Senthold Asseng | Crop Modelling | Modelling heat stress impacts in target breeding locations | Univ Florida | Read more |
Jose Luis Araus | Crop Physiology, stable isotopes | Phenotyping spike photosynthesis | Univ Barcelona | Read more |
Owen Atjkin/Barry Pogson | Crop Physiology | Expertize in respiration | ANU
*Coast et al.,(in revision) “Predicting dark respiration rate of wheat leaves from hyperspectral reflectance” | |
Daniel Calderini | Crop Physiology, grainfilling | Grain weight potential, supervision of graduate students | Univ Austral Chile | Read more |
Scott Chapman | Crop physiology & modelling | High throughput phenotyping | Univ Queensland | Read more |
Nick Collins | Crop genetics | stress physiology; supervision of graduate students | Adelaide University | Read more |
Tony Condon | Crop physiology; stable isotopes | High throughput phenotyping, supervision of graduate students | CSIRO | Read more |
Bill Davies/Ian Dodd | Crop physiology, PGRs | Plant growth regulators, water productivity, supervising graduate students | Lancaster University | Read more |
Fernanda Dreccer | Crop Physiology, grainfilling | Grain development and high throughput phenotyping of spikes and grains | CSIRO | Read more |
Jorge Dubcovsky | Crop genetics/breeding | Genetic analysis, germplasm | UC Davis | Read more |
John Evans | Photosynthesis | Photosynthesis, germplasm, supervision of graduate students | Australian Nat Univ | Read more |
Frank Ewart/Heidi Webber | Crop Modelling | Modelling heat stress impacts in target breeding locations | University of Bonn | Read more |
John Foulkes | Crop Physiology, partitioning | Partitioning, supervision of graduate students | Nottingham University
*Rivera-Amado, Foulkes et al. (submitted) ‘Optimizing dry matter partitioning for increased HI and grain number.. Field Crops Research | |
Bob Furbank | Crop Physiology, phenotyping | High throughput phenotyping, photosynthesis, supervision of graduate students | CSIRO | Read more |
Simon Griffiths | Molecular genetics & breeding | Genetic analysis, germplasm, supervision of graduate students | John Innes Centre | Read more |
Anthony Hall | Crop genetics, genotyping | Genotyping of experimental panels, molecular genetics | Earlham Inst.
*Molero, Hall et al., (2019). Elucidating genetic basis of biomass accumulation & RUE in spring wheat. Plant Biotech. J.(in press). | |
Dirk Hays | Crop physiology/genetics | Ground penetrating radar, supervision of graduate students | Texas A&M
*Camarillo-Castillo, Reynolds, Hays (submitted). High resolution spectral information enables indirect estimation of leaf epicuticular wax load.. Precision Agriculture. | |
Yin-Gang Hu | Crop genetics and breeding | Shares expertize including through visiting scientists to CIMMY | Northwest A & F University, China | Read more |
Ruilian Jing | Phenomics & genomics | Share expertize through collaborative projects funded by China | CAAS
*Genome-wide association study reveals genomic regions controlling root and shoot traits at late growth stages in wheat | |
Ian & Julie King | Genetics and wide crossing | Germplasm with alien introgression | Nottingham University | Read more |
Peter Langridge | Genetics, Genomics | Germplasm, supervision of graduate students | University of Adelaide | Read more |
Caiyun Liu & Hongjun He | Genetic analysis and breeding | Shares expertize including through visits to HeDWIC Hub at CIMMYT, Mexico | Dezhou Academy of Agricultural Sciences | Read more |
David Lobell | Food security and modelling response to climate change | Statistical models of impact of climate change on wheat productivity and shared expertize on GxE analysis | Stanford University | |
Erik Murchie | Photosynthesis | Measurement of photosynthesis, canopy architecture, photoprotection, supervising graduate students | Nottingham University | Read more |
A.Murgineux/J Leroy | Plant Breeding | Genotyping and supervision of graduate students | Limagrain | Read more |
Eric Ober | Crop Physiology, root phenotyping | Field based root phenotyping | NIAB
*Ober et al., (in press) New sensors and data-driven approaches–a path to Next Generation Phenomics. Plant Science | |
Matthew Paul | Crop physiology, PGRs | Sugar-based stimulators of source and sink | Rothamsted | Read more |
Martin Parry | Photosynthesis | Characterization of photosynthetic traits in exotic species, radiation use efficiency | Lancaster | Read more |
Richard Richards | Plant Breeding, Physiology | Canopy architecture, heat and drought adaptive traits, advice on germplasm | CSIRO | Read more |
Roi Ben David | Crop physiology and genetic diversity | Shares germplasm and expertize including through visits to CIMMYT | Agricultural Research Organization (ARO) Volcani Center Israel | Read more |
Gustavo Slafer | Crop Physiology and management | Crop phenology, supervising graduate students | University of Llerida | Read more |
Richard Trethowan | Plant Breeding, Genetics | Field evaluations of SATYN nurseries at stressed sites in Australia through the CAIGE | Sydney University | Read more |
Cristobal Uauy | Plant breeding and genomics | Germplasm for research and breeding; supervising graduate students | John Innes Centre | Read more |
Michelle Watt | Crop Physiology, root phenotyping | Technology for root phenotyping | Juelich Institute | Read more |
