File type icon
Open Type sort and filter menu
Edit
Open URL sort and filter menu
Notes
Open Start Date sort and filter menu
Open End Date sort and filter menu
Open HomePageFeatured sort and filter menu
LongDescription
images 
1_.000 
1/21/2019 1:00 PM4/3/2019 1:00 PMYes

​​​​​​​​​​​​​​​Cell Biology of Virus-Plant and Virus-Vector Interactions

We invite research and ​perspective articles that explore all aspects of the cell biology of virus interactions, both with their plant hosts and their insect vectors. Articles highlighting ​translational research as well as fundamental understanding are welcome. More information.

4_.000 
4/4/2019 11:00 AM4/23/2019 11:00 AMYes
​​​​​​CALL FOR VIRUS PAPERS
​​  
Be included in the Phytopathology 
and MPMI focus issues. ​
Submission Deadline: June 15, 2019


5_.000 
4/23/2019 9:00 AM5/20/2019 9:00 AMYes

​​​​​​​Submitting to PDMR has never been easier!

See the simplified directions online​, along with formatting guidelines and samples of tables and reports. Nearly 350 reports from the first submission period are online now. 

6_.000 
5/3/2019 12:00 PM5/31/2019 12:00 PMYes

​​Genotyping of Phytophthora infestans in Eastern Africa Reveals a Dominating Invasive European Lineage​​

phyto-07-18-0234-r_f4.gif Since its first appearance in 1941, late blight has caused important losses to potato production in the eastern-Africa region. ​Forbes et al. hypothesized that the causal Phytophthora infestans strains originated from Europe. Their evidence supports this hypothesis. 

7_.000 
5/14/2019 10:00 AM5/31/2019 10:00 AMYes

High Throughput Sequencing (HTS) For Plant Virus Detection and Discovery

HTS is a powerful tool to establish disease causality between the virus and its host—and increasingly important in the face of globalization.


8_.000 
6/24/2019 2:00 PM7/5/2019 2:00 PMYes

​​The June issue of Plant Disease​​ sets a record with 372 pages!

complete_djn19cvr.jpgThe previous record was 332 pages. Thank you to all the authors, reviewers, and editors who contributed their time and expertise. 



9_.000 
7/12/2019 9:00 AM7/29/2019 9:00 AMYes

​​​Raka Mitra (Carleton College) is hosting and producing Microgreens​​, the official MPMI​ journal podcast. Learn more in her introductory podcast and follow @MPMIMicrogreens on Twitter for the latest updates.

7-Sticker_Microgreens.jpg


10_.000 
8/12/2019 12:00 PM9/30/2019 12:00 PMNo

pbiomes-01-19-0004-rf1.gif
​Phytobiomes Journal research​ uses a portable DNA sequencing device to diagnose fungal diseases of wheat and evaluate the microbiome variation associated with those diseases.

11_.000 
9/3/2019 10:00 AM9/30/2019 10:00 AMYes

​​​phyto-12-18-0477-rvw_f3.jpeg
Phytopathology research discusses two well-established diseases that pose the greatest threat to cacao.

12_.000 
9/9/2019 11:00 AM9/20/2019 11:00 AMYes

​​​MPMIcover.jpg
The MPMI journal is excited to announce that all Technical Advances will now be freely available once they are edited and formatted. This means they can be accessed, read, and downloaded by anyone. Download the latest Technical Advance​​. 

13_.000 
9/30/2019 1:00 PM10/14/2019 1:00 PMYes

​​​350salad.jpg
Plant Disease ​feature discusses newly detected diseases of the most important crops in the ready-to-eat salad sector.

14_.000 
10/15/2019 10:00 AM11/8/2019 10:00 AMNo

​​​​​​​​​​pbiomes-03-19-0017-rf1.gif
Tar spot is a fungal disease complex of corn that has limited yields in Central and South America for nearly 50 years. Phytobiomes Journal ​uses next-generation sequencing to identify fungal communities within the tar spot complex in Michigan.

15_.000 
10/28/2019 12:00 PM11/18/2019 12:00 PMYes

​​​​​​pdis-05-18-0750-re_f4.gif

“These findings are groundbreaking in the sense that they will revolutionize the way breeders' materials are evaluated and provide guidance for improvin​g cassava seed system," explains Rudolph Shirima, one of the authors of the Plant Disease editor's pick. ​

16_.000 
11/11/2019 1:00 PM11/29/2019 1:00 PMYes
17_.000 
11/18/2019 1:00 PM12/2/2019 1:00 PMNo
18_.000 
5/28/2020 11:00 AM7/20/2020 11:00 AMNo

​​​​​​​​PhytobiomesCoverFinal._Stroke.jpg

Just published, this issue of Phytobiomes Journal​ includes "Species Identification in Plant-Associated Prokaryotes and Fungi Using DNA​."

19_.000 
12/16/2019 12:00 PM12/30/2019 12:00 PMYes
20_.000 
12/31/2019 8:00 AM1/20/2020 8:00 AMNo

​​ERNitrogenFertilizers.jpg

The tomato microbiota​ is the result of a selective process that progressively differentiates between rhizosphere and root microhabitats and is fine-tuned by the type of nitrogen fertilizer applied.​

21_.000 
1/13/2020 2:00 PM1/31/2020 2:00 PMYes

​​​PhytoJanFocus2.jpg

Given the importance of and rapid research progress in plant virology in recent years, Phytopathology emphasized virological advances in its Fundamental Aspects of Plant Viruses focus issue​, which is available now. ​


22_.000 
1/27/2020 8:00 AM2/10/2020 8:00 AMYes

250wMPMICOVER.jpg
Covering one of the most exciting areas of research in the molecular plant-microbe field, this focus issue ​includes current topics such as cellular RNA hubs, plasmodesmal functioning, and mechanisms of host defense suppression.

23_.000 
2/11/2020 8:00 AM2/28/2020 8:00 AMYes

​​phtyofocus.jpg

24_.000 
3/16/2020 1:00 PM4/3/2020 1:00 PMNo

PDMR.png

The new volume of Plant Disease Management Reports contains 309 reports covering field, cereal, and forage crops, nematicides, ornamentals and trees, turfgrass, and more.  

25_.000 
4/7/2020 9:00 AM4/30/2020 9:00 AMYes

​​​Chris_Martha photo2.jpg

Cornell University scientists found a significant difference between how C. michiganensis colonized the xylem in wild tomato compared to cultivated tomatoes.

26_.000 
4/28/2020 9:00 AM5/25/2020 9:00 AMYes

​​​500Charles Pepe-Ranney collecting sweet potatoes 2.jpg

"A plant's microbiome profoundly impacts its health and development," explains Brooke Bissinger, an entomologist who recently published a study on sweetpotatoes​ in Phytobiomes Journal. "We sought to better understand the sweetpotato microbiome by characterizing it within and between actual working farms."

27_.000 
5/11/2020 2:00 PM5/29/2020 2:00 PMYes

​​​​​​​​​​370phyto-11-19-0406-ia_f3.jpg

"The intelligent integration of a variety of management tactics is necessary to sustain strawberry production in California." Read more in Phytopathology​



28_.000 
6/16/2020 9:00 AM7/13/2020 9:00 AMYes

​​​PathogenSpotlight.jpg
Phytopathology​®​ has launched a new Pathogen Spotlight Series, beginning with the June issue​, which includes seven articles on bacterial leaf streak of corn, caused by Xanthomonas vasicola pv. vasculorum, an emerging disease in North America. 

29_.000 
7/8/2020 9:00 AM8/1/2020 9:00 AMNo

​​6366_MPMI_VitrualSeminar_650x97.jpg
MPMI is pleased to introduce What’s New in MPMI!​—a new series of live online seminars highlighting recent papers, presented by our authors. We hope that our virtual seminar series will be a way to draw our research community together, providing an opportunity for us to connect with colleagues across the world.​

30_.000 
8/6/2020 11:00 AM9/5/2020 11:00 AMYes

​​​phytopathcover.jpg

Phytopathology® is recruiting Assistant Editors (3-5) among early-career scientists such as post-docs and senior Ph.D. students. ​Learn more.​​

31_.000 
8/24/2020 3:00 PM9/28/2020 3:00 PMYes

​​​MPMI_GOA_370x370_Final.jpg

32_.000 
9/28/2020 2:00 PM10/30/2020 2:00 PMYes

​​​​PhytoFrontiersCover300.jpg

Read the first five PhytoFrontiers™ papers here.​



33_.000 
11/13/2020 2:00 PM11/13/2020 2:00 PMYes

​​​tests400.jpg
In a recent study​ published in PhytoFrontiers journal, Dubey et al. confirmed that 13 natural and semi-synthetic glucosinolate derivatives are efficient fungicides​.

34_.000 
12/1/2020 1:00 PM1/29/2021 1:00 PMYes
35_.000 
12/29/2020 12:00 PM2/6/2021 12:00 PMNo

​​​​​252503_web.jpg
"Our results highlight how bacteria can use each other for their own benefit. These findings could be used to create groups of bacteria that are able to work together to better protect crop plants and improve their growth," said Elizabeth Shank, the senior scientist involved with this research.​ Read more. ​

36_.000 
1/15/2021 9:00 AM2/27/2021 9:00 AMNo

​​​​Alison Robertson teaching in the field Iowa State University400.jpg

Researchers can use these data to justify new research projects that can help mitigate the impacts of certain diseases. Read more in Plant Health Progress. ​

37_.000 
2/9/2021 12:00 PM3/22/2021 12:00 PMNo

​​​​PhytoFocus2022_300x478_Revised.jpg

38_.000 
3/8/2021 2:00 PM4/30/2021 2:00 PMNo

MPMI_Focus_Issue_300x478_V2.jpg

39_.000 
4/21/2021 2:00 PM7/1/2021 2:00 PMNo
40_.000 
5/12/2021 12:00 PM6/30/2021 12:00 PMNo

​​Phytobiomes_Focus_300x478_Final.jpg

41_.000 
6/18/2021 10:00 AM7/30/2021 10:00 AMNo

​​​7153_MPMI_Focus_Issue_300x478.jpg

42_.000 
8/16/2021 12:00 PM9/30/2021 12:00 PMNo

​​PDMR_Banner_300.png

​A biannual APS publication, Plant Disease Management Reports (PDMR) facilitates the rapid dissemination and archiving of information on cultural, chemical, and biological control of plant diseases. The latest volume, now complete, has 584 reports total. ​

43_.000 
10/21/2021 2:00 PM12/31/2021 2:00 PMNo

​​​“You have purchased land in the Yarra Valley in Victoria, Australia, to plant a new grape vineyard.​ You could make a great deal of money if your vineyard and winemaking are successful. However, you could also lose everything you invest in your dream.”Moroney8.jpg

This is the central dilemma present in the latest Education Center Case Study: “​​​​​Bugging out in the vineyard: Getting to the root of phylloxera management in Victoria, Australia​​.”

44_.000 
11/29/2021 10:00 AM1/31/2022 10:00 AMNo

​​Lourena in the lab extracting aflatoxins_400.jpg 

The Food and Agriculture Organization estimates that 25% of global food crops are contaminated with different types of fungal toxins, such as aflatoxins, highly toxic and carcinogenic substances produced by certain species of the fungus Aspergillus. New research published in Plant Disease reveals a deeper understanding of how members of this same fungus species can be used to reduce aflatoxins in crops. 

45_.000 
2/11/2022 9:00 AM4/29/2022 9:00 AMYes

research group400.jpg

“We showed, for the first time, that spray-induced gene silencing can control late blight,” said Ramesh Vetukuri, a plant pathologist at the Swedish University of Agricultural Sciences. “Our study​ is also the first to indicate that Phytophthora​ infestans sporangia can take up dsRNA from the surroundings and that it efficiently suppresses the expression of target genes.”​