• 01.01 BIOLOGICAL CONTROL - Part 1: The importance of augmentative biocontrol and plant microbiome function for plant health
• 01.02 BIOLOGICAL CONTROL - Part 2: The importance of augmentative biocontrol and plant microbiome function for plant health
• 01.03 Bacteriophages: ecological roles and potential applications against bacterial plant pathogens
• 01.04 Particle based delivery of biomolecules for crop protection
• 01.05 PROGRESS IN DISEASE CONTROL - Part1
• 01.06 POST-HARVEST - Part 1: Interactions of postharvest pathogens with the host and its microbiome
• 01.07 Synergism/antagonism between microbial pathogens and disease complexes: implications in epidemiology and management

• 02.01 New Developments in Fungicide Resistance
• 02.02 One health impact of resistance to antibiotics and fungicides in plant pathogens
• 02.03 PROGRESS IN DISEASE CONTROL - Part1
• 02.04 PROGRESS IN DISEASE CONTROL - Part2
• 02.05 POST-HARVEST - Part 2: Sustainable managements of postharvest diseases: new technologies and approaches

• 03.01 Development of Molecular Diagnostic Tools for Plant Pathogens in a Globalizing World
• 03.02 High throughput sequencing approaches for the detection of pathogens
• 03.03 RISK ASSESSMENT for plant pathogens key tool for biosecurity under global changes
• 03.04 Mind the Gap: Innovation and Opportunities in Seed Health testing
• 03.05 Germplasm seed movement and global plant health
• 03.06 Re-emergence of tobamoviruses threatening global vegetable production
• 03.07 Advances in the use of novel monitoring programs and exotic sentinel trees to detect incipient threats posed by forest pathogens in forest ecosystems
• 03.08 Latest advancements in knowledge and management of Ralstonia species
• 03.09 Pathovars of Pseudomonas and Xanthomonas spp.: do they really exist?

• 04.01 A mechanistic approach of the varietal mixture effects on plant pathogens
• 04.01 Bacteriophages: ecological roles and potential applications against bacterial plant pathogens
• 04.01 Controlling Globally Developing Disease Threats of Banana
• 04.02 Current and emerging forest pathology issues
• 04.03 Endophytes and diseases
• 04.04 Impact of scientific advances in plant health
• 04.05 Impact of war and conflicts in plant pathology research and food safety of countries
• 04.06 Latest advancements in knowledge and management of Ralstonia species
• 04.07 Particle based delivery of biomolecules for crop protection
• 04.08 Plant protection potential of persistent (cryptic) viruses in fungi, plants and insect vectors of plant
• 04.09 POST-HARVEST - Part 2: Sustainable managements of postharvest diseases: new technologies and approaches
• 04.10 POST-HARVEST - Part 3: Eco-epidemiological perspectives generating new concepts on postharvest
• 04.11 PROGRESS IN DISEASE CONTROL - Part1
• 04.12 PROGRESS IN DISEASE CONTROL - Part2
• 04.13 Resilience in soil health and disease suppression
• 04.14 Synergism/antagonism between microbial pathogens and disease complexes: implications in epidemiology and management
• 04.15 Viral modification of plants and vectors

• 05.01 Emerging Phytophthora’s Tackling Global Outbreaks that Impact Food security
• 05.02 Food Security for Sustainable Food Systems
• 05.03 Impact of scientific advances in plant health
• 05.04 Impact of war and conflicts in plant pathology research and food safety of countries
• 05.05 Mycotoxins
• 05.06 RISK ASSESSMENT for plant pathogens key tool for biosecurity under global changes

• 06.01 Towards structure-based design of disease resistance genes
• 06.02 Insights in Plant Immune Receptors
• 06.03 CRISPR crops: plant Genome Editing Toward Disease Resistance
• 06.04 A mechanistic approach of the varietal mixture effects on plant pathogens
• 06.05 Plant pathogens interactions in multi stress conditions (abiotic and biotic stresses): viruses and other pathogens?
• Sub-topic 06.06 Plant responses to pathogen
• 06.07 From the deciphering of host pathogen interactions to disease management: the Leptosphaeria maculans /rapeseed case study
• 06.08 MOLECULAR ASPECTS: interactions with parasitic plants
• 06.09 MOLECULAR ASPECTS: plant-bacteria interactions
• 06.10 MOLECULAR ASPECTS: plant-fungus interactions
• 06.11 MOLECULAR ASPECTS: plant-nematode interactions
• 06.12 MOLECULAR ASPECTS: plant-oomycetes interactions
• 06.13 MOLECULAR ASPECTS: plant-virus interactions

• 07.01 At the heart of disease emergence: Determinants and consequences of host range contours of plant pathogens
• 07.02 Bioinvasion in the urban environment: pathways, early warning, mitigation measures, institutional frameworks and policy implementation
• 07.03 Current and emerging forest pathology issues
• 07.04 Development of Molecular Diagnostic Tools for Plant Pathogens in a Globalizing World
• 07.05 Germplasm seed movement and global plant health
• 07.06 Mind the Gap: Innovation and Opportunities in Seed Health testing
• 07.07 Plant pathogens interactions in multi stress conditions (abiotic and biotic stresses): viruses and other pathogens?
• 07.08 Re-emergence of tobamoviruses threatening global vegetable production
• 07.09 RISK ASSESSMENT for plant pathogens key tool for biosecurity under global changes

• 08.01 APP-titude for social media in Plant Disease Research
• 08.02 Impact of scientific advances in plant health
• 08.03 Impact of war and conflicts in plant pathology research and food safety of countries
• 08.04 Raising awareness of plants and ways of teaching plant pathology
• 08.05 Social and cultural dimensions of international forest health

• 09.01 The future of disease surveillance and prediction: Beyond the usual suspects.
• 09.02 Advances in the use of novel monitoring programs and exotic sentinel trees to detect incipient threats posed by forest pathogens in forest ecosystems
• 09.03 Tracing the long-distance pathways of aerial dissemination of plant pathogens
• 09.04 At the heart of disease emergence: Determinants and consequences of host range contours of plant pathogens
• 09.05 Bioinvasion in the urban environment: pathways, early warning, mitigation measures, institutional frameworks and policy implementation
• 09.06 Current and emerging forest pathology issues
• 09.07 Understanding emergence of pathogens in commercial and public forest ecosystems
• 09.08 Germplasm seed movement and global plant health
• 09.09 High throughput sequencing approaches for the detection of pathogens
• 09.10 PROGRESS IN DISEASE CONTROL - Part2

• 10.01 Mycotoxins
• 10.02 Social and cultural dimensions of international forest health
• 10.03 One health: impact of resistance to antibiotics and fungicides in plant pathogens

• 11.01 RISK ASSESSMENT for plant pathogens key tool for biosecurity under global changes
• 11.02 The future of disease surveillance and prediction: Beyond the usual suspects.

• 12.01 Bacteriophages: ecological roles and potential applications against bacterial plant pathogens
• 12.02 BIOLOGICAL CONTROL - Part 1: The importance of augmentative biocontrol and plant microbiome function for plant health
• 12.03 BIOLOGICAL CONTROL - Part 2: The importance of augmentative biocontrol and plant microbiome function for plant health
• 12.04 POST-HARVEST - Part 1: Interactions of postharvest pathogens with the host and its microbiome
• 12.05 POST-HARVEST - Part 3: Eco-epidemiological perspectives generating new concepts on postharvest
• 12.06 Re-emergence of tobamoviruses threatening global vegetable production
• 12.07 Resilience in soil health and disease suppression
• 12.08 Synergism/antagonism between microbial pathogens and disease complexes: implications in epidemiology and management
• 12.09 The ecology plant viruses and epidemiology of the disease they cause: How fundamental ecological research in natural systems can inform and advance plant pathology
• 12.10 The future of disease surveillance and prediction: Beyond the usual suspects.
• 12.11 Viral modification of plants and vectors
• 12.12 Viral modification of plant functions affecting interactions with vectors and other

• 13.00 Epidemiology
• 13.01 Tracing the long-distance pathways of aerial dissemination of plant pathogens
• 13.02 Population genomics of plant pathogens
• 13.03 A mechanistic approach of the varietal mixture effects on plant pathogens
• 13.04 Advances in the use of novel monitoring programs and exotic sentinel trees to detect incipient threats posed by forest pathogens in forest ecosystems
• 13.05 At the heart of disease emergence: Determinants and consequences of host range contours of plant pathogens
• 13.06 Emerging Phytophthora’s Tackling Global Outbreaks that Impact Food security
• 13.07 POST-HARVEST - Part 2: Sustainable managements of postharvest diseases: new technologies and approaches
• 13.08 POST-HARVEST - Part 3: Eco-epidemiological perspectives generating new concepts on postharvest diseases and mycotoxins
• 13.09 RISK ASSESSMENT for plant pathogens key tool for biosecurity under global changes
• 13.10 Synergism/antagonism between microbial pathogens and disease complexes: implications in epidemiology and management
• 13.11 The ecology plant viruses and epidemiology of the disease they cause: How fundamental ecological research in natural systems can inform and advance plant pathology
• 13.12 Viral modification of plants and vectors

• 14.01 Genome evolution in filamentous plant pathogens
• 14.02 Population genomics of plant pathogens
• 14.03 At the heart of disease emergence: Determinants and consequences of host range contours of plant pathogens
• 14.04 Botryosphaeria dieback, which culture is affected, what we know and how to fight?
• 14.05 Pathovars of Pseudomonas and Xanthomonas spp.: do they really exist?
• 14.06 Re-emergence of tobamoviruses threatening global vegetable production

• 15.01 MOLECULAR ASPECTS: interactions with parasitic plants
• 15.02 MOLECULAR ASPECTS: plant-bacteria interactions
• 15.03 MOLECULAR ASPECTS: plant-fungus interactions
• Sub-topic 15.04 MOLECULAR ASPECTS: plant-nematode interactions
• 15.05 MOLECULAR ASPECTS: plant-oomycetes interactions
• 15.06 MOLECULAR ASPECTS: plant-virus interactions
• 15.07 Population genomics of plant pathogens
• 15.08 Genome evolution in filamentous plant pathogens
• 15.09 CRISPR crops: plant Genome Editing Toward Disease Resistance
• 15.10 High throughput sequencing approaches for the detection of pathogens
• 15.11 Development of Molecular Diagnostic Tools for Plant Pathogens in a Globalizing World
• 15.12 Emerging Phytophthora’s Tackling Global Outbreaks that Impact Food security
• 15.13 From the deciphering of host pathogen interactions to disease management: the Leptosphaeria maculans /rapeseed case study
• 15.14 Mind the Gap: Innovation and Opportunities in Seed Health testing
• 15.15 Mycotoxins
• 15.16 Necrotrophic plant pathogens
• 15.17 New Developments in Fungicide Resistance
• 15.18 Pathovars of Pseudomonas and Xanthomonas spp.: do they really exist?
• 15.19 Plant pathogens interactions in multi stress conditions (abiotic and biotic stresses): viruses and other pathogens?
• 15.20 Plant protection potential of persistent (cryptic) viruses in fungi, plants and insect vectors of plant disease
• 15.21 Plant responses to pathogen
• 15.22 POST-HARVEST - Part 1: Interactions of postharvest pathogens with the host and its microbiome
• 15.23 Resilience in soil health and disease suppression
• 15.24 Synergism/antagonism between microbial pathogens and disease complexes: implications in epidemiology and management
• 15.25 The Potential of Seed Microbiomes
• 15.26 Towards structure-based design of disease resistance genes
• 15.27 Understanding emergence of pathogens in commercial and public forest ecosystems
• 15.28 Viral modification of plants and vectors
• 15.29 Insights in Plant Immune Receptors
• 15.30 Viral modification of plant functions affecting interactions with vectors and other organisms

• 16.01 Bacteriophages: ecological roles and potential applications against bacterial plant pathogens
• 16.02 Endophytes and diseases
• 16.03 Latest advancements in knowledge and management of Ralstonia species
• 16.04 MOLECULAR ASPECTS: plant-bacteria interactions
• 16.05 Necrotrophic plant pathogens
• 16.06 Pathovars of Pseudomonas and Xanthomonas spp.: do they really exist?

• 17.01 A mechanistic approach of the varietal mixture effects on plant pathogens
• 17.02 Botryosphaeria dieback, which culture is affected, what we know and how to fight?
• 17.03 Controlling Globally Developing Disease Threats of Banana
• 17.04 CRISPR crops: plant Genome Editing Toward Disease Resistance
• 17.05 From the deciphering of host pathogen interactions to disease management: the Leptosphaeria maculans /rapeseed case study
• 17.06 MOLECULAR ASPECTS: interactions with parasitic plants
• 17.07 MOLECULAR ASPECTS: plant-bacteria interactions
• 17.08 MOLECULAR ASPECTS: plant-fungus interactions
• 17.09 MOLECULAR ASPECTS: plant-nematode interactions
• 17.10 MOLECULAR ASPECTS: plant-oomycetes interactions
• 17.11 MOLECULAR ASPECTS: plant-virus interactions
• 17.12 Plant pathogens interactions in multi stress conditions (abiotic and biotic stresses): viruses and other pathogens?
• 17.13 Plant responses to pathogen
• 17.14 Towards structure-based design of disease resistance genes
• 17.15 Insights in Plant Immune Receptors

• 18.01 Current and emerging forest pathology issues
• 18.02 Understanding emergence of pathogens in commercial and public forest ecosystems
• 18.03 Forest pathogenic fungi interacting with insect pests: research fronts and perspectives
• 18.04 Bioinvasion in the urban environment: pathways, early warning, mitigation measures, institutional frameworks and policy implementation
• 18.05 Social and cultural dimensions of international forest health
• 18.06 Advances in the use of novel monitoring programs and exotic sentinel trees to detect incipient threats posed by forest pathogens in forest ecosystems
• 18.07 Botryosphaeria dieback, which culture is affected, what we know and how to fight?
• 18.08 A mechanistic approach of the varietal mixture effects on plant pathogens
• 18.09 CRISPR crops: plant Genome Editing Toward Disease Resistance
• 18.10 MOLECULAR ASPECTS: interactions with parasitic plants
• 18.11 MOLECULAR ASPECTS: plant-bacteria interactions
• 18.12 MOLECULAR ASPECTS: plant-fungus interactions
• 18.13 MOLECULAR ASPECTS: plant-nematode interactions
• 18.14 MOLECULAR ASPECTS: plant-oomycetes interactions
• 18.15 MOLECULAR ASPECTS: plant-virus interactions
• 18.16 Plant pathogens interactions in multi stress conditions (abiotic and biotic stresses): viruses and other pathogens?
• 18.17 Plant responses to pathogen
• 18.18 Towards structure-based design of disease resistance genes
• 18.19 Insights in Plant Immune Receptors

• 19.01 Botryosphaeria dieback, which culture is affected, what we know and how to fight?
• 19.02 Endophytes and diseases
• 19.03 Forest pathogenic fungi interacting with insect pests: research fronts and perspectives
• 19.04 From the deciphering of host pathogen interactions to disease management: the Leptosphaeria maculans /rapeseed case study
• 19.05 Genome evolution in filamentous plant pathogens
• 19.06 MOLECULAR ASPECTS: plant-fungus interactions
• 19.07 Mycotoxins
• 19.08 Necrotrophic plant pathogens
• 19.09 New Developments in Fungicide Resistance
• 19.10 Plant protection potential of persistent (cryptic) viruses in fungi, plants and insect vectors of plant disease

• 20.01 Viral modification of plants and vectors
• 20.02 Plant protection potential of persistent (cryptic) viruses in fungi, plants and insect vectors of plant disease
• 20.03 Viral modification of plant functions affecting interactions with vectors and other organisms
• 20.04 Forest pathogenic fungi interacting with insect pests: research fronts and perspectives

21.01 MOLECULAR ASPECTS: plant-nematode interactions

• 22.01 MOLECULAR ASPECTS: plant-oomycetes interactions
• 22.02 Emerging Phytophthora’s Tackling Global Outbreaks that Impact Food security
• 22.03 Genome evolution in filamentous plant pathogens
• 22.04 Necrotrophic plant pathogens
• 22.05 Endophytes and diseases

• 23.01 POST-HARVEST - Part 1: Interactions of postharvest pathogens with the host and its microbiome
• 23.02 POST-HARVEST - Part 2: Sustainable managements of postharvest diseases: new technologies and approaches
• 23.03 POST-HARVEST - Part 3: Eco-epidemiological perspectives generating new concepts on postharvest diseases and mycotoxins

• 24.01 Germplasm seed movement and global plant health
• 24.02 Mind the Gap: Innovation and Opportunities in Seed Health testing
• 24.03 The Potential of Seed Microbiomes

• 25.01 Resilience in soil health and disease suppression
• 25.02 Soil-borne plant viruses

• 26.01 Bacteriophages: ecological roles and potential applications against bacterial plant pathogens
• 26.02 MOLECULAR ASPECTS: plant-virus interactions
• 26.03 Plant protection potential of persistent (cryptic) viruses in fungi, plants and insect vectors of plant disease
• 26.04 Re-emergence of tobamoviruses threatening global vegetable production
• 26.05 Soil-borne plant viruses
• 26.06 The ecology plant viruses and epidemiology of the disease they cause: How fundamental ecological research in natural systems can inform and advance plant pathology
• 26.07 Viral modification of plant functions affecting interactions with vectors and other organisms

• 27.01 A mechanistic approach of the varietal mixture effects on plant pathogens
• 27.02 Advances in the use of novel monitoring programs and exotic sentinel trees to detect incipient threats posed by forest pathogens in forest ecosystems
• 27.03 APP-titude for social media in Plant Disease Research
• 27.04 At the heart of disease emergence: Determinants and consequences of host range contours of plant pathogens
• 27.05 Bacteriophages: ecological roles and potential applications against bacterial plant pathogens
• 27.06 Bioinvasion in the urban environment: pathways, early warning, mitigation measures, institutional frameworks and policy implementation
• 27.07 BIOLOGICAL CONTROL - Part 1: The importance of augmentative biocontrol and plant microbiome function for plant health
• 27.08 BIOLOGICAL CONTROL - Part 2: The importance of augmentative biocontrol and plant microbiome function for plant health
• 27.09 Botryosphaeria dieback, which culture is affected, what we know and how to fight?
• 27.10 Controlling Globally Developing Disease Threats of Banana
• 27.11 CRISPR crops: plant Genome Editing Toward Disease Resistance
• 27.12 Current and emerging forest pathology issues
• 27.13 Development of Molecular Diagnostic Tools for Plant Pathogens in a Globalizing World
• 27.14 Emerging Phytophthora’s Tackling Global Outbreaks that Impact Food security
• 27.15 Endophytes and diseases
• 27.16 Food Security for Sustainable Food Systems
• 27.17 Forest pathogenic fungi interacting with insect pests: research fronts and perspectives
• 27.18 From the deciphering of host pathogen interactions to disease management: the Leptosphaeria maculans /rapeseed case study
• 27.19 Genome evolution in filamentous plant pathogens
• 27.20 Germplasm seed movement and global plant health
• 27.21 High throughput sequencing approaches for the detection of pathogens
• 27.22 Impact of scientific advances in plant health
• 27.23 Impact of war and conflicts in plant pathology research and food safety of countries
• 27.24 Insights in Plant Immune Receptors
• 27.25 Latest advancements in knowledge and management of Ralstonia species
• 27.26 Mind the Gap: Innovation and Opportunities in Seed Health testing
• 27.27 MOLECULAR ASPECTS: interactions with parasitic plants
• 27.28 MOLECULAR ASPECTS: plant-bacteria interactions
• 27.29 MOLECULAR ASPECTS: plant-fungus interactions
• 27.30 MOLECULAR ASPECTS: plant-nematode interactions
• 27.31 MOLECULAR ASPECTS: plant-oomycetes interactions
• 27.32 MOLECULAR ASPECTS: plant-virus interactions
• 27.33 Mycotoxins
• 27.34 Necrotrophic plant pathogens
• 27.35 New Developments in Fungicide Resistance
• 27.36 One health: impact of resistance to antibiotics and fungicides in plant pathogens
• 27.37 Particle based delivery of biomolecules for crop protection
• 27.38 Pathovars of Pseudomonas and Xanthomonas spp.: do they really exist?
• 27.39 Plant pathogens interactions in multi stress conditions (abiotic and biotic stresses): viruses and other pathogens?
• 27.40 Plant protection potential of persistent (cryptic) viruses in fungi, plants and insect vectors of plant disease
• 27.41 Plant responses to pathogen
• 27.42 Population genomics of plant pathogens
• 27.43 POST-HARVEST - Part 1: Interactions of postharvest pathogens with the host and its microbiome
• 27.44 POST-HARVEST - Part 2: Sustainable managements of postharvest diseases: new technologies and approaches
• 27.45 POST-HARVEST - Part 3: Eco-epidemiological perspectives generating new concepts on postharvest diseases and mycotoxins
• 27.46 PROGRESS IN DISEASE CONTROL - Part1
• 27.47 PROGRESS IN DISEASE CONTROL - Part2
• 27.48 Raising awareness of plants and ways of teaching plant pathology
• 27.49 Re-emergence of tobamoviruses threatening global vegetable production
• 27.50 Resilience in soil health and disease suppression
• 27.51 RISK ASSESSMENT for plant pathogens key tool for biosecurity under global changes
• 27.52 Social and cultural dimensions of international forest health
• 27.53 Soil-borne plant viruses
• 27.54 Synergism/antagonism between microbial pathogens and disease complexes: implications in epidemiology and management
• 27.55 The ecology plant viruses and epidemiology of the disease they cause: How fundamental ecological research in natural systems can inform and advance plant pathology
• 27.56 The future of disease surveillance and prediction: Beyond the usual suspects.
• 27.57 The Potential of Seed Microbiomes
• 27.58 Towards structure-based design of disease resistance genes
• 27.59 Tracing the long-distance pathways of aerial dissemination of plant pathogens
• 27.60 Understanding emergence of pathogens in commercial and public forest ecosystems
• 27.61 Viral modification of plants and vectors
• 27.62 Viral modification of plant functions affecting interactions with vectors and other organisms

• 28.01 4th European Conference on Xylella fastidiosa
• 28.02 Big Ideas in Agricultural Microbiome Science: A Community-based Interactive Workshop
• 28.03 Biological induced resistance in plants against pathogens using beneficial microbes and natural substances
• 28.04 Biology and paleovirology of the Caulimoviridae
• 28.05 Fusarium wilt disease of banana: how to tackle a pandemic?
• 28.06 Harnessing Culture Collections for Improved Plant Health
• 28.07 High-throughput sequencing in plant virology: from discovery to diagnostics
• 28.08 How to combine remote sensing with epidemiological modelling to improve plant disease management?
• 28.09 How to Write Winning Grant Proposals
• 28.10 Nuts and Bolts for Plant Diseases Image Classification, an Artificial Intelligence Tool
• 28.11 OMGN: Oomycete Molecular Genetics Network Annual Meeting
• 28.12 Pectobacteriaceae: soft rot pathogenesis and symbiosis
• 28.13 Phytobiomes Research for Plant Health
• 28.15 Powdery mildews: phylogenetics, phylogenomics, and molecular host-pathogen interactions
• 28.16 Rice diseases
• 28.17 Soil health and soilborne plant diseases
• 28.18 Tn-Seq to reveal microbial lifestyles along plant interaction processes
• 28.19 Understanding the ecology and evolution of bacterial wilt disease in the plant microbiomes