cadusafos

Ecotoxicological impacts of organic pesticides on soil and aquatic ecosystems depend primarily on their behavior in soils. Actual… Expand

The productivity of chickpea, Cicer arietinum (L.), and tomato, Solanum lycopersicum (L.), is adversely affected by root-knot… Expand

Laboratory batch experiments were designed to study the adsorption of cadusafos on two types of soils: clay loamy and sandy… Expand

BACKGROUND The small number of available nematicides and restrictions on the use of non-fumigant nematicides owing to high… Expand

Pesticides used in banana production may enter watercourses and pose ecological risks for aquatic ecosystems. The occurrence and… Expand

An enrichment culture technique was used for the isolation of microorganisms responsible for the enhanced biodegradation of the… Expand

Six chlorpyrifos-degrading bacteria were isolated from an Australian soil and compared by biochemical and molecular methods. The… Expand

Rapid degradation of cadusafos was evident in soils collected from previously-treated field sites from a potato monoculture area… Expand

Current environmental awareness has led to a greater demand for alternative nematode control strategies. Three field experiments… Expand

The effect of the nematicide cadusafos on the hatching of the potato cyst nematode Globodera pallida in potato root diffusate… Expand