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By :Elisa Nur Halimah125040200111161
Supervised By :Dr. Ir. Damanhuri, MS.
THE ANALYSIS OF DURIAN (Durio spp.) RELATIONSHIP BASED ON MORPHOLOGICAL CHARACTERS IN BANYUWANGI, EAST JAVA
INTRODUCTION
What is durian? How about durian in Banyuwangi?
What have to do?
INTRODUCTION
Durian (Durio zibethinus Murr.) Included in the family Bombacaceae which is known as tropical fruit from South east Asia, especially
Indonesia. Durian included climateric fruit, enclosed seed (Angiospermae) and seedlings usually with two seed leaves or
cotyledons.
What is durian?
INTRODUCTION
Banyuwangi has some kind of local durian, one of which is Banyuwangi red durian. Banyuwangi red durian is horticultural plant which is quite rare, endemic and exotic. In addition to the red durian, Banyuwangi also has durian with white and yellow flesh colour. The high diversity of durian Banyuwangi can be used as a
base asset in the plant breeding such as selection and crossbreeding.
How about durian in Banyuwangi?
INTRODUCTION
Supporting these activities, should be characterized to determine the relationship between the types of durian (Durio spp.). The closer relationship between the types of durian can improve crossbreeding succes in the breeding program.
Genetic relationship between genotypes in the durian population can be measured by the same number of characters with assumption is different characters between
the types of durian shows different genotype.
What have to do?
PURPOSES AND HYPOTHESES
Purposes
The purpose of this study is to evaluate the diversity of Banyuwangi durian and knowing the
coefficient of genetic similarity and also relationship based on their morphology
characters.
PURPOSES AND HYPOTHESES
Hypotheses
There is difference in characteristic and genetic relationship between the types of
Banyuwangi durian.
LOCATION
Research Location
LOCATION
Research Location
KALIPURO SUBDISTRICT
• Sample 9 latitude/longitude: 8006’11.70” S and 114016’39.42” E, elevation : 1080 m above the sea level, rainfall : 7,08 mm3
• Sample 10 latitude/longitude: 8009’30.71” S and 114019’32.41” E, elevation : 1080 m above the sea level, rainfall : 7,08 mm3
• Sample 15 latitude/longitude: 8005’04.72” S and 114016’42.24” E, elevation : 1080 m above the sea level, rainfall : 7,08 mm3
• Sample 16 latitude/longitude: 8008’16.07” S and 114019’10.47” E, elevation : 442 m above the sea level, rainfall : 7,08 mm3
• Sample 17 latitude/longitude: 8008’19.94” S and 114019’16.45” E, elevation : 442 m above the sea level, rainfall : 7,08 mm3
• Sample 18 latitude/longitude: 8011’35.62” S and 114015’44.37” E, elevation : 437 m above the sea level, rainfall : 7,42 mm3
KALIPURO SUBDISTRICT
• Sample 19 latitude/longitude: 8009’24.30” S and 114019’17.47” E, elevation : 371 m above the sea level, rainfall : 7,08 mm3
• Sample 21 latitude/longitude: 8006’11.70” S and 114016’39.42” E, elevation : 1080 m above the sea level, rainfall : 7,08 mm3
• Sample 24 latitude/longitude: 8006’11.70” S and 114016’39.42” E, elevation : 1080 m above the sea level, rainfall : 7,08 mm3
• Sample 26 latitude/longitude: 8009’20.73” S and 114019’07.86” E, elevation : 371 m above the sea level, rainfall : 7,08 mm3
• Sample 27 latitude/longitude: 8009’19.70” S and 114019’08.81” E, elevation : 371 m above the sea level, rainfall : 7,08 mm3
• Sample 28 latitude/longitude: 8006’05.70” S and 114015’24.24” E, elevation : 1338 m above the sea level, rainfall : 7,08 mm3
LOCATION
Research Location
GIRI SUBDISTRICT
• Sample 30 latitude/longitude: 8010’50.87” S and 114019’52.29” E, elevation : 217 m above the sea level, rainfall : 21,42 mm3
LOCATION
Research Location
GLAGAH SUBDISTRICT
• Sample 5 latitude/longitude: 8012’20.31” S and 114019’03.69” E, elevation : 191 m above the sea level, rainfall : 6,25 mm3
• Sample 6 latitude/longitude: 8012’20.31” S and 114019’03.69” E, elevation : 191 m above the sea level, rainfall : 6,25 mm3
• Sample 7 latitude/longitude: 8028’88.19” S and 114036’88.88” E, elevation : 178 m above the sea level, rainfall : 6,25 mm3
• Sample 14 latitude/longitude: 8012’30.09” S and 114017’43.87” E, elevation : 296 m above the sea level, rainfall : 6,25 mm3
• Sample 20 latitude/longitude: 8013’11.17” S and 114018’27.93” E, elevation : 507 m above the sea level, rainfall : 6,25 mm3
• Sample 22 latitude/longitude: 8012’05.60” S and 114019’18.45” E, elevation : 181 m above the sea level, rainfall : 6,25 mm3
• Sample 25 latitude/longitude: 8011’17.46” S and 114017’43.83” E, elevation : 340 m above the sea level, rainfall : 6,25 mm3
LOCATION
Research Location
LICIN SUBDISTRICT
• Sample 8 latitude/longitude: 8011’40.02” S and 114015’19.15” E, elevation : 440 m above the sea level, rainfall : 7,42 mm3
• Sample 23 latitude/longitude: 8011’41.03” S and 114015’18.90” E, elevation : 440 m above the sea level, rainfall : 7,42 mm3
• Sample 29 latitude/longitude: 8011’32.42” S and 114015’45.57” E, elevation : 437 m above the sea level, rainfall : 7,42 mm3
LOCATION
Research Location
SONGGON SUBDISTRICT
• Sample 1 latitude/longitude: 8015’55.98” S and 114013’59.16” E, elevation : 238 m above the sea level, and rainfall : 23,25 mm3
• Sample 2 latitude/longitude: 8015’55.98” S and 114013’59.16” E, elevation : 238 m above the sea level, and rainfall : 23,25 mm3
• Sample 3 latitude/longitude: 8015’55.98” S and 114013’59.16” E, elevation : 238 m above the sea level, rainfall : 23,25 mm3
• Sample 4 latitude/longitude: 8015’55.98” S and 114013’59.16” E, elevation : 238 m above the sea level, rainfall : 23,25 mm3
• Sample 11 latitude/longitude: 8014’11.81” S and 114012’33.70” E, elevation : 346 m above the sea level, rainfall : 23,25 mm3
• Sample 12 latitude/longitude: 8010’58.15” S and 114010’46.52” E, elevation : 637 m above the sea level, rainfall : 23,25 mm3
• Sample 13 latitude/longitude: 8010’58.15” S and 114010’46.52” E, elevation : 637 m above the sea level, rainfall : 23,25 mm3
RESEARCH TIME
Research Time
Research conducted in November 2015 up to March 2016.
MATERIALS AND TOOLS
ToolsMaterialsCAMERA
SQUANT
DESCRIPTOR BOOK
QUESTIONNAIRE
STATIONARY
YELLOW DURIAN
RED DURIAN
WHITE DURIAN
METHODS, VARIABEL, AND ANALYSIS
1
4
3
2
RESEARCH METHODS
3
The method used is a exploration, it search about durian plants location in the 5 research subdistricts and interview is method of collecting data through structured question to each durian farmer, then all of the answers obtained is recorded, processed, and analyzed Identification is also conducted to directly observe durian trees using durian descriptors guide books from Bioversity International.
Identification using qualitative and quantitative descriptive methods. Identification on the vegetative and generative organs of plants, based on the morphology character is observed both qualitatively and quantitatively then elaborated descriptively.
4
1
VARIABEL OBSERVATION
4
• Growth descriptor (trunk surface, crown shape, tree growth habit, branching density)
• Leaf descriptor (leaf upper and lower surface colour, leaf attitude, leaf blade shape, leaf apex shape, leaf base shape, leaf blade margin, leaf texture, leaf upper and lower surface glossiness)
• Fruit descriptor (fruit shape, shape of fruit apex, shape of fruit base, fruit spine shape, fruit spine density, aril texture, flesh colour )
• Seed descriptor ( seed shape, seed coat colour, seed coat colour intensity)
1
Qualitative2
VARIABEL OBSERVATION
1
Quantitative
2
3
Leaf blade length, fruit stalk length, and number of carpels per
fruit.
DATA ANALYSIS
2
Qualitative and quantitative characters are transformed into binary data. Qualitative and quantitative data are assessed numerically that illustrates the differences.
Data from the observations that have been transformed, arranged into table form using Microsoft Excel, then analyzed the matrix similarity with SIMQUAL procedure (Similarity for qualitative data) and continued analysis of grouping using SAHN (Sequential Agglomerative Hierarchycal Nested Cluster Analysis) procedure in NTSYS program version 2.02
3
4
GENERAL CONDITION OF DURIAN HABITAT
KALIPURO
Village Planting Areas Topography Type of Durio Discovered
KelirYard Flat 1 red durioYard Flat 1 yellow durioField Flat 1 red durio
GombengsariYard Flat 1 yellow durio Yard Flat 1 white durio
Telemong
Yard Flat 1 red durio Yard Flat 1 red durio Field Flat 1 white durioYard Flat 1 white durioYard Flat 1 red durio
Bulu Sari Yard Flat 1 white durio
GENERAL CONDITION OF DURIAN HABITAT
GIRI
Village Planting Areas Topography Type of Durio Discovered
Grogol Field Flat 1 white durio
GENERAL CONDITION OF DURIAN HABITAT
GLAGAH
Village Planting Areas Topography Type of Durio Discovered
Paspan Field Flat 1 yellow durio
Kenja Field Flat 1 white durio
Kemiren Yard Flat 1 red durio
Kampung AnyarYard, near stream Slope 1 yellow durio
Tamansuruh Yard Flat 1 white durio
OlehsariPaddy, near stream Flat 1 red durio
Field Flat 1 white durio
GENERAL CONDITION OF DURIAN HABITAT
LICIN
Village Planting Areas Topography Type of Durio Discovered
Banjar
Field Flat 1 yellow durio
Yard Flat 1 yellow durio
Licin
Yard Flat 1 yellow durio
Yard Flat 1 yellow durio
GENERAL CONDITION OF DURIAN HABITAT
SONGGON
Village Planting Areas Topography
Type of Durio Discovered
Balak Field, near stream Flat 1 yellow durio, 1 white durio, dan 2 red durio
Songgon Yard, near stream Flat 1 yellow durio
Bayu Forest with stand of coffe, vanilla, and mangosteen Flat 1 red durio dan 1
white durio
CULTIVATION TECHNICAL
2
3 4
CULTIVATION TECHNICAL
PROPAGATION METHODS
Most of the farmers were in Kalipuro, Songgon, Licin, and
Giri used seeds in their propagation methods. It was different from Glagah farmer whom used grafting technique
in propagation methods (about 85,71%) and the other
also used seeds (about 14,29%) in durian
propagation
2
3 4
CULTIVATION TECHNICAL
IRRIGATION
All farmers were in Kalipuro, Licin, and Giri used rainfed irrigation to irrigate durian
plants, whereas Songgon and Glagah farmers, about 20%,
combined with pump irrigation. Pump irrigation
was only done when drought, it utilized river as water
sources (some durian habitats were near the stream)
1
3 4
CULTIVATION TECHNICAL
FERTILIZATION
All of the farmers were in Licin, Glagah, and Giri used
goat manure to supplay durian nutrition, whereas
farmers were in Kalipuro and Songgon used manure and urea for their durian plants
(about 27,27% in the Kalipuro and 14,29% in the Songgon). In the Kalipuro Subdistrict, giving urea was intended to
coffe plant, yet durian plants also given because of near
with coffe plant
1 2
4
CULTIVATION TECHNICAL
PLANTING LOCATION
In the Kalipuro subdistrict, durian plant is planted as much as 54,55% in the yard and 45,45% in the small land (< 5 ha). In the Songgon subdistrict, durian plant is planted as much as
14,29% in the yard and 85,71% in the small land (< 5 ha). In the Glagah
subdistrict, durian plant is planted as much as 42,86% in the yard and
57,14% in the small land (< 5 ha). In the Licin subdistrict, durian plant is planted as much as 75% in the yard
and 25% in the small land (< 5 ha). In the Giri subdistrict, durian plant is
planted as much as 100% in the small land (< 5 ha) (research only done in 1
farmer).
1 2
3
MORPHOLOGY CHARACTERS OF WHITE DURIAN
MORPHOLOGY CHARACTERS OF RED DURIAN
MORPHOLOGY CHARACTERS OF YELLOW DURIAN
PARTICULAR MARKER
Based on 28 characters observed in each of white, red, and yellow durian, only flesh colour character that can be created as particular marker or differentiator between the three types of durian. Other characters, also had by three types of durian so between of red, white, and yellow durian hardly distinguished, especially in the vegetative phase.
THE COLOUR DIFFERENCE OF FLESH
Flesh colour characters in Banyuwangi durians divided into three groups which are red, white, and yellow colour. Flesh colours of red durians divided into three groups, which are blocking red, reddish orange, and pink-orange. Flesh colours of yellow durians divided into three groups, which are yellow, lemon yellow, and yellowish orange whereas flesh colour of white durians, only have one colour is creamy white.
RED DURIAN COLOURS
BLOCKING RED
REDDISH ORANGE
PINK-ORANGE
YELLOW DURIAN COLOURS
YELLOW LEMONYELLOW YELLOWISH ORANGE
WHITE DURIAN COLOURS
CREAMY WHITE
CLUSTER ANALYSIS
CLUSTER ANALYSIS
Range coefficients of cluster analysis on Banyuwangi durian, located between 0,79-0,86. Cahyarini, Yunus, and Purwanto (2004) reported relationship between plants had a similarity coefficient range ≥0,6 relatively close, whereas similarity coefficient range <0,6 farthest.
CLUSTER ANALYSIS
The closest relationship there between white durian of Songgon (2 P.S) with white durian of Kalipuro
(28 P.K) and also between white durian of Glagah (14 P.G) with
yellow durian of Glagah (20 K.G) on the coefficient 0.86
CLUSTER ANALYSIS
The farthest relationship there between yellow durian of Licin (23
K.L) with twenty-nine other durians on the coefficient 0,79.
This is because 23 K.L sample has a elliptical crown shape
RELATIONSHIP BETWEEN YELLOW-YELLOW DURIAN
0,835
RELATIONSHIP BETWEEN WHITE-WHITE DURIAN
RELATIONSHIP BETWEEN RED-RED DURIAN
0,8350,805
RELATIONSHIP BETWEEN RED-WHITE DURIAN
0,805
RELATIONSHIP BETWEEN RED-YELLOW DURIAN
0,835
RELATIONSHIP BETWEEN WHITE-YELLOW DURIAN
CONCLUSION
• Grouping of durian types in Banyuwangi based on flesh colours, besides white, yellow, and red durian have many similarity morphology so hardly distinguished as vegetative phase
• The closest relationship there between white durian of Songgon (2 P.S) with white durian of Kalipuro (28 P.K) and also between white durian of Glagah (14 P.G) with yellow durian of Glagah (20 K.G) on the coefficient 0.86. The farthest relationship there between yellow durian of Licin (23 K.L) with twenty-nine other durians on the coefficient 0,79.
• Relationship in every durian types shows the farthest relationship to closest, respectively : 1) yellow-yellow durians; 2) red-red durians; 3) white-white durians. Relationship transtypes of durian shows the farthest relationship to closest, respectively: 1) red-yellow durians; 2) yellow-white durians; 3) red-white durians