Notify me when new publications are added.
This factsheet describes bacterial blight of cotton, including identification and disease management.
This guide for growers, updated annually, provides information on production and pest management practices applicable to growing flue-cured tobacco in North Carolina.
This factsheet discusses pythium root and crown rot in industrial hemp production.
Gray mold of industrial hemp is common to most regions that produce this crop. It is favored by cool, wet conditions, and may cause significant losses.
Black shank is an economically important disease of tobacco that threatens production in North Carolina. This factsheet provides information about the causal organism (Phytophthora nicotianae) and its management.
Nematodes are an economically important pest for flue-cured tobacco production. Root knot nematode is particularly damaging due to the wide host range and number of species of root knot nematode found in North Carolina.
This publication covers disease control in a variety of crops.
2019 Cotton Information is meant to help growers plan for the coming year and make management decisions based on the unique opportunities and challenges the year might bring.
This publication provides information to growers about soybean production in North Carolina. It discusses economic trends and forecasts, cultural practices, variety selection, planting decisions, nutrient management, diseases and pests, and other production practices.
Root knot nematodes can cause significant damages to soybean fields in North Carolina. This factsheet describes the different species of root knot nematodes and their management in soybean production.
Soybean Sudden Death Syndrome (SDS) first appeared in Arkansas in 1971 and has since spread to almost every soybean producing state. SDS rarely affects plants in North Carolina, but losses are seen when infections are concurrent with soybean cyst nematode infections or cool, wet environmental conditions. This factsheet describes SDS and its management in North Carolina.
This factsheet shares the symptoms and control of Granville Wilt, a devastating disease of tobacco in North Carolina.
Seedling diseases are a major disease concern for North Carolina cotton production. Numerous fungi are capable of causing seedling disease, and potential damages are heavily influenced by environmental conditions.
This soybean disease factsheet describes southern stem canker, a disease of soybeans in North Carolina.
Soybean cyst nematode limits yields in every major soybean production region worldwide. This disease note describes SCN in North Carolina and its management.
This publication, chapter 8 of the North Carolina Soybean Production Guide, discusses disease management in soybean production.
Common and southern corn rusts may affect corn in North Carolina. Management for each is specific to the rust, and proper identification is necessary to determine the appropriate tools to use.
Cotton root knot nematodes are capable of causing significant losses to cotton production. In addition to direct damage, root knot nematode can allow for secondary pathogens to impact yields, as well. This publication describes root knot nematodes and their management in cotton.
Due to the limited availability of methyl bromide, tobacco growers need other methods to sanitize float trays prior to reseeding every year. This factsheet offers information on using steam as an alternative.
This chapter of the North Carolina Organic Commodities Production Guide covers key management practices for organic flue-cured tobacco production.
This publication, chapter 9 of the 2019 Cotton Information handbook, covers disease management practices for cotton production.
This publication discusses the trends identified by research on the impacts of foliar fungicides and fertilizers on soybean yields in various environments across North Carolina.
This publication, chapter 8 of the 2019 Flue-Cured Tobacco Information handbook, covers disease management in tobacco production.
This publication discusses trends identified in how nonfoliar yield enhancement products affected soybean yield over the past five years across 15 locations in North Carolina.