| The Impact of Genomics and Genetics on Wheat Quality Improvement | John SNAPE*,Lesley FISH,David LEADER,Robert BRADBURNE,Adrian TURNER | 97–103 |
| Role of Conventional Plant Breeding and Biotechnology in Future Wheat Production | Sanjaya RAJARAM* | 105–111 |
| Biotechnology Applications for Wheat Improvement at CIMMYT | Harindra Manilal WILLIAM,Ravi Prakash SINGH,Richard TRETHOWAN | 113–119 |
| Genetics and Breeding for Durable Resistance to Leaf and Stripe Rusts in Wheat | Ravi Prakash SINGH,Julio HUERTA-ESPINO,Harindra Manilal WILLIAM | 121–127 |
| Genetics and breeding for durable resistance to leaf and strupe rusts in wheat | Harindra Manilal WILLIAM, Ravi Prakash SINGH, Julio HUERTA-ESPINO | 121–127 |
| Controlling Foliar Blight of Wheat in South Asia: A Holistic Approach | E. DUVEILLER*,R. C. SHARMA,D. MERCADO,H. MARAITE,M. R. BHATTA,G. ORTİZ-FERRARA,D. SHARMA | 129–135 |
| International Cooperation for Winter Wheat Improvement in Central Asia: Results and Perspectives | Alexei İ. MORGOUNOV*,H.-j. BRAUN,H. KETATA,R. PARODA | 137–142 |
| Role of Wheat in Diversified Cropping Systems in Dryland Agriculture of Central Asia | Mekhlis SULEIMENOV*,Kanat AKHMETOV,Zheksembay KASKARBAYEV,Aitkalym KIREYEV | 143–150 |
| Breeding of Winter Wheat (Triticum aestivum L.) for Different Adaptation Types in Multifunctional Agricultural Production | Z. BEDO¨*,L. LA´NG,O. VEISZ,Gy. VIDA | 151–156 |