Publications by authors named "Nazmoon Naher Tonu"
Article Synopsis
- The study assessed the effectiveness of a clubroot resistance stacking model against a specific pathotype (3H) in canola plants, finding it more resilient than previous models tested against another pathotype (X).
- Initially, resistant canola varieties showed strong resistance, but those with only a single resistance gene experienced a decline in effectiveness over time, especially under high disease pressure.
- In contrast, varieties with stacked resistance genes maintained low disease severity, and using resistant varieties helped reduce resting spore numbers in the soil, indicating that combining resistance strategies and crop rotation could enhance long-term resilience against clubroot disease.
Genetic resistance is a cornerstone for managing clubroot (). However, when used repeatedly, a clubroot resistance (CR) gene can be broken rapidly. In this study, canola inbred/hybrid lines carrying one or two CR genes ( and ) were assessed against pathotype X by repeated exposure to the same inoculum source under a controlled environment.
View Article and Find Full Text PDFBrassica napus is a leading oilseed crop throughout many parts of the world. It is well adapted to long day photoperiods, however, it does not adapt well to short day subtropical regions. Short duration B.
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