<![CDATA[APS (@plantdisease) | Twitter]]>https://twitter.com/plantdiseasehttps://abs.twimg.com/favicons/favicon.icoAPS (@plantdisease) | Twitterhttps://twitter.com/plantdiseasehttps://rss.appThu, 10 Oct 2019 13:19:19 GMT<![CDATA[When plants are infected by Plasmodiophora brassicae, their developmental programs are subjected to extensive changes and the resultant clubroot disease is associated with formation of large galls on underground tissue. #openaccess @plantdisease https://t.co/0Cgx672IHh pic.twitter.com/AUUku9Z01H]]>

When plants are infected by Plasmodiophora brassicae, their developmental programs are subjected to extensive changes and the resultant clubroot disease is associated with formation of large galls on underground tissue. #openaccess @plantdisease https://t.co/0Cgx672IHh pic.twitter.com/AUUku9Z01H

— MPMI Journal (@MPMIjournal) October 8, 2019 ]]>https://rss.app/articles/862477a672d6712ebc10cce6db5e7481ee1ab70467cc2d414f05c3e24705cec75caf8f09977962e88a64ed85cf5442e20414a01a909c89b610e09a5d8b7aff91293518ff90c3aac54da1Tue, 08 Oct 2019 18:00:50 GMT<![CDATA[A timely holiday warning from @plantclinic director @ArenzBrett: Save the pumpkings from Phythophthora blight! Sporangia of Phytophthora capsici on pumpkin. https://t.co/u60R9v09IF]]>

A timely holiday warning from @plantclinic director @ArenzBrett: Save the pumpkings from Phythophthora blight! Sporangia of Phytophthora capsici on pumpkin. https://t.co/u60R9v09IF

— Jim Bradeen 🏳️‍🌈 (@JimBradeen) October 7, 2019 ]]>https://rss.app/articles/862477a672d6712ebc10cce6db5e7481ee1ab70460f50d4a570bd2f54c0a8d9b5bba9a0891257ce8836def83cb5d4ee20a1fae1c919d85bc15701ac934c3bf75c39775ebd43c04698fMon, 07 Oct 2019 20:39:08 GMT<![CDATA["Leaf disc infection experiments with six selected P. infestans isolates showed that four of them, including highly virulent and fungicide-resistant ones, could be efficiently controlled by different potato-associated Pseudomonas strains." @plantdisease https://t.co/EqKQRjUTou pic.twitter.com/pXgVu4Z1OR]]>

"Leaf disc infection experiments with six selected P. infestans isolates showed that four of them, including highly virulent and fungicide-resistant ones, could be efficiently controlled by different potato-associated Pseudomonas strains." @plantdisease https://t.co/EqKQRjUTou pic.twitter.com/pXgVu4Z1OR

— Phytopathology™ (@PhytopathologyJ) October 7, 2019 ]]>https://rss.app/articles/862477a672d6712ebc10cce6db5e7481ee1ab7047af4197c4a1ad7e4410bce8748a2a452917e2cadce2ff382cd5c46e40b15a51893908fb314e118eb6f38244e81151b0bf559a740296abcadf5e9Mon, 07 Oct 2019 18:21:22 GMT<![CDATA[Ready-to-Eat Salad Crops: A Plant Pathogen’s Heaven https://t.co/ckFQ3OXFm7 (Fascinating round-up of this important food safety issue.) @plantdisease]]>

Ready-to-Eat Salad Crops: A Plant Pathogen’s Heaven https://t.co/ckFQ3OXFm7 (Fascinating round-up of this important food safety issue.) @plantdisease

— Ag Science Writer (@agsciencewriter) October 7, 2019 ]]>https://rss.app/articles/862477a672d6712ebc10cce6db5e7481ee1ab7044bfb136b4c0fd8f34c13d0815bbe9c52917e2cadce2ff382cd5c46e4081ea41d939984b111e71fef6637097fb40246bfab14d06e96fad1beaf37Mon, 07 Oct 2019 16:41:49 GMT<![CDATA[Apple fruit rots--insects--scab and many more require breeding for resistance and integrated diseases/pest management programs @PlantDiseaseJ @plantdisease pic.twitter.com/EvOOZRIlTi]]>

Apple fruit rots--insects--scab and many more require breeding for resistance and integrated diseases/pest management programs @PlantDiseaseJ @plantdisease pic.twitter.com/EvOOZRIlTi

— KhanLab (@FruitDiseases) October 3, 2019 ]]>https://rss.app/articles/862477a672d6712ebc10cce6db5e7481ee1ab7046cee1561512edfe34c05d18d5cf49d09837e38aa946ded84c55c41e5041fa61b929e89b117e413eccf463a671e071e605bcd44567a4f5c62Thu, 03 Oct 2019 21:00:46 GMT