IX International Peach SymposiumJuly 2-6, 2017

București - ROMANIA

Posters

1. Genetic Resources and Breeding

1.1. Won-Heum Park, San-Yeong Kim, Hyung-Il Lee, Min-Kyung Kwon, Tae-Young

Kwon, Kyung-Mi Jung, Eun-Cheol Seo - Breeding of High-Quality Mid-Season Peach Variety

"Hongbaek"

1.2. Ruijuan Ma, Jianlan Xu, Mingliang Yu, Binbin Zhang, Yuyan Zhang, Mao Zhou -

Breeding peach with narrow leaf in Nanjing China

1.3. Corina Gavat, Liana Melania Dumitru, Florin Stanica, Vladut Alexandru Oprita - New

clingstone cultivars obtained in South-Eastern Romania

1.4. Julien Ruesch, Christian Hilaire, Yannick Montrognon, Nathalie Courthieu, Philippe

Blanc - Peach-nectarine: Comparison of the behavior of thirteen rootstocks. First observations

realized in France from an evaluation network

1.5. Ayzin Küden, Kadir Sarier, Burhanettin Imrak, Songül Comlekcioglu, Ali Küden -

Breeding studies for low chilling peach genotypes

1.6. Tatyana Latsko - Introduced peach cultivars in the steppe of Crimea

1.7. Songül Comlekcioglu, Ebru Kafkas, Abdulkadir Sarier, Burhanettin Imrak, Ali

Kuden, Ayzin Kuden - Sugar and organic acid content of some new promising peach genotypes

1.8. Maria Jose Rubio Cabetas, Jose Dueto, Joaquin Gomez Aparisi – Seven-year

evaluation of fourteen 3-way interspecific peach rootstocks

1.9. Wanfang Fu, Ralph Burrell III, Guido Schnabel, Ksenija Gasic - Enabling breeding for

brown rot resistance (Monilinia spp.) in Clemson University peach breeding program

1.10. Daniela Giovannini, Irene Quacquarelli, Sandro Sirri, Alessandro Liverani -

Promising blood-fleshed peach and nectarine from CREA-FRF breeding program

1.11. Antonio Carrillo-Navarro, Alfonso Guevara-Gazquez, Federico García-Montiel, José

Enrique Cos Terrer, Domingo López-Ortiz - Mistral 30®: flat peach nectarine of IMIDA-

NOVAMED breeding program

1.12. Larisa Komar-Tyomnaya - Nikita Botanical Gardens, Russian Federation - Genetic

resources and breeding of ornamental peach

1.13. Miroslaw Sitarek, Aleksandra Machlanska - Pomological characteristic of some

peach cultivars historically cultivated in Poland and preserved in the collection of Research

Institute of Horticulture in Skierniewice

1.14. Daniele Bassi, Stefano Foschi - Università degli Studi di Milano, Milano, Italy - New

introductions from the Italian MAS.PES peach breeding program: MAISSA, a stony hard flat

peach.

2. Genomics, Biotechnology and Physiology

2.1. Chunhua Zhang, Ruijuan Ma, Yuyan Zhang, Mingliang Yu, Ruchao - Isolation,

expression, and microRNAs analysis of genes related to carotenoid metabolism in peach fruits

2.2. Ignasi Batlle, Iban Eduardo, Celia Cantin, Ignasi Batlle, Pere Arús - Markers for

selection against male sterility and brachytic dwarfism in peach breeding programs

2.3. Ksenija Gasic, Craig Hardner, Ksenija Gasic, Cassia Da Silva Linge, Amy Iezzoni,

Cameron Peace - Using SNP arrays to leveraging historical data sets for improved prediction

accuracy and study of GxExM in peach

2.4. Daniela Giovannini, Letizia Pondini, Marco Pietrella, Daniela Giovannini, Alessandro

Liverani, Stefano Tartarini, Luca Dondini- Screening of molecular markers for association to

maturity date in peach fruit

2.5. Nazar Alghasheem, Florin Stanica, Adrian George Peticila - Overview of actual

studies on peach in vitro propagation

2.6. Nazar Alghasheem, Florin Stanica, Adrian George Peticila - The effect of variety and

explants on peach micropropagation

2.7. Ioannis Minas, Georgia Tanou, Federico Scossa, Maya Belghazi, Stefano Cagnin,

Claudio Bonghi, Livio Trainotti, Kalliopi Papadopoulou, Alisdair Fernie, Athanassios

Molassiotis - Characterization of peach fruit development and ripening using a multi-omics

approach

2.8. Lirong Wang, Ke Cao - Genome wide association study of important agronomic traits

in peach

2.9. Yong Li, Ke Cao, Lirong Wang - Genome-wide breeding footprints provide insights

into fruits improvement in peach

2.10. Zuguo Cai, Wenfang Zeng, Liang Niu, Zhenhua Lu, Guochao Cui, Yunqin Zhu, Lei

Pan, Yifeng Ding, Zhiqiang Wang - A practical method for peach-related species identification

and hybrid analysis using simple sequence repeat markers

3. Rootstocks and Orchard management

3.1. Metka Hudina - Biotechnical Faculty, Slovenia - Effect of rootstock on vigour,

orchard productivity and fruit quality of 'Royal Glory' peach (Prunus persica L.)

3.2. Burhanettin Imrak, Ayzin Kuden, Ali Kuden, Abdulkadir Sarier, Songül Comlekcioglu

- Studies on Decreasing Multiple Fruits in Peach and Nectarine Cultivars under Subtropical

Climatic Conditions

3.3. Davide Neri, Michele Bravetti, Paolo Amadei, Giorgia Nardini, Massimo Paroncini,

Fabio Pelliconi - Photo-selective plastic nets in young peach orchards

3.4. Carolina Font i Forcada, Lucia Mestre, Alex E Salazar, Gemma Reig, Maria Angeles

Moreno - Performance of sixteen Prunus rootstocks budded with the `Big Top´ nectarine cultivar

and grown under root asphyxia conditions

3.5. Giuseppina Caracciolo, Daniela Giovannini, Mattia Cacchi, Irene Quacquarelli,

Alberto Assirelli - A new mechanical thinner to reduce hand labor in peach

3.6. Caixi Zhang, Aocheng Cao, Shiping Wang, Jiefa Li, Lei Wang, Chao Ma, Wenping

Xu - Response of root restriction, fumigation and water logging on replant problem of Shanghai

3.7. Leinar Septar, Cristina Moale, Corina Gavat, Alexandru Oprita, Ion Caplan, Maria

Stanca, Gheorghe Lamureanu - Influence of irrigation under hydric stress at peach variety of

'Catherine sel. 1' in semiarid Region of Dobrogea

3.8. Carlos H. Crisosto, Kevin Day, Gayle Crisosto, Susana Pinar Garcia - Creation of an

online peach production training program

3.9. John Lopresti, Alessandro Ceccarelli, Dario Stefanelli, Paul Holford - Effect of crop

load, yield within scaffold limbs, and fruit height on variation in SSC and fruit size of early-

season Rose Bright nectarine

4. Eco Physiology, Pests and Diseases

4.1. Binbin Zhang, Ruijuan Ma, Zhixiang Cai, Zhimei Yan, Mingliang Yu - A freezing

point prediction model based on linear regression of peach (Prunus persica)

4.2. Julien Ruesch, Christian Hilaire, Yannick Montrognon, Nathalie Courthieu, Philippe

Blanc - Peach-nectarine: Comparison of the sensitivity to pests and diseases of new cultivars.

First results of an evaluation network led in France since 2012

4.3. Piet Stassen, Antoinette Malan - Host suitability of commercial peach and plum

rootstocks to plant-parasitic nematodes

4.4. Isabela Primiano, Juan Edwards Molina, Louise Larissa May De Mio, Natalia Peres,

Lilian Amorim - Fitness of Monilinia fructicola isolates with different levels of sensitivity to

azoxystrobin

4.5. Silvia de Afonseca Lourenço, Isabela Primiano, Juan Edwards Molina, Silvia de

Afonseca Lourenço, Louise Larissa May De Mio, Natália Peres, Lilian Amorim - Methods to

assess competitive ability of Monilinia fructicola with reduced sensitivity to azoxystrobin

4.6. Cristina Moale, Catita Plopa - The analysis of the viral status for the PPV, PDV and

PNSRV viruses in peach tree and nectarine tree mother plants, basis biological category at RSFG

Constanta

4.7. Maximiliano Dini, Silvia Scariotto, Maria Bassols Raseira, Bernardo Ueno -

Heritability and segregation for brown rot resistance in peach

4.8. Giselda Alves, Vânia Portes, Crsitiano Nesi, Louise Larissa May De Mio –Relations

of blossom blight and brown rot incidence at post-harvest vary with peach cultivars maturation

period

4.9. Ioannis Minas, Stephan Miller, Kristen Otto, David Sterle, Jane - Developing

strategies for managing Cytospora canker in peach orchards in Colorado

4.10. Zeynep Ozdemir Eroglu, Apollo Gomez, Bruce Topp - University of Queensland,

Australia - Evaluation of resistance to brown rot (Monilinia fructicola) in low-chill peach and

nectarine genotypes with different flesh textures

4.11. Thomas G. Beckman, Dario Chavez, Harald Scherm, Kathy Taylor - Evaluation of

chemical, genetic and biological control strategies for Armillaria root rot of peach

4.12. Marioara Trandafirescu, Ion-Bogdan Vasii - Fruit Research Station Constanta,

Romania - Identification and biological control of peach postharvest diseases

5. Fruit quality, Postharvest and Marketing

5.1. Leandro Dallagnol, Geraldo Silva-Junior, Alecio Moreira, Antonio Nogueira-Junior,

Lilian Amorim - Potassium silicate reduces postharvest nectarine decay caused by Rhizopus

stolonifera

5.2. Pietro Tonutti, Stefano Brizzolara, Bart Nicolai, Maarten Hertog - Common and

divergent metabolic responses of peach fruit stored at low temperatures

5.3. Paulina Shinya, Loreto Contador, Rodrigo Infante - A proposal for phenotyping the

postharvest life performance of peach and nectarine genotypes

5.4. I. Caplan,G. Lamureanu, L. Septar, C. Alexe, L. Miron - Processed products from

cultivars of some the nectarine