#JJC2026 Méline Poch (@umr-iam.bsky.social) on dynamics of #Diplodia sapinea inoculum within #Scots #pine stands

Diplodia-Arten an Apfelbäumen (Malus domestica) mit Schwarzem Rindenbrand in einer Streuobstwiese in der Oberlausitz

#Ascomycota
#Diplodia
#pathogen
#pome
#systematics
#wood

nfgol.de/sites/defaul...

In Vitro and Greenhouse Evaluation of Fungicides and Bacillus Antagonists Against Diplodia corticola (Botryosphaeriaceae, Botryosphaeriales) on Quercus suber

#Fungicides
#Diplodia
#Botryosphaeriaceae
#Botryosphaeriales
#fluazinam
#fludioxonil
#prodione
#kresoximmethyl

www.mdpi.com/1999-4907/16...

#GEFF-GFPF: Méline Poch @umr-iam.bsky.social on #Diplodia Shoot Blight inoculum dynamics

#GEFF-GFPF: @mireiagoga.bsky.social @umr-iam.bsky.social on susceptibility of Aleppo and Scots #Pines to #Diplodia Shoot Blight

#GEFF-GFPF: Benoit Marçais @umr-iam.bsky.social on drivers of #Diplodia Shoot Blight of #pines

#OurFridaySeminar: Méline Poch (PhD Student with @mireiagoga.bsky.social) is exploring the inoculum dynamics of the fungal pathogen #Diplodia sapinea in #pine stands

#ForestPathology #ForestHealth #TreeHealth

Don't forget to visit our interactive #Dashboard dedicated to the #HorizonScanning findings about #PlantPests
www.efsa.europa.eu/en/powerbi/p...
last update: yesterday
#Brenneria
#Diplodia
#Gibbsiella
#Gilbertella
#Myzus
#Neopestalotiopsis
#Pantoea
#Phyllosticta
#Phytopythium
#Pospiviroid

Natural endophyte reduces disease severity in cork oak caused by Biscogniauxia mediterranea and Diplodia corticola under different watering regimes - Discover Plants Cork oak (Quercus suber) is an economically important species in the Mediterranean region, but its decline due to fungal pathogens such as Biscogniauxia mediterranea and Diplodia corticola poses a maj...

Natural endophyte reduces disease severity in cork oak caused by Biscogniauxia mediterranea and Diplodia corticola under different watering regimes

#Biscogniauxia
#Diplodia

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link.springer.com/article/10.1...

First report of various Diplodia spp. causing stem cankers of Ulmus sp., Platanus x hispanica, Aesculus hippocastanum, Fagus sylvatica, Sorbus domestica, Carpinus betulus and Crataegus persimilis in c... This report documents the first identification of Diplodia species on atypical tree hosts, isolated from stem cankers. Diplodia is part of the Botryosphaeriaceae family, which includes plant pathogens...

Urban trees are under pressure, but we still know too little about the #pathogens affecting them.

This study of Yasin Korkmaz and me is about #Diplodia species and their emerging role in stem cankers of deciduous trees in #urban environments.

@uni-freiburg.de

link.springer.com/article/10.1...

#IUFRO25CH Miloš Trifković shows that the novel #Deltaflexivirus may be inducing #hypovirulence in #Diplodia sapinea

#IUFRO25CH @mireiagoga.bsky.social @umr-iam.bsky.social is exploring the link between host #resistance to #drought and its #susceptibility to #Diplodia sapinea

#IUFRO25CH Maria Caballol on #epidemiology of #Diplodia shoot blight outbreaks in #pine #forests after hailstorms

#IUFRO25CH @eterhone.bsky.social on molecular adaptations of #Diplodia sapinea to climate change: insights into higher temperature and #RNA-based #control strategies

#IUFRO25CH @kathrinblumenstein.bsky.social on #emerging canker #pathogens in urban #trees: host expansion of #Diplodia spp. and other opportunistic #fungi in a changing #climate

#OurFridaySeminar: @mireiagoga.bsky.social talks about Understanding the link between host #resistance to #drought and its susceptibility to #Diplodia sapinea
(a rehearsal before the @iufro.bsky.social conference on #TreeHealth at @wslresearch.bsky.social next week)
#ForestHealth #ForestPathology

Macrophoma leaf spot of #boxwood (Buxus sempervirens) likely caused by #Diplodia buxi (teleomorph Hyponectria buxi?), here with dark septate conidia 22-26 μm x 8-10 μm (Creissels, FR).