LIBRO-CONGRESO-CITRUS

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S16 a Potter spray tower (spray deposit 1.9 mg /cm 2 ). After application, larvae were placed in flat-bottomed glass tubes and held at 25±2°C, 70±15% RH and 14 h photophase and fed eggs of Anagasta kuehniella (Zeller). Experimental design was completely randomized with four replicates and 10 larvae/replicate. Larval survival was assessed 24 h after application and categorized according to the IOBC/WPRS classification. The insecticides azadirachtin (AzaMax ® ), imidacloprid (Evidence 700 WG ® ) and phosmet (Imidan 500 WP ® ) were classified as innocuous to C. cubana (Class I, 99%). S16P47 Distribution of the Asian citrus psyllid, Diaphorina citri (Hemiptera: Psyllidae) in Iran Parsi F. 1 , Manzari S. 2 , Askari M. 3 , Amin G. 4 , Ranjbar S. 5 , and Naseri M. 6 1 Iranian Research Institute of Plant Protection (IRIPP), Agricultural Entomology, Iran; 2 Iranian Research Institute of Plant Protection (IRIPP), Insect Taxonomy, Iran; 3 Agricultural and Natural Resources Research Center of Hormozgan, Agricultural Entomology, Iran; 4 Agricultural and Natural Resources Research Center of Fars, Agricultural Entomology, Iran; 5 Agricultural and Natural Resources Research Center of Jiroft and Kahnouj, Agricultural Entomology, Iran; and 6 Agricultural and Natural Resources Research Center of Kerman, Agricultural Entomology, Iran. farparsi@yahoo.com The Asian Citrus Psyllid Diaphorina citri Kuwayama, is one of the most important pests of citrus orchards in Iran. The insect transmits the pathogen that causes citrus greening disease. It was firstly discovered in Balouchestan province by Bove in 1999. In order to manage and conduct a programme to control Greening disease, it is necessary to have distribution information on D. citri. Hence, its different populations were monitored in 8 provinces in the north and south Iran from 2010 t0 2011. Over 2,300 records have been established by GPS and data mapped in ArcGIS9.3.1. A distribution map based on two samplings per year is presented. The ACP was found in Kerman, Balouchestan, Fars and Hormozgan provinces but not in Gilan, Mazandaran, Khozestan and Boushehr. In 2010, D. citri was discovered in Fars province and one year later the population was found to be expanded significantly. 302 - VALENCIA CONFERENCE CENTER, 18th-23rd NOVEMBER 2012
Session 17 VARIETIES S17
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THE XII INTERNATIONAL CITRUS CONGRE
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WELCOME MESSAGE On behalf of the In
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Members Dr. FLORENTINO JUSTE Direct
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Poster presentations All posters ar
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SPONSORS XII INTERNATIONAL CITRUS C
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WE TAKE CARE Managing and adding va
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Scientific Programme
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SCIENTIFIC PROGRAMME Note: Sessions
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SESSION 01: Citrus germplasm and ph
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Poster ID Title S02P01 S02P02 S02P0
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SESSION 05: BIOTECHNOLOGY Oral pres
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SESSION 08: Abiotic stress Oral pre
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SESSION 09: Postharvest physiology
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Oral ID Title S11O03 S11O04 S11O05
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Oral ID Title S12O04 S12O05 S12O06
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SESSION 15: Fungal diseases Oral pr
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Plenary Conferences PC01 The Spanis
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Drip irrigation introduced in the 8
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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
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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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Page 325 and 326: S15O01 The arrival of Citrus Black
Page 327 and 328: S15O06 Epidemiology of Alternaria B
Page 329 and 330: S15O11 Searching for citrus rootsto
Page 331 and 332: S15P05 Modelling of Guignardia pseu
Page 333 and 334: S15P10 Outbreak and occurrence of A
Page 335 and 336: concerns have prompted governments
Page 337 and 338: control strategies. A survey was in
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Page 341: into two groups: one dried in the s
Page 345 and 346: S16O01 The status of citrus IPM in
Page 347 and 348: S16O06 Progress toward integrated m
Page 349 and 350: was uniform under the non-UV-blocki
Page 351 and 352: S16O16 Field evaluation of some pes
Page 353 and 354: S16P01 Analysis of population trend
Page 355 and 356: S16P06 Use of oils to control the A
Page 357 and 358: stage, nymphs and eggs that were ob
Page 359 and 360: S16P16 Repellency and acceptability
Page 361 and 362: could be described by the Holling I
Page 363 and 364: S16P25 Assessment of trophic intera
Page 365 and 366: S16P30 Composition and flight activ
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Page 371: S16P44 Preliminary survey of the Gr
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Page 378 and 379: S17 S17P01 Plant growth, initial fr
Page 380 and 381: S17 S17P06 Fruit characteristics of
Page 382 and 383: S17 S17P11 Evaluation of Lemon Sele
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Page 391: Session 18 ROOTSTOCKS S18
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Page 398 and 399: S18 S18P03 Effect of the rootstock
Page 400 and 401: S18 S18P08 Agronomic performance of
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Page 406 and 407: S18 overfruiting and temperature du
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Page 411: Session 20 CITRUS AND HEALTH S20
Page 414 and 415: S20 and ascorbic acid, acting indiv
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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
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S22 growers, this requires permanen
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S22 demand is growing due to knowle
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Author’s Index
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Beitia F. 228 Belda J.E. 290 Beldom
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del Pino A. 330, 333 Del Río J.A.
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Gush M.B. 157 Guven B. 288 Guzmán-
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Lo Presti P. 244 Locali E.C. 204 Lo
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Orce I.G. 208 Ordúz J. 239 Orea Ve
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Sela I. 107 Sela N. 133, 146, 264 S
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Xie Y.M. 87 Xin-Hua H. 28 Xingzheng
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