Skewness = ‐3,22
Kurtosis = 9,12
10
4
5
2
0
0
2
3
4
5
88
90
92
Jumlah Cabang Primer ( cabang)
Mean
StDev
N
6
P1 = Anjasmoro
P2 = Detam II
Skewness = 1,16
Kurtosis = 1, 93
2
Frequency
3
0
100
102
Mean
StDev
N
P1
(18,67)
F2
P2 (12,64)
(26,58)
3
26,58
14,41
24
P1 = Anjasmoro
P2 = Detam II
Skewness = 0,43
Kurtosis = ‐0,57
2
0
0
10
20
30
40
50
0
Jumlah Polong Berbiji 1 ( polong)
Mean
StDev
N
7
12
24
36
48
60
Jumlah Polong Berisi 2 ( polong)
7,667
5,198
24
Mean
StDev
N
7
53,17
24,68
24
6
6
4
3
P1 = Anjasmoro
P2 = Detam II
Skewness = 0,83
Kurtosis = ‐0,26
P1
P2 (34,80)
F2
(30,18)
(53,17)
5
Frequency
P1
F2
(3,80)
(7,67)
P2
(4,73)
5
Frequency
98
1
1
4
3
2
2
1
1
P1 = Anjasmoro
P2 = Detam II
Skewness = 0,54
Kurtosis = ‐0,06
0
0
0
5
10
15
0
20
15
9
Mean
StDev
N
P1
(12,00)
F2
P2 (12,42)
7
6
5
4
45
60
75
90
105
Mean
StDev
N
6
18,92
10,55
24
5
P1 = Anjasmoro
P2 = Detam II
Skewness = 1,96
Kurtosis = 4,87
(7,59)
3
12,42
13,08
24
P2
(12,82)
F2
P1
(18,92)
(12,33)
4
Frequency
8
30
Jumlah Polong Berisi per Tanaman ( polong)
Jumlah Polong Berisi 3 ( polong)
Frequency
96
5
4
F2
P1
(18,92)
(12,33)
4
Frequency
18,92
10,55
24
P2 (12,82)
5
94
Umur Panen ( hari)
3
2
P1 = Anjasmoro
P2 = Detam II
Skewness = 1,16
Kurtosis = 1,93
2
1
1
0
0
-16
0
16
32
48
Jumlah Polong Hampa per Tanaman ( polong)
0
10
20
30
Jumlah Biji Polong Berisi 1 ( biji)
40
50
Universitas Sumatera Utara
Mean
StDev
N
6
53,17
28,81
24
P1
P2
(25,27) (37,33)
F2
(53,17)
3
2
P2
(14,18)
P1
F2
(10,80) (23,00)
5
P1 = Anjasmoro
P2 = Detam II
Skewness = 0,43
Kurtosis = ‐0,57
Frequency
4
4
3
2
1
P1 = Anjasmoro
P2 = Detam II
Skewness = 0,83
Kurtosis = ‐0,26
1
0
0
0
30
60
90
120
0
Jumlah Biji Polong Berisi 2 ( biji)
Mean
StDev
N
5
16
32
48
64
Jumlah Biji Polong Berisi 3 ( biji)
95,08
43,89
24
9
Mean
StDev
N
8
4
P1
(8,83)
7
P1 = Anjasmoro
P2 = Detam II
Skewness = 0,26
Kurtosis = ‐0,50
P1
(60,47)
F2
P2
(52,27) (95,08)
3
2
1
6
Frequency
Frequency
23
15,59
24
6
5
Frequency
Mean
StDev
N
7
P1 = Anjasmoro
P2 = Detam II
Skewness = 0,20
Kurtosis = ‐0,57
5
F2
P2
(14,87)
(8,77)
4
3
2
14,87
6,705
24
1
0
0
0
40
80
120
160
200
0
4
Jumlah Biji per Tanaman ( biji)
8
12
16
20
24
28
Bobot Biji per Tanaman ( g)
Mean
StDev
N
5
15,80
2,161
24
Frequency
4
F2
(15,80)
P1
P2
(15,50) (16,47)
3
2
1
P1 = Anjasmoro
P2 = Detam II
Skewness = ‐0,03
Kurtosis = ‐0,22
0
12
14
16
18
20
Bobot 100 Biji ( g)
Lampiran 6. Histogram sebaran data persilangan Detam II dan Anjasmoro
40
Mean
StDev
N
F2
(30,52)
P2
(30,40) P1
(30,55)
20
Mean
StDev
N
65,35
13,09
46
10
P1 = Detam II
P2 = Anjasmoro
Skewness = ‐0,09
Kurtosis = ‐2,08
10
P1 (58,88)
F2 (65,35)
P2
(63,13)
8
Frequency
Frequency
30
12
30,52
0,5050
46
6
P1 = Detam II
P2 = Anjasmoro
Skewness = ‐0,81
Kurtosis = 0,45
4
2
0
0
30
31
36
48
Umur Berbunga ( hari)
Mean
StDev
N
25
Frequency
84
96
Mean
StDev
N
30
P1 (3,77)
P1
(89,36)
F2
P2
(90,61)
(87,73)
25
P1 = Detam II
P2 = Anjasmoro
Skewness = ‐1,10
Kurtosis = 0,86
15
F2 (3,61)
10
72
35
3,609
1,043
46
Frequency
P2
(3,07)
20
60
Tinggi Tanaman ( cm)
20
15
90,61
3,762
46
P1 = Detam II
P2 = Anjasmoro
Skewness = ‐1,22
Kurtosis = ‐0,06
10
5
5
0
0
1
2
3
4
Jumlah Cabang Primer ( cabang)
5
6
84
87
90
93
96
99
Umur Panen ( hari)
Universitas Sumatera Utara
Mean
StDev
N
6
16
18,92
10,55
24
14
P2 (12,82)
5
Frequency
3
P1 = Detam II
P2 = Anjasmoro
Skewness = 1,23
Kurtosis = 2,97
2
Frequency
12
F2
P1
(18,92)
(12,33)
4
10
8
6
2
0
10
20
30
40
20
P2
F2 (3,80)
15
Mean
3,109
StDev
N
3,940
46
0
P1 = Detam II
P2 = Anjasmoro
Skewness = 1,71
Kurtosis = 2,31
10
20
30
40
20
Mean
StDev
N
P1
F2 (30,18)
P2
(24,87)
(34,80)
10
24,87
15,71
46
P1 = Detam II
P2 = Anjasmoro
Skewness = 1,47
Kurtosis = 3,47
5
5
0
0
-4
0
4
8
12
0
16
Jumlah Polong Berbiji 3 ( polong)
20
40
60
80
Jumlah Polong Berisi per Tanaman ( polong)
12
Mean
StDev
N
14
Mean
StDev
N
3,978
3,007
46
10
P2
F2
P1
(3,98) (7,59) (12,00)
10
8
P1 = Detam II
P2 = Anjasmoro
Skewness = 1,52
Kurtosis = 4,31
6
4
P2
(12,82)
F2 P1 (12,33)
(10,15)
8
Frequency
12
Frequency
Jumlah Polong Berbiji 2 ( polong)
15
(3,11) P1
(4,73)
10
0
-10
50
Jumlah Polong Berbiji 1 ( polong)
Frequency
0
6
10,15
5,766
46
P1 = Detam II
P2 = Anjasmoro
Skewness = 1,23
Kurtosis = 2,97
4
2
2
0
0
0
4
8
12
0
16
6
Mean
StDev
N
14
P1
(25,27)
P2
F2
(37,33)
(23,17)
10
8
6
23,17
17,96
46
18
24
30
P1 = Detam II
P2 = Anjasmoro
Skewness = 1,32
Kurtosis = 1,95
Mean
StDev
N
20
P2
(10,80)
15
Frequency
16
12
12
Jumlah Biji Polong Berisi 1 ( biji)
Jumlah Polong Hampa per Tanaman ( polong)
Frequency
11,59
8,978
46
P1 = Detam II
P2 = Anjasmoro
Skewness = 1,32
Kurtosis = 1,95
4
1
Frequency
Mean
StDev
N
P1
(12,64)
P2
F2 (18,67)
(11,59)
4
P1 = Detam II
P2 = Anjasmoro
Skewness = 1,71
Kurtosis = 2,31
P1
F2 (14,18)
(9,33)
10
9,326
11,82
46
5
2
0
0
-20
0
20
40
60
80
-10
0
Jumlah Biji Polong Berisi 2 ( biji)
10
20
30
40
Jumlah Biji Polong Berisi 3 ( biji)
18
Mean
StDev
N
16
42,74
31,43
46
14
Mean
StDev
N
7,530
5,384
46
12
P1
(8,77)
14
F2
P2
(42,74) (60,47)
10
8
10
P1 = Detam II
P2 = Anjasmoro
Skewness = 1,47
Kurtosis = 2,51
P1
(52,27)
6
4
Frequency
Frequency
12
P1 = Detam II
P2 = Anjasmoro
Skewness = 1,18
Kurtosis = 1,07
8
F2 P2
(7,53) (8,83)
6
4
2
2
0
0
-30
0
30
60
90
Jumlah Biji per Tanaman ( biji)
120
150
-5
0
5
10
15
20
Bobot Biji per Tanaman ( g)
Universitas Sumatera Utara
Mean
StDev
N
10
Frequency
8
P1
(16,47)
6
4
P1 = Detam II
P2 = Anjasmoro
Skewness = 0,47
Kurtosis = 0,58
F2
(17,59)
P2
(15,50)
17,59
1,532
46
2
0
14,4
16,0
17,6
19,2
20,8
Bobot 100 Biji ( g)
Lampiran 7. Sebaran data persilangan Detam II dan Grobogan
Rataan
30,55
31,18
2,05
82,50
G3
(Detam II x
Grobogan)
30,88
40,95
3,23
78,15
G4
(Grobogan
x Detam II)
30,47
52,25
2,94
92,41
12,33
5,90
8,19
22,24
18,67
9,75
13,94
24,24
3,80
4,70
8,17
8,18
34,80
20,35
30,37
54,76
12,00
3,85
1,42
9,06
12,33
5,90
8,19
22,24
37,33
19,50
27,88
48,47
10,80
14,10
24,52
24,53
60,47
39,50
60,83
95,71
8,83
15,50
8,20
21,03
12,13
19,36
12,35
13,15
Parameter
V2
(Detam II)
V3
(Grobogan)
Umur Berbunga
Tinggi Tanaman
Jumlah Cabang Primer
Umur Panen
Jumlah Polong Berbiji
1
Jumlah Polong Berbiji
2
Jumlah Polong Berbiji
3
Jumlah Polong Berisi
per Tanaman
Jumlah Polong Hampa
per Tanaman
Jumlah Biji Polong
Berisi 1
Jumlah Biji Polong
Berisi 2
Jumlah Biji Polong
Berisi 3
Jumlah Biji per
Tanaman
Bobot Biji per
Tanaman
Bobot 100 Biji
30,40
58,88
3,07
87,73
Universitas Sumatera Utara
Lampiran 8. Histogram sebaran data persilangan Detam II dan Grobogan
35
Mean
StDev
N
P1
(30,55)
Frequency
25
P2
(30,40)
20
15
10
Mean
StDev
N
12
F2
(30,88)
P1
(31,18)
8
6
0
30
31
24
32
32
15
48
56
Mean
StDev
N
20
P1 = Detam II
P2 = Grobogan
Skewness = ‐0,14
Kurtosis = ‐0,56
P1 P2
(2,05) (3,07)
F2
(3,23)
5
3,231
1,022
52
78,15
4,738
52
15
Frequency
Mean
StDev
N
20
10
40
Tinggi Tanaman ( cm)
Umur Berbunga ( hari)
Frequency
P1 = Detam II
P2 = Grobogan
Skewness = ‐0,53
Kurtosis = ‐0,48
2
0
P2
P1
F2 (82,50) (87,73)
(78,15)
10
5
0
P1 = Detam II
P2 = Grobogan
Skewness = 0,40
Kurtosis = ‐1,46
0
1
2
3
4
5
68
72
76
Jumlah Cabang Primer ( cabang)
80
84
88
Umur Panen ( hari)
Mean
StDev
N
14
8,192
4,657
52
Mean
StDev
N
12
12
13,94
8,703
52
10
F2 P2
(8,19) (12,33)
P1
(5,90)
8
6
4
P1 = Detam II
P2 = Grobogan
Skewness = 0,78
Kurtosis = 0,29
P2
P1
(18,67)
(9,75) F2
(13,94)
8
Frequency
10
Frequency
P2
(58,88)
F2
(40,95)
4
5
6
4
P1 = Detam II
P2 = Grobogan
Skewness = 0,44
Kurtosis = ‐0,03
2
2
0
0
5
10
15
20
0
Jumlah Polong Berbiji 1 ( polong)
14
Mean
StDev
N
12
P2
(3,80)
P1 F2
(4,70) (8,17)
10
8
6
10
20
30
Jumlah Polong Berbiji 2 ( polong)
8,173
6,352
52
Mean
StDev
N
14
30,37
16,33
52
12
P1 = Detam II
P2 = Grobogan
Skewness = 0,62
Kurtosis = 0,41
10
Frequency
0
Frequency
40,95
8,813
52
10
P1 = Detam II
P2 = Grobogan
Skewness = 0,11
Kurtosis = ‐0,54
Frequency
30
30,88
0,6464
52
P1 = Detam II
P2 = Grobogan
Skewness = 0,33
Kurtosis = 0,34
F2
(30,37)
8
6
4
4
2
2
P1
P2
(20,35) (34,80)
0
0
-6
0
6
12
18
Jumlah Polong Berbiji 3 ( polong)
24
0
20
40
60
80
Jumlah Polong Berisi per Tanaman ( polong)
Universitas Sumatera Utara
20
Mean
StDev
N
1,423
1,601
52
Mean
StDev
N
14
8,192
4,657
52
12
10
P1
F2
(3,85)
(1,42)
10
P1 = Detam II
P2 = Grobogan
Skewness = 1,44
Kurtosis = 2,37
P2
(12,00)
Frequency
Frequency
15
P2
P1
(12,33)
(5,90)F2
8
6
4
5
P1 = Detam II
P2 = Grobogan
Skewness = 0,78
Kurtosis = 0,29
(8,19)
2
0
0
-2
0
2
4
6
0
5
Jumlah Polong Hampa per Tanaman ( polong)
10
15
20
Jumlah Biji Polong Berisi 1 ( biji)
Mean
StDev
N
12
14
27,88
17,41
52
Mean
StDev
N
24,52
19,05
52
12
10
6
4
P1
(14,10)
P2
F2
(10,80) (24,52)
10
Frequency
Frequency
P1 = Detam II
P2 = Grobogan
Skewness = 0,44
Kurtosis = ‐0,03
F2
(27,88)
P1
P2
(19,50) (37,33)
8
8
6
P1 = Detam II
P2 = Grobogan
Skewness = 0,62
Kurtosis = 0,41
4
2
2
0
0
0
20
40
60
-20
0
Jumlah Biji Polong Berisi 2 ( biji)
20
40
60
80
Jumlah Biji Polong Berisi 3 ( biji)
Mean
StDev
N
14
60,83
36,00
52
Mean
StDev
N
12
12,13
7,519
52
12
10
P1 = Detam II
P2 = Grobogan
Skewness = 0,37
Kurtosis = 0,29
P2
P1 (60,47)
(39,50)
F2
(60,83)
8
6
4
P1 = Detam II
P2 = Grobogan
Skewness = 0,38
Kurtosis = 0,01
P2
(8 83)
8
Frequency
Frequency
10
6
P1 F2
(8,20)(12,13)
4
2
2
0
0
0
40
80
120
160
0
Jumlah Biji per Tanaman ( biji)
8
16
24
32
Bobot Biji per Tanaman ( g)
Mean
StDev
N
12
19,36
1,963
52
10
P1 = Detam II
P2 = Grobogan
Skewness = ‐0,83
Kurtosis = 1,02
Frequency
8
6
4
P2
(15,50)
P1
F2 (21,03)
(19,36)
2
0
14
16
18
20
22
24
Bobot 100 Biji ( g)
Universitas Sumatera Utara
Lampiran 9. Histogram sebaran data persilangan Grobogan dan Detam II
14
Mean
StDev
N
30,47
0,5145
17
Mean
StDev
N
3,0
12
52,25
3,683
17
2,5
Frequency
8
6
4
P1 = Grobogan
P2 = Detam II
Skewness = 0,13
Kurtosis = ‐2,27
P1 = Grobogan
2,0
Frequency
F2
(30,47)
P1
P2
(30,40) (30,55)
10
P2
1,5
(31,18)
F2
(52,25)
1,0
0
0,0
30
31
45
48
51
Umur Berbunga ( hari)
54
57
60
Tinggi Tanaman ( cm)
16
7
Mean
StDev
N
2,941
1,029
17
F2
P2 (2,94)
(2,05)
P1
(3,07)
4
3
2
P2
10 (82,50)
12
P1 = Grobogan
P2 = Detam II
Skewness = ‐0,65
Kurtosis = ‐0,55
Frequency
5
Mean
StDev
N
14
6
Frequency
Kurtosis = ‐0,82
0,5
2
8
6
4
1
F2
(92,41)
P1 = Grobogan
P2 = Detam II
Skewness = ‐2,61
Kurtosis = 5,44
P1
(87,73)
0
1
2
3
4
88
5
90
Mean
StDev
N
5
P1
F2
(12,33)
(22,24)
P2
(5,90)
3
2
22,24
10,35
17
94
96
Mean
StDev
N
5
P2
(18,67)
4
P1 = Grobogan
P2 = Detam II
Skewness = 1,01
Kurtosis = 1,08
Frequency
4
92
Umur Panen ( hari)
Jumlah Cabang Primer ( cabang)
1
3
2
P1 = Grobogan
P2 = Detam II
Skewness = ‐0,09
Kurtosis = ‐0,95
F2
(24,24)
P1
(9,75)
0
0
10
20
30
40
0
10
Jumlah Polong Berbiji 1 ( polong)
Mean
StDev
N
7
20
30
40
50
Jumlah Polong Berbiji 2 ( polong)
8,176
4,640
17
Mean
StDev
N
4
6
2
P1 = Grobogan
P2 = Detam II
Skewness = 1,26
Kurtosis = 3,11
P2
F2
(4,70)
(8,18)
P1
(3,80)
54,76
23,83
17
3
Frequency
Frequency
5
3
24,24
11,45
17
1
0
4
92,41
1,661
17
2
0
Frequency
P1 P2 = Detam II
(58,88) Skewness = ‐0,37
P1
F2
(34,80)
(54,76)
P2
(20,35)
2
1
P1 = Grobogan
P2 = Detam II
Skewness = 0,49
Kurtosis = 0,62
1
0
0
0
5
10
15
Jumlah Polong Berbiji 3 ( polong)
20
0
20
40
60
80
100
Jumlah Polong Berisi per Tanaman ( polong)
Universitas Sumatera Utara
Mean
StDev
N
6
F2
(9,06)
Frequency
4
2
F2
P1
P2 (12,33) (22,24)
3
2
P1 = Grobogan
P2 = Detam II
Skewness = 1,01
Kurtosis = 1,08
(5,90)
1
1
0
0
-10
0
10
20
30
0
10
Jumlah Polong Hampa per Tanaman ( polong)
Mean
StDev
N
40
Mean
StDev
N
P2
(14,10)
F2
P1
(24,53)
(10,80)
F2
(48,47)
8
Frequency
P1
(19,50)
30
12
P1 = Grobogan
P2 = Detam II
Skewness = ‐0,09
Kurtosis = ‐0,95
3
2
48,47
22,90
17
10
P2
(37,33)
4
20
Jumlah Biji Polong Berisi 1 ( biji)
5
Frequency
22,24
10,35
17
4
P1 = Grobogan
P2 = Detam II
Skewness = 0,98
Kurtosis = ‐0,24
P1
(12,00)
P2
(3,85)
3
Mean
StDev
N
5
Frequency
5
9,059
8,793
17
6
P1 = Grobogan
P2 = Detam II
Skewness = 1,26
Kurtosis = 3,11
4
1
24,53
13,92
17
2
0
0
0
20
40
60
80
100
0
10
Jumlah Biji Polong Berisi 2 ( biji)
Mean
StDev
N
5
20
30
40
50
60
Jumlah Biji Polong Berisi 3 ( biji)
95,71
42,21
17
Mean
StDev
N
6
12,35
5,517
17
5
3
2
1
P1 = Grobogan
P2 = Detam II
Skewness = 0,47
Kurtosis = 1,03
P2
P1
(39,50) (60,47)
F2
(95,71)
P1
(8,83) F2
(12,35)
P2
(8,20)
4
Frequency
Frequency
4
3
2
P1 = Grobogan
P2 = Detam II
Skewness = 1,06
Kurtosis = 2,84
1
0
0
0
50
100
150
0
200
Jumlah Biji per Tanaman ( biji)
9
Mean
StDev
N
8
4
8
12
16
20
Bobot Biji per Tanaman ( g)
24
28
13,15
1,506
17
7
Frequency
6
5
F2
P1
(13,15) (15,50)
4
3
P1 = Grobogan
P2 = Detam II
P2 Skewness = 1,66
(21,03) Kurtosis = 3,81
2
1
0
10
12
14
16
18
Bobot 100 Biji ( g)
Universitas Sumatera Utara