Lampiran 1 Contoh data spesimen daun sebelum kodefikasi No Family Species MorphotypeID List Criteria 1 Meliaceae Aglaia multinervis 771

Transkripsi

1 LAMPIRAN 18

2 19 Lampiran 1 Contoh data spesimen daun sebelum kodefikasi No Family Species MorphotypeID List Criteria 1 Meliaceae Aglaia multinervis Meliaceae Aglaia silvestris Euphorbiaceae Antidesma montanum Euphorbiaceae Antidesma neurocarpum Euphorbiaceae Antidesma neurocarpum Euphorbiaceae Antidesma tomentosum Euphorbiaceae Antidesma tomentosum Euphorbiaceae Antidesma tomentosum Myrsinaceae Ardisia teysmanniana Euphorbiaceae Baccaurea deflexa Euphorbiaceae Baccaurea deflexa Euphorbiaceae Baccaurea javanica Euphorbiaceae Baccaurea minor Euphorbiaceae Baccaurea pyriformis Euphorbiaceae Baccaurea pyriformis Euphorbiaceae Baccaurea pyriformis Euphorbiaceae Bridelia insulana Euphorbiaceae Bridelia tomentosa Clusiaceae Calophyllum soulattri Burseraceae Canarium littorale

3 20 Lampiran 2 CriteriaID Contoh daftar karakter morfologi daun sebelum kodefikasi Criteria ID Level Compound leaf unifoliolate Compound leaf pedately compound Compound leaf palmately compound Compound leaf pinnately compound abruptely pinnatus Compound leaf pinnately compound imparipinnatus Compound leaf pinnately compound on which the number of leaflets is not ascertainable Compound leaf pinnately compound with leaflets opposite Compound leaf pinnately compound with leaflets alternate Compound leaf pinnately compound with leaflets interruptedly pinnate Compound leaf pinnately compound with the tip of the rachis free Compound leaf pinnately compound with the tip of the rachis not free Compound leaf pinnately compound with leaflets unipinnatus Compound leaf pinnately compound with leaflets bipinnate Compound leaf pinnately compound with leaflets tripinnate Compound leaf pinnately compound without petiolules on leaflets Compound leaf pinnately compound, leaflets have petiolules Simple leaf Alternate phyllotaxis Opposite phyllotaxis Whorled phyllotaxis Mixed phyllotaxis alternate and opposite, the leaves have the same size at opposite nodes Mixed phyllotaxis alternate and opposite, the leaves have a different size at opposite nodes Mixed phyllotaxis alternate and whorled Pseudo-whorled phyllotaxis Absence of stipules Stipules not fused Stipules fused Foliaceous stipules Triangle stipules Scale shaped stipules Stipules margin entire Stipules margin pectinate Stipules margin serrate Stipules persistant Stipules non persistant Short stipules Intermediate stipules Long stipules The presence or absence of stipules is not ascertainable Absence of stipels Presence of stipels Shape of the apex of lamina acute simple Shape of the apex of lamina acute mucronate Shape of the apex of lamina acute acuminate Shape of the apex of lamina acute attenuate Shape of the apex of lamina acute caudate 6 22 ID Level Shape of the apex of lamina acute, whether it is simple, mucronate, acuminate, attenuate or caudate is not ascertainable Shape of the apex of lamina obtuse simple Shape of the apex of lamina obtuse mucronate Shape of the apex of lamina obtuse acuminate Shape of the apex of lamina obtuse attenuate Shape of the apex of lamina obtuse caudate Shape of the apex of lamina obtuse, whether it is simple, mucronate, acuminate, attenuate or caudate is not ascertainable Shape of the apex of lamina rounded simple 6 27

4 21 Lampiran 3 Kode Rincian kodefikasi karakter morfologi daun Karakter 1 Jenis daun berdasarkan ada tidaknya anak daun (simple or compound leaf) 1 Daun majemuk --- beranak daun satu (compound leaf unifoliolate) 2 Daun majemuk --- beranak daun lebih dari satu (compound leaf bifoliolate or more) 3 Tidak ada anak daun --- daun tunggal (simple leaf) 2 Susunan daun pada batang (leaf arrangement / phyllotaxis) 1 Setiap buku hanya satu daun (tersebar) --- (alternate phyllotaxis) 2 Setiap buku mempunyai dua daun (berhadapan) --- (opposite phyllotaxis) 3 Setiap buku mempunyai dua daun atau lebih (berkarang) --- (whorled phyllotaxis) 4 Campuran alternate dan opposite (mixed phyllotaxis alternate and opposite) 5 Campuran alternate dan whorled (mixed phyllotaxis alternate and whorled) 6 Daun kelihatan seperti berkarang (pseudo-whorled phyllotaxis) 3 Ada tidaknya stipula (presence or absence of stipules) 1 Tidak memiliki stipula (absence of stipules) 2 Memiliki stipula (presence of stipules) 4 Ada tidaknya stipel (presence or absence of stipels) 1 Tidak ada stipel (absence of stipels) 2 Ada stipel (presence of stipels) 5 Helaian daun (shape of the lamina) 1 Bulat memanjang (oblong) 2 Jorong (elliptic) 3 Bulat telur (ovate) 4 Bulat telur terbalik (obovate) 5 Bulat (rounded) 6 Ujung daun (shape of the apex of lamina) 1 Runcing (acute) 2 Tumpul (obtuse) 3 Membulat (rounded) 4 Rumpang (truncate) 7 Pangkal daun (shape of the base of lamina) 1 Runcing (acute) 2 Tumpul (obtuse) 3 Membulat (rounded) 4 Rumpang (truncate) 5 Berlobus (lobate) 6 Perisai (peltate) 7 Menirus (attenuate) 8 Tidak stabil (variative) 9 Tidak simetri (asymmetrical) 8 Tepi daun (type of the margin) 1 Rata; halus (margin smooth) 2 Tidak rata (margin not smooth) 9 Ada tidaknya kelenjar daun (presence absence of glands on leaf) 1 Tidak ada kelenjar daun (absence of glands) 2 Ada kelenjar daun (presence of glands) Keterangan: karakter (bold) -- state (not bold)

5 22 Lampiran 3 Lanjutan Kode Karakter 10 Tangkai daun atau ibu tangkai daun (petiole or rachis characteristics) 1 Tidak ada tangkai daun (absence of petiole or rachis / sessile leaf) 2 Ada tangkai daun (presence of petiole or rachis) 11 Tipe pertulangan daun (type of venation) 1 Menyirip (pinnate) 2 Acrodromous 3 Actinodromous 4 Palinactinodromous 12 Pola urat daun tersier (pattern of tertiary veins) 1 Bercabang (ramified) 2 Menjala (reticulate) 3 Percurrent 13 Arah urat daun primer (course of the primary vein) 1 Lurus tidak bercabang (straight and unbranched) 2 Lurus dan bercabang (straight and branched) 3 Melengkung nyata (markedly curved) 14 Ada tidaknya vena intramarginal (presence or absence of intramarginal vein) 1 Tidak ada (absence) 2 Ada (presence) 15 Ada tidaknya duri (presence or absence of spines) 1 Tidak ada (absence) 2 Ada (presence) 16 Ada tidaknya gabus (presence or absence of pith) 1 Tidak ada (absence) 2 Ada (presence) 17 Ada tidaknya getah (presence or absence of exudate) 1 Tidak ada (absence) 2 Ada (presence) 18 Ada tidaknya rambut (hairiness characteristics) 1 Tidak ada (absence) 2 Ada (presence) 19 Ada tidaknya bintik (presence or absence of dots on lamina) 1 Tidak ada (absence) 2 Ada (presence) 20 Ada tidaknya domatia (presence or absence of domatia on lamina) 1 Tidak ada (absence) 2 Ada (presence) 21 Paralel tidaknya urat daun sekunder (parallelism of secondary veins) 1 Ya (yes) 2 Tidak (no) Keterangan: karakter (bold) -- state (not bold)

6 23 Lampiran 4 Ilustrasi karakter morfologi daun Leaf organization Leaf arrangement Leaf arrangement

7 24 Lampiran 4 Lanjutan Shape of the lamina Shape of the apex of the lamina

8 25 Lampiran 4 Lanjutan Shape of the base of the lamina Type of the margin Type of venation Lampiran 4 Lanjutan Pattern of tertiary veins

9 26 Lampiran 4 Lanjutan Pattern of tertiary veins Intramarginal vein

10 27 Lampiran 5 Contoh data spesimen daun setelah kodefikasi No Family Species MorphotypeID Karakter Meliaceae Aglaia multinervis Meliaceae Aglaia silvestris Euphorbiaceae Antidesma montanum Euphorbiaceae Antidesma neurocarpum Euphorbiaceae Antidesma neurocarpum Euphorbiaceae Antidesma tomentosum Euphorbiaceae Antidesma tomentosum Euphorbiaceae Antidesma tomentosum Myrsinaceae Ardisia teysmanniana Euphorbiaceae Baccaurea deflexa Euphorbiaceae Baccaurea deflexa Euphorbiaceae Baccaurea javanica Euphorbiaceae Baccaurea minor Euphorbiaceae Baccaurea pyriformis Euphorbiaceae Baccaurea pyriformis Euphorbiaceae Baccaurea pyriformis Euphorbiaceae Bridelia insulana Euphorbiaceae Bridelia tomentosa Clusiaceae Calophyllum soulattri Burseraceae Canarium littorale

11 28 Lampiran 6 Hasil uji taraf nyata dua arah pada koefisien korelasi Spearman Spearman's rho Leaf Character Corr.Coef 1,000,324(**),029,116 -,047 -,094,011,136,086,057,086,117 -,073 -,303(**) -,014,193(*) Sig. (2-tailed).,000,744,194,601,294,900,130,341,524,341,193,418,001,878,030 Corr.Coef,324(**) 1,000,214(*),212(*),253(**),077 -,180(*) -,005,022 -,200(*) -,058,314(**) -,134 -,183(*) -,337(**),156 Sig. (2-tailed),000.,016,017,004,390,044,960,810,025,519,000,134,040,000,081 Corr.Coef,029,214(*) 1,000,171,034,134,185(*),140,153,228(*),152 -,089,202(*),029,161,056 Sig. (2-tailed),744,016.,055,708,135,038,117,086,010,089,324,023,749,071,536 Corr.Coef,116,212(*),171 1,000,197(*),216(*) -,081,256(**) -,057,000 -,055,083 -,058 -,125 -,113,168 Sig. (2-tailed),194,017,055.,027,015,367,004,528 1,000,541,357,517,164,207,060 Corr.Coef -,047,253(**),034,197(*) 1,000,051,049 -,064 -,004 -,215(*) -,004,468(**) -,009 -,006 -,279(**),193(*) Sig. (2-tailed),601,004,708,027.,574,583,478,960,016,960,000,923,946,002,031 Corr.Coef -,094,077,134,216(*),051 1,000 -,007,113,172,046,170 -,066,124,093 -,035,014 Sig. (2-tailed),294,390,135,015,574.,940,209,054,613,057,463,168,300,696,876 Corr.Coef,011 -,180(*),185(*) -,081,049 -,007 1,000,187(*),131,086,127 -,124,081,158,177(*) -,100 Sig. (2-tailed),900,044,038,367,583,940.,036,145,340,156,166,365,077,047,267 Corr.Coef,136 -,005,140,256(**) -,064,113,187(*) 1,000,120,264(**),014 -,046 -,036 -,013,012 -,042 Sig. (2-tailed),130,960,117,004,478,209,036.,181,003,880,606,687,886,894,641 Corr.Coef,086,022,153 -,057 -,004,172,131,120 1,000,103,797(**),252(**) -,044,158,174,027 Sig. (2-tailed),341,810,086,528,960,054,145,181.,251,000,004,625,077,051,768 Corr.Coef,057 -,200(*),228(*),000 -,215(*),046,086,264(**),103 1,000,101 -,177(*),061 -,013,493(**) -,024 Sig. (2-tailed),524,025,010 1,000,016,613,340,003,251.,259,047,496,887,000,788 Corr.Coef,086 -,058,152 -,055 -,004,170,127,014,797(**),101 1,000,259(**) -,045,155,174 -,054 Sig. (2-tailed),341,519,089,541,960,057,156,880,000,259.,003,620,084,051,546 Corr.Coef,117,314(**) -,089,083,468(**) -,066 -,124 -,046,252(**) -,177(*),259(**) 1,000 -,213(*) -,077 -,120,247(**) Sig. (2-tailed),193,000,324,357,000,463,166,606,004,047,003.,017,394,180,005 Corr.Coef -,073 -,134,202(*) -,058 -,009,124,081 -,036 -,044,061 -,045 -,213(*) 1,000 -,062,053 -,049 Sig. (2-tailed),418,134,023,517,923,168,365,687,625,496,620,017.,492,553,589 Corr.Coef -,303(**) -,183(*),029 -,125 -,006,093,158 -,013,158 -,013,155 -,077 -,062 1,000,140 -,199(*) Sig. (2-tailed),001,040,749,164,946,300,077,886,077,887,084,394,492.,118,026 Corr.Coef -,014 -,337(**),161 -,113 -,279(**) -,035,177(*),012,174,493(**),174 -,120,053,140 1,000 -,115 Sig. (2-tailed),878,000,071,207,002,696,047,894,051,000,051,180,553,118.,199 Corr.Coef,193(*),156,056,168,193(*),014 -,100 -,042,027 -,024 -,054,247(**) -,049 -,199(*) -,115 1,000 Sig. (2-tailed),030,081,536,060,031,876,267,641,768,788,546,005,589,026,199. Corr.Coef = Correlation coefficient ** Correlation is significant at the 0.01 level (2-tailed). * Correlation is significant at the 0.05 level (2-tailed).

12 29 Lampiran 7 Rincian pembagian taksa ke dalam setiap subset data Family Subset Subset Ordo Annonaceae Celastrales Apocynaceae Euphorbiales Burseraceae Fabales Clusiaceae Gentianales Elaeocarpaceae Lamiales Euphorbiaceae Laurales Fabaceae Magnoliales Flacourtiaceae Malvales Icacinaceae Myrtales Lauraceae Polygalales Loganiaceae Primulales Meliaceae Ranunculales Monimiaceae Rhizophorales Myrsinaceae Rubiales Myrtaceae Sapindales Polygalaceae Theales Rhizophoraceae Violales Rubiaceae Jumlah Ordo Sabiaceae Sapindaceae Verbenaceae Jumlah Family Subset Subclass Asteridae Dilleniidae Magnoliidae Rosidae Jumlah Subclass 4 4 4

13 30 Lampiran 8 IDB pada percobaan model taksonometri family No δ i α i i 1 IDB i 2 i Lampiran 9 Ilustrasi model taksonometri family untuk bobot akhir pada neuron output pertama

14 31 Lampiran 10 Daftar bobot akhir model taksonometri family Bobot Neuron (weight) w w w w w w w w w w w w w w w w

15 32 Lampiran 11 IDB pada percobaan model taksonometri ordo No δ i α i i 1 IDB i 2 i Lampiran 12 Ilustrasi model taksonometri ordo untuk bobot akhir pada neuron output pertama

16 33 Lampiran 13 Daftar bobot akhir model taksonometri ordo Bobot Neuron (weight) w w w w w w w w w w w w w w w w

17 34 Lampiran 14 IDB pada percobaan model taksonometri subclass No δ i α i i 1 IDB i 2 i Lampiran 15 Ilustrasi model taksonometri subclass untuk bobot akhir pada neuron output pertama Lampiran 16 Daftar bobot akhir model taksonometri subclass Bobot Neuron (weight) w w w w w w w w w w w w w w w w

18 35 Lampiran 17 Deskripsi hasil taksonometri family Cluster No Subclass Ordo Family Total CR Magnoliidae Magnoliales Annonaceae Asteridae Gentianales Apocynaceae Rosidae Sapindales Burseraceae Dilleniidae Theales Clusiaceae Dilleniidae Malvales Elaeocarpaceae Rosidae Euphorbiales Euphorbiaceae Rosidae Fabales Fabaceae Dilleniidae Violales Flacourtiaceae Rosidae Celastrales Icacinaceae Magnoliidae Laurales Lauraceae Asteridae Gentianales Loganiaceae Rosidae Sapindales Meliaceae Magnoliidae Laurales Monimiaceae Dilleniidae Primulales Myrsinaceae Rosidae Myrtales Myrtaceae Rosidae Polygalales Polygalaceae Rosidae Rhizophorales Rhizophoraceae Asteridae Rubiales Rubiaceae Magnoliidae Ranunculales Sabiaceae Rosidae Sapindales Sapindaceae Asteridae Lamiales Verbenaceae Total CP

19 36 Lampiran 18 Deskripsi hasil taksonometri ordo No Subclass Ordo Cluster Total CR 1 Rosidae Celastrales Rosidae Euphorbiales Rosidae Fabales Asteridae Gentianales Asteridae Lamiales Magnoliidae Laurales Magnoliidae Magnoliales Dilleniidae Malvales Rosidae Myrtales Rosidae Polygalales Dilleniidae Primulales Magnoliidae Ranunculales Rosidae Rhizophorales Asteridae Rubiales Rosidae Sapindales Dilleniidae Theales Dilleniidae Violales Total CP

20 37 Lampiran 19 Deskripsi hasil taksonometri subclass No Subclass Cluster Total CR 1 Asteridae Dilleniidae Magnoliidae Rosidae Total CP