Assessing long-distance atmospheric transport of soilborne plant pathogens

Keyphrases

• Long Distance 100%
• Soil-borne Plant Pathogens 100%
• Deposition Rate 66%
• Fusarium Oxysporum 66%
• Spore number 66%
• Agricultural Zones 66%
• Literature Search 33%
• Order of Magnitude 33%
• Aerosol Transport 33%
• Simulation Study 33%
• Cropland 33%
• Wet Deposition 33%
• Sensitivity Study 33%
• Plant Pathogen 33%
• Caribbean 33%
• Soil Fungi 33%
• Atmospheric Components 33%
• Rust Disease 33%
• Model Accuracy 33%
• Eurasia 33%
• Sub-Saharan Africa 33%
• Dry Deposition 33%
• Distance Traveled 33%
• Agricultural Soil 33%
• Aerial Dispersal 33%
• Earth System Model 33%
• Soil-borne 33%
• Transport Accidents 33%
• Atmospheric Transport 33%
• Disease Spread 33%
• Dust Aerosol 33%
• Intra-continental 33%
• Crop Disease 33%
• Southeastern United States 33%
• North Africa 33%
• Dust Transport 33%
• Pathogenic Fungi 33%
• Intercontinental Transport 33%
• Soil Organisms 33%
• Community Atmosphere Model 33%
• Summer 2020 33%
• Soil-borne Disease 33%
• Transoceanic 33%
• Air Pollution Modeling 33%
• Community Earth System Model 33%
• Global Transport 33%
• Global Mapping 33%

Earth and Planetary Sciences

• Atmospherics 100%
• Subsaharan Africa 100%
• Atmospheric Transport 100%
• Earth System Model 100%
• United States 50%
• Farmland 50%
• Wet Deposition 50%
• Air Pollution 50%
• Dry Deposition 50%
• Atmospheric Component 50%
• Eurasia 50%
• Northern Africa 50%
• Caribbean 50%
• Agricultural Soil 50%