as pdf-file
Poster presentations as pdf-file
12:00 | Registration, Lunch |
13:30 | Welcome |
14:00 | Matthew Hufford, Iowa State University Genome assembly and comparative analysis of the maize NAM founder lines |
14:30 | Georg Haberer, Helmholtz Center Munich European flint genomes complementing the maize pan- and core-genome |
14:40 | Cinta Romay, Cornell University Unraveling diversity for genomics and breeding |
15:20 | Armin Hölker, Technical University of Munich Maize doubled haploid libraries derived from landraces make native diversity accessible |
15:40 | Manfred Mayer, Technical University of Munich Identification of novel alleles for elite germplasm improvement |
16:00 | Coffee break |
16:30 | Ana Galiano, University of Hohenheim Harnessing Brazilian germplasm for the improvement of resistance to NCLB in European maize programs |
16:50 | Mihai Miclăuș, Romanian National Research and Development Institute for Biological Sciences Uncovering the genetic structure of SE European maize through a GBS approach on 2,236 inbred lines |
17:00 | Mon-Ray Shao, Donald Danforth Plant Science Center High-resolution 3D phenotyping of diverse maize root and sorghum inflorescence architectures |
17:10 | David Pot, CIRAD A sorghum biomass quality genetic atlas |
17:40 | Paul Chege, Szent István University Diversity analysis of some selected Hungarian and East African Sorghum (Sorghum bicolor (L.) Moench) genotypes using SSR markers |
17:50 | Matthieu Falque, INRA Linkage-based detection of copy-number variants |
18:20 | Elise Tourrette, INRA Using increased recombination to accelerate genomic selection programs |
18:30 | Michelle Stitzer, UC Davis Using the genomic ecosystem of transposable elements to understand maize diversity |
09:00 | Frank Hochholdinger, University of Bonn Transcriptomic response of European maize to cold stress |
09:30 | Karina van der Linde, University of Regensburg Small secreted proteins in male inflorescence development and pathogenicity |
09:50 | Caroline Gutjahr, Technical University of Munich Understanding arbuscular mycorrhiza responsiveness in maize |
10:20 | Coffee break |
11:00 | Emilie Millet, Wageningen University Dissecting GxE and QTLxE of maize yield in contrasting scenarios of light, heat and water deficit |
11:30 | Ioannis Tokatlidis, Democritus University of Thrace Major reasons for maize breeding to advance crop stability via plant yield efficiency |
11:50 | Nadir Abu Samra Spencer, INRA A common genetic gain for hybrid maize (1952-2015) across environmental scenarios |
12:10 | Italo Granato, INRA Traits measured in a phenotyping platform disentangle the genetic yield maintenance in specific drought-prone environmental scenarios |
12:30 | Lunch |
13:45 | Pedro Revilla, CSIC Genetic analysis of cold tolerance in maize |
14:15 | Stella Eggels, Technical University of Munich The relationship between carbon isotope discrimination and stomatal properties in maize |
14:25 | Viktoriya Avramova, Technical University of Munich Fine mapping of a genomic segment associated with the traits carbon isotope composition, water use efficiency and drought sensitivity in maize (Zea mays L.) |
14:45 | Jana Kholova, ICRISAT Cross-disciplinary efforts to improve crop production/resilience in complex SAT environments |
15:15 | Meeting EUCARPIA Maize and Sorghum section members (Lecture Hall 17, Liesel-Beckmann-Str. 1/30 min.) |
15:15 | Poster session Coffee break (Foyer Liesel-Beckmann-Str. 2) |
17:00 | Aaron Lorenz, University of Minnesota Broadening the scope of selection through genomic prediction |
17:30 | Marco Lopez-Cruz, Michigan State University Penalized family and selection indices |
17:50 | Elaheh Vojgani, University of Goettingen Accounting for epistasis improves genomic prediction of phenotypes within and across environments |
18:10 | Christina Lehermeier, RAGT Improving genetic gain by marker-guided selection of crosses |
19:00 | Conference dinner |
09:00 | Laurence Moreau, INRA Genomic prediction in early stages of a maize breeding program: comparison of testcross and factorial designs |
09:30 | Torsten Pook, University of Goettingen MoBPS – Modular Breeding Program Simulator |
09:50 | Medhat Mahmoud, University of Goettingen G-hat: an R package for identifying selection on complex traits |
10:00 | Antoine Allier, RAGT Improving short and long term genetic gain by accounting for within family variance in optimal cross selection |
10:10 | Coffee break |
10:50 | Gustavo de los Campos, Michigan State University Extracting genetically accurate phenotypes from high throughput phenotype data using penalized selection indices |
11:20 | Emma Mace, University of Queensland The road from sequence to consequence: extracting value from genomics for breeding |
11:50 | Fred van Eeuwijk, Wageningen University Genomic evaluation of sorghum parental lines is enhanced by multi-trait analysis of progeny performance |
12:10 | Lunch |
13:30 | Randall Wisser, University of Delaware From dissection to selection for environmental adaptation in maize: transforming exotic populations into future breeds |
14:00 | Stéphane Nicolas, INRA Genotyping-by-sequencing and SNP arrays are complementary for detecting quantitative trait loci by tagging different haplotypes in association studies |
14:20 | Alain Charcosset, INRA Disentangling group specific QTL allele effects from genetic background epistasis using admixed individuals in GWAS: an application to maize flowering |
14:40 | Julie Fievet, INRA The geometry of heterosis |
15:00 | Albrecht Melchinger, University of Hohenheim Doubled-haploid lines from landraces are useful for maize breeding and genetic research |
15:30 | Discussion |
16:00 | End |