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SCIENTIFIC PROGRAMME Note: Sessions S04 Citrus biochemistry and S19 Nursery and plant propagation have been removed from Programme. PLENARY CONFERENCES Note: All plenary conferences will take place at Auditorium 1 • PC01 The Spanish citrus industry Luis Navarro Instituto Valenciano de Investigaciones Agrarias (IVIA), Spain Monday 19 th , 9:30-10:30h • PC02 Citrus and health Gary Williamson School of Food Science and Nutrition, University of Leeds, UK Monday 19 th , 11:00-12:00h • PC03 The importance of citrus for the juice and beverage industry Ademerval Garcia Grove 2 Glass Trading GmbH, a ‘The Coca-Cola Company’ subsidiary, Switzerland Tuesday 20 th , 9:00-10:00h • PC04 Food safety, social compliance and sustainability, in relation to commercial fruit and vegs strategies with special reference to citrus Gé Happe European Sourcing Director Ahold, The Netherlands Tuesday 20 th , 15:15-16:15h • PC05 The experience of Huanglongbing control in Brazil Antonio J. Ayres Fundo de Defesa da Citricultura (FUNDE<strong>CITRUS</strong>), Brazil Thursday 22 nd , 9:00-10:00h • PC06 New genetic and genomic tools for citrus breeding Mikeal L. Roose University of California, Riverside, USA Thursday 22 nd , 10:30-11:30h • PC07 Biological control and citrus: a long time fruitful story Jacques Brodeur Plant Biology Research Institute, Montreal University, Canada Friday 23 rd , 9:00-10:00h WORKSHOPS The purpose of workshops will be to look at recent advances and future prospects on specific citrus issues, related to hot topics. The main objective is to bring together members from the Citrus community for a thorough and lively discussion on each theme. To promote discussions and active interactions, the convener of each workshop will make an introduction on the topic and then open and manage the debate. Conveners will make decisions on the best way to organize the debate according to the characteristics of each topic. We encourage delegates willing to participate in these workshops to get in touch with the conveners, as you will see their e-mails are available. Workshops are programmed every day after regular sessions with a format of 2 hours (except W01 and W03), thus providing enough time for discussion. I/20 - VALENCIA CONFERENCE CENTER, 18th-23rd NOVEMBER 2012
• W01 ‘HLB Control’ Convener: J. Bové Université de Bordeaux Ségalen - INRA Center, France; joseph.bove@wanadoo.fr Thursday 22 nd (17:15-19:15h, at Auditorium 1) and Friday 23 rd (14:15-16:15 h, at Auditorium 2) • W02 ‘New mandarin varieties’ Convener: P. Aleza Instituto Valenciano Investigaciones Agrarias (IVIA), Spain; aleza@ivia.es Thursday 22 nd (17:15-19:15h, at Auditorium 2) • W03 ‘Procedures for the exploitation of protected and/or patented varieties’ Convener: M. Iborra Norma Agrícola, Spain; miborra@normagricola.com Friday 23 rd (10:30-12:30h, at Room 4) • W04 ‘New perspectives in pest control’ Convener: A. Urbaneja Instituto Valenciano Investigaciones Agrarias (IVIA), Spain; aurbaneja@ivia.es Thursday 22nd (17:15-19:15h, at Auditorium 3) • W05 ‘Dwarf citrus trees in high-density plantings’ Convener: K.D. Bowman U.S. Horticultural Research Laboratory, USA; Kim.Bowman@ars.usda.gov Tuesday 20 th (18:30-20:30h, at Auditorium 2) • W06 ‘Molecular identification of varieties’ Convener: T. Shimizu National Institute of Fruit Tree Science, Japan; shimizu@affrc.go.jp Monday 19 th (17:30-19:30h, at Auditorium 3) • W07 ‘Mechanization of citrus harvest’ Convener: E. Molto Instituto Valenciano Investigaciones Agrarias (IVIA), Spain; molto_enr@gva.es Tuesday 20 th (18:30-20:30h, at Room 4) • W08 ‘Global citrus industry collaboration on MRL regulatory issues’ Convener J.R. Cranney Jr. California Citrus Quality Council, USA; jcranney@calcitrusquality.org Monday 19 th (17:30-19:30h, at Room 5) • W09 ‘Global conservation strategy for citrus genetic resources’ Convener: K. E. Hummer U. S. Department of Agriculture - Agricultural Research Service National Clonal Germplasm Repository, USA; Kim.Hummer@ars.usda.gov Monday 19 th (17:30-19:30h, at Room 4) • W10 ‘Research activities to support the potential biological effects of citrus fruits in human health’ Convener: Francisco A. Tomás-Barberán Centro de Edafología y Biología Aplicada del Segura del CSIC (CEBAS-CSIC), Spain; fatomas@cebas.csic.es Monday 19 th (17:30-19:30h, at Auditorium 2) • W11 ‘Quarantine security for tephritid fruit fly pests in citrus’ Convener: N.J. Liquido USDA-APHIS-PPQ, Center for Plant Health Science and Technology, Plant Epidemiology and Risk Analysis Laboratory, USA; Nicanor.J.Liquido@aphis.usda.gov Tuesday 20 th (18:30-20:30h, at Room 4) XII INTERNATIONAL <strong>CITRUS</strong> CONGRESS 2012 - I/21
Page 3 and 4: THE XII INTERNATIONAL CITRUS CONGRE
Page 5 and 6: WELCOME MESSAGE On behalf of the In
Page 7 and 8: Members Dr. FLORENTINO JUSTE Direct
Page 9 and 10: Poster presentations All posters ar
Page 11: SPONSORS XII INTERNATIONAL CITRUS C
Page 15: WE TAKE CARE Managing and adding va
Page 19: Scientific Programme
Page 24 and 25: SESSION 01: Citrus germplasm and ph
Page 26 and 27: Poster ID Title S02P01 S02P02 S02P0
Page 30 and 31: SESSION 05: BIOTECHNOLOGY Oral pres
Page 36 and 37: SESSION 08: Abiotic stress Oral pre
Page 38 and 39: SESSION 09: Postharvest physiology
Page 44 and 45: Oral ID Title S11O03 S11O04 S11O05
Page 46 and 47: Oral ID Title S12O04 S12O05 S12O06
Page 54 and 55: SESSION 15: Fungal diseases Oral pr
Page 71: Plenary Conferences PC01 The Spanis
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Drip irrigation introduced in the 8
Page 76 and 77:
Global warming and its impact on cl
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egional, i.e. applied on an area-wi
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PC07 Biological control and citrus:
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W01 HLB control Convener: J.M. Bov
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mandarin cultivars such as `Fortune
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• Open: All growers have free acc
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Genetic restriction of fruit tree s
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W08 Global citrus industry collabor
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forced-air, vapor heat, cold, and i
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S01O01 Citron germplasm in Yunnan,
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citrus cultivars are interspecific
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S01P06 Diversity analysis of citrus
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Our results demonstrate that the ci
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S02O01 The triploid mandarin breedi
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S02O06 Citrus breeding in South Afr
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furanocoumarins. However, a particu
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or horticultural traits, but truene
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S02P06 Preliminary research on gene
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S02P11 Development CTV resistant ci
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S02P16 Mechanism of seedlessness in
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S02P21 Haploid and polyploid hybrid
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agronomically characterized 79 hybr
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2011. Early production was achieved
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are vigorous with nearly round-shap
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Session 03 CITRUS GENOMICS S03
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S03 of large genomic regions. Seque
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S03 S03O07 Analysis of the clementi
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S03 and recombinant DNA technology.
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S03 TFs. Some of them are MADS-box
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S03 S03P13 Fast and cost-effective
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Session 05 BIOTECHNOLOGY S05
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S05 the regulation of carotenogenes
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S05 stoma density, size and opening
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S05 S05P02 Comprehending crystallin
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S05 S05P07 D-limonene downregulatio
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S05 to this disease. Development of
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S05 tomato constitutively express L
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S05 deletor’ technology is an eff
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S05 sour orange seedlings. The embr
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S05 biodegradable makes them attrac
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S06O01 Effect of male-female intera
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S06O06 Endogenous factors affecting
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lowest levels at fruit mature stage
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(5.6% of the total citrus area) wit
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almost disappeared and total yield
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S07O01 Citrus developmental researc
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S07O06 Exploring microRNA target mo
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set of the orange varieties ‘Wash
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S07P10 Transcript accumulation of f
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Session 08 ABIOTIC STRESS S08
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S08 present study, we identified pr
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S08 S08O08 Microsprinkler irrigatio
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S08 S08P05 Role of ammonium nutriti
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S08 S08P10 Cloning and functional a
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S08 S08P15 Flooding and soil temper
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S08 S08P20 Orange varieties as inte
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S08 In a field experiment, the tole
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S09O01 Genome sequence of the necro
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calcofluor white (CFW) or congo red
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a continuous flow-through system (2
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experimental evidences in mandarin
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for 14 days was investigated. Chang
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S09P13 Organoleptic quality and pre
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SOD activity in the Δsod1 mutant w
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were observed. Thus, other possible
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fruits received the following treat
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3) to evaluate different treatments
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acid, sodium carbonate and sodium m
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S10O01 Open hydroponics of citrus c
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gas exchange, foliar SPAD index and
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y citrus and consequent effects on
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strongly decreased with the applica
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strategies. The aim of this work wa
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S10P15 Efficiency of zinc (68Zn) fe
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S10P20 Phosphorus deficiency decrea
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S10P25 Foliar nutrition with macron
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S10P30 Use of plant-soil-atmosphere
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S11O01 New method of citrus graftin
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S11O06 Reduction of fruit splitting
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S11P03 Evaluation of rootstocks for
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S11P08 Production of ‘Tahiti’ a
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season and test a range of varietie
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S11P18 A phytosanitary evaluation m
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over 50% of the infested fields. Th
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S12O01 New insights into the citrus
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or Huanglongbing (HLB) and its vect
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trapping program, visual surveys, p
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S12P01 Yield loss modeling of “Ca
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amplify different geographical Huan
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affects all known citrus species an
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S12P15 Systemic insecticides are ef
Page 277 and 278:
S12P20 Heat treatment of Huanglongb
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leaves. Although XCT44 produces les
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incidence of canker. Only in the ye
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lime were treated with chitosan (CH
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S12P39 Unforbidden fruits: Preventi
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S12P43 Analysis of citrus huanglonb
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S13O01 Application of the Sterile I
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(SIT) application. Both mass-trappi
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S13P03 An early step toward the dev
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S13P07 Potential of secondary metab
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climatic conditions, including Tuni
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Session 14 VIRUS AND VIRUS LIKE DIS
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S14 even if infected, an investigat
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S14 S14O08 New generation sequencin
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S14 stunting and low fruit yield an
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S14 S14P06 Molecular diversity of C
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S14 along the Ionian coast and the
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S14 S14P15 Integrated Citrus Triste
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S14 infected tree incites the psoro
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S14 Conformation Polymorphism (SSCP
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S14 infected trees, while bark scal
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S14 grafted on C. volkameriana, sou
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S15O01 The arrival of Citrus Black
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S15O06 Epidemiology of Alternaria B
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S15O11 Searching for citrus rootsto
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S15P05 Modelling of Guignardia pseu
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S15P10 Outbreak and occurrence of A
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concerns have prompted governments
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control strategies. A survey was in
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Santa Barbara, Tulare, and Ventura.
Page 341:
into two groups: one dried in the s
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S16O01 The status of citrus IPM in
Page 347 and 348:
S16O06 Progress toward integrated m
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was uniform under the non-UV-blocki
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S16O16 Field evaluation of some pes
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S16P01 Analysis of population trend
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S16P06 Use of oils to control the A
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stage, nymphs and eggs that were ob
Page 359 and 360:
S16P16 Repellency and acceptability
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could be described by the Holling I
Page 363 and 364:
S16P25 Assessment of trophic intera
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S16P30 Composition and flight activ
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2010 and 2011, the efficacy of spra
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were: esfenvalerate (0.25); deltame
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S16P44 Preliminary survey of the Gr
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Session 17 VARIETIES S17
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S17 included represent California,
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S17 S17P01 Plant growth, initial fr
Page 380 and 381:
S17 S17P06 Fruit characteristics of
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S17 S17P11 Evaluation of Lemon Sele
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S17 S17P16 New tangors for Brazilia
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S17 growing areas are from Coquimbo
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S17 recorded during the previous 21
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Session 18 ROOTSTOCKS S18
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S18 sinensis × Poncirus trifoliata
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S18 lower and higher ML yields/tree
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S18 S18P03 Effect of the rootstock
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S18 S18P08 Agronomic performance of
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S18 potentially very interesting fo
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S18 favorable for the citrus indust
Page 406 and 407:
S18 overfruiting and temperature du
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S18 S18P28 Tree performance and fru
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Session 20 CITRUS AND HEALTH S20
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S20 and ascorbic acid, acting indiv
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S20 dysfunction. Microarray studies
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S20 of satsuma, however, (even some
Page 421:
Session 21 POSTHARVEST AND JUICE PR
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S21 determined by HPLC. Results ind
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S21 flowers of different cultivars
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S21 pallet and in the fruits) 40 di
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S21 effectiveness or completely ine
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S21 of Agriculture for agricultural
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Session 22 CITRUS ECONOMICS AND TRA
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S22 slowed down. USA is currently t
Page 440 and 441:
S22 growers, this requires permanen
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S22 demand is growing due to knowle
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Author’s Index
Page 448 and 449:
Beitia F. 228 Belda J.E. 290 Beldom
Page 450 and 451:
del Pino A. 330, 333 Del Río J.A.
Page 452 and 453:
Gush M.B. 157 Guven B. 288 Guzmán-
Page 454 and 455:
Lo Presti P. 244 Locali E.C. 204 Lo
Page 456 and 457:
Orce I.G. 208 Ordúz J. 239 Orea Ve
Page 458 and 459:
Sela I. 107 Sela N. 133, 146, 264 S
Page 460:
Xie Y.M. 87 Xin-Hua H. 28 Xingzheng
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