Abstract
Viruses represent an important threat to sustainable wheat production throughout the globe. More than 10 different viruses have been documented as natural hosts of Triticum spp. Several research efforts have been made to get deep insight into the ecology, biology and epidemiology of the diseases incited by viruses and their vectors. Several research initiatives have been made to develop accurate and precise diagnostic assays with an aim to provide timely and accurate management actions to the wheat growers. Different measures such as wide rotations including non-host crops, chemical control of vectors and alterations in sowing time have been identified as the promising options. Resistant cultivars are the most cost-effective and environment-friendly approach and are a prerequisite for any sustainable wheat production system. In this context, several potential sources for resistance and genes have also been identified in wide relatives of wheat, not only to the virus but also against the insect vector. Recent innovations in the usage of genomic tools in the field of wheat science also accelerated the process of isolation and identification of resistance genes, which, in turn, facilitated the detection of new and more efficient alleles along with their genetic deployment to impart resistance against viruses. In this chapter, attempts are made to provide the recent updates on wheat viruses, their symptomatology, economic loss and disease management from a global perspective.
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Kapoor, P. (2022). Viral Diseases of Wheat: Research Progress and Future Perspectives. In: Kashyap, P.L., et al. New Horizons in Wheat and Barley Research . Springer, Singapore. https://doi.org/10.1007/978-981-16-4134-3_8
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