Dr
Plant Breeding and Genetics Laboratory, Joint FAO/IAEA Division of Nuclear Techniques in Food and Agriculture, Department of Nuclear Sciences and Applications, International Atomic Energy Agency - P.O. Box 100, A-1400 Vienna, Austria,
Author in the following contributions
- ENHANCING EFFICIENCY OF MUTATION BREEDING FOR STRIGA RESISTANCE IN SORGHUM BY HAPLOID TECHNOLOGY
- MUTATION-INDUCED VARIABILITY FOR IMPROVED YIELD IN SPRING WHEAT UNDER HOT IRRIGATED ENVIRONMENTS
- SCREENING PROTOCOLS FOR HEAT TOLERANT MUTANTS IN RICE
- INDUCED MUTATION FOR DEVELOPING MUTANT RICE LINES TOLERANT TO THE PARASITIC WEED STRIGA ASIATICA (L.) KUNTZE
- IMPACT OF MULCH-BASED CROPPING SYSTEMS USING GREEN MULCH AND RESIDUES ON THE PERFORMANCE OF ADVANCED MUTANTS LINES OF MAIZE (ZEA MAYS (L.)) UNDER INFESTED FIELD WITH THE PARASITIC WEED STRIGA ASIATICA (L.) KUNTZE IN MADAGASCAR
- HAPLOIDY IN RICE (ORYZA SATIVA L.) MUTATION BREEDING FOR STRIGA RESISTANCE
- Optimization of Doubled Haploid Production for Enhancing Efficiency of Wheat Mutation Breeding
- Creating Desired Traits for African Sorghum, Semi-Dwarf and Early Maturing, and Molecular Characterisation of their Genetic Architecture
- Development of a Functional Marker for Marker-Assisted Selection of ‘Orange Lemma’ Mutants to Improve Feed Quality in Barley
- Irradiation-Dose Optimization for Mutation Induction in Coffee
- Optimization of Screening for Salt Tolerance in Soybean for Mutation Breeding
- Rapid Cycling Techniques to Accelerate Plant Mutation Breeding in Cereals
- Pre-Field Phenotyping of Lentil Mutants for Drought Tolerance Using Polyethylene Glycol
- Mutation Breeding for Resistance to the Parasitic Weed Striga in Major Cereal Crops for Sustainable Food Security
