Preserving the viability of stored maize seed with fungicides
Moreno Martínez, E.
Preserving the viability of stored maize seed with fungicides - United States of America : American Phytopathological Society, 1981.
Peer review
Maize seeds of 9.8 and 16.0% moisture were inoculated with spores of storage fungi, treated with 750 ppm of active ingredient of fungicide (benomyl, captan, captafol. chlorothalonil, carbendazim plus maneb, dichlofluanid, and thiabendazole), and stored at 85% relative humidity. Treated samples with 9.8% initial moisture content germinated 82-93% after 150 days, compared with 14% in untreated controls. Germination after 102 days in samples with 16.0% initial moisture content ranged from 7% in untreated controls and seeds treated with thiabendazole to 92% in seeds treated with carbendazim plus maneb.
Text in English
0191-2917 1943-7692 (Online)
https://doi.org/10.1094/PD-65-260
Viability
Maize
Seeds
Cereals
Germination
Fungicides
Benomyl
Captan
Captafol
Chlorothalonil
Carbendazim
Dichlofluanid
Thiabendazole
Preserving the viability of stored maize seed with fungicides - United States of America : American Phytopathological Society, 1981.
Peer review
Maize seeds of 9.8 and 16.0% moisture were inoculated with spores of storage fungi, treated with 750 ppm of active ingredient of fungicide (benomyl, captan, captafol. chlorothalonil, carbendazim plus maneb, dichlofluanid, and thiabendazole), and stored at 85% relative humidity. Treated samples with 9.8% initial moisture content germinated 82-93% after 150 days, compared with 14% in untreated controls. Germination after 102 days in samples with 16.0% initial moisture content ranged from 7% in untreated controls and seeds treated with thiabendazole to 92% in seeds treated with carbendazim plus maneb.
Text in English
0191-2917 1943-7692 (Online)
https://doi.org/10.1094/PD-65-260
Viability
Maize
Seeds
Cereals
Germination
Fungicides
Benomyl
Captan
Captafol
Chlorothalonil
Carbendazim
Dichlofluanid
Thiabendazole