Phytobiomes Journal(@PhytobiomesJ) 's Twitter Profileg
Phytobiomes Journal

@PhytobiomesJ

An open access transdisciplinary journal of sustainable plant productivity. Established 2016.

ID:739907729591050241

linkhttps://apsjournals.apsnet.org/toc/pbiomes/current calendar_today06-06-2016 19:52:04

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Phytobiomes Journal(@PhytobiomesJ) 's Twitter Profile Photo

Editor's Pick! Parizadeh et al. investigate how seed treatments interact with soil microbiota and pesticide application. Read more here!
bit.ly/4cyWiqw

Editor's Pick! Parizadeh et al. investigate how #neonicotinoid seed treatments interact with soil microbiota and pesticide application. Read more here! bit.ly/4cyWiqw
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The most read paper from 2023 thus far! Didac Barroso-Bergadà et al. provide fungal and bacterial datasets obtained by sampling leaves with and without symptoms caused by .

Read: doi.org/10.1094/PBIOME…

Frédéric Suffert Bordeaux Plant Sciences

The most read paper from 2023 thus far! Didac Barroso-Bergadà et al. provide fungal and bacterial #metabarcoding datasets obtained by sampling #wheat leaves with and without symptoms caused by #Zymoseptoriatritici. Read: doi.org/10.1094/PBIOME… @wheatpath @GPR_BPS #phyllosphere
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Editor’s Pick! Anneliek ter Horst et. al from UC Davis conducted one of the first studies to examine natural tree in conifer and oak trees and found that RNA viral communities are structured by host plant .

Read for free: doi.org/10.1094/PBIOME…

Editor’s Pick! Anneliek ter Horst et. al from @ucdavis conducted one of the first studies to examine natural tree #virosphere in conifer and oak trees and found that RNA viral communities are structured by host plant #phylogeny. Read for free: doi.org/10.1094/PBIOME…
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Maddie Flasco(@Maddie_flasco) 's Twitter Profile Photo

Very excited to share a First Look version of a manuscript detailing GRBV titer in three growing regions across the United States (California, Georgia, and New York) in Phytobiomes Journal 🍇🍇🍇 Libby Cieniewicz Garner Powell Jake Seiter Tori Hoyle

apsjournals.apsnet.org/doi/pdf/10.109…

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Marine Cambon and colleagues found that the composition of leaf fungal communities, but not bacterial communities, is related to in trees.

🔓 Read this trending paper from our focus issue: doi.org/10.1094/PBIOME…

Marine Cambon and colleagues found that the composition of leaf fungal communities, but not bacterial communities, is related to #droughttolerance in #Neotropical trees. 🔓 Read this trending paper from our #phyllosphere focus issue: doi.org/10.1094/PBIOME…
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One of the most read papers from 2023!
Hanareia Ehau-Taumaunu, PhD and Kevin Hockett explain how they used a passaging approach to develop microbial communities that suppress bacterial speck of tomato.
🔓 Read this Editor’s Pick: doi.org/10.1094/PBIOME…

psuPPEM

One of the most read papers from 2023! @hanareiaehau and @k_hockett explain how they used a passaging approach to develop #phyllosphere microbial communities that suppress bacterial speck of tomato. 🔓 Read this Editor’s Pick: doi.org/10.1094/PBIOME… @psuPPEM
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New Editor’s Pick! Catherine Aimone et al. show that endophytic fungi can affect physiological strategies in the plant, and that those strategies are underlain by clear and repeatable differences in plant gene expression.

🔓 Read: doi.org/10.1094/PBIOME…

Christine Hawkes NC State Plant and Microbial Biology

New Editor’s Pick! Catherine Aimone et al. show that endophytic fungi can affect physiological strategies in the plant, and that those strategies are underlain by clear and repeatable differences in plant gene expression. 🔓 Read: doi.org/10.1094/PBIOME… @hawkeslab @NCState_PMB
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Don’t miss this trending paper from our new focus issue! Findings by Heng-An Lin and Santiago Mideros reveal the soybean phyllosphere mycobiome and open the possibilities of targeted manipulation of fungal infection to improve foliar disease management.

🔓 Read: doi.org/10.1094/PBIOME…

Don’t miss this trending paper from our new focus issue! Findings by @HengAnLin1 and @smideros reveal the soybean phyllosphere mycobiome and open the possibilities of targeted manipulation of fungal infection to improve foliar disease management. 🔓 Read: doi.org/10.1094/PBIOME…
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Out now! The Phyllosphere Focus Issue celebrates the tremendous growth and impact of science as a discipline, highlighting the status of the field and offering ideas for future directions.

Read now: bit.ly/48nvM1v

Out now! The Phyllosphere Focus Issue celebrates the tremendous growth and impact of #phyllosphere science as a discipline, highlighting the status of the field and offering ideas for future directions. Read now: bit.ly/48nvM1v
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Livio Antonielli(@iLivius) 's Twitter Profile Photo

Stop by Phytobiomes Journal and check out our new article. Our research dives into the unknowns of , a critical factor for plant establishment and agricultural productivity. Find out more: doi.org/10.1094/PBIOME…

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Lindsay Triplett 🌱(@triplettlr) 's Twitter Profile Photo

Impressive that Prof. Samuel Martins review on predators is the top-read Phytobiomes paper after a year! Congrats, Samuel! apsjournals.apsnet.org/doi/10.1094/PB…

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Using internal transcribed spacer and 16S metabarcoding, Kayla Delventhal et al. characterized the microbial communities present in 130 tare soils of commercially produced seed potato plantlets used for potato production in Oregon.

Read now: doi.org/10.1094/PBIOME…

Using internal transcribed spacer and 16S metabarcoding, @kay_delventhal et al. characterized the microbial communities present in 130 tare soils of commercially produced seed potato plantlets used for potato production in Oregon. Read now: doi.org/10.1094/PBIOME… #phytobiomes
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Yunliang Li et al. explore the change of root-associated microbiomes of varieties responding to low and high N fertility, providing valuable info for improving the agronomic performance of canola.

Read the results: doi.org/10.1094/PBIOME…

USask Soil Science Graduate Student Association Sally Vail

Yunliang Li et al. explore the change of root-associated microbiomes of #canola varieties responding to low and high N fertility, providing valuable info for improving the agronomic performance of canola. Read the results: doi.org/10.1094/PBIOME… @soil_gsa_usask @SallyLVail
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A fascinating climatic analysis by John Lagergren et al. reveals areas of the world experiencing rapid environmental changes, which can have important implications for global carbon fluxes and zoonotic spillover events.

Read for free: doi.org/10.1094/PBIOME…

A fascinating climatic analysis by John Lagergren et al. reveals areas of the world experiencing rapid environmental changes, which can have important implications for global carbon fluxes and zoonotic spillover events. Read for free: doi.org/10.1094/PBIOME…
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Editor’s Pick! Chuntao Yin et al. found that successive planting and fungal pathogen infection restructured the fungal community in the wheat rhizosphere.

🔓 Read about their process: doi.org/10.1094/PBIOME…

Christina H. Hagerty Columbia Basin Agricultural Research Center WSU CAHNRS

Editor’s Pick! Chuntao Yin et al. found that successive planting and fungal pathogen infection restructured the fungal community in the wheat rhizosphere. 🔓 Read about their process: doi.org/10.1094/PBIOME… @C_HHagerty @OSUCBARC @wsucahnrs
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The American Phytopathological Society(@plantdisease) 's Twitter Profile Photo

Save $30 when you preorder the new edition of an award-winning APS PRESS bestseller, 'Mineral Nutrition and Plant Disease.” APS members save an extra 10%.

Preorder and save: bit.ly/3p5O2ut

Save $30 when you preorder the new edition of an award-winning APS PRESS bestseller, 'Mineral Nutrition and Plant Disease.” APS members save an extra 10%. Preorder and save: bit.ly/3p5O2ut #APSPRESS
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Phytobiomes Journal(@PhytobiomesJ) 's Twitter Profile Photo

In this Technical Advance, Abdonaser Poursalavati et al. describe an improved and cost-effective method for extracting RNAs from mineral and organic soils.

🔓 Read for free: doi.org/10.1094/PBIOME…

Vahid J. Javaran Pr. & Dr. Isabelle Laforest-L. (she/her/elle) M. L. Fall, Ph.D Centre SÈVE Biologie USherbrooke AAFC Canada

In this Technical Advance, Abdonaser Poursalavati et al. describe an improved and cost-effective method for extracting RNAs from mineral and organic soils. 🔓 Read for free: doi.org/10.1094/PBIOME… @VJavaran @Isabel_Laforest @meuff1 @centre_seve @biologieUdeS @AAFC_Canada
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