Optimum dosage of a new preemergence herbicide oxifluorfen (Commercial name GOAL) on the cassava planted in different soil types

The main objectives of this expt. were to study the optimum dosage of the preemergence herbicide, oxyfluorfen, on different soil types by evaluating the chemical injury on cassava leaves; investigate the relationship between the diameter of the cutting and the initial growth; analyze aspects of mine...

Descripción completa

Detalles Bibliográficos
Autores principales: Kano, Y, Leihner, D.E.
Formato: Informe técnico
Lenguaje:Inglés
Publicado: International Center for Tropical Agriculture 1978
Materias:
Acceso en línea:https://hdl.handle.net/10568/71752
_version_ 1855535895172612096
author Kano, Y
Leihner, D.E.
author_browse Kano, Y
Leihner, D.E.
author_facet Kano, Y
Leihner, D.E.
author_sort Kano, Y
collection Repository of Agricultural Research Outputs (CGSpace)
description The main objectives of this expt. were to study the optimum dosage of the preemergence herbicide, oxyfluorfen, on different soil types by evaluating the chemical injury on cassava leaves; investigate the relationship between the diameter of the cutting and the initial growth; analyze aspects of mineral nutrition of N- deficient plants; and obtain general information about the effect of urea leaf application to these plants. Injury by the herbicide increased with increasing application of oxyfluorfen; as soil content increased and clay content decreased, herbicide damage increased. These was no correlation of the diameter of the cutting to the germination rate or plant height. Fifty days after planting, the upper leaves of some plants showed N deficiency. Leaf application of 1 and 2 percent urea caused damage at the same degree of severity. (CIAT)
format Informe técnico
id CGSpace71752
institution CGIAR Consortium
language Inglés
publishDate 1978
publishDateRange 1978
publishDateSort 1978
publisher International Center for Tropical Agriculture
publisherStr International Center for Tropical Agriculture
record_format dspace
spelling CGSpace717522025-11-05T18:10:48Z Optimum dosage of a new preemergence herbicide oxifluorfen (Commercial name GOAL) on the cassava planted in different soil types Kano, Y Leihner, D.E. manihot esculenta deficiencies growth herbicides laboratory equipment mineral deficiencies plant development research soil physical properties starch crops weeding cultivation physiology plant physiology deficiencias crecimiento herbicidas experimentos de laboratorio deficiencias minerales desarrollo de la planta investigación propiedades fisicas del suelo cultivos amilaceos desyerba The main objectives of this expt. were to study the optimum dosage of the preemergence herbicide, oxyfluorfen, on different soil types by evaluating the chemical injury on cassava leaves; investigate the relationship between the diameter of the cutting and the initial growth; analyze aspects of mineral nutrition of N- deficient plants; and obtain general information about the effect of urea leaf application to these plants. Injury by the herbicide increased with increasing application of oxyfluorfen; as soil content increased and clay content decreased, herbicide damage increased. These was no correlation of the diameter of the cutting to the germination rate or plant height. Fifty days after planting, the upper leaves of some plants showed N deficiency. Leaf application of 1 and 2 percent urea caused damage at the same degree of severity. (CIAT) 1978 2016-02-29T17:12:34Z 2016-02-29T17:12:34Z Report https://hdl.handle.net/10568/71752 en Open Access application/pdf International Center for Tropical Agriculture KANO, Y.; LEIHNER, D.E. 1978. Optimum dosage of a new preemergence herbicide oxifluorfen (Commercial name GOAL) on the cassava planted in different soil types. Centro Internacional de Agricultura Tropical (CIAT), Cali, CO. 21 p. (Report 1)
spellingShingle manihot esculenta
deficiencies
growth
herbicides
laboratory equipment
mineral deficiencies
plant development
research
soil physical properties
starch crops
weeding
cultivation
physiology
plant physiology
deficiencias
crecimiento
herbicidas
experimentos de laboratorio
deficiencias minerales
desarrollo de la planta
investigación
propiedades fisicas del suelo
cultivos amilaceos
desyerba
Kano, Y
Leihner, D.E.
Optimum dosage of a new preemergence herbicide oxifluorfen (Commercial name GOAL) on the cassava planted in different soil types
title Optimum dosage of a new preemergence herbicide oxifluorfen (Commercial name GOAL) on the cassava planted in different soil types
title_full Optimum dosage of a new preemergence herbicide oxifluorfen (Commercial name GOAL) on the cassava planted in different soil types
title_fullStr Optimum dosage of a new preemergence herbicide oxifluorfen (Commercial name GOAL) on the cassava planted in different soil types
title_full_unstemmed Optimum dosage of a new preemergence herbicide oxifluorfen (Commercial name GOAL) on the cassava planted in different soil types
title_short Optimum dosage of a new preemergence herbicide oxifluorfen (Commercial name GOAL) on the cassava planted in different soil types
title_sort optimum dosage of a new preemergence herbicide oxifluorfen commercial name goal on the cassava planted in different soil types
topic manihot esculenta
deficiencies
growth
herbicides
laboratory equipment
mineral deficiencies
plant development
research
soil physical properties
starch crops
weeding
cultivation
physiology
plant physiology
deficiencias
crecimiento
herbicidas
experimentos de laboratorio
deficiencias minerales
desarrollo de la planta
investigación
propiedades fisicas del suelo
cultivos amilaceos
desyerba
url https://hdl.handle.net/10568/71752
work_keys_str_mv AT kanoy optimumdosageofanewpreemergenceherbicideoxifluorfencommercialnamegoalonthecassavaplantedindifferentsoiltypes
AT leihnerde optimumdosageofanewpreemergenceherbicideoxifluorfencommercialnamegoalonthecassavaplantedindifferentsoiltypes