Scientific illustration connecting plants, insect vectors, microorganisms and laboratory observation.

CV / academic profile - Jasmine Cadena

Plant-vector-microorganism researcher

educationresearch experiencemethodscommunication

CV / academic profile

Academic profile

PhD candidate at Agroscope Changins and the University of Geneva, working at the intersection of plant biology, entomology, plant pathology and disease ecology.

My current research examines how grapevine cultivars, insect vector performance and phytoplasma population structure shape Flavescence dorée dynamics in agricultural systems.

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Research experience

Projects are organised by scientific question and research environment rather than by promotional claims.

PhD research

Plant-vector-microorganism interactions in grapevine

Agroscope Changins and University of Geneva

Research on cultivar-dependent Flavescence dorée epidemiology, Scaphoideus titanus performance and behaviour, host plant resistance and phytoplasma population genetics.

Master's thesis

Mycoviruses in vineyard endophytes

Agroscope, Switzerland

Independent experimental work on fungal endophytes, mycovirus status, stress bioassays, horizontal transmission attempts and molecular verification by DNA/RNA extraction, PCR and RT-PCR.

Bachelor's thesis

Vineyard microbiota and the grapevine holobiont

INRAE, France

Laboratory preparation of plant samples for metagenomic analyses and literature synthesis on grapevine-associated microbial communities.

Research internship

Soil-vine interactions and grapevine decline

Association Technique Viticole de Bourgogne

Statistical exploration of soil physicochemical data, correlation analyses and principal component analysis in relation to vineyard decline symptoms.

Methods and environments

Research environments Controlled laboratory experiments; quarantine greenhouse experiments; field epidemiology.
Entomology Behavioural assays; fitness assays; host choice; oviposition; feeding behaviour.
Molecular and genetic DNA/RNA/dsRNA extraction; PCR; RT-PCR; SNP marker development; genotyping.
Data and spatial analysis Statistical analysis; modelling; GIS; spatial epidemiology.
Microbiology and host-pathogen interactions Vector-phytoplasma-plant transmission assays; fungal bioassays; fungal colony maintenance; mycovirus transmission experiments.

Recent scientific communication

2026

Cadena i Canals J., Debonneville C., Chevalley C., Linder C., Schumpp O. Cultivar–vector interactions may explain contrasting Flavescence dorée epidemiological patterns in Swiss vineyards. Hemipteran-plant interactions symposium, Montpellier (France), 8th July 2026.

2026

Cadena i Canals J., Debonneville C., Chevalley C., Linder C., Schumpp O. Vector-related resistance traits underlie cultivar differences in Flavescence dorée epidemiology. 21st Congress of the International Council for the Study of Virus and Virus-Like Diseases of the Grapevine (ICVG), Napier (New Zealand), 25th March 2026.

Presentation delivered by C. Debonneville

2026

Cadena i Canals J., Debonneville C., Dubuis, N., Kellenberger, I., Jeanrenaud M., Viret O., Schumpp O. Tracing the origin and dissemination of Flavescence dorée phytoplasma in western Switzerland. Poster at 21st Congress of the International Council for the Study of Virus and Virus-Like Diseases of the Grapevine (ICVG), Napier (New Zealand), 25th March 2026

Poster presented by C. Debonneville

2026

Cadena i Canals J., Debonneville C., Chevalley C., Linder C., Schumpp O. Cultivar-dependent plant–insect interactions explain differential incidence of flavescence dorée in Swiss vineyards. Symposium on Chemical Ecology 2026 (ChemEco), Neuchâtel (Switzerland), 11th February 2026

2025

Cadena i Canals J., Debonneville C., Chevalley C., Linder C., Schumpp O. Des vignes qui se défendent : Quand le cépage résiste contre la cicadelle de la flavescence dorée. Autumn Meeting of the Swiss Society of Phytiatry, Changins (Switzerland), 30th October 2025