10161: Spatially explicit modeling of pathogen adaptation to hosts with multiple resistance genes
(2005) Spatially explicit modeling of pathogen adaptation to hosts with multiple resistance genes. Paper presented at International workshop on differential equations in mathematical biology.
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Summary
One of the control strategies of fungal crop diseases is planting highly resistant varieties. However selection pressure on the pathogen, imposed by major resistance genes, leads to the development of new virulent races. In most cases breakdown of resistance has been reported for crop-pathogen systems with a genetically uniform crop distributed over large areas[2]. To derive strategies leading to durable resistance we focus on studying the role of recombination of pathogen genotypes and their spread in the process of succes-sive breakdowns of resistant hosts carrying different major resistance genes and their pyramids.
| Document Language: | English |
|---|---|
| Keywords: | geneforgene, resistance, virulence, spatialspread, recombination |
| Subject Areas: | Soil |
| Research affiliation: | Denmark > DARCOF II (2000-2005) > I.14 (StopScab) Control of scab in organic apple growing |
| Funding Part: | 75-100% |
| Total budget (Euro): | 0 |
| Orgprints ID Number: | 10161 |
| Contact: | Fjord, Miss Camilla |
| Deposited On: | 02 January 2007 |
| EPrint Type: | Conference paper |
| Published?: | Published |
| Peer Review Status: | Not peer-reviewed |
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