Editor’s Pick: Mackenzie Eli William Loranger et al. report the establishment of a screening method and the identification of 13 immunity-inducing strains in tomato plants, including a strain of Chitinophaga arvensicola. Learn more: https://t.co/iHFWAw54Wy @DezielEric

Heading to #PAG33 in Jan 2026? Join the @PhytoBiomes Alliance for two workshops on phytobiomes research. 📅 Sun 11 & Tue 13 | 4:00 PM 👉 https://t.co/S3GkkqmAkr

⏳ Just 1 week left! Submit your abstract to present at the Phytobiomes Alliance workshops at #PAG33. Don’t miss the chance to showcase your research. Deadline: 17 Oct 17 2025 👉 https://t.co/rwsFu11QeK

Nicholas R. LeBlanc et al. characterized a novel endophytic #Agrobacterium sp. El2ro-1b from strawberry by generating and analyzing a high-quality genome assembly and testing the effects of the endophyte on plant growth: https://t.co/kjPmBNsgJ7

Understanding the roles of endophytes in sustainable agriculture is a key focus of research. @jyotsnanepal et al. investigated how 11 potato cultivars and 3 different growing conditions influence the diversity of microbial endophytes in potato roots: https://t.co/zlAisqkVJt

🌱Call for abstracts is open! The Phytobiomes Alliance is organizing two workshops at #PAG33 (9-14 Jan, San Diego): 🔹 Exploring Phytobiomes 🔹 Commonalities between Plant, Animal & Soil Microbiomes 📅Deadline: 17 Oct 2025 👉 https://t.co/rwsFu12o4i

Cover crop legacies may promote beneficial changes in cash crop rhizosphere microbiota. Read the article by Chuntao Yin, Shannon L. Osborne, and R. Michael Lehman to learn more: https://t.co/IzcBDX3rog

Not an empty seat in the room! Discussion of pathovars of Xanthomonas and Pseudomonas! @icpp2023 @Food_Security

“Bacterial Assembly in the Switchgrass Rhizosphere Is Shaped by Phylogeny, Host Genotype, and Growing Site,” by Jeremy Sutherland et al. @StacyBonos Read the article in Volume 9, Number 3 of Phytobiomes Journal: https://t.co/3Nljzq8SjB

New research from Celia de Moya-Ruiz et al. underlines shifts in the #aphid microbiome, which could provide insights for further investigation of microbial resource-based solutions to control aphid pests and associated viral diseases in agriculture: https://t.co/V1e4V2zNsz

Join the #Phytobiomes Alliance Winter–Spring 2026 #webinars! 🌱 Explore climate, soil, microbes & plant interactions in 3 free online events 📅 Wednesdays @11AM ET Information & Registration: https://t.co/BQvmEUSA91

Dallas Moses and Morgan Carter compiled studies of endohyphal bacteria (EHB) from across diverse plant-associated microbes to provide a primer for EHB studies, considered through a phytobiomes lens, and comment on the directions of this emerging field: https://t.co/pyaRQ8lb5f

Wonderful to catch up with friends at the Dale Bumpers National Rice Research Center's 25th Anniversary Aug 2 and the U Ark Annual Rice Field Day! Congratulations DBNRRC!!

A new study from my PhD was just published in Phytobiomes Journal! We repeatedly sampled ash stands in Minnesota over a 4 year period to determine how the fungal and bacterial communities changed as the trees were attacked by the emerald ash borer. https://t.co/4BQgOJrzLc

🦠 Just a few days left! Don’t miss this 12 Nov webinar on ruminant microbiomes & their role in improving livestock health and reducing emissions. 🎙️ Presenters: S. Waters & D. Yáñez-Ruiz 🔗Register: https://t.co/GCyNhgWEUY #Microbiome #AnimalScience #OneHealth

Lodoviica Guillino keynote opens session on Invasive and Emerging Diseases @icpp2023 . Rapid cycling of leafy greens presents challenges for disease control. #ICPP2023 #FoodSecurity

🦠🐄 How can we harness ruminant microbiomes to improve animal health, productivity & sustainability? Join Sinead Waters & David Yáñez-Ruiz on 12 Nov for a webinar on microbiomes, methane reduction & more. 🔗 Register: https://t.co/GCyNhgWEUY

Save the date - this October! @SRUC @CABI_Microbe @JohnInnesCentre @Rothamsted @JamesHuttonInst @AMIposts @PhytoBiomes

Editor’s Pick: Jacob A. Heil et al. used Artemisia tridentata subsp. tridentata to measure the response of seedlings to microbial inoculations and drought conditions. Learn more: https://t.co/oUKG7oTZuR @BSUBiology @isubiology