Effects of methane gas plant residues, cattle manure and artificial fertilizers on coffee yield and quality in Kenya

A study was conducted over a period of 12 years on the effect of various types of methane gas plant residues in comparison with cattle manure and artificial fertilizers on coffee yield and quality at Koru in the West of the Rift Valley, Kenya. Overall addition of artificial fertilizer (NPK) significantly increased clean coffee yields. Addition of organic manures did not significantly increase clean coffee yields. However, cattle manure gave the highest response followed by sludge and compost manure applications. In the absence of artificial fertilizer cattle manure gave the highest positive response, while liquid manure gave a significantly negative response. Although no significant differences were observed among the treatments where manure and artificial fertilizer were applied, highest responses were observed where cattle, compost and sludge manure were applied. Liquid manure and compost plus liquid manure gave the lowest response. Organic manure and artificial fertilizer had nosignificant effect on the proportion of large sized coffee beans (per cent grade "A" sized beans). However artificial fertilizer was observed to lower the percentage grade "A" sized beans

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Bibliographic Details
Main Author: 99507 Njoroge, J.M.
Format: biblioteca
Published: 1988
Subjects:COFFEA ARABICA, METANO, ESTIERCOL DE VACA, FERTILIZANTES NPK, RENDIMIENTO, CALIDAD, KENIA,
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spelling KOHA-OAI-BVE:812752020-02-03T21:48:37ZEffects of methane gas plant residues, cattle manure and artificial fertilizers on coffee yield and quality in Kenya 99507 Njoroge, J.M. 1988A study was conducted over a period of 12 years on the effect of various types of methane gas plant residues in comparison with cattle manure and artificial fertilizers on coffee yield and quality at Koru in the West of the Rift Valley, Kenya. Overall addition of artificial fertilizer (NPK) significantly increased clean coffee yields. Addition of organic manures did not significantly increase clean coffee yields. However, cattle manure gave the highest response followed by sludge and compost manure applications. In the absence of artificial fertilizer cattle manure gave the highest positive response, while liquid manure gave a significantly negative response. Although no significant differences were observed among the treatments where manure and artificial fertilizer were applied, highest responses were observed where cattle, compost and sludge manure were applied. Liquid manure and compost plus liquid manure gave the lowest response. Organic manure and artificial fertilizer had nosignificant effect on the proportion of large sized coffee beans (per cent grade "A" sized beans). However artificial fertilizer was observed to lower the percentage grade "A" sized beansA study was conducted over a period of 12 years on the effect of various types of methane gas plant residues in comparison with cattle manure and artificial fertilizers on coffee yield and quality at Koru in the West of the Rift Valley, Kenya. Overall addition of artificial fertilizer (NPK) significantly increased clean coffee yields. Addition of organic manures did not significantly increase clean coffee yields. However, cattle manure gave the highest response followed by sludge and compost manure applications. In the absence of artificial fertilizer cattle manure gave the highest positive response, while liquid manure gave a significantly negative response. Although no significant differences were observed among the treatments where manure and artificial fertilizer were applied, highest responses were observed where cattle, compost and sludge manure were applied. Liquid manure and compost plus liquid manure gave the lowest response. Organic manure and artificial fertilizer had nosignificant effect on the proportion of large sized coffee beans (per cent grade "A" sized beans). However artificial fertilizer was observed to lower the percentage grade "A" sized beansCOFFEA ARABICAMETANOESTIERCOL DE VACAFERTILIZANTES NPKRENDIMIENTOCALIDADKENIAKenya Coffee (Kenia)
institution IICA
collection Koha
country Costa Rica
countrycode CR
component Bibliográfico
access En linea
databasecode cat-sibiica
tag biblioteca
region America Central
libraryname Sistema de Bibliotecas IICA/CATIE
topic COFFEA ARABICA
METANO
ESTIERCOL DE VACA
FERTILIZANTES NPK
RENDIMIENTO
CALIDAD
KENIA
COFFEA ARABICA
METANO
ESTIERCOL DE VACA
FERTILIZANTES NPK
RENDIMIENTO
CALIDAD
KENIA
spellingShingle COFFEA ARABICA
METANO
ESTIERCOL DE VACA
FERTILIZANTES NPK
RENDIMIENTO
CALIDAD
KENIA
COFFEA ARABICA
METANO
ESTIERCOL DE VACA
FERTILIZANTES NPK
RENDIMIENTO
CALIDAD
KENIA
99507 Njoroge, J.M.
Effects of methane gas plant residues, cattle manure and artificial fertilizers on coffee yield and quality in Kenya
description A study was conducted over a period of 12 years on the effect of various types of methane gas plant residues in comparison with cattle manure and artificial fertilizers on coffee yield and quality at Koru in the West of the Rift Valley, Kenya. Overall addition of artificial fertilizer (NPK) significantly increased clean coffee yields. Addition of organic manures did not significantly increase clean coffee yields. However, cattle manure gave the highest response followed by sludge and compost manure applications. In the absence of artificial fertilizer cattle manure gave the highest positive response, while liquid manure gave a significantly negative response. Although no significant differences were observed among the treatments where manure and artificial fertilizer were applied, highest responses were observed where cattle, compost and sludge manure were applied. Liquid manure and compost plus liquid manure gave the lowest response. Organic manure and artificial fertilizer had nosignificant effect on the proportion of large sized coffee beans (per cent grade "A" sized beans). However artificial fertilizer was observed to lower the percentage grade "A" sized beans
format
topic_facet COFFEA ARABICA
METANO
ESTIERCOL DE VACA
FERTILIZANTES NPK
RENDIMIENTO
CALIDAD
KENIA
author 99507 Njoroge, J.M.
author_facet 99507 Njoroge, J.M.
author_sort 99507 Njoroge, J.M.
title Effects of methane gas plant residues, cattle manure and artificial fertilizers on coffee yield and quality in Kenya
title_short Effects of methane gas plant residues, cattle manure and artificial fertilizers on coffee yield and quality in Kenya
title_full Effects of methane gas plant residues, cattle manure and artificial fertilizers on coffee yield and quality in Kenya
title_fullStr Effects of methane gas plant residues, cattle manure and artificial fertilizers on coffee yield and quality in Kenya
title_full_unstemmed Effects of methane gas plant residues, cattle manure and artificial fertilizers on coffee yield and quality in Kenya
title_sort effects of methane gas plant residues, cattle manure and artificial fertilizers on coffee yield and quality in kenya
publishDate 1988
work_keys_str_mv AT 99507njorogejm effectsofmethanegasplantresiduescattlemanureandartificialfertilizersoncoffeeyieldandqualityinkenya
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