Proceedings
International Symposium on
Quality Management of Fruits and Vegetables
for Human Health
aオァオセエ
5-8, 2013, Bangkok, Tpailand
-PROCEEDINGS OF THE
INTERNATIONAL SYMPOSIUM ON
QUALITY MANAGEME T OF FRUITS
aセd
VEGETABLES FOR HUMAN HEALTH
(FVHH 2013)
Co-Conveners
Sirichai Kanlayanarat
Chalermchai Wongs-Aree
Bangkok, Thailand
August
S-B,
2013
King Mongkut's University of Technology Thonburi
Chulalongkorn University
FVHH 1013
ImematiOllu! Symposium 011 Quality MUllugemem of Fruits und Vegetables
for Hilma" Health
Editors
C. Wongs-Aree
KillgiWol1gkufセM Universit)' of Technology Thol/buri, Thailand
i\.K.
Kanellis
AristoTleuョゥセキウゥエケ ofThessaloniki, Greece
P. Penchaiya
King _II.1ol1gkur 5 Unil'ersity a/Technology Thonbllri. Thailand
S. Kanlayanarat
King MOlIgkUf S U,,;\'ersity ofTechllOlogy T71Onhllri. ThailOlld
Organizing Committee
Kanlay3113mt, S.,
KingmッョァォオエZセ Universit)' afTee/molog)' T7lOl1b/lri, ThailandKosiyachinda, S"
Kasel.l'art Universil)', ThailandAcedo, Jr.
A.L., Visoyus Stale Universily. Ihe PhihjJpinesAnes,
F.,
Technicaluョゥ|G・イNセェエケ ojCarragene. SpainBrueckner,
D.,
Leibniz Ins/illiTeofVegelable
and Omamellla! Crops. GermanyCosta. G ..University of Bologna. Italy
Florkowski, W.,Uni\'ersiry ofGeorgia,
USA.
Gemma, H..Tsukuba Vnil'ersir)', Japtm
Kanellis.A.K.,Aristotle VI/il'ersit)' ofn,essaloniki. Greece
\-an Koolen, 0.,
Wageningel1 uョゥカ・イウゥセカL the NetherlandsJ\'lathe, 11.., Universily ofWest HUl/gOlY. HUI/gar)'
.\1attoo,
I\.K., USDA-ARS, Beltsville. USAMcGlasson,WB.,Unil'ersityofWesternSydney.Aus/ralia
!vfitnl., S.K.,Sidhan Chandra Krishi Viswavidyalaya. India
","icola. S..Unil'ersity ofTorins, Italy
Paull, R., UniversityofUowaii. USA
Prange. R.,Dalhousie Uni\'ersit>: Canada
Srz;:dnicki. G.,Universi(v a/New South Wales, Australia
T;:rry. L.A..
Cranfield U"il'ersif), UKToiyonen.
pNセᄋヲNaNL Pacific Agri-food Research Centre, Canada\\'ongs-Aree,C., King mッョァォオエセᄋ Un/versiry of Technology Thonbur/. 71lai/alld
Scientific Committtec
Aldous.
D.,
University olMelboume. AIIMralia.--\yanzaIO. D.,
lnrernafional Horticulrurist COl/sul/am. lUll)'Bai,J.• usdaセw・ョエ・イ Hawn. USA
Banks, N..Scinnova Limited, Nelli Zealand
Ben-
Yehoshua, S.,
the セィO」。ョゥ Cemer, ARa. IsraelBcnkeblia. N.,University olthe West II/dies. Jamaica
Chiesa, A., BlIanm Ares University. Argell1ina
Cisncro-Zevallos,
L,
Texas A&M. USACo1clli, G., University of Foggia. Italy
Erbn, M.,Akdelliz Universi/)', Turkey
Proceedings of rVHH 2013
ャュセュ。ャゥッョ。ャ Symposium on Quality '\'lanagemml ofFruils and VCgclabl...s for Homan Ileahh
August 5-8, 2013. Golden Tulip So'"creign HOlCI. Bangkok. Thailand
Scienrific Commirrtcc
(collt/lIl/ed)Esguerra, E.,Unirersity ojthe Philippines. the Philippines
Fallik. E., The Volcalli Center, ARO, israel
Golding,J" N5WDepartment of Primal)' Indllstries, Australia
Ilale,
C.,
ISHS Commission PlalJ! Protectioll,llil?ll"
ZealundlIumanaka,D., Kyushll University. Japan
Illlmauzu,
Y,
Sl1inshli Universif); JapanHayashi,
T.,
Kinki Ullil'ersity, JapanIlcyes,
J.,
Massey Unil'ersif}\ NI?II'ZealandIhl, M" Universit}' dela F/'Onlero, Chile
'mai, K.,Meiji Ulli\'ersif)', Japan
Lnatsu,Y.,Narional Food Research lm·titll/e, Japan
h\llSaki, N ..Meiji Unh-ersity, Japan
Izumi,
11.,
Kinki Uniwrsity. JapanKim,J,G.,Nationallnstill1te oJHorriculfllral and Herbal Science, Korea
Kondo,S.,Chiha University, Japall
Lanig:lUdiere,
C,
lRTA.. SpainLe\\;nsohn.E.,ARo, Ne>.l'e }"ar Research Center. Israel
Lurie.5., TIre Volcani Cemcl: ARO. Israel
:\bnganaris. G.A.,C)prlls University u/Teelmolog); Cypms
:o.lathooka. F.M .•Jomo KenyUf1a Universit)' ofAgriculture And Technology, Kenya
:o.lizrahi.Y..Bell Gurion Unil'ersily, Negl?l'. Is/'Oel
:\\izutani,
F..
Ehime Unirersity. Japan\Iorais.A.M.M.A., Unil'ersily Catolica Prall/gllese, Portugal
"\"akano. K ...viigala Ul1i\'el'Sil): Japan
:\icolai. B..Karholieke Unilwsity, l.elf\'en. BelgiulII
:\ishizawa.
T..
Yamagata UniwI"sif): JapanObcnland. D.M .. usdaセarsL SIV.4SC USA
Opara. L.U..StellenbO/Th U/lil'ersif); Sowh Africa
Oppenheim.P..Deakin UllilWSit.l: Australia
Peeh.J.e..ESSA IX?, France
Perkins- Veazie. P.M.,Norrh Carolina Slale Unire/'sit): C.iSA
Pokluda. R...\fendellJ·niwrsit,l' Bmo. C=ech Republic
Pomt. R..The lalcalli Cellfer ARo. Israel
R,' ,;ciS. G..L'nh'ersif)' of.s:\·d"ey, Allsn'alia
R:...:L1.,:O\\ski.K .•Research 1I1Sti1llte oj Horricullllre, Poland
5.3..."1.<:11.\1.. L'"i1'ersif}' ofCalifornia, Da\·is. L"SA
ウNNNNNNMセャNNSsN A..Lithual/ian Institwe ojHorticulture. Lithuania
セ •.セ T..Sational Food Research Institllle. Japan
セNM :-t..."3..Y..Chiba Cni\'ersity. Japan .MセGZAN K..Sagoya [;nil'eni/):Japan
セ⦅ .-\ .. L"11I\-ersif)' ojFlorida, USA
5--:-=-
L ,.'-..nin L"nin'rsity oJTeclmolog): AllstraliaSlX-o... _l. セセ lBョゥ|G」OGsLゥセ|Z Japan
\\31sh." - C,:orJral Queensland Uni\w.sity. Australia ||「ャエセ tS_ '-·,;n"sif}· ofJOhWlllcsburg, South Africa
Wilson
wゥェセS.
Industrial Techllology Institute, Sri LankaYahia.E.\\.. -iu: :t.SCni.'ersif)· Qllercwrs, Mexico
pイッ」セ・、ゥョァウ ofrVHH2013
IntrnwMxWsyjiZセゥオュ onqオ。ャゥセ m\ュ。ᆪセュ」ュ ofFroilS and Vegetables for Uuman Health
AUguS\5-8. 2013, Golden Tulip So'ercign Hood. Bangkok, Thailand
Preface
, .
The
joint sympofruns and Vegetables
fiJI
onAgri-Foods forhセ
Bangkok, Thailand,|セセ
(KMUTT) in 」ッャャ。「ッセ
Ub<.m
Ratchathani Raja:-;....,deSIgned to increase。キセ
management offtesh:h.. Theウケューッウゥセ
-induslry players andセ
COUntries to share recttl;; cl
vegetables, Other
amc:
GセMThereキ・イセ abcr=:
devotedtoprcsemationt:::::dI
48 poster presentations.:bI:
(The organic herbs ceme-:l ....
Medical and Spa) inpイセG
Pattaya, ChonburiptO\ln.::e
This book ゥョ・Aセ
been peer reviewed b\ セ
reference malerial
noi
or:..:
Iqualitymanagementoft:...., We \\ish totlu;--5e'\
20/3
andAFH\V2013
S\contributionsand forfanl...
ensures integrity andoZZセ •
Dr. G. Srzed.nicki. Austra....:... DI
and Dr.
F.
Artes. Spain fo:セLast bUl nOli - ...
of Poslhar\'cs!Tcchnolez-... •
hard work and moralセN[」イNZ
pイoccセ、ゥョァNGゥ ofFYI IHセPQS
In!em:lli_onal SymposiumOIJQt=.r.
Conlcnts
Preface
Contents
List of AUlhors
list of PanicipanLS
:'olSDaging Qualil)' and Safely Issues in Fruit and Vegetable Suppl)' Chains for Health: Issues and Challenges
in GI\'IS Countries(Absrracl)
R-S. Rolle
bゥッ、ゥ|GcセイウゥエケL New Varieties lind Genetic Impronml."nt
ofFmits and "cgetables for Health
AX. Kallel/is, £ ROl/mellolis. A. Saramourtsi, G_4.•tftmganaris.
A.KoukoullOras. S.Kosrasolld A. &0110111011
Genetic" Rl."gulation of Health Beneficial PhytonUlrieDts in Fresh Produce
A.K.Handa. R.Am.orond.1A.•••HaIlOO
The Role ofZeluanthin in Botb Human and Plant Health
and [,'idence ThatItCan Be Enbanced「セG
D)'nsmic Controlled-Atmospbere -c「ャッイッー「セ UFluorrsceocr
(OCA-CF) Storage
R.K. Prange
Rioactiw Compounds in Fセ「 Produc"U :I.nd Hum3..D Ht3llb
J.A.Heyes
Stralcgies for the Enhaocemcnt of:-'afna.tieds
r..
Fruil.Sand VegetablesrAbsrrad'
L Cisneros-Zemllas
Promoting Fruil and|GセイエZャ「キ cMNウャャjゥャャセ DII.ag
Low-Income Consumen
C. GO/1/!Jm"OrIl
sャャヲエャセᄋ andquSQゥエセ .-Usal"lk't''' Fre9:ad
r
nslH:at Produce:CUfrent Technologies[)r1.daped .b;::u
H.I:;lImi
Posthaf'\t'StClI1
.rat ... ,...
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to He:lJth
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6 iGイッ」セ、ゥョァウ ofFVHH 2013
セ of Fruits andv」ァ」エ。「ャ・セ rorlluman Health
セ アセ :.Gc>'d.mTulipSo"ercignIloTCI. Bangkok.Thailand
イNMZB・ZZcセッゥヲ|ャゥャMャᄋ
-セNNNZNゥ
sセュpqs。B[[MBZZ
Contents
Gene E'l:pression o(the Carolenoid Synthesis Enzymes 10 Citrus Fruin
\1 Kala
Enhancing the Contl'ibution of Fruits and Vegetables
to Ilealth Through Postharwst Technologies(AbstraCf)
\1.:1 CC Li:ada
CanYou i\leasure Taste? New i\lethods for l\'leasllring
Off-FI:l\'our in Grecn Peas
J!£ OlllOl/,K.E.Gusrm'ssoll.J,ll'ilssoll and R. Stegmark
h・。|Gセ "Ietal Incidence in Vef!etables from SUllply Chains
R Pokludo
IJI'cstigation of [nactiyation Characteristics of C\lold Conidia
「セ lY-C Radi:ttion
; Tri"inayasil, M Tsuru.F. Tanalw. D. Hamanaka alldT. Uchi/IV
\Iolccular and BiochemiC:11 Mechanislns for lhe Formation of Aroma Volatile5
1.'>.'"lItritional Cues in Melon Fruit
- GoouJa.£.Bar. R. Dm'idovich-Rilwnali, M. lbdah S. Lev. V.Portnoy.
G T:llri, R. Hard Beja••N, Gafpa:. E. Reul'elli, S Freifich, YSirrit, Y.BI/I'gel:
セ⦅セ Schaffer,
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Tadmor,A.Fait, N. Katziralld£.LewinsohnTbe Quest for tbc Tasty aDd Nutritional Tomato: Dream or Reali!)':' \Ietabolic Englncering oftbe Terpeneoid Pathway In Tum!lto Fruit
セM S;/rit. R. Dm"idOl';ch-Rikanati,M.Leiderman.E. Rar. M. lbdah.
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lijima,E Pich£7S'o:N. DudolT1Vo alldEoQᆪjNGゥョNセッィャャ
OrrJfpG・ウイュオエゥッャャNセ
-\.ntimutagenic. Dlffcrl'ntlation-I nduring ll.nd Antio.ddalin EffKts
of
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ragr3Dt Ingredients in Kalsum-liri(O/cflmis/lido\'ar, Conomun): .\"a/;:alllura. A, SlI.wki, K. ulkeda.S. H'atOIl(lbe, K. Shirola. N.Slietome.
E
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Park. K. Saro,S.Okamoto amir
Matsuorreshness E\"ltluatinn of F:dam3mebySt3chyosc Detection
.:
'"aruno
E.ffect ofStora!'e Conditions on tbl' Photo-Reaethoation of lltral'iolet-I rradi3{cd Bacterial Cells
::J Hamanoka.S. Kuho,F. Tanaka and
r
Uchino-\..Dtio'l:idantacャゥ|GゥャセG of Apple PomaceAqueousE:etract:
[ffeet of Time and Temperature
: Com/rowinota. JB, Golding. PD.Roach alldC.£ Stathopoulos
セNNZN]ャゥョァウッヲiGvhjiRPQS
-:..,··m:uionalsケューッセゥャャュ onQUIIllt)' Managemcnl ofFrulls and Veg"lablcsfor HumanHealth
"';-.csl5-8. 2013, Goldeo Tulip Sovercign HOlel. Bangkok. Thailand
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Contents
MMセMMMMMMMGBBGWGMMMMN、
COOle-nes
Effect of Berry Blanching onpィセQッ」「・ュゥ」。ャウ aud
"hysiochcmical Properties of Blueberry ,Juice
K.F. Kasim. R.D.fIrlrst,AJ Carr alld lA. Heye.\'
Thl' Role ofセ・エ DC\'l'lopmtnllnセGQッゥウエャャイ」 Loss from
Nclled l\'leloo Fruits(AhstracJ)
T.IJurhmee. T. NishizUlI"U, Y. Motomuro. K.Rido. S '\,(idori.
r
Kenji.T..-likmraaruJIv.Kumpowl
Assessment of Internal Quality AttributesIIfPurple )':lSsion Fnlil
Using -"lear lufrllrl'd Spectroscopy
iセ Manh.'aru, K. Nakano, D, Boonyakia!.S. Ohashi. rB, Poonlmp,
J.Nar\l'ichai. M. Hiroi GildT. Tohyanw
l'lIcklt!:"ing ofcオイャセG Chilies Ouring Transportation and
TemllOra'1" Storage for Domestic :\larket in Indonesb
Y.A. PUTll.·alllo. R. Nurdjannuh. A. Lamona andE. Danna....ari
fruit Ragging IUlinprove l\'langoqオセャゥヲIG and E"aluating thl.' Technology Used
fur GrOWing Mango Fruit in Thaihlnd
C. Wofanawoll.C. 1l0ngs-Aree. l'Sriluons:. T rVaslI.l·ri andS.Kal/layallara!
Vh'ersit),aョ。ャセ sis ofMomordica churol/tiaL Accessions
froln Easlern and l"orlh F:aSlern India Based on Morphological, Yield Related Traits and I\lolccular Marker
L. Chakraborty. P. Ach(1))'a andS.Ra)'clJaudhuri
P,,)'ra Pre.wmuriQIIS
Protease Contl.'nl in Differrnt Parts ofth£> Meloll at Differelll Growth Stages
H.lkeura.
r
Takasoka.S. Mowkiand T. Hal1daャGィセGウゥッャッァゥ」ZjQ CbangesinRusset Pears during RipeningfAbs"actj
.\'. Charoenchongsllk._,tItai, A. Oikawa andH. Murayama
The Suitable Conditiun Storage fur \Iaintllin Quality
ufVielDamese 1\hngo Fruitc\".Catlloa Loc
D.C. Thinh.J Uflwibllira am/t1.JOOIlIlI'OI1.';
j'l;ulldestrueli\'e Determination of Carotenoid Content
and CompusilioninTomaloes Using Near Infrared Spertroscopy
K. Deak. T. S.:.is:edi andL. He/yes
E\"perimenllli Approllches for Obseniog Inlernaliulion
inln Tomato hyE, coli
S Kij"ima
Effects of.-\nuxi::l Treatmenl on TomalO fruil Quality(.-4bstraCl)
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:\r\\ BiomarkerofHuman l1ioaYailabiJi!)' of 4-Meth)'lthio-3-Butenyl IsothinC)'lIn:ue, 273
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Contents
Eleclroly'Zt'oxェ、ゥセゥョjZ Water and Ultrasonic '\'ave
for the Control of l'osthan'tSld」」。セG Caused byFusariUIIIsp.
on Pineapple Fruil c\'. Phil Lae(Abslrocl)
S.":hayonkarn.J. UtlwibUlra, S. Setha and K Whallgchai
T:U1e :,Ind Flavor of Stnlwberrieli,
Grown in Ihe RighI-Hank fOn-sf-Steppe Zone of IJkraioc / L.Zol1lorska
Effect of Chilosan SOlutiun un [n:l}'mtActhiryIn\"oh'cd
in .-\nlhraenosc Visease Resistance and Quality of Chili FruitIAbs/raCI)
P Jirareerot QndIf, Ulhairaranolcij
EfTect of uv·n Irradiation 00 Chilling Injul')'
of BaDHml Ou ring Low Temperature SlOragefAbsrroct}
5 Suktawee, V.Srilaong.C. Ilongs-Aree andS.Kanlayantlrol
Kinelics of Pectin Melhyleslerase Acth-ity on Mangosleen Aril Firmness
During Low Tcmperalure Storage
S SoichiT/do. K. Bodhipadma.S.Koonpra.n'n andC nlmgh4l'ee
Changes in Sugar Componenl and Its Enzyme Acti\'if)' in Cold Slored .\bngoslet'n Fruil
S Soichinda.K Bodhipadma.
r
KQ((!I,'OrakiltialldC. JJongs-Aret>ThepィセGウゥオャオセG ufChillioglujuredl\hngoslceDFruil
S Soichinda. K.Bodhipadma.C JirapolIg,S.Panaaphichon andC. rlongs-.-lree
r
resh Vegelable Quali!)': Impacl of Abiolic aDd Agronomic Facturs(.-lhsrract)D.Frezza, V. LogegarQy.A.LeOn.M Harris andA. Chiesa
Is Watercress Quality Modified by Preharwst and Posthan'l's! }<'actors?
セ Leon. V. Logegara)',A. Cllie.<lI alld D. Frezza
\'('gelahle QOIlIi!)' AfTeeted b)' Productionsケセエ・ュウ (Absn'aclj
.-1 (hieul, V.Logegol'Ciy, A, '.eOIl, C. Krizaj alldD.Fre::::a
Impact of lhr [1l\'irOnnHmtlll Factors on the Growth and Yidd of Blurbcrrics
JfAbo/illS, D.Slemeami,H.Liepniece
O':':;:en Radical Absorbance Clipacif)' (ORAC) of Ingredienl-S
lJnd f.;l:trllCI-S Oerived (romVegelablcs
r
Sakajima. J:Nakamura,K.ShirolO.N.Suetome, E Y "ark and K. 5010_セG[LxGエエ、ゥョァウ ofFVHH 2013
.:::emalional Symposium011Qualilr;-,tllllagement of Fruits and Vegetahles rOT Human Health
.>, ...pm5-8, 2013. Golden Tulip So,ercignHOle!. Bangkok. Thailand
225
227
237
239
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257
265
261
217
Contents
Changes of Antioxidatiw Pro!lerties in Cold Stored Rose Allplc
\SYZJgil/lII.wmurol/gellse(Blume) Merr.& PerrJI Fruit
S.Noichimla. K.Bodhipadma. C.BOOJlJ'arirondC lI'(Jngs-Aree
Optimization for Ihe Extract.s Containinli: Total Phenolic.
AnthoC)'anin Contents and Their Antio"'idanl Acth'itics from Redc。「「。セ・ I.ell\·es
N.JIII/ka, C.ROl1anamechaiskul.S.Kalllu)'unaralandC. /longs-Aree
Optimi;t..ation of Extraction Inulin (rom Jerusalem Anichokc
(lIefiulltltus wbcrosus) (Abstract)
K. Hangdeeand SK Rabhi/
Color and Rebydration Capabilif)' Changes or Asparagus
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Packaging of Curly Chilies During Transportation and Temporary Storage for
Domestic Market in Indonesia
Yl\... Purwantol.1,
R.
Nurdjannah1.A. Lamonaland E. DannawatillDepanment of Mechanical and Biosystem Engineering,
2Ccnler for Tropical Horticulrure Studies, Dogor Agricultural University,
JJI. Raya Pajajaran Kampus lPD Baranangsiang BOgOT,
West Java. Indonesia
Abstract
Supply chain of curly chilies from production ceoler 10 market in Indonesia are IIsually carried out at ambient temperature, lack of postharvest h:mdling method and take more than 2 days depend on lhe distance to the market. In this stud)', effect of packaging mel hod commonly used b)' the actor of supply chain of curly chilies
in Indonesia during transportation and temporal)' storage, on the quality of Cllrl)'
chilies was examined. Sample of Il3ckaging materials were plastic net, plastic sack and
vClililatcd cardboard box. Sample of curly chilies were ban.'ested fromヲ。ュhセイ orchard.
After sorting, three kilogram of curly chilies were transported to the lab0l'3tory in 5 hours and stored at ambient t.. mperature condition. Chang.. in weight loss, firmness,
color, \itaminCand \>lsual appuranc(' were measured during storage pt'riod. Among
the packaging materials, the longcst posthan'cst life obsen'ed for curly chilies packed in ventil:ued cardboard box. Tbe damage of curly chilies was found at days 13, 7 and 5 for ventilated cardboard box, plastic sack and plastic Ilet, respectively. There were no significant differences for changes in lirmn('ss, color and vitamin C of curly chilies
among the packaging materialsup to
5
da}'s storage. Minimum weight loss was foundfor curl)' chilies packed into \'cntilatcd cardboard box.This stud)' reconunended the
use of venrilated cardboard box for distribution and temporal)' storage of cllrly chilies for domestic market in lndonesi:l.
Keywords: Curly chilies, postharvest life, packaging, temporary storage, supply chain
N'TRODUcnON
Supply chain of chilies in tropical developing country are generally indicated by bulky transportation packaging, lack of postharvest handling, high postharvest losses and involves many supply chain actors. Supply chain of chilies from the production center to !he markel in Indonesia are usually carried Out at ambient tempermure, lack of postharvest
handling and take aOOot2 days dep<.'nd on the distancetothe market. Sometimes, chilies have
tobetransponed by ship to other island and this needs more than 2 days for Iransportalion.
This is one of the reasons why postharvest losses offTesh agriculnrral products arc still high
In Indonesia. Our study in the chilies production center in West Java showed that during
harvesting, transponation, sorting and temporary storage, postharvest losses wcre vary fTom
セPNR 10 22.6% (purwanlO el al., 2012). Many studies relatcd on the postharvest ofchilies \\ ere
,:arried out by some researchers (Lownds et aI., 1994; Krajayklang et al., 2000; Nyanjage et :;1 .•2005; Kan el al., 2007; Tano et al., 2008; Rahman et al., 2012). Tanoel al. (2008) reported that temperature at 6°C was suitable for chilies storage condition. Lower weight loss occurred for chilies stored under lower temperature storage (Lownds et aI., 1994; Tano et aI., 20015)
2l1d packaging did not significantly affect color retentionHnケ。エセ。ァ・ el aI., 2005).
Supply chain aetivilies fOT chilics in Indonesia generally are carried out as follows: in .:asc offrce market, fanners market their chilies to small-scale collectors around their villages, :::rge-scalc collectors, or directly to wholesale markets. The small·scale collectors collect any horticultural products required by markcts. Tllese include chilies, potatoes, cabbages, leeks. elC. The collectors have two ways to gather chilies from the fanners, i.e. they directly collect
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エィセ chilies from the field orエィセ farmcl"j deliver their chilies to the collector's location. Every packed is 40 to 60 kg. .-\cti\-ities conducted by small-scale collectors val)' depends on thc
market conditions.tィセ collectors only pedann repacking and deliver the repacked products
to large-scale collectors if the demand and the price are high. When the chilies price is low
and the production decreases, the collectors sort and temporarily stored thechilies to obtain
an economical quantity before transporting the chilies to the market.
Posthan.-est acti"ities carried out by large-scale collectors arc sorting and repacking.
Sorting is」ッョ、オ・hセ、 to separate unhcalthy, rollen and overripe chilies from the good ones.
Large-scale collectors deliver chilies to wholesale markets. Loading and unloading activilies could degrade chilies quality because plastic sacks that usually used to pack the chilies are flexible. 1l1erelorc. they cannot stand impacts that may happen. In addition. the sacks are usually ordered und placed on the floor by slamming them down. This caUSes mechanical injury of the chilies, especially at the bottom part. TradersJlarge-scale collct10rs pcrform supply chain activities for other islands; therefore, they are also thc actors in inter-island
markets.. This resultsinthe same purchasing price between a<:lors of inler-island markets and
at large-scale collectors. Howcver,ahigher selling price occurs because of high operational
costs, such as shipping cost.
Pl'lckaging method is still the main problem during transportation and temporary
storage. famlcr usually pack in the capacity range of40to60kg in plastic sack, plastic nct
or recycle cardboard. There is no standard for packaging in the famler level. This
will
resultboth qualitmive and quantitative losses during transponation and tempor31y storage. Proper packaging method is expected to reduce postharyest losses and to extend postharvCSl life. In this study, the effect ofpackaging method for curly chilics commonly used by the actor during transportation and temporal}' storage in Indonesia. on the postharvest losses was examined.
MATERJA L AND METHODS
S:lmple Preparation
Curly chilies, local cultivar of Hibrida TM
99,
were harvestedITom
fanner orchardat chilies production cenler area in West Java. Cudy chilies were harvestcd at7:00to 10:00,
After being harvested, sample of curly chilies\\eTCsent to the packinghouseand pre-cooled
in the ambient ternperanrre during I 102 h. The sample of curly chilies was then sorted to
remO\'e the unhealthy chilies.
Procedure
Three kilogram ofsample ofcurly chilies were packed into plastic net of35x55em,
plastic sack of 45
x 75
em and ventilated cardboard box of single wall with thc thickness of 6mm and dimension of30
x 28
x22
cm. Chilies was then transportedtothe laboratol)' in thenight time during 5 h at ambient temperature. This tmnsp0l1ation time was Ihe same
as
thetime needed 10 bring thc chilies from production center to the market in Jakarta city. Aftcr
transporting to Ihe laboratory, the sample ofchilies
was
then place in the ambient temperature.We simulated this as tempomry storage for chilies before delivering[0the consumer. During
temporal}' storage, the change in weight loss, finnness, color, vitamin C and visual appearance
of sample were monitored. Surface color ofsample was measured
as
reflected color(L*a*b*)using a Colorimeler model CR·300 (Minolta. Osaka·Japan). Three replications were carried out for all experiment conditions,
RESUlTS
aセtjI D1SCUSSlONAmong the packaging materials, the longest posthalVest life observed for curly chilies
packed in ventilated cardboard box. Thc damage of curly chilies was found at day 13,7and
5
for ventilated cardboard box, plastic sack and plastic net, respectively. This indicated thatthc use of cardboard rcsulted thc longest poslharve.st life of curly chilies.
•
\\pight loss
Fig. I shows thc chan£,{ .:ardboard during storage periOd
:"'"Tllperatlire conditions. Thehi2h
it \\as considered that plasticセ・ャ .md ambient tempemtlire condill
:.":11
other packaging materials,Firmness
Fig.
1
shows the chan2e:ardboard during period storal<e. ::mtness fbr all conditions were frmness was observcd on plastic
Color
Table 1shows the chanS!
:.ardboard. L*, chroma and hue
&
s::J.ges. Chroma and hue an21e In I
|セ・ウエ speed to bccollle fullY red
セ、・ョ」ケ of the change in liglnnes.
[セ・イ。ャL iflhe tnmsponation-pmoc
=:Hly chilies were still in good con
\ItamiaC
. Fig. 3 shows the cham!eI
.:ur:ngstorage.
AJJ
vitaminC
eh-antpenod, vitamin CCOlllentゥョ」イ・。ウ・、セ
OCcurred chilies experienced aーィセセ
COXCl-USlONS
Among different pad.a21nt
,?cked in ycmilated cardboard
bO:\.'
セHスイ \ entilated e,ardlx)ard
oox,
plastic!,-ltTerellcc on flrmncss C1131l>!e of
cur
セU
was found in curly chilies pad"l..:3mg \ entilatcd cardboard
box
for d.-\Ch.'NOWL£DCEI\'I ENTS
The funding of this research L'uiative 2013.
literature Citcd
Kan,
E.E.L.,
Sargcnt,S.A.,
Simoone.posthan'est quality of Datil hot
po:
.. ?fthe 12()!11 AnnualMectin!! ofth.
NGvBSセ。ケォャ。ョァN M.,KJieber,A.
and
Peter,mRuence paprika and chilli spicem
278 'I'
LO\\11ds,NX.,Banaras,M.and Boslan
_
ッセ nine pepper(Cap.ficl/lII)cultha.J'yanJage.M.a.,Nyalala,S.P.O.. lIla
セ
Extending posthan'est life ofウ||セ
with modified atmosphere paclag;
168 Proc,,<:ding:sofFVHH 20t3
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AugustUMセL 1n13, Golden Tulip Sovereign JIotel. Bangkok. Thailand
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エュ・ュセャゥHIョ。ャ Symposiumon QlIalil\"m。ョ。ャOセ・N
"eigh I Loss
Fig. Ishows Ihe change in weight loss orcurly chilies in plaslic nel, plastic sack and
.:z-dhoard during storage
period.
Weight loss of curly chilies increased during storage for all.ll::::perature condilions. The highest weight loss occurred lor curly chilies pack into plastic nel.
• >lo;ticonsidered that plastic net packaging allowed Ihe highest interaction between chilies
:;:)jambienl temperature condilion. This caused Ihatlranspiration of chilies was easier than
セ other packaging maler-ials.
rrrmness
Fig. 2 shows the change in finnness of curly chilies in plastic net, plastic sack and
::rdboard during period storage.Itwas considered that at day
0
orJUStafter han'esting,. Ihe"'-:mless for
all
conditions were almost the same, however, at dayI
the highest losses of"'"--::::;.ncss was observed on plastic net then following by plastic sack and cardboard.
Cok>,
Table 1 shows the change in color for curly chilies in plastic net, plastic sack and
;;:::-;:OOard.L·. ehroma and hue angle indicated general changes in color for different color
-e:;.Chroma and hue angle in all experimental conditions showed the similar trend. The
-est speed10become fully red was found for chilies packed in cardboard. The similar
セセョ」セ of the change in lightness,L· values, was found in all experimental conditions.1n
NZMセャN if the transportation period and temporary storage was considered during5days, lhe
⦅セ chilies were still in good condition for all experimental conditions.
.- mine
Fig. 3shows the change in vitamin C of curly chilies among packaging methods
..:.ngstorage.
All
vitaminC
change's patterns almoslthe same. ln lhe beginning of storageセッ、N ,-itamin C content increasedupto day 3 and after that tended to decrease. This change
セL[イイ・、 chilies experienced a physiological change hecause during storage period.
CO,,"CLUSIONS
Among ditrerem packaging malerials, the longest postharvest life was curly chilies
:aL...ed in ventilated cardboard box. The damage ofcurly chilies was fOund at day 13.7 and 5
,. \ emilated cardboard box, plaslic sack and plastic net, respectively. There \Vas no significant .::""erence on finnness change ofcurly chilies among packaging materials. Minimum weight
S\\a5found in curly chiJies. packed in ventilated cardboard
box.
This slUdy recommends-g\'emilated cardboard box for distribution and temporary storage of curly chilies.
-\.O\...
,"OWL£DGE!\fE1\'TS
The funding ofihis research was partly supportedbythe National Research lncentive
-:::l!I\-e2013.
uterature Cited
--.rI.E.E.L.,Sargent, S.A., Simonne,A.. Shaw, L.N. and Cantliffe, OJ. 2007. Changes in the
posthan'est quality ofDali! hOi peppers as affected by storage temperature. Proceedings of the 120'" Annual Meeting of the Florid.1 State Horticultural Society_ 120:246--250. ""2j3yklang.. M .. K1ieber, A. and Peter, R.D. 2000. Color at harvest and post-han'est behaviour
uuluence paprika and chilli spice quality. Postharvest Biology and Technology.
20(3):269-セWX
--....wnds, N.K., Hanaras. M. and Bosland. P. W. 1994. Posthan'est water los.s and storage quality
of nine pepper(Capsicum)cultivars. HonScience.
29(3): 191-193.
:anjagc,M.a.,Nyalala,s.p.a.,IIIa,A.C., Mugo.
B.\V.,
Limbe.i\.E. and Vulimu,t.M.2005.Extending postharvesl life of sweet pepper(Capsicum 01ll1llm L.'California Wonder')
\\ ith modified atmosphere packaging and storage tcmperature. Agricultura Tropica et
^MッZセェョァZNッヲヲvQQQQRPQS
a...-n.:I\;onal Symposium<mQuality M""""emen' ..,fF ...it< ,,"',vLBAセBLBGi^iBGD ror Human Health
セ •."..セNァN セッL l. Cold"."r"J;p<;;o.,<"",isn /101"'. f:langkol;, Thailand
-
-Sub Tropica. 38(2):28-32.
Rahman. Z|QNセl !\'!iaruddin, Md., Chowdhury, Md.G.F., Khan, Md.H.H. and Matin, M.A.
セo 12. Effect ofdifferent packaging systems and chlorination on the quality and shelf life
of green chili. Bangladesh loumal of Agricultural Research. 37(4):729- 736.
PUfwanlO. YA.. Dannawati, E., Munandar,
J..
Syukut. M. and Purwanti. N. 2012. Study onmarket appraisal and value chain development ofchili products in West Java. final Repon
FAO
TCP!j}.,'S/3303
Project.
Tana. K .. Nen)'. R,K" Koussemon, M. and Oule, M.K. 2008. The effects ofdifferenI storage
temperanlres on the qualily of fresh bell pepper(CapsiculII annum L.). Agricultural Journal.3(2): 157-162.
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r:
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Table I. Color change of curly chilies in plasticnCI,plastic sack and cardboard during period
slOragc.
l>Iasric nel Plastic sack Cardboard
Day
L'
Chroma Hu,L'
Chmma Hlll.' L' Chroma Huelingle aoglc angle
1 35.66 セャNァャ 0.45 35_91 42_22 0.45 36.53 43.67 OAS
] 35.21 38.92 0.42 35.54 4H6 0.43 34.75 4,2.20 0.43
,
36.22 40.8-1 0.36 34.17 39.32 OAI 34.82 41.83 0.42セ
34.48 37.19 0.39 3<.60 39.81 0.40
,
H.69 39.42 0.4011 35.27 39_99 0.39
,3 HAO 38.69 0.38
30
-セ 25
-•
セ20 0
---;z
"
"
,
15 - --<J
Nセ
,
10-•
;; 5
-0 0
Fig. 2. Finnness ofcurly chiliest::Ij
Fig. 3.Change in vitamin C ofCLlTh ci
period storage. .
12 -o-l'laslic !3Ck
... Plasllclltl
セZMMBMMMMMMMM
6 セ 10
TilDeH、セyiャI
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35
30
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Fig.. Total \\eight lossof curly chilies in plastic net, plastic sack and cardboard during
storage period.
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ISBKYWXᄋYWセMTUVMWUYMX 302 Pages
First printing: January 2015
Copyrighl C 2015 by Poslharvest Technology Pro!,or.IDI. School or Blore50l.:.r-ce;;l:x!Technolog).
King Mongk-ues Uni\'ersily orTechnolog) Thonburi. Bangkok. TmilaOO.
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Editors
C. Wong<;.Aree
King Mongkm
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Cn.A.K.Kanellis
Aristotle UniJ'ersin i"
P. Penchai}'a .
King Mungkm
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Manoo,A.K., USDA-ARS
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