Elin Falla
@elinfalla
Plant Sciences PhD student @Cambridge_Uni. Theoretical & Computational Epidemiology. Mathematical modelling of aphid-transmitted NPT viruses. @BS_PP Ambassador
ID: 1552770804760313860
28-07-2022 21:40:00
80 Tweet
301 Followers
372 Following
Elin Falla on epidemiological modeling of non-persistently transmitted plant viruses: viruses alter host phenotype to change aphid behavior; model shows that attract-and-deter phenotype benefits virus more than previously thought -implications for control; Nik Cunniffe lab #iew13
We had a great #IEW13 last week in Brazil. For those interested in signing up to receive messages about plant disease epidemiology activities in the future, please sign up here: docs.google.com/spreadsheets/d⦠Emerson Del Ponte Larry Madden
LOVE hearing from Elin Falla on her work modeling the effects of accounting for insect behavior in epidemic models. Really nice work, word is she has some cool field work that she's comparing her models back to, can't wait to see the papers! Nik Cunniffe #IEW13 #sketchnotes
Always cool to hear from Nik Cunniffe! He's been continuing some really cool modeling work on how best to manage disease when fungicide resistance is a real threat. #IEW13 #sketchnotes
Very excited to be at British Society for Plant Pathology βs Plant Pathology conference for the next few days, and honoured to have been selected to give a talk on my PhD work in the PH Gregory Prize session today! #PPATH24
My talk at the Plant Pathology conference #PPATH24 won the PH Gregory Prize for best student talk! Thanks to British Society for Plant Pathology for organizing such a great conference
βWhy should models of non-persistent plant virus transmission include aphid vector dispersal & feeding behaviours? π£οΈ Explained by Elin Falla at today's @livunimaths Mathematical Biology seminar π To find out more, see associated PLOS Comp Biol paper: doi.org/10.1371/journaβ¦
The preprint of my second first-author paper (with Nik Cunniffe) is out! Read to find out how planting virus-resistant companion plants can control the spread of non-persistently transmitted plant viruses: cabidigitallibrary.org/doi/10.31220/a⦠@plantsci Gonville & Caius College School of Biological Sciences