Perspectives for organic crop production in the tropics (Número de registro

Because of the more favourable environment for crop pests and diseases, higher decomposition rates and loss of nutrients through leaching, tropical environments would not, at first, seem to be very productive for crop production without the use of agrochemicals. However, when agrochemical use was suspended on an experiment which had been in maize and bean production for twelve years and which received frequent applications of insecticides, fungicides, herbicides and mineral fertilizers, crop yields increased when nutrients were supplied from chichen manure, weed was controlled manually and by green cover with Canavalia ensiformis (L.), and insects and diseases were controlled by spraying with a liquified mixture of garlic, capsicum pepper and soap. The use of the variety of biological systems seems to provide a promising environment for the development of diverse sustainable organic production systems which will sustain human nutrition of current and future generations.

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Bibliographic Details
Main Authors: Schlöenvoigt, Andrea, Kass, Donald, Jiménez Otárola, Francisco, Siles Calvo, Jackeline, Chesney, Patrick E.
Format: Artículo biblioteca
Language:English
Published: 1999
Subjects:CANAVALIA ENSIFORMIS, AGRICULTURA ORGANICA, CULTIVOS, PRODUCCION, PROTECCION AMBIENTAL, ABONOS ORGANICOS, ABONOS VERDES,
Online Access:https://repositorio.catie.ac.cr/handle/11554/8385
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spelling dig-catie-11554-83852021-12-22T19:23:01Z Perspectives for organic crop production in the tropics (Número de registro Schlöenvoigt, Andrea Kass, Donald Jiménez Otárola, Francisco Siles Calvo, Jackeline Chesney, Patrick E. CANAVALIA ENSIFORMIS AGRICULTURA ORGANICA CULTIVOS PRODUCCION PROTECCION AMBIENTAL ABONOS ORGANICOS ABONOS VERDES Because of the more favourable environment for crop pests and diseases, higher decomposition rates and loss of nutrients through leaching, tropical environments would not, at first, seem to be very productive for crop production without the use of agrochemicals. However, when agrochemical use was suspended on an experiment which had been in maize and bean production for twelve years and which received frequent applications of insecticides, fungicides, herbicides and mineral fertilizers, crop yields increased when nutrients were supplied from chichen manure, weed was controlled manually and by green cover with Canavalia ensiformis (L.), and insects and diseases were controlled by spraying with a liquified mixture of garlic, capsicum pepper and soap. The use of the variety of biological systems seems to provide a promising environment for the development of diverse sustainable organic production systems which will sustain human nutrition of current and future generations. 2016-07-14T14:10:18Z 2016-07-14T14:10:18Z 1999 Artículo https://repositorio.catie.ac.cr/handle/11554/8385 en Abstracts of the 1999 Annual Meeting of the American Society of Agronomy, Crop SciencieSociety of America and Soil Science Society of America. Salt Lake City, 31 october - 04 November 1999, página 68 info:eu-repo/semantics/openAccess application/pdf
institution CATIE
collection DSpace
country Costa Rica
countrycode CR
component Bibliográfico
access En linea
databasecode dig-catie
tag biblioteca
region America Central
libraryname Biblioteca Conmemorativa Orton
language English
topic CANAVALIA ENSIFORMIS
AGRICULTURA ORGANICA
CULTIVOS
PRODUCCION
PROTECCION AMBIENTAL
ABONOS ORGANICOS
ABONOS VERDES
CANAVALIA ENSIFORMIS
AGRICULTURA ORGANICA
CULTIVOS
PRODUCCION
PROTECCION AMBIENTAL
ABONOS ORGANICOS
ABONOS VERDES
spellingShingle CANAVALIA ENSIFORMIS
AGRICULTURA ORGANICA
CULTIVOS
PRODUCCION
PROTECCION AMBIENTAL
ABONOS ORGANICOS
ABONOS VERDES
CANAVALIA ENSIFORMIS
AGRICULTURA ORGANICA
CULTIVOS
PRODUCCION
PROTECCION AMBIENTAL
ABONOS ORGANICOS
ABONOS VERDES
Schlöenvoigt, Andrea
Kass, Donald
Jiménez Otárola, Francisco
Siles Calvo, Jackeline
Chesney, Patrick E.
Perspectives for organic crop production in the tropics (Número de registro
description Because of the more favourable environment for crop pests and diseases, higher decomposition rates and loss of nutrients through leaching, tropical environments would not, at first, seem to be very productive for crop production without the use of agrochemicals. However, when agrochemical use was suspended on an experiment which had been in maize and bean production for twelve years and which received frequent applications of insecticides, fungicides, herbicides and mineral fertilizers, crop yields increased when nutrients were supplied from chichen manure, weed was controlled manually and by green cover with Canavalia ensiformis (L.), and insects and diseases were controlled by spraying with a liquified mixture of garlic, capsicum pepper and soap. The use of the variety of biological systems seems to provide a promising environment for the development of diverse sustainable organic production systems which will sustain human nutrition of current and future generations.
format Artículo
topic_facet CANAVALIA ENSIFORMIS
AGRICULTURA ORGANICA
CULTIVOS
PRODUCCION
PROTECCION AMBIENTAL
ABONOS ORGANICOS
ABONOS VERDES
author Schlöenvoigt, Andrea
Kass, Donald
Jiménez Otárola, Francisco
Siles Calvo, Jackeline
Chesney, Patrick E.
author_facet Schlöenvoigt, Andrea
Kass, Donald
Jiménez Otárola, Francisco
Siles Calvo, Jackeline
Chesney, Patrick E.
author_sort Schlöenvoigt, Andrea
title Perspectives for organic crop production in the tropics (Número de registro
title_short Perspectives for organic crop production in the tropics (Número de registro
title_full Perspectives for organic crop production in the tropics (Número de registro
title_fullStr Perspectives for organic crop production in the tropics (Número de registro
title_full_unstemmed Perspectives for organic crop production in the tropics (Número de registro
title_sort perspectives for organic crop production in the tropics (número de registro
publishDate 1999
url https://repositorio.catie.ac.cr/handle/11554/8385
work_keys_str_mv AT schloenvoigtandrea perspectivesfororganiccropproductioninthetropicsnumeroderegistro
AT kassdonald perspectivesfororganiccropproductioninthetropicsnumeroderegistro
AT jimenezotarolafrancisco perspectivesfororganiccropproductioninthetropicsnumeroderegistro
AT silescalvojackeline perspectivesfororganiccropproductioninthetropicsnumeroderegistro
AT chesneypatricke perspectivesfororganiccropproductioninthetropicsnumeroderegistro
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