Owing to their evolutionary potential, plant pathogens are able to rapidly adapt to genetically
controlled plant resistance, often resulting in resistance breakdown and major epidemics in …

Highlights•Investigations of climate change impacts still concentrate on few crops and
pathogens.•Climate model ensembles can quantify some uncertainty in crop disease …

Genetically-controlled plant resistance can reduce the damage caused by pathogens.
However, pathogens have the ability to evolve and overcome such resistance. This often …

Since weather has a major influence on the occurrence and development of crop diseases,
valuable insight toward future agricultural planning emerges with assessment tools to …

A multitude of resistance deployment strategies have been proposed to tackle the
evolutionary potential of pathogens to overcome plant resistance. In particular, many …

Advances in genomic and molecular technologies coupled with an increasing
understanding of the fine structure of many resistance and infectivity genes, have opened up …

The management of genes conferring resistance to plant–pathogens should make it
possible to control epidemics (epidemiological perspective) and preserve resistance …

Biological invasions, resulting from deliberate and unintentional species transfers of insects,
fungal and oomycete organisms, are a major consequence of globalization and pose a …

This article addresses the modelling of crop health and its impact on crop losses, with a
special emphasis on plant diseases. Plant disease epidemiological models have many …

Promoting plant diversity through crop mixtures is a mainstay of the agroecological
transition. Modelling this transition requires considering both plant–plant interactions and …