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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.
Experimentos recientes de tratamiento de suelos en Carolina del Norte bucan el desarrollo de sistemas integrados y de base biológica en comparación con los sistemas de fumigación estándar u optimizados que pueden restaurar "suelos cansados" y reducir la alta presión del inóculo de patógenos mediante la investigación de cómo se interconectan los insumos de los productores, la genética de las plantas y los microbiomas. La investigación busca explorar la utilidad de la desinfestación anaeróbica del suelo (ASD) en los sistemas de producción actuales para suprimir los patógenos (y las malezas) transmitidos por el suelo y mejorar los aportes de carbono en los suelos y los rendimientos.
In the Southeast United States (USA), strawberries are grown as an annual crop. Several on-farm research studies have been conducted over the last 15 years to develop economically viable non-fumigant soil-borne disease management programs. Researchers discovered ‘Anaerobic Soil Disinfestation (ASD)’, also known as ‘Biological Soil Disinfestation (BSD)’, is a ‘game changer’ alternative for managing several soil-borne diseases, plant-parasitic nematodes, and weeds in vegetable and fruit crops.
