American Phytopathological Society

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• Sweetpotato's sweet revenge against fungal disease

  Jun. 13, 2024

• New toxin facilitates disease infection and spread in wheat​​

  Jul. 14, 2023

• Study offers an analysis of fungicide resistance and informs management strategies

  Jan. 12, 2022

• Biopesticides can be used to degrade aflatoxin in crops

  Nov. 30, 2021

• Freely available protist culture collection supports deeper understanding of plant microbiomes

  Nov. 18, 2021

• Soybean study designs and implements a more effective and less toxic bio-fungicide

  Oct. 14, 2021

• Ultimately, beneficial fungi could be more effective than pesticides against nematodes

  Feb. 5, 2021

• Understanding disease-induced microbial shifts may reveal new management strategies for crops

  Jan. 7, 2021

• Groups of bacteria can work together to better protect crops and improve their growth

  Dec. 31, 2020

• The puzzle of nonhost resistance: why do pathogens harm some plants but not others?

  Dec. 31, 2020

• New insights could mean more natural and safer fungicides

  Nov. 26, 2020

• Fungal species naturally suppresses cyst nematodes responsible for considerable sugar beet losses

  Nov. 2, 2020

• Impact of arbuscular mycorrhizal species on soybean cyst nematode

  Oct. 27, 2020

• New resistance gene to devastating potato disease that caused Irish Famine

  Sep. 22, 2020

• Research shows fungicides effective in fighting Fusarium wilt of watermelon

  May. 19, 2020

• Fungi found in cotton can decrease root knot nematode galling

  Apr. 7, 2020

• Scientists alleviate environmental concerns about BCA usage on powdery mildews

  Sep. 11, 2019

• New technologies may lead to more sustainable strategies for managing soybean sudden death syndrome

  Aug. 1, 2017

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  Soil renaissance, Phytobiomes Initiatives collaborate to meet growing food demands

  May. 12, 2015