UPTAKE, TRANSLOCATION AND PERSISTANCE OF CARBENDAZIM IN COCONUT IN RELATION TO CONTROL OF STEM BLEEDING DISEASE

Uptake, translocation and persistance of carbendazim in coconut in relation to control of stem bleeding caused by Thielaviopsis paradoxa was studied. The fungicide when applied through a single root @ 10g Bavistin/palm, was detected up to 2m height in the trunk of treged palms on feeding side, where...

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Main Authors: ANIL KUMAR, K.K.N. Nambiar, S.R. VOLETI
Format: Article
Language:English
Published: International Coconut Community 1992-12-01
Series:CORD
Subjects:
Online Access:https://journal.coconutcommunity.org/index.php/journalicc/article/view/262
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author ANIL KUMAR
K.K.N. Nambiar
S.R. VOLETI
author_facet ANIL KUMAR
K.K.N. Nambiar
S.R. VOLETI
author_sort ANIL KUMAR
collection DOAJ
description Uptake, translocation and persistance of carbendazim in coconut in relation to control of stem bleeding caused by Thielaviopsis paradoxa was studied. The fungicide when applied through a single root @ 10g Bavistin/palm, was detected up to 2m height in the trunk of treged palms on feeding side, whereas no fungicide was detected from remaining three sides. In the former case, the furigicide accumulated in sufficient concentrations to arrest the internal decay for six months. The residues detected in nut water from nuts of different maturity from treated adult palms (20 ‑ 25 yrs.) were within safe limits.
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spelling doaj.art-73ad8334b37947d0bf1b2a60bf0c9a842022-12-21T17:57:42ZengInternational Coconut CommunityCORD0215-11622721-88561992-12-0108023035https://doi.org/10.37833/cord.v8i02.262UPTAKE, TRANSLOCATION AND PERSISTANCE OF CARBENDAZIM IN COCONUT IN RELATION TO CONTROL OF STEM BLEEDING DISEASEANIL KUMARK.K.N. NambiarS.R. VOLETIUptake, translocation and persistance of carbendazim in coconut in relation to control of stem bleeding caused by Thielaviopsis paradoxa was studied. The fungicide when applied through a single root @ 10g Bavistin/palm, was detected up to 2m height in the trunk of treged palms on feeding side, whereas no fungicide was detected from remaining three sides. In the former case, the furigicide accumulated in sufficient concentrations to arrest the internal decay for six months. The residues detected in nut water from nuts of different maturity from treated adult palms (20 ‑ 25 yrs.) were within safe limits.https://journal.coconutcommunity.org/index.php/journalicc/article/view/262stem bleeding diseasetranslocationpersistance of carbendazim
spellingShingle ANIL KUMAR
K.K.N. Nambiar
S.R. VOLETI
UPTAKE, TRANSLOCATION AND PERSISTANCE OF CARBENDAZIM IN COCONUT IN RELATION TO CONTROL OF STEM BLEEDING DISEASE
CORD
stem bleeding disease
translocation
persistance of carbendazim
title UPTAKE, TRANSLOCATION AND PERSISTANCE OF CARBENDAZIM IN COCONUT IN RELATION TO CONTROL OF STEM BLEEDING DISEASE
title_full UPTAKE, TRANSLOCATION AND PERSISTANCE OF CARBENDAZIM IN COCONUT IN RELATION TO CONTROL OF STEM BLEEDING DISEASE
title_fullStr UPTAKE, TRANSLOCATION AND PERSISTANCE OF CARBENDAZIM IN COCONUT IN RELATION TO CONTROL OF STEM BLEEDING DISEASE
title_full_unstemmed UPTAKE, TRANSLOCATION AND PERSISTANCE OF CARBENDAZIM IN COCONUT IN RELATION TO CONTROL OF STEM BLEEDING DISEASE
title_short UPTAKE, TRANSLOCATION AND PERSISTANCE OF CARBENDAZIM IN COCONUT IN RELATION TO CONTROL OF STEM BLEEDING DISEASE
title_sort uptake translocation and persistance of carbendazim in coconut in relation to control of stem bleeding disease
topic stem bleeding disease
translocation
persistance of carbendazim
url https://journal.coconutcommunity.org/index.php/journalicc/article/view/262
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AT srvoleti uptaketranslocationandpersistanceofcarbendazimincoconutinrelationtocontrolofstembleedingdisease