D. Martinetti

Exploring the role of cultivar, year and plot age in the incidence of esca and Eutypa dieback: insights from 20 years of regional surveys in France

The paper analyzes 20 years of regional survey data from France to assess the impact of cultivar, year, and plot age on esca and Eutypa dieback incidence in grapevines.

A hitchhiker's guide to Europe: mapping human-mediated dispersal of the invasive Japanese beetle

The paper maps human-mediated dispersal of the Japanese beetle in Europe by analyzing transport networks and proposes a reachability index for surveillance strategy design.

A metapopulation framework integrating landscape heterogeneity to model an airborne plant pathogen: the case of brown rot of peach in France

The paper develops a metapopulation model integrating landscape factors to predict airborne pathogen spread in peach orchards, identifying high-risk areas along the Rhone Valley.

A new chapter of the Japanese beetle invasion saga: predicting suitability from long-infested areas to inform surveillance strategies in Europe

This study predicts Japanese beetle suitability in Europe using machine learning, finding climate and human factors drive distribution, with Central Europe as high risk.

Benefits and costs of a global cooperative surveillance strategy to control trans-boundary crop pathogens

This study compares country-based and cooperative surveillance strategies for controlling trans-boundary crop pathogens, finding that cooperative strategies are more efficient globally but have uneven cost-benefit distributions.

Surveillance of airborne plant disease dissemination at continental scale using air mass trajectory analysis and network theory

The paper identifies key regions for stem rust of wheat spread in Europe and the Mediterranean using wind connectivity analysis and network theory.