NOVA PhD course homepage  

Plant diseases; from survival to epidemics, and management strategies

Course leader  
Anne-Marte Tronsmo    UMB     
Credits: 5   ECTS
Course period: 7 days  May   2011
Course date: 7 days May 2011 
NOVA course code: 09-100318-364 
Documents:  
Course plan Course schedule
Admission mail:  
anne-marte.tronsmo@umb.no
Link to course homepage:  
http://www.umb.no/nova_plantpathology
 

Course description
Pathogen survival, dispersal, infection, trophic strategy and propagation can be crucial steps in disease development and disease management. This course will focus on several aspects of classical plant pathology and that have become increasingly important as we progress towards biologically-based pest management. Assisted by modern techniques in biological research, our knowledge and understanding of pathogen biology and ecology have increased significantly over the last decade.

Key concepts will include survival of intercrop periods, inoculum production and dispersal in both soil and air. The students should learn the significance of soil heath and disease supressiveness, and how ontogenic resistance, crop phenology and climate affect the susceptibility of the host, and severity of epidemics, through the interplay between abiotic and biotic factors. The course should equip students for further directed and independent study of the key concepts, and to integrate biological and ecological concepts within the context of modern disease management programs.

Other NOVA PhD courses 2011

  13th Nordic Soil Zoology Symposium and PhD course  Soil Zoology 
  An introduction to the experimental economics method with applications to agriculture, forestry and environmental and natural resource economics  Agriculture Economics 
  Applied statistics with R for the agricultural, life and veterinary sciences  Statistics in agriculture 
  Biosystems Instrumentation  Agriculture Engineering 
  Breeding for Adaptation to Climate Change  Plant Breeding 
  Carbon dynamics in terrestrial ecosystems with implications for climate change mitigation  Carbon dynamics in managed terrestrial ecosystems 
  Communication in Insects  BeeNOVA 
  Decision-oriented data acquisition strategies for analysis of a sustainable forestry  Forest planning and inventory 
  Ecology and silviculture of multi-functional forests  Multifunctional forestry 
  EpiNOVA Advanced Course - Infectious Disease Modelling  Veterinary Epidemiology 
  EpiNOVA advanced course – Survival analysis  Veterinary Epidemiology 
  Forest restoration in theory and practice  Forest restoration 
  Methods and Constraints for Optimization of Animal Breeding Schemes  Animal Breeding 
  NOVA Post graduate course "Clinical and Biomedical Research and Scientific Methods. Experimental design in Clinical Studies. Clinical intervention and evidence-based medicine"  Veterinary clinical research and scientific method 
  Organic Food and Farming Systems and Climate Change Mitigation  Agro Ecology 
  Participatory planning  Forest planning and inventory 
  Public Policy for the Global Food System with Emphasis on Developing Countries  Global Food Policy 
  Quantitative genetics with integration of genomic selection 2011  Animal Breeding 
  Ruminant lipid metabolism and product quality  AnimalNutrition 
  Urban Dendrology  Urban Forestry & Urban Greening 
  Wood structure and properties with a special emphasis on wood durability  Wood Technology 
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