Pythium spp, cause severe bean root rots under cool and humid conditions. Poor soils and intensive cultivation compound the epidemics. There are more than 120 species reported globally some of which are very pathogenic meanwhile others are saprophytic. Yield losses due to Pythium outbreaks can be as high as 100% on susceptible varieties in the absence of control measures. Bean root rot caused by Pythium is the most devastating in Eastern & Central Africa where the intensity of bean production is high
Research PaperIn south western Uganda, beans are largely grown as intercrops with sorghum, maize, sw...
Research PaperThe practice of cultivating mixed crops is common in Tropical Africa and elsewhere esp...
Though Rwanda is among the highest common bean producers and consumers, this crop is still challenge...
Objective: In Southwestern Uganda, bean root rot epidemics associated with Pythium species are frequ...
Objective: In Southwestern Uganda, bean root rot epidemics associated with Pythium species are frequ...
Pythium root rot constitutes a highly damaging constraint on the common bean, Phaseolus vulgaris L.,...
peer reviewedPythium root rot constitutes a highly damaging constraint on the common bean, Phaseolus...
Research PaperA pathosystem is a subsystem of an ecosystem and is characterised by the phenomenon of...
Pythium root rot constitutes a highly damaging constraint on the common bean, Phaseolus vulgaris L.,...
Pythium root rot constitutes a highly damaging constraint on the common bean, Phaseolus vulgaris L.,...
Root rots are one of the main biotic constraints to common bean (Phaseolus vulgaris L.) production, ...
Pythium species cause seed rot (SR) and damping-off (DO) in soybean worldwide. In a previous study, ...
Isolation frequencies and in vitro pathogenicity are given for several species of Pythium isolated f...
The most important economic species of the genus Phaseolus is the common beans (Phaseolus vulgaris L...
Isolation frequencies and in vitro pathogenicity are given for several species of Pythium isolated f...
Research PaperIn south western Uganda, beans are largely grown as intercrops with sorghum, maize, sw...
Research PaperThe practice of cultivating mixed crops is common in Tropical Africa and elsewhere esp...
Though Rwanda is among the highest common bean producers and consumers, this crop is still challenge...
Objective: In Southwestern Uganda, bean root rot epidemics associated with Pythium species are frequ...
Objective: In Southwestern Uganda, bean root rot epidemics associated with Pythium species are frequ...
Pythium root rot constitutes a highly damaging constraint on the common bean, Phaseolus vulgaris L.,...
peer reviewedPythium root rot constitutes a highly damaging constraint on the common bean, Phaseolus...
Research PaperA pathosystem is a subsystem of an ecosystem and is characterised by the phenomenon of...
Pythium root rot constitutes a highly damaging constraint on the common bean, Phaseolus vulgaris L.,...
Pythium root rot constitutes a highly damaging constraint on the common bean, Phaseolus vulgaris L.,...
Root rots are one of the main biotic constraints to common bean (Phaseolus vulgaris L.) production, ...
Pythium species cause seed rot (SR) and damping-off (DO) in soybean worldwide. In a previous study, ...
Isolation frequencies and in vitro pathogenicity are given for several species of Pythium isolated f...
The most important economic species of the genus Phaseolus is the common beans (Phaseolus vulgaris L...
Isolation frequencies and in vitro pathogenicity are given for several species of Pythium isolated f...
Research PaperIn south western Uganda, beans are largely grown as intercrops with sorghum, maize, sw...
Research PaperThe practice of cultivating mixed crops is common in Tropical Africa and elsewhere esp...
Though Rwanda is among the highest common bean producers and consumers, this crop is still challenge...