UJI KESERAGAMAN FAMILI F8 KEDELAI DARI PERSILANGAN KULTIVAR SLAMET X WASE

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UJI KESERAGAMAN FAMILI F8 KEDELAI DARI PERSILANGAN KULTIVAR SLAMET X WASE

Oleh : R.M.Raga Bimo S G34101063

DEPARTEMEN BIOLOGI FAKULTAS MATEMATIKA DAN ILMU PENGETAHUAN ALAM INSTITUT PERTANIAN BOGOR 2006

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UJI KESERAGAMAN FAMILI F8 KEDELAI DARI PERSILANGAN KULTIVAR SLAMET X WASE

Skripsi sebagai salah satu syarat untuk memperoleh gelar Sarjana Sains pada Departemen Biologi

Oleh : R.M.Raga Bimo S G34101063

DEPARTEMEN BIOLOGI FAKULTAS MATEMAT IKA DAN ILMU PENGETAHUAN ALAM INSTITUT PERTANIAN BOGOR 2006

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Judul : UJI KESERAGAMAN FAMILI F8 KEDELAI PERSILANGAN KULTIVAR SLAMET X WASE Nama : R.M.Raga Bimo S NRP : G34101063

DARI

Menyetujui:

Pembimbing I,

Pembimbing II,

Dr. Ir. Suharsono, DEA NIP. 131664393

Dr. Ir. Muhammad Jusuf NIP. 130536687

Mengetahui: Dekan Fakultas Matematika dan Ilmu Pengetahuan Alam Institut Pertanian Bogor

Prof. Dr. Ir. Yonny Koesmaryono, MS NIP. 131473999

Tanggal Lulus:.......................

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PRAKATA Alhamdulillah, segala puji dan syukur penulis panjatkan kepada Allah SWT yang telah melimpahkan pertolongan serta kekuatan sehingga penulis dapat menyelesaikan karya ilmiah dengan topik Uji Keseragaman Famili F8 Kedelai dari Persilangan Kultivar Slamet x Wase. Penelitian ini dibiayai oleh Proyek Penelitian Hibah Bersaing XII dengan topik : Perbaikan Genetik Kedelai untuk Produktivitas dan Adaptasi terhadap pH rendah a.n : Dr. Muhammad Jusuf. Terima kasih penulis ucapkan kepada Dr. Ir. Suharsono, DEA dan Dr. Ir. Muhammad Jusuf selaku pembimbing atas segala fasilitas, dorongan, waktu, serta bimbingan yang diberikan. Terima kasih kepada Kepala Pusat Penelitian Sumberdaya Hayati dan Bioteknologi IPB beserta seluruh staf dan karyawan atas sarana, prasarana, dan bantuannya selama penulis melakukan penelitian di Laboratorium Biologi Molekuler dan Seluler Tanaman. Terima kasih juga disampaikan kepada Bapak Abdul Mulya, Bapak Adi dan para pekerja di kebun Pagentongan atas bantuan dan kerjasamanya. Ungkapan terima kasih penulis juga disampaikan kepada kedua orang tuaku, kakak atas perhatian, do’a, dan kasih sayang yang telah diberikan kepada penulis. Kepada rekan-rekan seperjuanganku selama penelitian yaitu Neng Nur, dan Hakim yang telah membantu penulis selama penelitian. Terima kasih kepada seluruh teman-teman Biologi atas ukhuwah yang telah terjalin selama ini, juga kepada pihak lain yang tidak dapat disebutkan satu persatu. Penulis berharap semoga karya ilmiah ini bermanfaat dan dapat memberikan sumbangsih bagi perkembangan ilmu pengetahuan.

Bogor, Desember 2006

R.M. Raga Bimo S

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RIWAYAT HIDUP Penulis dilahirkan di Jakarta pada tanggal 22 Mei 1984 sebagai anak kedua dari dua bersaudara, putra dari pasangan Gunawan dan Lily. Penulis lulus pada tahun 2002 dari SMU Negeri 26 Jakarta dan diterima di Institut Pertanian Bogor (IPB) melalui jalur Seleksi Penerimaan mahasiswa Baru (SPMB). Penulis memilih Program Studi Biologi, Departemen Biologi, Fakultas Matematika dan Ilmu Pengetahuan Alam. Selama mengikuti perkuliahan, penulis juga pernah aktif sebagai anggota PAMABI (Paguyub an Mahasiswa Biologi).

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ABSTRAK R.M.RAGA BIMO S. Uji Keseragaman Famili F8 Kedelai Dari Persilangan Kultivar Slamet dengan Wase. Dibimbing oleh SUHARSONO dan MUHAMMAD JUSUF. Tujuan penelitian ini adalah menguji keseragaman genetik berdasarkan produksi biji dari famili-famili kedelai generasi F8 dari persilangan kultivar Slamet dengan Wase. Famili yang diuji terdiri dari 24 famili. Kultivar Slamet digunakan sebagai pembanding. Percobaan dilakukan dengan menanam kedelai dengan jarak tanam 40 x 20 cm, dengan 2 biji tiap lubang. Setiap famili terdiri dari 80 biji, dan disisipi dengan kultivar Slamet. Analisis ragam produksi biji pada generasi F8 dari persilangan Slamet dengan Wase menunjukkan bahwa 22 famili telah seragam dan 2 famili belum seragam secara genetik. Dari 22 famili yang seragam terdapat satu famili yang memiliki produksi lebih tinggi daripada Slamet yakni FSW22. Galur ini dapat dijadikan sebagai galur harapan.

ABSTRACT R.M. RAGA BIMO S. Test of Homogenity F8 family of soybean from crossing between Slamet and Wase Cultivars. Under direction of SUHARSONO and MUHAMMAD JUSUF. The aim of this experiment is to test the genetic homogenity and the productivity of the F8 generation families of crossing between Slamet and Wase Cultivars. The Families tested consisted of 24 families. Slamet cultivar was used as a standard of comparison. The experiment was conducted by planting soybean seeds in the planting distance of 40 cm x 20 cm, 2 seeds per hole. From each family 80 seeds were planted, and Slamet cultivar was inserted in between five families. Variance an alysis of seed production of F8 family from crossing between Slamet and Wase showed that 22 families were homogen and 2 families were not genetically homogen yet. From 22 homogen families, one family, i.e. FSW 22, had higher productivity than Slamet. This family can be used as potential lines.

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DAFTAR ISI Halaman DAFTAR TABEL .................................................................................................................................

viii

DAFTAR LAMPIRAN.........................................................................................................................

viii

PENDAHULUAN Latar Belakang ....................................................................................................................... Tujuan Penelitian ................................................................................................................... Waktu dan Tempat ................................................................................................................

1 1 1

BAHAN DAN METODE Bahan dan alat ......................................................................................................................... Metode ..................................................................................................................................... Penanaman ...................................................................................................................... Pemeliharaan .................................................................................................................. Pemanenan ...................................................................................................................... Pengamatan .................................................................................................................... Analisis Data ..................................................................................................................

1 2 2 2 2 2 2

HASIL DAN PEMBAHASAN Uji Keseraga man ................................................................................................................... Uji Nilai Tengah Produksi ...................................................................................................

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SIMPULAN ..... .....................................................................................................................................

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SARAN ...................................................................................................................................................

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DAFTAR PUSTAKA ...........................................................................................................................

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LAMPIRAN ...........................................................................................................................................

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DAFTAR TABEL Halaman 1 Uji keseragaman galur dan Uji daya hasil dari persilangan Slamet x Wase .................................

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2 Perbandingan famili F8 dengan kultivar Slamet berdasarkan ragam, produksi tiap tanaman, dan ukuran biji ...............................................................................................................................................

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DAFTAR LAMPIRAN Halaman 1 Deskripsi kultivar Slamet ....................................................................................................................... 8 2 Denah penanaman untuk uji keseragaman genetik dari famili F8 persilangan Slamet x Wase .................................................................................................................................................................... 9 3 Data cuaca pada periode Agustus 2005-April 2006 (Stasiun Klimatologi Dramaga 2005 -2006 tidak dipublikasikan).............................................................................................................................. 10 4 Analisis tanah blok tanam pada kebun percobaan Pagentongan (Puslitbang Tanah 2005 tidak dipublikasikan) ........................................................................................................................................ 10 5 Karakteristik t anaman dari setiap famili ............................................................................................. 11

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PENDAHULUAN Kedelai merupakan sumber protein nabati yang sangat penting baik untuk pangan maupun pakan dan mempunyai nilai ekonomi yang tinggi bagi Indonesia. Kedelai termasuk tanaman semusim yang berbatang perdu dengan tinggi antara 30-100 cm, dapat bercabang sedikit atau banyak. Buah kedelai berbentuk polong yang berisi 1-5 biji, tetapi sebagian besar berisi 2-3 biji (Sumarno 1984). Biji kedelai mengandung 35% protein, 18% lemak, 35% karbohidrat, dan 8% air (Maesen 1992). Di Indonesia, kedelai digunakan sebagai bahan baku industri pembuatan tempe, tahu, tauco, kecap, susu kedelai, dan bahan makanan ternak. Tingkat konsumsi nasional kedelai terus naik seiring dengan meningkatnya jumlah penduduk. Produksi kedelai Indonesia pada tahun 2003 baru mencapai 671 600 ton (BPS 2004), sementara kebutuhannya mencapai 2 juta ton per tahun (Kompas 2004). Kekurangan tersebut harus dipenuhi dengan impor yang dapat mencapai 1.2 juta ton per tahun (Kompas 2004). Oleh karena itu, diperlukan berbagai usaha untuk meningkatkan produksi kedelai. Salah satunya adalah peningkatan produksi dengan menggunakan varietas unggul. Varietas unggul dapat diperoleh dengan cara persilangan antar varietas yang telah ada dan sudah teruji baik serta mampu beradaptasi dengan kondisi lapang (Boer 1989). Usaha peningkatan yang lain adalah dengan ekstensifikasi atau perluasan lahan pertanian kedelai di luar pulau Jawa. Tetapi, usaha tersebut menghadapi kendala dengan kondisi lahan marginal. Salah satu lahan marginal di Indonesia ialah lahan asam yang mengandung kadar alumunium yang tinggi (Notohadiprawiro 1983). Keracunan alumunium (Al) akan menghambat pertumbuhan akar primer dan menghalangi pembentukan akar lateral dan bulu akar. Keracunan Al menyebabkan ujung akar menebal, berwarna coklat seperti busuk dan mengering sehingga menghasilkan sistem perakaran tanaman yang kerdil dan pendek, karena terjadi penekanan terhadap perkembangan jaringan meristem akar (Sanchez 1976 dalam Rustianti R 1994). Selain itu alumunium dapat menghambat pertumbuhan bintil akar untuk mengikat Nitrogen (Sunarto 1989). Kenaikan hasil merupakan tujuan utama dari pemuliaan tanaman. Hal ini dapat dilakukan dengan menyediakan kultivar yang

lebih produktif (Allard 1995). Seleksi merupakan inti pekerjaan dari pemuliaan tanaman. Seleksi adalah proses pemilihan genotipe-genotipe unggul dari suatu populasi untuk membentuk populasi generasi selanjutnya yang lebih baik. Keberhasilan perbaikan populasi ini sangat bergantung pada keberhasilan memilih genotipe-genotipe yang baik. Seleksi dilakukan untuk meningkatkan nilai tengah populasi dan menurunkan ragamnya. Untuk mendapatkan kultivar unggul, beberapa persilangan antara kultivar Slamet dan kultivar lainnya telah dilakukan. Salah satunya adalah persilangan antara kultivar Slamet dan Wase (Paserang 2003). Dari persilangan ini diharapkan mendapatkan keturunan yang berproduksi tinggi, berbiji besar dan toleran terhadap tanah asam. Kultivar Slamet merupakan kultivar unggul yang memiliki produksi tinggi (2.26 ton/ha), berbiji yang berukuran sedang (12.5 g/100 biji), dan toleran terhadap asam (Sunarto 1995). Deskripsi lengkap kultivar Slamet disajikan pada lampiran 1. Sedangkan Wase merupakan kultivar dari Jepang yang mempunyai biji berukuran besar (20.56 g/100 biji). Keturunan dari persilangan ini telah dilakukan seleksi sampai dengan F7 (Suharsono et al. 2003, Abdillah 2004, Supriyadi 2005, Fathony 2006). Uji keseragaman genetik terhadap generasi F7 menunjukkan bahwa belum semua famili adalah seragam secara genetik (Fathony 2006) sehingga perlu diadakan seleksi lebih lanjut. Pada penelitian ini uji keseragaman genetik dilakukan pada lahan yang tidak dimaksudkan untuk seleksi terhadap tanaman yang toleran lahan asam. Uji keseragaman genetik pada penelitian ini didasarkan pada produksi biji. Tujuan Penelitian ini bertujuan untuk menguji keseragaman genetik famili F8 dari persilangan kultivar Slamet x Wase. Waktu dan Tempat Penanaman dilaksanakan mulai bulan Desember 2005 sampai dengan Maret 2006 di Kebun Percobaan IPB Pagentongan dan pengolahan pascapanen dilakukan di Laboratorium Biologi Seluler dan Molekuler Tanaman, Pusat Penelitian Sumberdaya Hayati dan Bioteknologi, Kampus IPB Darmaga.

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BAHAN DAN METODE Bahan dan Alat Tanaman yang digunakan adalah 24 famili terpilih generasi F8 dari persilangan Slamet X Wase (Fathony 2006) dan kultivar Slamet digunakan sebagai pembanding keseragaman genetik. Metode Penanaman Sebanyak 24 famili F8 terpilih dan 1 kultivar pembanding ditanam di lapang. Sebanyak 80 biji dari tiap famili ditanam 2 biji per lubang, dengan jarak tanam 40 cm antar baris dan 20 cm dalam baris tanaman. Famili diselingi dengan kultivar Slamet sebagai pembanding. Denah penanaman disajikan pada lampiran 2. Pemeliharaan Pemupukan dasar yang diberikan ialah 150 kg/ha Urea, 100 kg/ha TSP dan 100 kg /ha KCl dengan cara ditanam di antara barisan tanaman. Pemberian urea diberikan dua tahap yaitu pada saat tanam dan penyiangan pertama. Penyiangan dilakukan dua kali yaitu pada 3 MST (minggu setelah tanam) dan 7 MST. Pengendalian hama dilakukan dengan pemberian Furadan ketika penanaman dan penyemprotan dengan Akodan tiap minggu dari 2 MST s/d 8 MST. Pemanenan Pemanenan dilakukan ketika 90% polong sudah berubah warna menjadi kuning kecokelatan. Cara pemanenan dengan mencabut seluruh tanaman kemudian dimasukkan ke dalam kantung kertas. Setiap kantung berisi satu tanaman. Setelah itu tanaman dijemur hingga beberapa polongnya pecah. Untuk mengupas polong menjadi biji, tanaman dipukul - pukul dengan kayu hingga bijinya lepas dari polong. Lalu, biji - biji yang diperoleh ditampi dan dibersihkan dari kotoran. Pengamatan Karakter - karakter yang diamati pada setiap famili adalah umur mulai berbunga, umur panen (hari), t inggi tanaman (cm), jumlah buku subur, jumlah cabang, bobot 100 biji (g), jumlah polong, produksi biji tiap tanaman, warna bunga. Analisa Data Data produksi biji dianalisis dengan menggunakan perangkat lunak SPSS (Statistical Product Service Solution). Analisis data yang dilakukan meliputi analisis nilai tengah setiap famili, koefisien

keragaman dan uji keseragaman setiap famili dengan rumus : n

a. N ilai tengah

X

:

=

∑ Xi i =1

N

Dimana : X = Nilai tengah Xi = Nilai pengamatan ke-i N = Jumlah individu yang diamati

Uji nilai tengah : t =

(X 1 − X 2 ) S p (1 n1 ) + (1 n 2 )

Dimana : n1 = Jumlah individu famili yang diamati n2 = Jumlah individu pada kultivar Slamet x1 = Nilai tengah contoh ke-1 x2 = Nilai tengah contoh ke-2 Sp = Simpangan baku ragam fenotip

N

b. Ragam fenotipe

:

2

s

P

=

∑ (Xi − µ ) i= 1

2

N −1

s2 = Ragam fenotip

Dimana :

c. Uji keseragaman famili :

Fhit =

s s

2 Famili

2 Slamet

2

Dimana: s Famili : RagamFamili s2 Slamet : Ragam Slamet

d. Koefisien Keragaman : KK = S x 100 % x Dimana : KK : Koefisien Keragaman S : Simpangan Baku x : Nilai Tengah

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HASIL DAN PEMBAHASAN Uji Keseragaman Uji keseragaman genetik dapat dilihat dengan membandingkan ragam antara famili dari hasil persilangan dan tet uanya, yaitu kultivar Slamet. Kultivar Slamet digunakan sebagai pembanding keseragaman genetik karena sudah dilepas sebagai kultivar nasional dan setiap kultivar yang sudah dilepas adalah seragam secara genetik. Uji keseragaman famili F8 dengan Uji F dari persilangan Slamet x Wase berdasarkan produksi biji tiap

tanaman menunjukkan bahwa belum semua famili F8 ser agam. Dari 24 famili yang terpilih (F8) hanya 22 famili yang telah seragam secara genetik. Dengan demikian secara genetik 22 galur ini tidak akan bersegregasi lagi. Keseragaman ini ditunjukkan oleh masing-masing ragam dari 22 famili yang tidak berbeda nyata dari ragam Slamet pada taraf uji 5%, sedangkan 2 famili lainnya masing-masing mempunyai ragam yang berbeda nyata dengan ragam populasi kultivar Slamet pada taraf uji 5 % (Tabel 1)

Tabel 1 Uji keseragaman galur dan Uji daya hasil dari persilangan Slamet x Wase Produksi Biji Jumlah Tiap Simpangan Famili Silsilah keturunan Tanaman Tanaman (g) ragam Baku

KK%

Ukuran Biji

FSW1

62/41/7/18/11/13

54

6.61-

19.61**

4.42

66.87

9.5

FSW2

62/32/6/12/24/26

55

6.63-

15.84**

3.98

60.03

10.66

FSW3

62/32/6/12/6/23

61

9.37

46.72**

6.84

73

8.43

FSW4

62/32/6/12/6/3

16

6.74

16.75**

4.09

60.68

7.59

FSW5

62/32/6/12/6/17

69

9.13

20.79**

4.56

49.94

8.21

FSW6

62/32/6/12/9/17

25

9.04

65.30*

8.08

89.38

10.3

FSW7

62/41/5/1/16/34

65

7.97

27.11**

5.2

65.24

8.21

FSW8

62/41/5/1/16/35

60

8.24

21.49**

4.63

56.19

8.35

FSW9

19/9/3/32/15/5

22

3.3-

2.82**

1.67

50.6

10.15

FSW10

19/9/3/32/15/4

41

5.54-

10.75**

3.27

59.03

11.51

FSW11

19/9/3/32/15/17

69

4.74-

7.68**

2.77

58.44

10.57

FSW12

19/9/3/32/27/16

23

5.53-

7.77**

2.79

50.45

11.03

FSW13

19/9/3/32/27/3

41

5.03-

4.86**

2.2

43.74

9.56

FSW14

19/9/3/32/27/4

11

10.35

55.17**

7.43

71.79

10.22

FSW15

19/9/3/32/3/2

59

6.98-

10.98**

3.31

47.42

10.27

FSW16

19/9/3/32/3/17

62

6.94-

11.58**

3.4

49

9.9

FSW17

19/9/3/32/3/11

25

11.82

88.75*

9.42

79.7

9.87

FSW18

19/9/3/32/12/18

12

9.04

41.99**

6.47

71.57

10.21

FSW19

19/9/3/32/12/15

27

6.56-

10.90**

3.3

50.3

9.77

FSW20

197/31/12/14/21/13

39

5.74-

10.63**

3.25

56.62

12.56

FSW21

197/31/12/14/21/19

51

8.33

21.54**

4.64

49.3

12.09

FSW22

197/31/12/15/26/22

7

13.63 +

45.23**

6.72

49.3

10.43

-

FSW23

97/6/10/35/32/16

15

5.91

22.75**

4.77

80.71

12.67

FSW24

97/6/10/35/32/25

19

6.38-

10.06**

3.17

49.69

12.04

96

9.13

34.56

5.87

64.29

8.04

SL

SL

Keterangan : FSW = Famili Slamet x Wase ** = Seraga m + = P roduksi lebih tinggi daripada Slamet - = Produksi lebih rendah daripada Slamet S = Simpangan Baku KK = Koefisien Keragaman (%)

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Secara teori, keragaman genetik pada generasi F8 sangatlah kecil. Poespodarsono (1988), mengungkapkan bahwa p ada tanaman menyerbuk sendiri termasuk kedelai, akan terjadi penurunan frekuensi heterozigot menjadi setengah pada setiap generasi, sehingga pada generasi F8 akan memiliki frekuensi heterozigot (1/2)6. Pada percobaan ini, masih beragamny a 2 famili tersebut diatas pada generasi F8, diduga disebabkan oleh adanya pengaruh lingkungan, yakni kesuburan tanah. Keragaman yang muncul akibat pengaruh lingkungan ini dapat dilihat dari besarnya koefisien keragaman kultivar Slamet. Koefisien keragaman dapat digunakan untuk membandingkan keragaman dua atau lebih populasi, meskipun satuan pengukurannya tidak sama (Walpole 1990). Ragam kultivar Slamet adalah 34.56 dengan nilai koefisien keragaman yang tinggi yakni 64.29% (Tabel 1). Kultivar Slamet seharusnya memiliki nilai koefisien keragaman dibawah 20%, yakni nilai batas yang dapat diterima dalam pelepasan kultivar kacang-kacangan (Suhartina 2003). Besarnya nilai koefisien keragaman melebihi 20% bukan disebabkan pengaruh genetik melainkan oleh faktor keragaman lingkungan, yang kemungkinan hal ini disebabkan oleh keragaman kesuburan tanah. Berdasarkan observasi dilapang, lahan yang digunakan tersebut memiliki permukaan tanah yang miring. Hal ini mengakibatkan terjadinya erosi pada tanah yang disebabkan oleh aliran air hujan. Curah hujan yang cukup tinggi menyebabkan pemupukan yang dilakukan tidak efektif karena pupuk akan terbawa air hujan kemudian menumpuk pada tanah yang permukaannya lebih rendah dan nutrisi – nutrisi yang dibutuhkan oleh tanaman dapat tercuci. Akibatnya pada tanah yang pemukaannya lebih rendah kondisinya lebih subur dibandingkan dengan tanah yang permukaannya lebih tinggi. Uji Nilai Tengah Produksi Pengujian nilai tengah produksi terhadap 24 famili generasi F8 menunjukkan bahwa sebanyak satu famili memiliki nilai tengah yang lebih tinggi daripada kultivar Slamet yaitu FSW 22 (Tabel 1). Berdasarkan uji keseragaman genetik, FSW 22 adalah seragam secara genetik. Oleh sebab itu famili FSW 22 dapat dijadikan sebagai galur harapan karena sudah seragam dan berproduksi lebih tinggi daripada Slamet.

Sebelum dilepas sebagai kultivar nasional galur ini diuji daya hasilnya pada berbagai lokasi. Selain uji keseragaman dan produksi biji, seleksi juga dilakukan terhadap ukuran biji yakni bobot per 100 biji (g/100 biji). Biji kedelai digolongkan dalam tiga kategori yaitu kecil (6-10 g/100biji), sedang (11-12 g/100biji), dan besar (13 g atau lebih/100 biji) (Sumarno 1984). Dengan dasar ini enam famili F8 berbiji sedang dan delapanbelas famili berbiji kecil serta tidak ada yang berbiji besar (Tabel 1). Pada percobaan ini kultivar Slamet mempunyai biji berukuran 8.04 g/100 biji yang lebih kecil dari potensinya yaitu 12.5 g/100 biji (Suhartina 2003). Jika dibandingkan dengan percobaan Supriyadi (2005), ukuran biji kultivar Slamet pada penelitian ini juga lebih kecil. Kecilnya ukuran biji kemungkinan disebabkan oleh tidak optimumnya kondisi pertumbuhan yang meliputi curah hujan, iklim, keasaman tanah, dan kandungan unsur hara tanah. Bila kondisi pertumbuhan optimal, ukuran biji kultivar Slamet akan sama atau mendekati potensinya. Demikian juga dengan famili yang diuji, ukuran bijinya akan lebih tinggi dari pada hasil percobaan ini. Curah hujan selama pertumbuhan tanaman pada percobaan ini yaitu antara Januari dan Maret 2006 cukup tinggi yakni sekitar 252-640 mm/bulan dengan 24-46 hari hujan tiap bulan (Lampiran 3). Untuk mendapatkan produksi tinggi, kedelai membutuhkan curah hujan 150 – 200 mm/bulan selama masa pertumbuhan dan kurang dari 50 mm/bulan selama masa pematangan. Pada musim kemarau dengan pengairan yang cukup kedelai dapat menghasilkan rata–rata 1.97 ton/ha sedangkan pada lokasi yang sama pada musim hujan hanya menghasilkan 0.61 ton/ha (Baharsjah et. al 1985 .. Curah hujan yang tinggi biasanya diikuti dengan men urunnya lama penyinaran. Lama penyinaran khususnya pada saat pengisian dan pemasakan biji sangat berpengaruh terhadap produksi kedelai. Pada percobaan ini, curah hujan pada saat pengisian dan pemasakan biji yaitu pada bulan Februari dan Maret 2006 sangat tinggi. Curah hujan yang tinggi juga diyakini menyebabkan reaksi tanah menjadi masam akibat kehilangan basa-basa karena mudah tercuci (Nyakpa et. al 1988). Berdasarkan analisis tanah yang dilakukan menunjukkan bahwa tanah pada area penanaman termasuk tanah masam dengan pH berkisar 5.0 (Lampiran 4). Tanah yang masam

13

mengandung kadar alumunium yang tinggi sehingga menyebabkan kemampuan tanah untuk mengikat unsur-unsur hara menjadi berkurang. pH tanah yang paling baik untuk pertumbuhan kedelai adalah 6.8. Namun pH tanah 5.5-6.0 sudah dianggap cukup. Rendahnya pH tanah dapat mempengaruhi pertumbuhan kedelai (Ismail & Suryatna 1984). Berdasarkan uji keseragaman genetik, produksi biji tiap tanaman dan ukuran biji bila dibandingkan dengan kultivar Slamet, keduapuluhempat famili F8 dapat dikelompokkan menjadi enam kelompok (Tabel 2). Satu famili memiliki produksi biji lebih tinggi daripada Slamet dan telah seragam secara genetik tetapi berukuran biji kecil yaitu FSW 22, sehingga FSW 22 dapat dijadikan galur harapan. Satu famili berproduksi sama dengan Slamet, berbiji sedang, dan seragam yaitu FSW 21. Tujuh famili berproduksi sama dengan Slamet, seragam tetapi berbiji kecil. Lima famili berbiji sedang, seragam tetapi berproduksi lebih kecil daripada Slamet. Delapan famili berproduksi lebih kecil, berbiji kecil, dan seragam. Dua famili memiliki produksi biji sama dengan Slamet dan belum seragam secara genetik serta berbiji kecil. Karakteristik setiap individu tanaman dari setiap famili disajikan pada lampiran 5.

SARAN Uji kemantapan produksi perlu dilakukan terhadap FSW 22 pada berbagai lokasi.

DAFTAR PUSTAKA Allard RW. 1995. Pemuliaan Tanaman. Manna, penerjemah; Mulyani M, editor. Bogor :Rineka Cipta. Terjemahan dari Principle of Plant Breeding. Abdhillah S . 2004. Seleksi untuk peningkatan produksi kedelai generasi F5 hasil persilangan kultivar slamet x wase [skripsi]. Bogor. Fakult as Matematika dan Ilmu Pengetahuan Alam, Institut Pertanian Bogor. [BPS] Badan Pusat Statistik. 2004. Harvested Area, Yield Rate and Production of Soybean by Province, 2004. http://www.bps.go.id/sector/agri/pangan/t able8.shtml [17 Juli 2005]. Baharsjah JS, Didi S & Irsal L. 1985. Hubungan iklim dengan pertumbuhan. Di dalam: Somaatmadja S et al, editor. Kedelai: Rapat Teknis Penelitian dan Pengembangan Kedelai. Bogor, 2-4 Okt 1984. Pusat Penelitian dan Pengembangan Tanaman Pangan, Badan Penelitian & Pengembangan Pertanian.

Tabel 2 Perbandingan famili F8 dengan kultivar Slamet berdasarkan ragam, produksi tiap tanaman dan ukuran biji keragaman

produksi F8 > Slamet

Produksi = Slamet

Produksi < slamet

FW22*

FSW3*, FSW4*, FSW5*, FSW7*, FSW8*, FSW14*, FSW18*, FSW21**

FSW1*, FSW2*, FSW9*, FSW10** , FSW11*, FSW12**, FSW13*, FSW15*, FSW16*, FSW19*, FSW20**, FSW23**, FSW24**

seragam

Tidak seragam

FSW6*, FSW17*

Ket: * = biji kecil ** = biji sedang

SIMPULAN Uji keseragaman generasi F8 persilangan Slamet x Wase menghasilkan 22 famili telah seragam dan 2 famili belum seragam secara genetik. Dari 22 famili yang seragam terdapat satu famili yang dapat dijadikan sebagai galur harapan yaitu FSW 22.

Boer D. 1989. Uji lapang hasil hibridisasi beberapa varietas kedelai [Skripsi]. Bogor : Institut Pertanian Bogor. Fahtony R. 2006. Uji keseragaman famili F7 kedelai dari persilangan kultivar Slamet x Wase[Skripsi]. Bogor. Fakultas Matematika

14

dan Ilmu Pengetahuan Pertanian Bogor.

Alam,

Institut

Hidajat OO. 1985. Morfologi tanaman kedelai. Di dalam: Somaatmadja S et al, editor. Kedelai: Rapat Teknis Penelitian dan Pengembangan Kedelai. Bogor, 2-4 Okt 1984. Pusat Penelitian dan Pengembangan Tanaman Pangan, Badan Penelitian & Pengembangan Pertanian.

kultivar dan galur [tesis]. Bogor : Program Pascasrjana, Institut Pertanian Bogor. Rustanti S. 1994. Toleransi beberapa galur/kultivar kedelai (Glycine max (L.) Merr.) terhadap pH tanah dan kandungan aluminium yang tinggi [tesis]. Bogor: Program Pascasrjana, Institut Pertanian Bogor.

Ismail IG & Suryatna E. Pertanaman kedelai pada lahan kering. Di dalam: Somaatmadja S et al, editor. Kedelai: Rapat Teknis Penelitian dan Pengembangan Kedelai. Bogor, 2-4 Okt 1984. Pusat Penelitian dan Pengembangan Tanaman Pangan, Badan Penelitian & Pengembangan Pertanian.

Sumarno. 1984. Kedelai dan Cara Budidayanya. Jakarta : CV Yasaguna

Kompas. 4 Nov 2004. Deptan tetapkan delapan langkah prioritas. http://www.kompas.com/kompas cetak/0411/03/ekonomi/1364189.html [18 Des 2004].

Suhartina. 2003. Perkembangan dan Deskripsi Kultivar Unggul Kedelai 1918 – 2002. Malang: Balai Penelitian Tanaman Kacang – Kacangan dan Umbi – Umbian.

Musa MS. 1978. Ciri kestatistikaan beberapa sifat agronomi suatu bahan kegenetikaan kedelai (Glycine max (L.) Merr.) [disertasi]. Bogor: Program Pascasarjana, Institut Pertanian Bogor.

Suharsono, Jusuf M, Anwar S, Widyastuti U. 2003. Isolasi dan karakterisasi gen-gen dari tanaman kedelai yang mendapat cekaman Al [Laporan Akhir RUT VIII]. Kementrian Riset dan Teknologi.

Maesen LJGV. 1992. Prosea : Plant Resources of South-East Asia 1 (Pulses). Bogor : Prosea Foundation.

Supriyadi C. 2005. Seleksi kedelai yang berproduksi tinggi terhadap generasi F6 dari persilangan kultivar Slamet x Wase [Skripsi]. Bogor. Fakultas Matematika dan Ilmu Pengetahuan Alam, Institut Pertanian Bogor.

Notohadiprawiro T. 1983. Persoalan tanah masam dalam pembangunan pertanian Indonesia. Bul Faperta UGM 18: 44 – 47. Nyakpa M et al. 1988. Kesuburan Tanah. Lampung : Universitas Lampung. Poespodarsono S. 1988. Dasar-dasar Ilmu Pemuliaan Tanaman. Bogor : Pusat Antar Universitas, Institut Pertanian Bogor. [Puslitbangtan] Pusat Penelitian dan Pengembangan Tanah dan Agroklimat. 1994. Kriteria penilaian sifat – sifat kimia tanah. Bogor: Pusat Penelitian dan Pengembangan Tanah dan Agroklimat. Paserang AP. 2003. Seleksi untuk peningkatan produksi kedelai dari generasi F2 hasil persilangan beberapa

Sunarto. 1989. Pengaruh fisiologis dan genetik ketenggangan kedelai terhadap keracunan alumunium [disertasi]. Bogor: Program Pascasarjana, Institut Pertanian Bogor.

Walpole RE. 1990. Pengantar Statistika. Jakarta : PT. Gramedia.

8

LAMPIRAN

9

Lampiran 1 Deskripsi kultivar Slamet (Suhartina 2003). Tahun Pelepasan : 1995 Nomor asal : T23 (Unsoed 1) Asal : Hasil persilangan Dempo x Wilis Hasil rata-rata : 2.26 ton/ha Warna hipokotil : Ungu Warna epikotil : Ungu Warna da un : Hijau Warna bulu : Coklat Warna kulit biji : Kuning Warna polong tua : Coklat Tipe tumbuh : Determinit Umur berbunga : 37 hari Umur matang : 87 hari Tinggi tanaman : 65 cm Bobot 100 biji : 12.5 g Kandungan protein : 34 % Kandungan minyak : 2.26 % Ketahanan terhadap penyakit : Tahan karat daun Keterangan : Sesuai untuk tanah masam Pemulia : Sunarto, Noor Farid, dan Suwarto

9

Lampiran 2 Denah penanaman untuk uji keseragaman genetik dari famili F8 persilangan Slamet x Wase

A 1 .. .. .. .. B

2 .. .. .. ..

3 .. .. .. ..

4 .. .. .. ..

Keterangan : 1 : FSW 1 2 : FSW 2 3 : FSW 3 4 : FSW 4 5 : FSW 5 6 : FSW 6 7 : FSW 7 8 : FSW 8 9 : FSW 9 10 : FSW 10 11 : FSW 11 12 : FSW 12 13 : FSW 13

5 .. .. .. ..

6 .. .. .. ..

7 .. .. .. ..

S .. .. .. ..

8 .. .. .. ..

9 .. .. .. ..

10 .. .. .. ..

14 : FSW 14 15 : FSW 15 16 : FSW 16 17 : FSW 17 18 : FSW 18 19 : FSW 19 20 : FSW 20 21 : FSW 21 22 : FSW 22 23 : FSW 23 24 : FSW 24 S : Slamet A : jarak 40 cm antar baris tanaman B : jarak 20 cm antar baris dalam tanaman

11 .. .. .. ..

12 .. .. .. ..

13 .. .. .. ..

14 15 .. .. .. .. .. .. .. ..

16 .. .. .. ..

17 .. .. .. ..

S .. .. .. ..

18 .. .. .. ..

19 .. .. .. ..

20 .. .. .. ..

21 .. .. .. ..

22 .. .. .. ..

23 .. .. .. ..

24 .. .. .. ..

S .. .. .. ..

10 Lampiran 3 Data cuaca p ada periode Agustus 2005-April 2006 (Stasiun Klimatologi Dramaga 20052006 tidak dipublikasikan) Bulan Temperatur Lembab Nisbi Lama Penyinaran Hari Hujan Curah Hujan Seleksi F7 Agustus 25.2 oC 90 3.9 jam 27 hari 537 mm September 25.4 oC 89 4.7 jam 25 hari 580 mm Oktober 26.0 oC 87 5.3 jam 28 hari 568 mm November 26.2 oC 85 5.8 jam 22 hari 308 mm Seleksi F8 Januari 25.5 oC 86 3.3 jam 26 hari 252 mm Februari 25.2 oC 89 3.5 jam 28 hari 640mm Maret 25.5 oC 89 5.2 jam 24 hari 434 mm April 25.8 oC 84 4.6 jam 28 hari 138 mm

Lampiran 4 Analisis tanah blok tanam pada kebun percobaan Pagentongan ( Puslitbang Tanah 2005 dipublikasikan) C N P tersedia K tersedia Al dd pH C/N KTK (%) (%) (ppm) (ppm) (cmol / kg) 5 1.23 0.11 11 10.2 101 13.81 1.43

11 Lampiran 5 Karakteristik tanaman dari setiap famili No famili TT JCU JBS 62/41/7/18/11/13/1 80 3 16 62/41/7/18/11/13/3 55 0 9 62/41/7/18/11/13/4 75 3 13 62/41/7/18/11/13/5 55 1 15 62/41/7/18/11/13/6 89 3 13 62/41/7/18/11/13/8 70 4 22 62/41/7/18/11/13/9 69 5 24 62/41/7/18/11/13/11 51 0 9 62/41/7/18/11/13/12 69 3 21 62/41/7/18/11/13/13 87 6 22 62/41/7/18/11/13/15 72 2 12 62/41/7/18/11/13/16 74 1 11 62/41/7/18/11/13/17 78 2 15 62/41/7/18/11/13/18 86 5 15 62/41/7/18/11/13/19 70 3 19 62/41/7/18/11/13/20 67 5 14 62/41/7/18/11/13/21 86 4 18 62/41/7/18/11/13/22 81 1 15 62/41/7/18/11/13/23 80 5 19 62/41/7/18/11/13/24 78 3 15 62/41/7/18/11/13/25 57 1 18 62/41/7/18/11/13/26 80 1 15 62/41/7/18/11/13/27 89 6 23 62/41/7/18/11/13/28 54 0 8 62/41/7/18/11/13/29 66 1 11 62/41/7/18/11/13/30 70 2 17 62/41/7/18/11/13/31 66 1 15 62/41/7/18/11/13/32 63 3 18 62/41/7/18/11/13/33 57 2 11 62/41/7/18/11/13/34 78 2 21 62/41/7/18/11/13/35 68 0 16 62/41/7/18/11/13/37 70 2 15 62/41/7/18/11/13/39 82 5 25 62/41/7/18/11/13/41 71 2 16 62/41/7/18/11/13/43 80 3 21 62/41/7/18/11/13/44 68 2 15 62/41/7/18/11/13/46 74 4 25 62/41/7/18 /11/13/47 88 3 19 62/41/7/18/11/13/48 55 0 10 62/41/7/18/11/13/52 75 1 13 62/41/7/18/11/13/53 82 5 18 62/41/7/18/11/13/54 83 4 22 62/41/7/18/11/13/55 54 3 18 62/41/7/18/11/13/56 80 0 19 62/41/7/18/11/13/58 80 3 11 62/41/7/18/11/13/59 82 4 22 62/41 /7/18/11/13/61 67 2 15 62/41/7/18/11/13/62 62 0 12 62/41/7/18/11/13/63 78 6 19 62/41/7/18/11/13/64 75 1 18

PI 34 13 30 25 39 84 78 10 37 78 30 23 33 66 30 58 69 32 53 43 27 39 85 9 20 33 21 37 16 29 15 23 56 25 42 31 111 46 16 22 44 42 53 62 20 55 29 19 58 29

UBJ 9.29 8.09 8.82 8.34 9.55 9.59 9.34 5.28 10.2 9.05 11 10.9 10.4 13.8 9.53 9.54 9.91 10.9 11.4 10.3 9.78 10 9.27 9.13 9.49 10.6 8.05 7.62 9.03 8.83 5.42 10.6 8.54 6.61 6.82 9.12 10.4 8.94 8.29 11.2 10.8 7.45 9.66 9.84 13.2 9.82 8.59 8.44 11.9 9.23

JB 73 22 55 38 58 155 125 25 63 184 51 46 50 85 55 110 138 49 87 79 55 56 144 16 35 43 39 55 33 54 19 39 121 49 90 57 226 87 21 25 76 76 93 121 20 96 41 32 101 57

BB 6.78 1.78 4.85 3.17 5.54 14.86 11.68 1.32 6.42 16.66 5.61 5.02 5.18 11.74 5.24 10.49 13.67 5.35 9.95 8.13 5.38 5.62 13.35 1.46 3.32 4.55 3.14 4.19 2.98 4.77 1.03 4.14 10.33 3.24 6.14 5.2 23.41 7.78 1.74 2.79 8.23 5.66 8.98 11.91 2.63 9.43 3.52 2.7 12.02 5.26

UB 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33

WB putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih

UP 102 102 102 99 102 96 96 96 96 96 96 96 102 107 96 96 96 96 102 102 102 99 99 102 102 107 107 96 96 96 96 96 96 96 96 96 99 99 99 99 99 99 99 102 107 99 96 99 99 96

12 No famili 62/41/7/18/11/13/65 62/41/7/18/11/13/66 62/41/7/18/11/13/67 62/41/7/18/11/13/68 62/32/6/12/24/26/1 62/32/6/12/24/26/2 62/32/6/12/24/26/3 62/32/6/12/24/26/4 62/32/6/12/24/26/5 62/32/6/12/24/26/6 62/32/6/12/24/26/7 62/32/6/12/24/26/8 62/32/6/12/24/26/9 62/32/6/12/24/26/10 62/32/6/12/24/26/12 62/32/6/12/24/26/14 62/32/6/12/24/26/15 62/32/6/12/24/26/16 62/32/6/12/24/26/17 62/32/6/12/24/26/18 62/32/6/12/24/26/19 62/32/6/12/24/26/21 62/32/6/12/24/26/22 62/32/6/12/24/26/24 62/32/6/12/24/26/26 62/32/6/12/24/26/28 62/32/6/12/24/26/29 62/32/6/12/24/26/31 62/32/6/12/24/26/33 62/32/6/12/24/26/35 62/32/6/12/24/26/38 62/32/6/12/24/26/41 62/32/6/12/24/26/42 62/32/6/12/24/26/43 62/32/6/12/24/26/44 62/32/6/12/24/26/45 62/32/6/12/24/26/46 62/32/6/12/24/26/47 62/32/6/12/24/26/48 62/32/6/12/24/26/50 62/32/6/12/24/26/51 62/32/6/12/24/26/52 62/32/6/12/24/26/53 62/32/6/12/24/26/54 62/32/6/12/24/26/56 62/32/6/12/24/26/57 62/32/6/12/24/26/58 62/32/6/12/24/26/60 62/32/6/12/24/26/61 62/32/6/12/24/26/62 62/32/6/12/24/26/63

TT 76 72 75 62 44 36 55 55 60 65 43 66 65 55 44 70 80 65 55 57 68 78 73 68 64 68 77 65 52 43 57 53 65 55 76 45 76 74 57 65 42 65 57 62 78 78 74 76 76 78 78

JCU 7 3 2 2 1 3 2 1 3 5 3 2 5 6 3 4 0 2 0 1 3 4 1 2 2 3 2 4 2 1 4 2 2 2 4 2 3 3 4 2 0 4 4 4 4 5 5 1 4 4 3

JBS 19 12 18 14 9 8 23 12 14 12 13 18 22 21 21 18 12 24 8 6 22 25 12 16 10 14 12 21 8 8 15 18 16 10 22 11 22 18 12 15 9 16 12 10 21 2 25 14 15 17 16

PI 62 28 31 29 12 19 28 18 22 33 34 32 65 49 51 31 21 54 9 11 38 60 19 22 10 34 16 41 24 10 55 26 25 23 44 18 46 61 48 41 10 48 30 34 61 55 59 20 29 47 34

UBJ 9.12 8.91 8.61 14 11.3 8.39 9.82 7.26 9.9 10 9.94 7.89 11.3 13.3 11.8 10.7 5.29 11.4 9.82 9.81 10.6 10.8 11.9 12.6 9.35 11.4 12.2 10 9 11.8 9.49 10.4 11.2 9.7 12.1 7.41 13.5 12.3 13.2 12.2 9.76 9.25 9.16 12.8 12.5 11 11.4 10.9 11.8 11 11.5

JB 94 53 41 16 13 41 49 31 41 73 51 70 121 94 82 60 55 102 17 16 78 130 29 35 26 71 33 17 41 13 99 48 51 40 92 32 88 106 93 75 25 87 50 53 112 116 127 41 65 84 61

BB 8.57 4.72 3.53 2.24 1.47 3.44 4.81 2.25 4.06 7.3 5.07 5.52 13.68 12.5 9.66 6.43 2.91 11.66 1.67 1.57 8.23 13.99 3.46 4.42 2.43 8.08 4.02 1.7 3.69 1.54 9.4 5 5.71 3.88 11.12 2.37 11.84 13.03 12.3 9.18 2.44 8.05 4.58 6.77 14.01 12.77 14.43 4.48 7.67 9.23 7

UB 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33

WB putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih

UP 96 96 96 107 96 96 102 107 102 102 102 102 102 102 102 99 102 96 96 99 99 102 102 102 99 102 102 107 102 102 102 99 102 96 99 99 99 96 96 96 96 96 96 96 96 96 96 96 96 102 99

13 No famili 62/32/6/12/24/26/64 62/32/6/12/24/26/65 62/32/6/12/24/26/66 62/32/6/12/24/26/67 62/32/6/12/24/26/68 62/32/6/12/24/26/69 62/32/6/12/24/26/70 62/32/6/12/24/26/72 62/32/6/12/6/23/1 62/32/6/12/6/23/3 62/32/6/12/6/23/4 62/32/6/12/6/23/5 62/32/6/12/6/23/6 62/32/6/12/6/23/7 62/32/6/12/6/23/8 62/32/6/12/6/23/9 62/32/6/12/6/23/10 62/32/6/12/6/23/13 62/32/6/12/6/23/14 62/32/6/12/6/23/15 62/32/6/12/6/23/16 62/32/6/12/6/23/17 62/32/6/12/6/23/18 62/32/6/12/6/23/21 62/32/6/12/6/23/22 62/32/6/12/6/23/23 62/32/6/12/6/23/24 62/32/6/12/6/23/25 62/32/6/12/6/23/26 62/32/6/12/6/23/27 62/32/6/12/6/23/28 62/32/6/12/6/23/29 62/32/6/12/6/23/31 62/32/6/12/6/23/32 62/32/6/12/6/23/33 62/32/6/12/6/23/34 62/32/6/12/6/23/35 62/32/6/12/6/23/36 62/32/6/12/6/23/37 62/32/6/12/6/23/38 62/32/6/12/6/23/40 62/32/6/12/6/23/41 62/32/6/12/6/23/42 62/32/6/12/6/23/43 62/32/6/12/6/23/44 62/32/6/12/6/23/45 62/32/6/12/6/23/46 62/32/6/12/6/23/47 62/32/6/12/6/23/49 62/32/6/12/6/23/50 62/32/6/12/6/23/51

TT 73 71 69 76 54 58 58 46 109 93 88 88 97 102 100 105 105 106 106 110 81 107 91 150 86 88 98 92 100 101 80 92 86 66 87 88 73 83 86 83 57 90 85 93 96 116 93 102 107 110 110

JCU 3 1 4 2 2 2 4 4 5 2 1 4 2 1 3 3 5 5 3 4 4 1 4 0 4 1 2 2 5 2 3 4 1 3 19 3 1 1 2 3 3 3 3 1 4 5 3 3 5 0 7

JBS 8 11 20 17 10 14 21 12 26 17 12 15 21 20 15 20 21 25 19 22 12 25 16 10 16 9 9 20 24 21 12 21 10 10 2 14 9 10 15 21 7 19 20 15 23 22 16 20 18 12 28

PI 32 13 49 20 14 25 55 18 92 43 27 40 62 33 41 62 58 125 96 117 85 72 160 15 40 12 41 50 86 75 55 64 16 13 49 42 15 16 56 45 16 72 68 70 135 108 65 112 30 12 139

UBJ 14 10.3 13.7 8.43 9.5 10.6 9.05 10.9 7.48 8.44 8.67 9.74 8.65 8.1 7.35 7.61 9.68 8.62 8.48 10.1 10.8 10.3 10.1 6.61 7.68 10.1 7.55 8.29 8.99 7.5 8.37 6.73 8.97 7.5 8.93 7.7 6.04 6.66 8.96 7.68 6.79 8.35 6.97 8.27 9.39 8.8 7.68 8.43 9.67 8.65 10.7

JB 44 29 83 35 22 49 108 31 174 80 48 69 103 60 72 85 106 226 182 239 157 123 196 23 71 25 62 82 180 149 95 106 34 22 84 80 27 50 80 73 24 136 101 116 276 113 261 207 69 34 326

BB 6.14 2.98 11.35 2.95 2.09 5.21 9.77 3.37 13.02 6.75 4.16 6.72 8.91 4.86 5.29 6.47 10.26 19.49 15.43 24.12 16.9 12.69 19.75 1.52 5.45 2.52 4.68 6.8 16.19 11.17 7.95 7.13 3.05 1.65 7.5 6.16 1.63 3.33 7.17 5.61 1.63 11.36 7.04 9.59 25.92 9.94 20.05 17.46 6.67 2.94 35

UB 33 33 33 33 33 33 33 33 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41

WB putih putih putih putih putih putih putih putih ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu

UP 102 99 102 99 96 96 102 99 107 107 107 107 107 107 107 107 107 102 102 102 102 102 102 102 102 102 102 107 102 102 102 107 107 107 96 107 102 102 107 107 107 102 107 102 102 102 102 107 102 102 102

14 No famili 62/32/6/12/6/23/52 62/32/6/12/6/23/53 62/32/6/12/6/23/54 62/32/6/12/6/23/55 62/32/6/12 /6/23/56 62/32/6/12/6/23/57 62/32/6/12/6/23/58 62/32/6/12/6/23/59 62/32/6/12/6/23/60 62/32/6/12/6/23/61 62/32/6/12/6/23/62 62/32/6/12/6/23/63 62/32/6/12/6/23/64 62/32/6/12/6/23/65 62/32/6/12/6/23/66 62/32/6/12/6/23/68 62/32/6/12/6/23/69 62/32/6/12/6/23/70 62/32/6/12/6/3/1 62/32/6/12/6/3/2 62/32/6/12/6/3/3 62/32/6/12/6/3/4 62/32/6/12/6/3/5 62/32/6/12/6/3/6 62/32/6/12/6/3/7 62/32/6/12/6/3/10 62/32/6/12/6/3/11 62/32/6/12/6/3/12 62/32/6/12/6/3/13 62/32/6/12/6/3/15 62/32/6/12/6/3/17 62/32/6/12/6/3/18 62/32/6/12/6/3/20 62/32/6/12/6/3/21 62/32/6/12/6/17/1 62/32/6/12/6/17/3 62/32/6/12/6/17/4 62/32/6/12/6/17/5 62/32/6/12/6/17/6 62/32/6/12/6/17/7 62/32/6/12/6/17/8 62/32 /6/12/6/17/10 62/32/6/12/6/17/11 62/32/6/12/6/17/12 62/32/6/12/6/17/13 62/32/6/12/6/17/14 62/32/6/12/6/17/15 62/32/6/12/6/17/17 62/32/6/12/6/17/18 62/32/6/12/6/17/19 62/32/6/12/6/17/20

TT 100 105 101 98 105 101 110 78 101 110 93 99 95 80 93 89 78 103 69 90 88 91 86 80 83 68 66 70 89 74 66 84 68 87 88 93 90 80 107 95 98 63 98 102 106 78 78 107 108 110 111

JCU 1 5 3 2 0 6 2 6 3 3 1 5 5 0 3 3 0 3 6 7 2 3 4 1 5 2 2 7 6 1 4 1 6 2 3 3 3 1 1 3 4 3 5 2 2 2 2 4 7 5 2

JBS 6 25 12 22 11 22 13 18 23 24 16 21 19 9 22 20 12 18 17 20 10 12 25 17 22 16 9 12 18 6 6 17 21 15 22 20 20 10 10 19 19 18 18 19 19 10 15 24 18 25 21

PI 11 97 56 59 25 109 22 95 48 75 37 67 75 10 47 77 15 53 95 59 32 51 72 32 70 32 41 83 110 15 34 31 35 52 56 44 68 18 21 55 53 38 60 39 62 52 65 97 95 95 69

UBJ 7.82 8.14 8.05 8.85 8.71 9.51 8.76 10 9.33 7.72 7.63 8.59 7.84 9.1 8.09 8.8 7.7 7.87 6.38 7.82 7.78 7.98 7.7 7.29 7.27 6.85 6.72 7.73 8.02 11.3 6.3 9.23 7 6.08 7.3 7.22 7.07 6.69 7.23 7.17 7.04 6.62 7.02 7.13 7.27 7.79 9.08 9.52 9.81 7.83 9.65

JB 28 211 111 116 38 187 38 160 85 39 65 158 148 20 74 120 33 106 146 112 59 83 111 59 125 60 76 120 234 19 27 43 61 120 105 74 127 29 31 105 109 90 156 90 115 98 180 198 189 200 111

BB 2.19 17.18 8.94 10.27 3.31 17.78 3.33 16 7.93 3.01 4.96 13.58 11.61 1.82 5.99 10.56 2.54 8.34 9.31 8.76 4.59 6.62 8.55 4.3 9.09 4.11 5.11 9.28 18.76 2.14 1.7 3.97 4.27 7.29 7.67 5.34 8.98 1.94 2.24 7.53 7.67 5.96 10.95 6.42 8.36 7.63 16.35 18.84 18.55 15.66 10.71

UB 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41

WB ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu

UP 102 107 102 107 107 102 107 102 107 107 107 107 107 107 102 107 102 107 107 107 107 107 107 107 107 107 107 107 107 107 107 107 96 107 107 107 107 107 107 107 107 102 96 107 102 102 102 102 102 99 102

15 No famili 62/32/6/12/6/17/21 62/32/6/12/6/17/23 62/32/6/12/6/17/24 62/32/6/12/6/17/25 62/32/6/12/6/17/26 62/32/6/12/6/17/27 62/32/6/12/6/17/28 62/32 /6/12/6/17/29 62/32/6/12/6/17/30 62/32/6/12/6/17/31 62/32/6/12/6/17/32 62/32/6/12/6/17/33 62/32/6/12/6/17/34 62/32/6/12/6/17/35 62/32/6/12/6/17/38 62/32/6/12/6/17/39 62/32/6/12/6/17/40 62/32/6/12/6/17/41 62/32/6/12/6/17/42 62/32/6/12/6/17/43 62/32/6/12/6/17/44 62/32/6/12/6/17/45 62/32/6/12/6/17/46 62/32/6/12/6/17/47 62/32/6/12/6/17/48 62/32/6/12/6/17/49 62/32/6/12/6/17/50 62/32/6/12/6/17/51 62/32/6/12/6/17/52 62/32/6/12/6/17/53 62/32/6/12/6/17/55 62/32/6/12/6/17/56 62/32/6/12/6/17/57 62/32/6/12/6/17/60 62/32/6/12/6/17/61 62/32/6/12/6/17/62 62/32/6/12/6/17/63 62/32/6/12/6/17/64 62/32/6/12/6/17/65 62/32/6/12/6/17/66 62/32/6/12/6/17/67 62/32/6/12/6/17/69 62/32/6/12/6/17/71 62/32/6/12/6/17/72 62/32/6/12/6/17/73 62/32/6/12/6/17/74 62/32/6/12/6/17/75 62/32/6/12/6/17/76 62/32/6/12/6/17/77 62/32/6/12/6/17/78 62/32/6/12/6/17/79

TT 97 68 65 107 112 108 105 105 91 95 92 93 92 78 98 105 102 102 102 109 102 104 107 104 100 107 105 110 112 110 95 95 100 105 105 102 95 103 100 81 86 78 73 93 88 95 86 80 95 88 92

JCU 5 6 2 0 4 4 3 2 4 2 3 4 7 5 4 2 4 1 2 4 0 3 4 3 3 3 5 3 2 1 4 4 1 4 2 6 4 2 7 3 2 2 2 5 5 5 7 6 2 3 2

JBS 28 12 10 18 20 18 21 15 15 20 17 11 19 14 18 14 20 13 12 24 6 15 20 17 17 18 19 18 22 11 21 15 5 20 14 20 23 17 23 18 12 14 12 13 25 22 22 25 18 24 19

PI 77 73 59 38 85 53 26 33 46 41 41 31 119 55 62 52 59 28 38 79 8 28 65 63 40 67 64 61 88 24 73 98 8 62 39 63 73 65 69 35 39 25 45 101 76 112 127 92 61 47 31

UBJ 8.16 8.83 8.67 9.17 8.47 10.8 8.77 10.2 8.25 7.37 5.92 6.67 9.38 6.62 8.94 7.64 7.63 9.42 9.48 7.35 13.1 9 7.86 7.45 11.2 8.07 8.15 8.52 8.31 7.07 8.28 10.9 7.85 8.38 9.46 7.73 8.11 7.56 7.24 6.5 9.77 7.12 7.49 8.68 7.53 7.92 9.54 7.13 8.33 8.15 7.88

JB 179 138 107 71 152 106 146 50 72 62 36 36 162 95 119 100 110 48 77 150 16 43 131 134 49 106 125 132 163 27 143 152 13 115 65 135 143 140 102 54 69 34 92 184 178 216 195 186 123 101 64

BB 14.6 12.19 9.28 6.51 12.87 11.47 12.8 5.1 5.94 4.57 2.13 2.4 15.2 6.29 10.64 7.64 8.39 4.52 7.3 11.02 2.1 3.87 10.3 9.98 5.51 8.55 10.19 11.25 13.54 1.91 11.84 16.54 1.02 9.64 6.15 10.44 11.6 10.59 7.38 3.51 6.74 2.42 6.89 15.98 13.4 17.11 18.6 13.26 10.24 8.23 5.04

UB 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41


UP 96 96 102 102 102 102 102 107 107 107 107 107 107 107 102 107 107 107 107 107 107 107 107 107 107 102 102 102 102 102 102 102 102 102 107 107 107 102 107 96 107 107 107 107 107 107 107 107 107 107 107

16 No famili 62/32/6/12/6/17/80 62/32/6/12/6/17/81 62/32/6/12/6/17/82 62/32/6/12/6/17/83 62/32/6/12/6/17/84 62/32/6/12/6/17/85 62/32/6/12/6/17/86 62/32/6/12/6/17/87 62/32/6/12/6/17/88 62/32/6/12/6/17/89 62/32/6/12/6/17/90 62/32/6/12/6/17/91 62/32/6/12/6/17/92 62/32/6/12/6/17/93 62/32/6/12/6/17/94 62/32/6/12/6/17/95 62/32/6/12/6/17/96 62/32/6/12/6/17/97 62/32/6/12/6/17/98 62/32/6/12/6/17/99 62/32/6/12/6/17/100 62/32/6/12/9/17/1 62/32/6/12/9/17/2 62/32/6/12/9/17/3 62/32/6/12/9/17/4 62/32/6/12/9/17/5 62/32/6/12/9/17/6 62/32/6/12/9/17/7 62/32/6/12/9/17/8 62/32/6/12/9/17/10 62/32/6/12/9/17/11 62/32/6/12/9/17/12 62/32/6/12/9/17/13 62/32/6/12/9/17/14 62/32/6/12/9/17/15 62/32/6/12/9/17/17 62/32/6/12/9/17/18 62/32/6/12/9/17/21 62/32/6/12/9/17/22 62/32/6/12/9/17/23 62/32/6/12/9/17/24 62/32/6/12/9/17/25 62/32/6/12/9/17/26 62/32/6/12/9/17/27 62/32/6/12/9/17/28 62/32/6/12/9/17/29 62/41/5/1/16/34/1 62/41/5/1/16/34/2 62/41/5/1/16/34/3 62/41/5/1/16/34/4 62/41/5/1/16/34/5

TT 78 88 75 80 78 81 80 81 78 85 78 81 88 78 78 68 78 71 68 80 71 45 62 53 48 50 66 51 69 67 63 55 59 73 67 68 55 37 60 51 56 54 44 81 59 62 77 95 86 71 102

JCU 5 4 2 1 1 3 2 6 1 4 3 3 2 1 3 3 4 1 3 4 5 2 5 3 1 0 1 1 5 5 2 5 3 5 3 2 3 2 5 4 1 3 0 5 2 3 2 2 3 2 3

JBS 25 22 22 7 15 22 20 22 13 21 23 26 19 13 20 10 22 15 8 25 12 14 22 17 12 10 21 11 23 16 18 20 19 25 18 12 14 12 25 16 11 11 9 25 20 17 18 23 20 12 14

PI 91 42 53 27 20 33 55 63 21 63 56 45 42 22 75 30 66 30 79 83 39 26 66 41 12 16 39 18 75 57 41 25 52 59 28 31 26 22 65 48 14 28 21 116 49 37 35 55 57 15 18

UBJ 7.32 5.76 8.12 9.2 8.07 6.42 6.68 6.88 9.29 7.64 8.26 7.28 7.3 8.22 7 7.7 9.01 9.15 6.88 7.99 8.7 9.19 9.85 7.78 10.4 9.21 9.8 11.4 12.9 11.3 11.3 8.53 11.1 10.6 10.2 11 8.5 8.83 10 9.56 8.79 10.5 11 13.8 11.8 10.5 8.55 8.52 5.71 7.74 5.27

JB 199 79 99 45 43 60 98 113 45 152 118 102 98 46 170 54 148 48 58 180 74 47 130 78 23 29 84 38 171 133 67 59 76 128 61 48 42 35 146 104 38 40 44 291 93 71 58 98 157 23 33

BB 14.56 4.55 8.04 4.14 3.47 3.85 6.55 7.77 4.18 11.61 9.75 7.43 7.15 3.78 11.9 4.16 13.33 4.39 3.99 14.38 6.44 4.32 12.8 6.07 2.4 2.67 8.23 4.32 22.03 14.97 7.54 5.03 8.43 13.51 6.21 5.27 3.57 3.09 14.6 9.94 3.34 4.18 4.85 40.23 10.93 7.45 4.96 8.35 8.96 1.78 1.74

UB 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 31 31 31 31 31 31 31 31 31 31 31 31 31 31 31 31 31 31 31 31 31 31 31 31 31 38 38 38 38 38

WB ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih putih ungu ungu ungu ungu ungu

UP 107 107 107 107 107 107 107 107 107 107 107 107 107 107 107 107 107 107 107 107 107 102 99 99 102 102 99 99 96 96 99 99 99 99 99 102 99 102 102 99 102 99 96 102 96 96 102 102 102 99 96

17 No famili 62/41/5/1/16/34/6 62/41/5/1/16/34/7 62/41/5/1/16/34/8 62/41/5/1/16/34/9 62/41/5/1/16/34/10 62/41/5/1/16/34/12 62/41/5/1/16/34/13 62/41/5/1/16/34/14 62/41/5/1/16/34/16 62/41/5/1/16/34/17 62/41/5/1/16/34/18 62/41/5/1/16/34/19 62/41/5/1/16/34/20 62/41/5/1/16/34/21 62/41/5/1/16/34/23 62/41/5/1/16/34/24 62/41/5/1/16/34/25 62/41/5/1/16/34/26 62/41/5/1/16/34/27 62/41/5/1/16/34/28 62/41/5/1/16/34/29 62/41/5/1/16/34/30 62/41/5/1/16/34/32 62/41/5/1/16/34/33 62/41/5/1/16/34/34 62/41/5/1/16/34/35 62/41/5/1/16/34/38 62/41/5/1/16/34/39 62/41/5/1/16/34/40 62/41/5/1/16/34/41 62/41/5/1/16/34/42 62/41/5/1/16/34/43 62/41/5/1/16/34/44 62/41/5/1/16/34/45 62/41/5/1/16/34/46 62/41/5/1/16/34/47 62/41/5/1/16/34/48 62/41/5/1/16/34/49 62/41/5/1/16/34/50 62/41/5/1/16/34/51 62/41/5/1/16/34/52 62/41/5/1/16/34/53 62/41/5/1/16/34/55 62/41/5/1/16/34/56 62/41/5/1/16/34/57 62/41/5/1/16/34/59 62/41/5/1/16/34/61 62/41/5/1/16/34/62 62/41/5/1/16/34/63 62/41/5/1/16/34/64 62/41/5/1/16/34/65

TT 74 76 78 78 71 92 89 83 73 71 91 71 48 78 95 86 68 88 76 79 96 95 68 55 84 83 74 73 68 72 82 73 75 73 70 89 88 88 81 74 98 90 110 110 100 107 82 100 65 98 93

JCU 3 1 2 1 3 1 2 6 2 5 5 5 5 1 4 3 5 3 1 4 0 5 3 3 4 3 5 1 0 1 5 3 4 4 2 4 4 4 2 3 4 4 6 4 1 3 2 5 5 9 8

JBS 20 13 20 10 14 11 19 16 17 14 22 14 9 10 24 15 16 14 12 18 15 18 10 11 15 21 15 12 9 18 18 13 21 13 12 20 21 22 13 15 14 16 22 27 12 19 9 22 20 26 12

PI 43 23 37 15 33 17 50 54 33 65 79 53 28 10 100 25 59 42 30 49 28 63 22 35 87 70 55 24 12 18 36 22 54 55 16 76 57 68 28 39 60 52 63 65 22 48 26 61 61 125 102

UBJ 8.5 6.98 6.3 6.25 5.52 6.12 7.04 8.69 9.67 8.39 6.99 6.93 8.51 7.82 7.37 8.31 8.54 7.8 8.45 8.98 9.37 10.4 8.17 8.41 10.2 8.35 7.43 8.77 7.79 6.58 6.16 5.63 8.06 8.28 8.16 8.06 8.6 9.42 10.1 9.13 8.23 10.1 7.28 11.2 8.07 8.34 5.85 8.18 8.64 11 8.33

JB 80 53 76 32 54 33 74 64 58 153 142 104 49 17 166 39 67 89 56 98 52 107 24 91 204 159 108 44 24 38 62 54 116 143 31 122 111 137 34 83 110 100 131 130 43 73 40 123 85 236 205

BB 6.8 3.7 4.79 2 2.98 2.02 5.21 5.56 5.61 12.84 9.92 7.21 4.17 1.33 12.23 3.24 5.72 6.94 4.73 8.8 4.87 11.12 1.96 7.65 20.76 13.28 8.02 3.86 1.87 2.5 3.82 3.04 9.35 11.84 2.53 9.83 9.55 12.91 3.45 7.58 9.05 10.05 9.54 14.61 3.47 6.09 2.34 10.06 7.34 25.88 17.07

UB 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38


UP 96 96 96 96 96 96 96 96 96 96 96 96 96 99 99 99 96 99 96 99 99 102 102 96 96 96 107 99 99 96 96 96 96 99 96 96 96 99 96 96 99 99 102 102 99 107 102 102 102 102 102

18 No famili 62/41/5/1/16/34/66 62/41/5/1/16/34/67 62/41/5/1/16/34/68 62/41/5/1/16/34/69 62/41/5/1/16/34/70 62/41/5/1/16/34/71 62/41/5/1/16/34/72 62/41/5/1/16/34/73 62/41/5/1/16/34/74 62/41/5/1/16/35/1 62/41/5/1/16/35/2 62/41/5/1/16/35/3 62/41/5/1/16/35/4 62/41/5/1/16/35/5 62/41/5/1/16/35/6 62/41/5/1/16/35/8 62/41/5/1/16/35/9 62/41/5/1/16/35/10 62/41/5/1/16/35/11 62/41/5/1/16/35/12 62/41/5/1/16/35/13 62/41/5/1/16/35/14 62/41/5/1/16/35/15 62/41/5/1/16/35/16 62/41/5/1/16/35/18 62/41/5/1/16/35/19 62/41/5/1/16/35/20 62/41/5/1/16/35/21 62/41/5/1/16/35/22 62/41/5/1/16/35/23 62/41/5/1/16/35/24 62/41/5/1/16/35/25 62/41/5/1/16/35/26 62/41/5/1/16/35/27 62/41/5/1/16/35/28 62/41/5/1/16/35/29 62/41/5/1/16/35/30 62/41/5/1/16/35/31 62/41/5/1/16/35/32 62/41/5/1/16/35/35 62/41/5/1/16/35/36 62/41/5/1/16/35/37 62/41/5/1/16/35/38 62/41/5/1/16/35/39 62/41/5/1/16/35/40 62/41/5/1/16/35/41 62/41/5/1/16/35/42 62/41/5/1/16/35/43 62/41/5/1/16/35/44 62/41/5/1/16/35/45 62/41/5/1/16/35/46

TT 102 103 90 85 78 98 62 101 80 78 84 78 88 83 82 78 86 91 104 92 81 68 71 82 58 100 106 95 88 71 98 83 97 72 89 76 85 68 84 71 64 45 63 68 76 73 92 101 96 91 98

JCU 4 6 7 7 7 3 3 7 3 1 4 2 4 2 4 2 2 1 5 2 5 1 3 4 3 2 3 5 3 4 2 0 3 2 2 4 2 6 1 4 5 3 3 3 5 4 4 3 1 3 5

JBS 20 30 24 21 18 18 14 22 16 18 24 22 22 18 13 17 16 11 27 18 18 10 16 18 11 17 28 22 19 19 14 11 22 15 19 15 18 11 12 13 12 8 10 20 15 18 26 22 13 24 21

PI 77 95 55 95 117 36 45 89 43 31 56 35 65 39 42 45 42 30 80 39 80 22 47 52 27 41 60 66 61 48 34 70 54 37 57 42 45 62 25 88 77 12 27 45 81 92 73 79 29 65 78

UBJ 9.9 11.8 11.5 7.37 7.59 8.3 7.44 9.79 8.93 9.37 8.17 7.38 7.83 7.91 9.78 8.45 9.22 10.1 7.05 8.21 7.93 7.11 7.86 8.02 7.34 7.21 8.77 9.01 8.18 8.32 7.14 8.54 9.19 7.11 7.34 8.94 8.41 7.71 7.39 9.76 11.6 6.74 9.2 8.49 8.89 7.96 7.98 8.6 10.4 8.5 8.48

JB 154 174 85 179 223 74 109 150 75 49 115 63 98 70 73 97 77 49 182 63 149 45 88 99 38 81 122 109 139 99 64 39 110 63 109 66 64 124 49 241 142 23 51 78 179 106 181 151 53 129 144

BB 15.24 20.56 9.79 13.19 16.92 6.14 8.11 14.69 6.7 4.59 9.4 4.65 7.67 5.54 7.14 8.2 7.1 4.93 12.84 5.17 11.82 3.2 6.92 7.94 2.79 5.84 10.7 9.82 11.37 8.24 4.57 3.33 10.11 4.48 8 5.9 5.38 9.56 3.62 23.51 16.51 1.55 4.69 6.62 15.91 8.44 14.44 12.98 5.51 10.97 12.21

UB 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38


UP 102 102 102 102 102 102 102 102 102 102 99 99 99 99 99 96 96 96 102 96 96 96 96 96 96 96 99 96 96 96 96 96 96 96 96 99 102 102 96 96 96 96 96 99 96 96 96 96 96 96 96

19 No famili 62/41/5/1/16/35/47 62/41/5/1/16/35/48 62/41/5/1/16/35/49 62/41/5/1/16/35/51 62/41/5/1/16/35/52 62/41/5/1/16/35/53 62/41/5/1/16/35/54 62/41/5/1/16/35/55 62/41/5/1/16/35/56 62/41/5/1/16/35/57 62/41/5/1/16/35/58 62/41/5/1/16/35/59 62/41/5/1/16/35/60 62/41/5/1/16/35/61 62/41/5/1/16/35/62 62/41/5/1/16/35/63 62/41/5/1/16/35/65 62/41/5/1/16/35/66 19/9/3/32/15/5/1 19/9/3/32/15/5/2 19/9/3/32/15/5/4 19/9/3/32/15/5/5 19/9/3/32/15/5/8 19/9/3/32/15/5/9 19/9/3/32/15/5/19 19/9/3/32/15/5/20 19/9/3/32/15/5/22 19/9/3/32/15/5/25 19/9/3/32/15/5/27 19/9/3/32/15/5/28 19/9/3/32/15/5/34 19/9/3/32/15/5/35 19/9/3/32/15/5/38 19/9/3/32/15/5/39 19/9/3/32/15/5/40 19/9/3/32/15/5/42 19/9/3/32/15/5/45 19/9/3/32/15/5/46 19/9/3/32/15/5/47 19/9/3/32/15/5/53 19/9/3/32/15/4/3 19/9/3/32/15/4/4 19/9/3/32/15/4/6 19/9/3/32/15/4/7 19/9/3/32/15/4/9 19/9/3/32/15/4/11 19/9/3/32/15/4/12 19/9/3/32/15/4/14 19/9/3/32/15/4/15 19/9/3/32/15/4/16 19/9/3/32/15/4/19

TT 69 93 88 88 80 91 90 81 65 70 58 92 66 106 89 76 93 68 43 82 73 100 78 80 75 60 70 57 95 44 93 88 70 78 93 81 70 83 78 44 67 78 93 87 83 75 55 78 93 90 71

JCU 6 2 3 2 4 6 4 3 6 3 3 2 3 2 4 4 3 0 2 5 0 3 5 5 2 1 2 2 3 2 7 4 1 1 3 2 1 1 1 0 2 3 2 5 1 2 2 2 6 4 1

JBS 15 18 16 13 20 21 18 18 7 13 18 13 11 14 21 10 24 10 14 9 10 11 20 11 13 10 8 8 10 9 10 8 13 14 10 14 8 13 15 6 11 10 10 20 21 8 17 14 12 19 9

PI 95 41 48 38 63 136 89 44 38 25 59 36 45 29 68 50 56 16 30 37 13 31 36 24 19 14 14 15 15 8 38 25 18 22 16 27 11 28 26 6 32 24 23 44 58 11 21 44 22 44 18

UBJ 9.45 7.41 8.47 6.73 8.68 8.16 7.9 6.06 8.43 7.9 7.45 11.1 8.17 9.55 7.25 6.77 8.32 12.1 10.1 9.6 12 14.6 7.54 13.3 9.52 6.35 8.9 12 9.54 10.3 11.8 10.5 8.13 10.5 11.8 10.4 8.05 10.6 12.4 5.25 11.4 13 11.9 10.2 11.3 6.18 8.93 13 5.18 14.7 13

JB 192 74 98 66 123 272 185 68 37 51 116 68 72 49 166 69 104 29 35 53 26 40 52 32 25 23 21 22 26 9 59 37 24 24 25 46 20 39 46 12 47 44 39 71 86 22 41 81 50 76 34

BB 18.15 5.48 8.3 4.44 10.68 22.19 14.62 4.12 3.12 4.03 8.64 7.52 5.88 4.68 12.03 4.67 8.65 3.51 3.52 5.09 3.13 5.83 3.92 4.27 2.38 1.46 1.87 2.65 2.48 0.93 6.97 3.9 1.95 2.52 2.96 4.78 1.61 4.15 5.72 0.63 5.34 5.74 4.66 7.21 9.74 1.36 3.66 10.5 2.59 11.2 4.41

UB 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 33 33 33 33 33 33 33 33 33 33 33


UP 96 96 96 96 96 96 96 96 96 96 96 96 96 96 96 96 96 102 107 107 96 107 96 96 96 96 96 96 96 96 107 107 96 96 107 96 96 96 96 96 107 107 96 102 107 96 96 96 102 107 96

20 No famili 19/9/3/32/15/4/20 19/9/3/32/15/4/22 19/9/3/32/15/4/23 19/9/3/32/15/4/24 19/9/3/32/15/4/26 19/9/3/32/15/4/27 19/9/3/32/15/4/31 19/9/3/32/15/4/32 19/9/3/32/15/4/33 19/9/3/32/15/4/34 19/9/3/32/15/4/35 19/9/3/32/15/4/36 19/9/3/32/15/4/37 19/9/3/32/15/4/38 19/9/3/32/15/4/39 19/9/3/32/15/4/40 19/9/3/32/15/4/41 19/9/3/32/15/4/42 19/9/3/32/15/4/43 19/9/3/32/15/4/44 19/9/3/32/15/4/45 19/9/3/32/15/4/46 19/9/3/32/15/4/47 19/9/3/32/15/4/48 19/9/3/32/15/4/49 19/9/3/32/15/4/50 19/9/3/32/15/4/51 19/9/3/32/15/4/52 19/9/3/32/15/4/53 19/9/3/32/15/4/5 6 19/9/3/32/15/17/1 19/9/3/32/15/17/3 19/9/3/32/15/17/4 19/9/3/32/15/17/5 19/9/3/32/15/17/8 19/9/3/32/15/17/9 19/9/3/32/15/17/11 19/9/3/32/15/17/12 19/9/3/32/15/17/13 19/9/3/32/15/17/14 19/9/3/32/15/17/16 19/9/3/32/15/17/17 19/9/3/32/15/17/18 19/9/3/32/15/17/19 19/9/3/32/15/17/20 19/9/3/32/15/17/21 19/9/3/32/15/17/22 19/9/3/32/15/17/23 19/9/3/32/15/17/24 19/9/3/32/15/17/25 19/9/3/32/15/17/26

TT 63 70 83 91 105 78 72 76 72 74 84 83 75 93 78 89 78 80 73 101 86 72 86 77 82 82 72 70 98 86 55 69 75 85 85 152 83 78 80 62 60 91 58 53 102 76 45 81 52 74 84

JCU 1 2 3 1 1 1 1 2 1 3 2 2 2 3 2 1 2 2 2 5 1 1 4 0 0 0 0 1 4 3 3 0 7 6 6 3 4 2 1 0 1 3 1 1 3 3 3 3 1 0 2

JBS 10 11 12 18 15 9 10 10 13 10 16 18 16 15 10 9 18 17 13 27 9 10 16 7 8 16 9 11 23 1 20 6 16 10 22 19 28 6 12 11 6 22 10 12 14 32 10 28 6 6 19

PI 16 23 27 38 26 13 11 18 23 32 35 25 29 35 29 21 39 16 41 88 10 11 56 8 16 33 14 23 46 26 49 9 50 47 56 50 90 13 16 17 11 54 18 22 49 64 27 69 6 10 33

UBJ 10.4 10.2 14 14 14.1 9.12 8.57 15.6 13.2 12.3 10.7 9.86 11.4 8.4 15.9 14.2 10.1 12.2 11.1 9.47 9.73 13 15.3 9.47 16.3 12.4 10.1 10.4 9.42 12.5 7.33 10.6 9.25 8.89 10.3 14 9.94 13.5 14.4 6.46 7.17 11.1 9.38 9.71 11.5 8.66 9.33 14.4 4.83 13.8 9.36

JB 28 38 46 59 53 26 21 25 32 49 64 50 39 52 36 32 78 30 71 178 11 20 81 15 20 54 25 34 91 34 85 14 55 72 78 73 144 23 28 39 18 96 24 35 91 128 49 27 6 13 70

BB 2.9 3.89 6.43 8.27 7.46 2.37 1.8 3.91 4.23 6.04 6.87 4.93 4.44 4.37 5.72 4.54 7.9 3.67 7.89 16.85 1.07 2.6 12.36 1.42 3.26 6.69 2.52 3.54 8.57 4.24 6.23 1.48 5.09 6.4 8 10.2 14.31 3.11 4.04 2.52 1.29 10.69 2.25 3.4 10.48 11.08 4.57 3.88 0.29 1.79 6.55

UB 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33

WB ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ung u ungu ungu ungu

UP 107 96 102 102 96 96 107 107 107 107 99 99 107 102 102 107 107 99 102 102 107 107 102 102 107 107 102 96 102 107 107 102 107 107 107 107 107 107 102 96 96 96 96 102 102 96 96 102 96 107 102

21 No famili 19/9/3/32/15/17/27 19/9/3/32/15/17/28 19/9/3/32/15/17/29 19/9/3/32/15/17/30 19/9/3/32/15/17/31 19/9/3/32/15/17/34 19/9/3/32/15/17/36 19/9/3/32/15/17/37 19/9/3/32/15/17/38 19/9/3/32/15/17/39 19/9/3/32/15/17/40 19/9/3/32/15/17/41 19/9/3/32/15/17/42 19/9/3/32/15/17/43 19/9/3/32/15/17/44 19/9/3/32/15/17/48 19/9/3/32/15/17/51 19/9/3/32/15/17/52 19/9/3/32/15/17/53 19/9/3/32/15/17/54 19/9/3/32/15/17/55 19/9/3/32/15/17/59 19/9/3/32/15/17/60 19/9/3/32/15/17/61 19/9/3/32/15/17/64 19/9/3/32/15/17/65 19/9/3/32/15/17/66 19/9/3/32/15/17/67 19/9/3/32/15/17/68 19/9/3/32/15/17/69 19/9/3/32/15/17/70 19/9/3/32/15/17/71 19/9/3/32/15/17/72 19/9/3/32/15/17/73 19/9/3/32/15/17/74 19/9/3/32/15/17/75 19/9/3/32/15/17/76 19/9/3/32/15/17/77 19/9/3/32/15/17/78 19/9/3/32/15/17/79 19/9/3/32/15/17/80 19/9/3/32/15/17/81 19/9/3/32/15/17/82 19/9/3/32/15/17/83 19/9/3/32/15/17/84 19/9/3/32/15/17/85 19/9/3/32/15/17/86 19/9/3/32/15/17/87 19/9/3/32/27/16/1 19/9/3/32/27/16/2 19/9/3/32/27/16/5

TT 79 78 60 71 65 72 66 72 71 63 81 86 84 83 66 65 80 85 74 84 115 73 68 69 38 80 71 69 73 58 78 84 55 83 110 68 73 76 63 78 77 67 85 84 68 72 67 75 60 55 68

JCU 5 3 1 6 2 4 5 2 2 2 3 4 1 2 0 4 2 2 1 2 3 4 0 2 0 2 1 0 2 0 1 2 2 1 1 6 1 1 0 1 1 1 2 3 0 1 1 2 2 3 7

JBS 11 16 8 20 16 12 11 7 10 13 18 18 17 18 11 19 21 14 12 19 14 9 9 12 3 11 14 7 17 11 15 16 7 20 13 9 15 9 6 8 12 11 20 16 8 11 15 6 15 12 10

PI 29 71 12 43 28 49 24 17 25 33 32 51 32 35 18 49 51 22 20 51 32 22 15 22 11 14 30 8 44 18 20 50 18 39 27 11 18 20 8 11 22 24 49 42 12 17 21 7 37 31 28

UBJ 13.5 6.89 8.86 11.6 12 8.18 7.65 10.3 12.1 7.21 11.1 10.3 14.7 12.7 10.4 6.99 9.28 12.9 5.18 9.6 12.1 11 10.4 10.7 11.1 11.2 9.1 9.69 8.6 12.8 12.1 10.8 12.8 8.91 9.97 12.3 13 12.2 7.24 12 11.7 11.6 10.8 8.42 13.3 23.7 10 7 10.7 9.78 11.2

JB 50 113 29 72 48 83 34 22 36 52 38 75 47 46 34 100 78 32 57 85 55 25 29 37 21 19 48 13 82 34 31 63 30 54 29 12 29 30 17 18 27 50 46 69 13 13 31 17 68 68 30

BB 6.77 7.79 2.57 8.32 5.78 6.79 2.6 2.27 4.37 3.75 4.2 7.7 6.92 5.84 3.55 6.99 7.24 4.13 2.95 8.16 6.64 2.75 3.02 3.96 2.34 2.13 4.37 1.26 7.05 4.34 3.75 6.83 3.83 4.81 2.89 1.47 3.77 3.67 1.23 2.16 3.17 5.78 4.95 5.81 1.73 3.08 3.1 1.19 7.27 6.65 3.37

UB 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 38 38 38


UP 102 96 96 102 102 102 107 107 102 102 102 102 107 107 107 99 107 107 107 102 96 96 107 96 96 96 96 96 96 96 102 102 102 96 96 96 102 102 96 96 102 102 107 96 107 107 107 96 102 99 107

22 No famili 19/9/3/32/27/16/6 19/9/3/32/27/16/7 19/9/3/32/27/16/8 19/9/3/32/27/16/9 19/9/3/32/27/16/10 19/9/3/32/27/16/11 19/9/3/32/27/16/12 19/9/3/32/27/16/13 19/9/3/32/27/16/14 19/9/3/32/27/16/15 19/9/3/32/27/16/16 19/9/3/32/27/16/17 19/9/3/32/27/16/18 19/9/3/32/27/16/19 19/9/3/32/27/16/20 19/9/3/32/27/16/21 19/9/3/32/27/16/23 19/9/3/32/27/16/24 19/9/3/32/27/16/25 19/9/3/32/27/16/26 19/9/3/32/27/3/1 19/9/3/32/27/3/2 19/9/3/32/27/3/3 19/9/3/32/27/3/5 19/9/3/32/27/3/6 19/9/3/32/27/3/9 19/9/3/32/27/3/10 19/9/3/32/27/3/12 19/9/3/32/27/3/13 19/9/3/32/27/3/14 19/9/3/32/27/3/15 19/9/3/32/27/3/16 19/9/3/32/27/3/17 19/9/3/32/27/3/18 19/9/3/32/27/3/19 19/9/3/32/27/3/20 19/9/3/32/27/3/21 19/9/3/32/27/3/23 19/9/3/32/27/3/24 19/9/3/32/27/3/25 19/9/3/32/27/3/26 19/9/3/32/27/3/27 19/9/3/32/27/3/28 19/9/3/32/27/3/29 19/9/3/32/27/3/30 19/9/3/32/27/3/32 19/9/3/32/27/3/33 19/9/3/32/27/3/34 19/9/3/32/27/3/35 19/9/3/32/27/3/36 19/9/3/32/27/3/37

TT 59 67 64 69 69 73 78 82 17 71 67 77 67 61 44 62 61 59 74 43 41 55 62 68 55 62 56 68 78 58 38 72 64 79 78 78 65 81 71 60 80 62 72 71 85 75 86 70 81 97 70

JCU 1 2 2 2 3 3 1 2 1 3 2 3 3 0 3 2 2 4 7 1 2 4 2 2 2 6 1 1 2 0 1 5 1 4 3 3 2 3 2 0 5 1 3 0 4 5 3 1 4 2 4

JBS 8 14 9 15 17 18 13 18 10 12 12 15 11 12 8 10 12 19 18 6 16 9 12 14 12 16 13 12 12 12 10 17 11 25 11 10 19 15 12 8 16 11 10 20 20 12 12 12 19 10 14

PI 11 27 22 38 41 44 32 50 23 33 30 37 25 12 18 17 22 68 62 15 35 56 26 29 29 57 22 26 33 20 18 56 15 42 26 22 40 35 29 10 29 23 21 34 49 24 18 27 39 24 32

UBJ 9.64 10.4 11 11.7 10.8 11.9 10.5 9.84 14.9 11.4 11.5 12.6 10 13 9 10.8 11.7 9.35 12.1 10 9.31 7.18 10.3 8.65 8.32 8.46 8.03 9.91 8.75 7.64 9.31 9.61 11.4 9.81 13.8 10.6 8.72 9.78 10.1 8.94 9.67 8.94 10.3 11.8 8.37 8.14 9.8 8.89 10.1 15.2 8.2

JB 14 43 31 62 60 71 64 87 30 54 56 54 44 14 23 24 32 98 106 28 72 67 51 60 56 107 36 43 65 39 32 99 18 68 37 54 60 59 50 16 51 35 34 32 83 35 25 37 55 44 50

BB 1.35 4.47 3.4 7.24 6.47 8.45 6.75 8.56 4.46 6.15 6.45 6.78 4.41 1.82 2.07 2.6 3.74 9.16 12.78 2.81 6.7 4.81 5.27 5.19 4.66 9.05 2.89 4.26 5.69 2.98 2.98 9.51 2.05 6.67 5.09 5.7 5.23 5.77 5.05 1.43 4.93 3.13 3.5 3.76 6.95 2.85 2.45 3.29 5.55 6.69 4.1

UB 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38


UP 107 102 102 102 96 96 96 96 102 99 102 102 102 102 107 102 107 102 102 99 99 99 102 107 102 102 102 102 102 102 102 102 107 102 107 102 102 102 102 102 102 102 102 102 102 107 107 107 102 107 107

23 No famili 19/9/3/32/27/3/38 19/9/3/32/27/3/39 19/9/3/32/27/3/41 19/9/3/32/27/3/42 19/9/3/32/27/3/43 19/9/3/32/27/3/44 19/9/3/32/27/3/45 19/9/3/32/27/3/49 19/9/3/32/27/3/54 19/9/3/32/27/3/5 6 19/9/3/32/27/4/1 19/9/3/32/27/4/2 19/9/3/32/27/4/6 19/9/3/32/27/4/7 19/9/3/32/27/4/8 19/9/3/32/27/4/9 19/9/3/32/27/4/10 19/9/3/32/27/4/11 19/9/3/32/27/4/14 19/9/3/32/27/4/15 19/9/3/32/27/4/17 19/9/3/32/3/2/2/1 19/9/3/32/3/2/2/2 19/9/3/32/3/2/2/3 19/9/3/32/3/2/2/4 19/9/3/32/3/2/2/5 19/9/3/32/3/2/2/7 19/9/3/32/3/2/2/8 19/9/3/32/3/2 /2/9 19/9/3/32/3/2/2/10 19/9/3/32/3/2/2/11 19/9/3/32/3/2/2/12 19/9/3/32/3/2/2/13 19/9/3/32/3/2/2/14 19/9/3/32/3/2/2/15 19/9/3/32/3/2/2/17 19/9/3/32/3/2/2/18 19/9/3/32/3/2/2/19 19/9/3/32/3/2/2/20 19/9/3/32/3/2/2/21 19/9/3/32/3/2/2/22 19/9/3/32/3/2/2/23 19/9/3/32/3/2/2/24 19/9/3/32/3/2/2/25 19/9/3/32/3/2/2/26 19/9/3/32/3/2/2/29 19/9/3/32/3/2/2/30 19/9/3/32/3/2/2/31 19/9/3/32/3/2/2/32 19/9/3/32/3/2/2/33 19/9/3/32/3/2/2/34

TT 75 62 77 72 70 82 78 68 53 50 56 51 65 79 90 89 82 49 55 55 35 49 70 53 54 56 46 68 77 58 68 61 66 78 76 53 73 45 78 78 53 80 78 88 78 82 83 78 61 50 48

JCU 1 4 4 6 3 4 4 3 2 1 4 3 8 4 5 6 5 1 4 2 2 2 5 4 1 1 1 4 2 1 5 2 1 7 2 2 4 2 2 2 0 4 4 3 5 4 5 5 4 2 1

JBS 12 14 15 15 10 12 18 10 14 9 16 10 15 22 19 20 23 12 16 22 9 14 14 11 14 11 11 22 13 10 16 9 13 19 17 11 17 13 18 12 10 15 22 24 18 12 11 15 10 11 12

PI 20 66 58 66 27 49 33 21 22 15 41 33 45 75 130 88 67 24 30 58 11 44 51 33 24 19 22 48 47 16 42 19 26 41 43 33 31 33 52 32 19 44 65 59 62 48 55 40 29 31 22

UBJ 9.69 7.75 9.23 9.78 9.78 9.64 8.75 7.72 9.7 12 9.33 8.41 9.94 12 14.1 13.3 11.8 9.89 9.18 8.2 6.2 9.14 11.3 8.67 11.2 10 7.23 9.05 10.5 10.2 9 9.44 10.6 9.75 10.6 9.51 10.6 8.58 10.3 10.8 11.3 11 8.84 9.93 10.1 13 12.7 8.41 9.88 10.6 10.9

JB 42 106 94 109 49 89 56 25 37 22 81 70 86 150 176 118 144 38 55 83 10 76 80 69 36 35 47 74 74 26 71 34 53 76 80 75 42 55 85 51 23 81 113 82 120 75 89 81 43 46 36

BB 4.07 8.21 8.68 10.66 4.79 8.58 4.9 1.93 3.59 2.65 7.56 5.89 8.55 17.96 24.84 15.75 17.06 3.76 5.05 6.81 0.62 6.95 9.07 5.98 4.04 3.51 3.4 6.7 7.8 2.66 6.39 3.21 5.6 7.41 8.45 7.13 4.46 4.72 8.73 5.52 2.6 8.89 9.99 8.14 12.09 9.75 11.32 6.81 4.25 4.86 3.93

UB 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33


UP 102 102 107 107 107 107 107 107 107 102 99 99 102 96 96 96 96 96 102 107 99 99 102 96 102 102 102 102 102 107 107 102 99 99 107 102 102 96 102 102 102 107 107 107 102 107 102 107 102 102 102

24 No famili 19/9/3/32/3/2/2/36 19/9/3/32/3/2/2/37 19/9/3/32/3/2/2/38 19/9/3/32/3/2/2/39 19/9/3/32/3/2/2/40 19/9/3/32/3/2/2/41 19/9/3/32/3/2/2/42 19/9/3/32/3/2/2/43 19/9/3/32/3/2/2/44 19/9/3/32/3/2/2/45 19/9/3/32/3/2/2/46 19/9/3/32/3/2/2/47 19/9/3/32/3/2/2/48 19/9/3/32/3/2/2/49 19/9/3/32/3/2/2/50 19/9/3/32/3/2/2/51 19/9/3/32/3/2/2/52 19/9/3/32/3/2/2/53 19/9/3/32/3/2/2/55 19/9/3/32/3/2/2/56 19/9/3/32/3/2/2/57 19/9/3/32/3/2/2/59 19/9/3/32/3/2/2/60 19/9/3/32/3/2/2/61 19/9/3/32/3/2/2/62 19/9/3/32/3/2/2/63 19/9/3/32/3/2/2/65 19/9/3/32/3/2/2/66 19/9/3/32/3/2/2/67 19/9/3/32/3/17/1 19/9/3/32/3/17/2 19/9/3/32/3/17/3 19/9/3/32/3/17/5 19/9/3/32/3/17/6 19/9/3/32/3/17/7 19/9/3/32/3/17/9 19/9/3/32/3/17/11 19/9/3/32/3/17/12 19/9/3/32/3/17/13 19/9/3/32/3/17/16 19/9/3/32/3/17/17 19/9/3/32/3/17/18 19/9/3/32/3/17/19 19/9/3/32/3/17/20 19/9/3/32/3/17/21 19/9/3/32/3/17/22 19/9/3/32/3/17/23 19/9/3/32/3/17/24 19/9/3/32/3/17/25 19/9/3/32/3/17/26 19/9/3/32/3/17/28

TT 52 84 74 79 65 78 62 63 66 47 65 78 63 61 78 69 69 68 78 45 55 79 67 69 54 78 65 78 84 55 68 68 66 85 72 62 78 89 87 78 80 83 84 58 70 68 61 92 82 61 84

JCU 3 6 2 6 5 3 5 1 1 2 1 5 3 3 4 2 5 4 6 1 0 2 7 2 0 7 6 3 4 4 5 4 4 4 3 5 5 6 6 5 4 2 2 3 1 1 5 2 5 1 6

JBS 7 14 15 15 14 20 18 123 12 7 8 14 16 15 20 15 16 20 23 9 6 21 8 15 8 15 13 26 18 15 12 15 15 14 12 18 16 12 18 14 16 18 22 11 9 16 14 14 17 12 15

PI 19 58 35 45 53 53 60 18 32 25 13 42 50 45 58 25 51 60 85 29 7 58 48 23 8 89 52 63 62 45 45 53 48 46 22 60 48 55 79 56 47 31 46 18 15 31 60 45 59 28 59

UBJ 10.5 11.3 12.4 10.4 9.12 9.67 8.53 17.8 9.37 9.8 10.8 8.84 14.5 8.9 11.2 11.8 10.4 10 10.4 9.46 6.88 9.71 7.44 9.69 13.3 9.75 10.8 10.5 10 9.23 10.9 10.1 9.84 8.79 11.4 7.5 10.8 11.2 10.6 10.5 9.71 10.6 8.74 6.53 12.8 10.2 10.9 11.5 8.9 7.58 10.9

JB 32 99 51 75 78 99 103 31 52 44 27 70 86 94 95 34 90 104 156 52 8 84 71 26 9 161 87 100 102 87 83 88 92 90 45 111 106 94 118 91 89 45 76 36 29 47 92 83 93 36 123

BB 3.37 11.16 6.3 7.82 7.11 9.57 8.79 5.52 4.87 4.31 2.92 6.19 12.43 8.37 10.65 4.01 9.38 10.41 16.15 4.92 0.55 8.16 5.28 2.52 1.2 15.69 9.38 10.53 10.2 8.03 9.07 8.93 9.05 7.91 5.12 8.32 11.49 10.5 12.46 9.56 8.64 4.75 6.64 2.35 3.7 4.81 10.07 9.51 8.28 2.73 13.38

UB 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33


UP 107 107 102 107 102 102 102 107 107 99 107 107 102 99 102 102 102 102 102 102 102 96 107 102 107 107 102 102 102 102 107 102 102 102 102 96 102 102 102 107 102 99 99 96 102 102 102 102 99 96 99

25 No famili 19/9/3/32/3/17/29 19/9/3/32/3/17/30 19/9/3/32/3/17/31 19/9/3/32/3/17/32 19/9/3/32/3/17/33 19/9/3/32/3/17/34 19/9/3/32/3/17/35 19/9/3/32/3/17/36 19/9/3/32/3/17/37 19/9/3/32/3/17/38 19/9/3/32/3/17/39 19/9/3/32/3/17/40 19/9/3/32/3/17/41 19/9/3/32/3/17/42 19/9/3/32/3/17/43 19/9/3/32/3/17/44 19/9/3/32/3/17/45 19/9/3/32/3/17/46 19/9/3/32/3/17/47 19/9/3/32/3/17/48 19/9/3/32/3/17/49 19/9/3/32/3/17/50 19/9/3/32/3/17/51 19/9/3/32/3/17/53 19/9/3/32/3/17/54 19/9/3/32/3/17/55 19/9/3/32/3/17/56 19/9/3/32/3/17/57 19/9/3/32/3/17/58 19/9/3/32/3/17/59 19/9/3/32/3/17/60 19/9/3/32/3/17/61 19/9/3/32/3/17/62 19/9/3/32/3/17/63 19/9/3/32/3/17/64 19/9/3/32/3/17/65 19/9/3/32/3/17/66 19/9/3/32/3/17/67 19/9/3/32/3/17/68 19/9/3/32/3/17/70 19/9/3/32/32/11/1 19/9/3/32/32/11/2 19/9/3/32/32/11/3 19/9/3/32/32/11/4 19/9/3/32/32/11/5 19/9/3/32/32/11/7 19/9/3/32/32/11/8 19/9/3/32/32/11/9 19/9/3/32/32/11/10 19/9/3/32/32/11/11 19/9/3/32/32/11/17

TT 78 81 72 86 78 78 102 81 78 77 78 82 53 88 78 72 89 75 68 72 102 100 52 52 52 78 61 68 51 61 82 72 71 56 52 71 62 59 88 72 56 65 68 75 99 83 72 48 58 48 62

JCU 3 2 3 0 0 2 6 5 2 1 4 3 3 3 4 0 6 0 4 4 8 3 4 1 3 5 3 8 5 4 4 4 1 5 4 5 4 5 3 5 2 8 3 5 8 6 1 2 4 4 4

JBS 4 10 18 12 9 12 16 12 15 17 10 12 8 11 12 7 25 6 11 15 15 22 12 8 10 21 15 18 9 12 8 18 12 12 8 11 10 7 18 18 14 18 22 22 19 10 9 12 10 8 17

PI 35 36 37 25 17 41 71 40 31 29 34 37 30 27 32 10 76 11 31 45 90 69 52 13 20 72 35 57 56 24 22 51 12 64 18 49 67 51 36 84 77 91 75 73 95 47 14 21 24 39 48

UBJ 10.7 9.84 8.64 8.64 13.1 14.1 8.09 8.1 7.68 9.98 11.6 11.7 11.3 11.3 11.8 11.8 10.4 12.9 9.07 11 8.33 11.6 8.6 8.2 9.26 10.7 10.2 9.28 8.33 8.61 5.04 9.27 7.41 9.09 8.3 10.7 10.2 9.96 10.7 9.64 9.3 12.3 6.95 10.2 9.21 9.17 10 6.94 7.86 10.5 8.82

JB 66 49 72 36 24 60 123 78 53 45 52 51 40 51 50 15 122 18 58 81 150 129 89 20 23 114 50 85 82 36 54 75 17 98 23 67 121 50 55 129 160 183 142 248 220 86 15 35 42 44 83

BB 7.07 4.82 6.22 3.11 3.15 8.43 9.95 6.32 4.07 4.49 6.01 5.95 4.51 5.78 5.88 1.77 12.63 2.33 5.26 8.89 12.49 14.97 7.65 1.64 2.13 12.16 5.12 7.89 6.83 3.1 2.72 6.95 1.26 8.91 1.91 7.16 12.34 4.98 5.86 12.44 14 .88 22.54 9.87 25.4 20.27 7.89 1.5 2.43 3.3 4.61 7.32

UB 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33


UP 99 107 96 107 102 102 107 107 102 102 102 96 107 102 102 107 99 107 107 102 107 102 99 102 107 102 102 102 102 96 107 102 102 107 107 107 102 107 102 107 107 107 107 102 102 107 107 107 96 107 107

26 No famili 19/9/3/32/32/11/18 19/9/3/32/32/11/20 19/9/3/32/32/11/21 19/9/3/32/32/11/22 19/9/3/32/32/11/23 19/9/3/32/32/11/24 19/9/3/32/32/11/25 19/9/3/32/32/11/26 19/9/3/32/32/11/27 19/9/3/32/32/11/29 19/9/3/32/32/11/30 19/9/3/32/32/11/31 19/9/3/32/32/11/33 19/9/3/32/32/11/34 19/9/3/32/12/18/1 19/9/3/32/12/18/2 19/9/3/32/12/18/3 19/9/3/32/12/18/4 19/9/3/32/12/18/5 19/9/3/32/12/18/8 19/9/3/32/12/18/9 19/9/3/32/12/18/11 19/9/3/32/12/18/12 19/9/3/32/12/18/14 19/9/3/32/12/18/15 19/9/3/32/12/18/16 19/9/3/32/12/15/1 19/9/3/32/12/15/2 19/9/3/32/12/15/3 19/9/3/32/12/15/4 19/9/3/32/12/15/5 19/9/3/32/12/15/6 19/9/3/32/12/15/7 19/9/3/32/12/15/8 19/9/3/32/12/15/9 19/9/3/32/12/15/10 19/9/3/32/12/15/11 19/9/3/32/12/15/14 19/9/3/32/12/15/15 19/9/3/32/12/15/16 19/9/3/32/12/15/17 19/9/3/32/12/15/18 19/9/3/32/12/15/20 19/9/3/32/12/15/21 19/9/3/32/12/15/22 19/9/3/32/12/15/23 19/9/3/32/12/15/24 19/9/3/32/12/15/25 19/9/3/32/12/15/26 19/9/3/32/12/15/28 19/9/3/32/12/15/29

TT 72 74 65 65 86 85 41 44 86 78 81 40 66 86 42 38 46 35 38 35 36 55 40 52 46 58 57 45 61 65 61 45 45 58 45 33 36 45 63 62 52 63 66 72 44 68 67 61 48 65 62

JCU 3 4 4 7 10 6 7 5 2 3 5 2 2 8 4 2 2 0 6 2 2 4 2 4 1 1 3 2 4 3 3 1 1 2 7 3 3 3 5 2 2 3 3 2 2 2 2 0 0 2 5

JBS 18 19 15 22 31 25 10 8 23 22 11 9 10 26 12 16 13 10 17 8 15 12 12 11 12 14 15 12 14 12 12 4 13 13 15 8 10 10 12 12 8 14 12 16 10 13 14 9 11 12 12

PI 31 43 55 78 139 97 100 40 55 44 66 12 20 101 65 55 55 16 66 37 72 69 37 34 12 22 55 30 46 24 35 12 49 21 96 15 45 29 45 35 27 45 47 45 26 31 55 18 16 45 32

UBJ 7.75 9.76 9.37 7.17 12.1 10.9 12.2 11.8 11.1 11.3 9.95 11 7.68 13.6 10.2 11.1 11.4 9.25 13.5 12.9 12.6 7.23 8.9 6.45 8.22 10.8 8.26 6.45 8.52 9.76 7.85 8.93 12.4 10.2 9.05 13.4 10.7 7.6 9.19 7.98 9.53 8.94 10.1 10.2 13.7 8.59 8.42 12 16.7 8.83 7.3

JB 60 89 92 144 332 159 206 63 79 72 96 21 41 156 131 139 120 16 132 70 150 53 69 55 18 36 126 58 87 38 74 28 79 33 198 22 66 58 84 64 40 109 86 88 38 54 112 33 24 81 74

BB 4.65 8.69 8.62 10.32 40.28 17.35 25.1 7.43 8.75 8.17 9.55 2.3 3.15 21.18 13.32 15.46 13.65 1.48 17.76 9.02 18.97 3.83 6.14 3.55 1.48 3.9 10.41 3.74 7.41 3.71 5.81 2.5 9.78 3.35 17.92 2.95 7.03 4.41 7.72 5.11 3.81 9.75 8.68 9.01 5.21 4.64 9.43 3.95 4 7.15 5.4

UB 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38


UP 99 99 99 99 102 102 102 107 96 96 107 96 99 102 96 96 102 107 102 99 102 102 96 107 107 107 96 102 102 102 107 102 102 102 96 99 102 107 102 107 99 99 102 102 102 99 196 102 99 107 107

27 No famili 19/9/3/32/12/15/30 19/9/3/32/12/15/31 197/31/12/14/21/13/3 197/31/12/14/21/13/4 197/31/12/14/21/13/5 197/31/12/14/21/13/6 197/31/12/14/21/13/7 197/31/12/14/21/13/8 197/31/12/14/21/13/9 197/31/12/14/21/13/11 197/31/12/14/21/13/20 197/31/12/14/21/13/23 197/31/12/14/21/13/24 197/31/12/14/21/13/25 197/31/12/14/21/13/27 197/31/12/14/21/13/28 197/31/12/14/21/13/29 197/31/12/14/21/13/30 197/31/12/14/21/13/31 197/31/12/14/21/13/32 197/31/12/14/21/13/35 197/31/12/14/21/13/38 197/31/12/14/21/13/39 197/31/12/14/21/13/40 197/31/12/14/21/13/42 197/31/12/14/21/13/44 197/31/12/14/21/13/45 197/31/12/14/21/13/49 197/31/12/14/21/13/50 197/31/12/14/21/13/51 197/31/12/14/21/13/52 197/31/12/14/21/13/53 197/31/12/14/21/13/54 197/31/12/14/21/13/55 197/31/12/14/21/13/56 197/31/12/14/21/13/57 197/31/12/14/21/13/58 197/31/12/14/21/13/59 197/31/12/14/21/13/60 197/31/12/14/21/13/61 197/31/12/14/21/13/62 197/31/12/14/21/19/1 197/31/12/14/21/19/2 197/31/12/14/21/19/3 197/31/12/14/21/19/4 197/31/12/14/21/19/5 197/31/12/14/21/19/6 197/31/12/14/21/19/7 197/31/12/14/21/19/9 197/31/12/14/21/19/10 197/31/12/14/21/19/11

TT 42 44 53 52 42 55 59 65 53 46 55 55 77 72 79 79 80 75 62 63 44 57 80 73 67 49 52 57 42 45 65 66 53 65 72 91 60 93 77 71 66 50 58 55 58 76 60 67 51 79 72

JCU 2 5 3 1 2 2 4 5 2 2 1 4 2 3 1 1 2 3 3 2 2 3 6 3 3 2 1 4 2 3 1 1 3 2 3 1 5 2 1 0 4 1 3 5 2 3 3 3 1 2 4

JBS 12 10 8 11 9 11 12 11 18 10 12 11 12 23 20 16 15 18 16 13 9 8 18 18 11 9 6 6 9 7 20 10 10 13 18 20 10 14 7 18 15 9 18 14 12 15 18 20 10 16 18

PI 32 65 19 14 12 19 33 31 18 25 22 25 42 64 42 27 28 31 31 28 10 22 48 48 25 14 11 18 17 39 27 22 30 39 54 30 38 24 10 12 42 15 42 50 45 47 53 61 22 31 53

UBJ 11.2 8.28 13.7 19 9.67 15.8 15.7 14.7 12.6 9.91 13.4 10.2 12.7 12.3 13 13.4 9.04 11.6 11.3 6.8 11.3 12.2 13.8 13.1 13.5 10.5 16.9 8.17 10.1 10.3 13.9 11.1 11.6 14.7 13.4 12 12.7 14 13.9 16.7 11.2 14 11.9 13.3 13.6 11.3 14 13.3 9.78 15.9 10.9

JB 49 108 29 16 12 24 44 47 31 54 26 38 58 111 72 52 72 56 56 55 14 28 72 87 44 19 19 30 25 55 43 28 60 72 116 56 50 32 15 20 72 23 83 111 90 68 100 144 40 55 112

BB 5.49 8.94 3.98 3.04 1.16 3.8 6.91 6.89 3.9 5.35 3.48 3.88 7.34 13.62 9.34 6.95 6.51 6.48 6.35 3.74 1.58 3.41 9.95 11.39 5.93 2 3.21 2.45 2.53 5.68 5.97 3.12 6.98 10.59 15.54 6.7 6.37 4.48 2.09 3.34 8.06 3.21 9.91 14.78 12.21 7.68 14.01 19.19 3.91 8.76 12.16

UB 38 38 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33


UP 102 96 107 96 107 107 107 107 96 107 107 99 102 96 102 107 96 96 96 96 102 107 107 102 107 107 107 107 102 102 107 107 102 96 96 102 102 107 107 102 107 107 107 96 96 96 96 96 96 102 96

28 No famili 197/31/12/14/21/19/12 197/31/12/14/21/19/13 197/31/12/14/21/19/15 197/31/12/14/21/19/16 197/31/12/14/21/19/17 197/31/12/14/21/19/18 197/31/12/14/21/19/20 197/31/12/14/21/19/21 197/31/12/14/21/19/22 197/31/12/14/21/19/23 197/31/12/14/21/19/24 197/31/12/14/21/19/25 197/31/12/14/21/19/26 197/31/12/14/21/19/27 197/31/12/14/21/19/28 197/31/12/14/21/19/30 197/31/12/14/21/19/31 197/31/12/14/21/19/34 197/31/12/14/21/19/35 197/31/12/14/21/19/36 197/31/12/14/21/19/37 197/31/12/14/21/19/38 197/31/12/14/21/19/39 197/31/12/14/21/19/40 197/31/12/14/21/19/41 197/31/12/14/21/19/42 197/31/12/14/21/19/43 197/31/12/14/21/19/44 197/31/12/14/21/19/45 197/31/12/14/21/19/46 197/31/12/14/21/19/47 197/31/12/14/21/19/48 197/31/12/14/21/19/50 197/31/12/14/21/19/51 197/31/12/14/21/19/52 197/31/12/14/21/19/53 197/31/12/14/21/19/54 197/31/12/14/21/19/55 197/31/12/14/21/19/57 197/31/12/14/21/19/58 197/31/12/14/21/19/59 197/31/12/15/26/22/2 197/31/12/15/26 /22/3 197/31/12/15/26/22/9 197/31/12/15/26/22/10 197/31/12/15/26/22/11 197/31/12/15/26/22/12 197/31/12/15/26/22/13 97/6/10/35/32/16/1 97/6/10/35/32/16/2 97/6/10/35/32/16/3

TT 57 78 68 70 49 55 50 82 70 78 55 82 70 78 84 80 77 53 58 53 93 100 77 78 67 52 60 42 71 55 54 58 60 61 66 73 68 85 67 72 53 44 35 58 49 64 51 100 53 51 63

JCU 1 3 4 3 2 2 4 2 2 4 4 5 5 2 3 3 5 4 3 4 3 3 4 2 3 0 3 2 3 4 3 1 2 4 1 3 4 5 2 4 1 1 2 4 5 5 3 9 0 2 4

JBS 9 21 17 18 12 20 15 16 11 19 17 15 17 13 15 19 14 12 15 12 14 22 18 19 12 9 15 11 19 13 12 14 21 10 15 17 19 23 12 11 8 15 14 11 16 15 9 23 12 15 21

PI 22 51 31 40 31 42 35 48 27 49 30 57 52 27 35 27 48 47 38 73 58 69 39 45 36 18 30 18 56 25 27 22 29 28 29 86 67 65 28 40 8 42 22 85 67 64 58 105 26 39 73

UBJ 11.7 115 11.5 12.3 10.4 12.1 11 11.5 13.9 11.7 13.8 13.6 11 10.4 8.36 11.1 12.1 10.2 11.2 11 11.5 11.7 11.8 14.4 15.4 12.2 12.4 8.41 14 13.1 11.7 12.1 10.2 10.5 11.2 17.8 13.5 13.3 10.9 9.73 12.8 13.6 6.71 13.4 10.9 10.6 9.33 8.62 15 13.9 15

JB 35 81 51 83 55 81 70 77 44 72 51 89 70 34 11 42 71 82 80 168 98 76 82 73 42 19 62 37 114 37 45 25 43 42 48 102 134 110 38 45 5 66 49 178 140 138 115 218 43 46 119

BB 4.08 93 5.87 10.18 5.7 9.84 7.69 8.83 6.13 8.39 7.04 12.08 7.69 3.53 0.92 4.65 8.61 8.36 8.95 18.41 11.3 8.87 9.69 10.53 6.48 2.31 7.71 3.11 15.93 4.83 5.26 3.03 4.38 4.4 5.38 18.13 18.12 14.61 4.13 4.38 0.64 8.95 3.29 23.83 15.23 14.6 10.73 18.79 6.45 6.38 17.84

UB 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 38 38 38 38 38 38 38 33 33 33


UP 96 96 107 102 96 96 96 96 107 107 102 107 102 102 102 107 107 107 96 96 96 102 107 102 107 102 102 96 102 107 96 107 96 102 102 96 96 102 102 107 107 102 102 96 96 96 96 102 96 96 96

29 No fam ili 97/6/10/35/32/16/5 97/6/10/35/32/16/6 97/6/10/35/32/16/7 97/6/10/35/32/16/8 97/6/10/35/32/16/9 97/6/10/35/32/16/11 97/6/10/35/32/16/13 97/6/10/35/32/16/16 97/6/10/35/32/16/17 97/6/10/35/32/16/18 97/6/10/35/32/16/19 97/6/10/35/32/16/21 97/6/10/35/32/25/1 97/6/10/35/32/25/2 97/6/10/35/32/25/3 97/6/10/35/32/25/5 97/6/10/35/32/25/7 97/6/10/35/32/25/8 97/6/10/35/32/25/9 97/6/10/35/32/25/10 97/6/10/35/32/25/11 97/6/10/35/32/25/12 97/6/10/35/32/25/14 97/6/10/35/32/25/15 97/6/10/35/32/25/17 97/6/10/35/32/25/18 97/6/10/35/32/25/19 97/6/10/35/32/25/20 97/6/10/35/32/25/24 97/6/10/35/32/25/25 97/6/10/35/32/25/27 SL 1 SL 2 SL 3 SL 4 SL 5 SL 6 SL 7 SL 8 SL 9 SL 10 SL 11 SL 12 SL 13 SL 14 SL 15 SL 16 SL 17 SL 18 SL 19 SL 20

TT 59 53 46 47 51 39 41 48 77 73 60 35 46 53 42 53 50 58 58 89 60 77 53 53 29 43 44 46 49 38 46 120 78 90 69 78 99 68 66 109 81 82 62 93 82 60 74 81 74 58 74

JCU 3 0 1 5 2 2 0 1 3 4 1 3 3 6 3 0 1 2 4 4 2 4 1 2 2 1 3 4 2 3 1 6 4 2 4 4 8 3 4 2 6 18 5 2 2 2 4 2 5 0 8

JBS 13 12 13 10 11 9 10 13 20 19 9 8 16 19 13 15 10 15 27 19 15 21 16 15 9 10 13 12 9 2 11 22 12 19 14 18 16 14 13 19 18 6 18 20 13 7 22 14 14 10 15

PI 45 20 20 43 16 9 12 26 22 41 17 19 30 65 49 20 16 54 32 39 39 34 27 37 19 12 24 37 32 22 25 156 69 46 48 52 68 30 31 42 80 96 55 40 28 27 60 35 70 14 86

UBJ 16 12.8 13.1 15.5 10.9 9.75 6.56 10.5 12.5 14.7 10.8 13 12.1 13.5 14.4 14.5 11.7 10.6 9.78 8.4 10.1 8.84 18.5 16.6 12.7 16.5 8.13 11.2 12.2 11.8 11 10.4 9.42 7.95 5.43 14.3 9 7.26 7.48 7.42 10.7 7.28 5.23 7.67 7.78 7.88 6.25 6.98 6.09 6.65 8.53

JB 74 37 27 61 15 8 18 30 34 76 30 23 63 109 64 46 29 95 36 65 81 67 48 60 35 16 46 41 49 21 36 396 155 104 88 39 100 46 56 85 148 238 93 60 37 50 154 64 129 17 163

BB 11.84 4.74 3.53 9.48 1.64 0.78 1.18 3.16 4.25 11.19 3.24 3 7.6 14.69 9.19 6.66 3.4 10.04 3.52 5.46 8.16 5.92 8.86 9.93 4.45 2.64 3.74 4.58 5.99 2.48 3.96 41.02 14.6 8.27 4.78 5.56 9 3.34 4.19 6.31 15.86 17.33 4.86 4.6 2.88 3.94 9.63 4.47 7.85 1.13 13.9

UB 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48

WB ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ung u ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu

UP 96 107 99 102 96 96 96 96 107 107 99 102 96 96 96 96 96 96 96 96 96 96 96 96 96 96 96 96 96 96 96 99 96 107 107 107 107 107 107 107 107 96 107 107 107 107 102 107 107 107 107

30 No famili SL 21 SL 22 SL 23 SL 24 SL 25 SL 26 SL 27 SL 28 SL 29 SL 30 SL 31 SL 32 SL 33 SL 34 SL 35 SL 36 SL 37 SL 38 SL 39 SL 40 SL 41 SL 42 SL 43 SL 44 SL 45 SL 46 SL 47 SL 48 SL 49 SL 50 SL 51 SL 52 SL 53 SL 54 SL 55 SL 56 SL 57 SL 58 SL 59 SL 60 SL 61 SL 62 SL 63 SL 64 SL 65 SL 66 SL 67 SL 68 SL 69 SL 70 SL 71

TT 50 85 76 86 80 77 78 69 74 74 43 68 92 42 70 40 77 72 71 90 73 82 80 75 78 86 72 87 59 78 86 100 77 107 62 112 69 98 119 115 55 80 42 66 63 68 84 70 50 106 69

JCU 1 4 5 3 0 6 3 3 4 6 0 0 4 3 4 3 7 8 2 4 9 3 5 6 5 5 3 9 4 4 4 9 5 6 3 3 2 4 5 5 3 1 2 6 5 4 4 1 4 3 3

JBS 15 11 15 18 8 14 17 10 17 16 11 18 18 14 18 11 16 11 15 17 19 14 15 16 18 19 20 14 12 10 7 29 1 21 15 25 25 28 20 29 8 12 13 18 19 17 25 15 14 31 10

PI 50 56 83 54 12 103 58 14 45 64 24 22 83 21 56 27 94 51 34 56 88 62 49 68 126 76 74 97 44 52 35 108 13 88 38 95 77 88 81 82 24 19 28 79 75 45 55 22 56 82 33

UBJ 11.4 7.04 8.99 6.12 5.83 5.91 7.59 9.54 11.1 6.98 9.1 10.8 6.83 10.2 7.46 6.8 7.84 8.66 8.29 7.65 5.64 8.5 6.67 6.05 8.86 6.81 6.76 7.23 7.08 9.21 5.52 15.8 9.92 8.93 7.51 9.83 7.61 8.58 7.8 12.9 6.21 8.53 5.48 8.19 8.33 6.41 7.34 9.3 7.73 9.31 6.96

JB 42 107 117 83 30 203 113 37 80 81 52 32 118 44 87 35 177 93 51 107 212 132 85 143 273 134 135 196 76 115 79 127 134 190 61 211 150 203 164 150 56 43 60 188 174 98 105 37 135 146 72

BB 4.8 7.53 10.52 5.08 1.75 11.99 8.58 3.53 8.88 5.65 4.73 3.47 8.06 4.5 6.49 2.38 13.88 8.05 4.23 8.19 11.96 11.22 5.67 8.65 24.19 9.13 9.12 14.17 5.38 10.59 4.36 20.11 13.29 16.96 4.58 20.74 11.41 17.41 12.8 19.34 3.48 3.67 3.29 15.4 14.5 6.28 7.71 3.44 10.44 13.59 5.01

UB 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48

WB ungu ungu ungu ung u ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu

UP 96 107 107 107 107 107 107 107 107 107 107 107 107 107 96 107 107 107 107 107 107 107 107 107 107 107 107 107 107 107 102 107 96 107 96 102 102 102 102 96 102 102 102 107 107 107 107 107 107 107 107

31 No famili SL 72 SL 73 SL 74 SL 75 SL 76 SL 77 SL 78 SL 79 SL 80 SL 81 SL 82 SL 83 SL 84 SL 85 SL 86 SL 87 SL 88 SL 89 SL 90 SL 91 SL 92 SL 93 SL 94 SL 95 SL 96

TT 55 78 95 88 63 106 83 42 60 80 71 82 108 58 68 88 80 80 80 67 67 66 84 61 96

Keterangan : SL : Slamet TT : Tinggi tanaman JCU : Jumlah cabang utama JBS : Jumlah buku subur PI : Polong isi UBJ : Ukuran biji JB : Jumlah biji BB : Bobot biji total UB : Umur berbunga WB : Warna bunga UP : Umur panen

JCU 0 2 3 5 3 4 3 4 4 2 3 4 3 4 3 5 5 4 5 3 5 2 5 0 4

JBS 10 17 20 19 16 28 12 20 7 22 15 18 14 7 14 25 10 25 12 10 10 13 10 12 18

PI 20 65 48 71 44 65 59 70 30 55 38 77 39 30 75 72 62 105 127 59 59 45 75 14 40

UBJ 7.48 7.52 7.64 7.53 6.56 8.76 6.67 7.42 9.19 9.84 6.63 6.75 6.31 7.14 8.65 7.15 6.61 7.98 8.14 13.9 8.91 6.58 9.62 7.65 6.55

JB 33 138 115 152 89 139 125 139 64 108 81 146 86 70 141 142 153 234 101 117 116 90 133 23 76

BB 2.47 10.38 8.79 11.44 5.84 12.18 8.34 10.32 5.88 10.63 5.37 9.85 5.43 5 12.19 10.15 10.11 18.67 8.22 16.27 10.33 5.92 12.8 1.76 4.98

UB 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48

WB ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu ungu

UP 107 107 107 107 107 107 107 107 107 107 107 107 107 107 107 107 102 102 102 102 102 102 102 102 107

UJI KESERAGAMAN FAMILI F8 KEDELAI DARI PERSILANGAN KULTIVAR SLAMET X WASE

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