Detecting air-borne inoculum to forecast oilseed rape diseases

Keyphrases

• Airborne Spores 100%
• Oilseed Rape 100%
• Airborne Inoculum 100%
• DNA Diagnostics 66%
• Air Sampling 66%
• Long Distance 66%
• Air Sampler 66%
• Spore number 66%
• Spore Viability 33%
• Mycosphaerella Graminicola 33%
• Spore Concentration 33%
• Multiple Sites 33%
• Dispersed Spores 33%
• Phoma Stem Canker 33%
• Humidity 33%
• Strobilurin Resistance 33%
• Diagnostic Methods 33%
• Spatial Variability 33%
• Disease Severity 33%
• Integrated Disease Control 33%
• Microscopic Techniques 33%
• Sclerotinia Stem Rot 33%
• Spore Deposition 33%
• Host Crops 33%
• Inoculum Source 33%
• Leptosphaeria Maculans 33%
• Inoculum 33%
• Sclerotinia Sclerotiorum 33%
• Race Structure 33%
• Nearby Source 33%
• Shortest Distance 33%
• Spore Release 33%
• Spore Sampler 33%
• Pathogenic Races 33%
• Resistant Cultivars 33%
• Fungicide Resistance 33%
• Disease Forecasting 33%
• Rain 33%
• Regional Disease 33%
• Moisture 33%
• Fungal Diseases 33%
• Disease Foci 33%
• Optimal Location 33%
• Disease Control Methods 33%
• New Diagnostics 33%
• Absolute Temperature 33%
• Monocyclic 33%
• Species Level 33%

Agricultural and Biological Sciences

• Inoculum 100%
• Brassica Napus 100%
• Rapeseed 100%
• Humidity 25%
• Sclerotinia 25%
• Cultivar 25%
• Leptosphaeria maculans 25%
• Phoma 25%
• Fungicide Resistance 25%
• Stem Canker 25%
• Stem Rot 25%
• Mycosphaerella graminicola 25%
• Sclerotinia sclerotiorum 25%
• Relative Humidity 25%