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Early Blight of Tomato

By: Inga Meadows Vegetable Pathology Factsheets

This factsheet describes early blight of tomato, including identification, transmission and disease management, and control.

Tomato Late Blight

By: Lina Quesada-Ocampo, Inga Meadows Vegetable Pathology Factsheets

This vegetable pathology factsheet describes the identification and treatment of tomato late blight.

Pests of Tomato

By: Kenneth Sorensen, James Baker, Cathy Cameron Carter, David Stephan

This factsheet, part of the Insect and Related Pests of Vegetables publication, includes an identification key and descriptions of pests that affect tomatoes.

Fusarium Wilt of Tomato

By: Cecelia Stokes, Inga Meadows Vegetable Pathology Factsheets

This disease factsheet describes Fusarium wilt of tomato. Symptoms, pathogen, environmental conditions, and management are included.

Tomato Spotted Wilt Virus on Tomato and Pepper

By: Andy Cooper, Inga Meadows Vegetable Pathology Factsheets

Tomato spotted wilt virus (TSWV) is an important pathogen that causes disease in numerous crops, especially tomatoes and peppers. Resistance-breaking variants of TSWV were discovered in NC on tomato varieties with the Sw-5 resistance gene during the summer of 2022. Given that host resistance is currently the most effective management strategy of TSWV, these strains pose a great threat to tomato production in the coming years. This article will focus on TSWV identification and management strategies for tomatoes and peppers.

Botrytis Gray Mold of Tomato

By: Lina Quesada-Ocampo Vegetable Pathology Factsheets

This vegetable pathology factsheet describes the identification and treatment of Botrytis gray mold of tomatoes.

Collar Rot and Alternaria Stem Canker of Tomato

By: Amanda Scherer, Inga Meadows Vegetable Pathology Factsheets

This vegetable disease factsheet discusses collar rot and Alternaria stem canker of tomato, which are caused by different species of fungi belonging to the genus Alternaria. Both pathogens can cause large, irregularly shaped stem lesions with pronounced concentric rings. However, the concentric rings may not always be pronounced with collar rot.

Septoria Leaf Spot of Tomato

By: Inga Meadows, Tyler Clabby Vegetable Pathology Factsheets

This factsheet covers the identification and control of septoria leaf spot of tomatoes.

Southern Blight of Tomato and Pepper

By: Inga Meadows, Amanda Scherer, Michelle Henson Vegetable Pathology Factsheets

This plant disease fact sheet discusses southern blight, a soil-borne fungus that attacks tomatoes and peppers, and several other economically important crops, including beans, cantaloupe, carrots, peppers, potatoes, sweet potato, and watermelon.

Insect and Related Pests of Vegetables

By: Kenneth Sorensen, James Baker, Cathy Cameron Carter, David Stephan

This publication includes a key to identifying insects that can affect vegetable production. Asparagus, beans and peas, carrots, crucifers, cucurbits, eggplant, lettuce, okra, onions, peppers, potatoes, sweet corn, sweetpotatoes, and tomatoes are covered specifically.

Viral Diseases of Tomato in the Greenhouse

By: Ella Reeves, Michelle Henson, Inga Meadows Vegetable Disease Information

This factsheet describes the symptoms and management of various viruses that can affect greenhouse tomato production in North Carolina.

Gray Leaf Spot of Tomato

By: Ella Reeves, Inga Meadows Vegetable Pathology Factsheets

This publication describes gray leaf spot of tomato. Disease management options are provided for conventional and organic growers and for homeowners.

Foliar Fungal Diseases on High Tunnel and Greenhouse Tomatoes

By: Amanda Scherer, Inga Meadows Vegetable Pathology Factsheets

This vegetable disease fact sheet discusses three foliar fungal diseases (Botrytis gray mold, leaf mold, and powdery mildew) of high tunnel and greenhouse tomatoes.

Anaerobic Soil Disinfestation for Management of Soilborne Pathogens in Tomato Production

By: Andres Sanabria-Velazquez, Tika Adhikari, Frank Louws Plant Disease Factsheets

Recent soil treatment experiments in NC pursue the development of integrated and biologically based systems compared to standard or optimized fumigation systems that can restore “tired soils” and reduce high pathogen inoculum pressure by researching how grower inputs, plant genetics, and microbiomes are interconnected. We seek to explore the usefulness of Anaerobic Soil Disinfestation (ASD) in current production systems to suppress soilborne pathogens (and weeds) and enhance carbon inputs in soils and yields.