Effect of soil fertility management practices on nematode destroying fungi in Taita, Kenya

The effect of soil fertility management practices on nematode destroying fungi was investigated for three seasons in Taita, Kenya. The study aimed at identifying soil fertility practice that promoted nematode destroying fungi in the soil. Field experiments were established in Taita district, the tre...

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Main Authors: Wachira, Peter M, Okoth, S., Kimenju, J.W., Mibey, RK, Kiarie, J
Format: Journal Article
Language:Inglés
Published: 2011
Subjects:
Online Access:https://hdl.handle.net/10568/43110
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author Wachira, Peter M
Okoth, S.
Kimenju, J.W.
Mibey, RK
Kiarie, J
author_browse Kiarie, J
Kimenju, J.W.
Mibey, RK
Okoth, S.
Wachira, Peter M
author_facet Wachira, Peter M
Okoth, S.
Kimenju, J.W.
Mibey, RK
Kiarie, J
author_sort Wachira, Peter M
collection Repository of Agricultural Research Outputs (CGSpace)
description The effect of soil fertility management practices on nematode destroying fungi was investigated for three seasons in Taita, Kenya. The study aimed at identifying soil fertility practice that promoted nematode destroying fungi in the soil. Field experiments were established in Taita district, the treatments comprised of Mavuno fertilizer, Triple super- phosphate and calcium ammonium nitrate (TSP+CAN), cow manure and a control where no amendments were applied. This experiment was replicated in ten farms and repeated in three planting seasons. Isolation of nematode destroying fungi carried out was using the soil sprinkle technique and the isolates were identified using the key described by Cooke and Godfrey (1964). There were significant difference (P= 1.705 x 10-06) in occurrence of the nematode destroying fungi between soil fertility treatments. The highest mean (1.6) occurrence of nematode destroying fungi was recorded in soils amended with cow manure and the least (0.7) was recorded in soils from the control plots. A mean of 0.78 was recorded in soils from both TSP+CAN and Mavuno fertilizers. Plots amended with cow manure presented the highest diversity of nematodes followed by the control, then TSP+CAN and least in Mavuno with shannon indices of 0.34, 0.15, 0.13 and 0.11 respectively. Sixty percent of all the isolated nematode destroying fungi genera were from plots treated with cow manure and only twenty percent were from plots amended with the inorganic fertilizer. The control plots recorded higher number of nematode destroying fungi compared to the soils that received inorganic fertilizers.
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spelling CGSpace431102023-02-15T05:19:13Z Effect of soil fertility management practices on nematode destroying fungi in Taita, Kenya Wachira, Peter M Okoth, S. Kimenju, J.W. Mibey, RK Kiarie, J soil fertility nematodes manures soil fungi inorganic fertilizers organic amendments fertilidad de suelos nemátodos estiércol hongos del suelo abonos inorgánicos enmiendas orgánicas The effect of soil fertility management practices on nematode destroying fungi was investigated for three seasons in Taita, Kenya. The study aimed at identifying soil fertility practice that promoted nematode destroying fungi in the soil. Field experiments were established in Taita district, the treatments comprised of Mavuno fertilizer, Triple super- phosphate and calcium ammonium nitrate (TSP+CAN), cow manure and a control where no amendments were applied. This experiment was replicated in ten farms and repeated in three planting seasons. Isolation of nematode destroying fungi carried out was using the soil sprinkle technique and the isolates were identified using the key described by Cooke and Godfrey (1964). There were significant difference (P= 1.705 x 10-06) in occurrence of the nematode destroying fungi between soil fertility treatments. The highest mean (1.6) occurrence of nematode destroying fungi was recorded in soils amended with cow manure and the least (0.7) was recorded in soils from the control plots. A mean of 0.78 was recorded in soils from both TSP+CAN and Mavuno fertilizers. Plots amended with cow manure presented the highest diversity of nematodes followed by the control, then TSP+CAN and least in Mavuno with shannon indices of 0.34, 0.15, 0.13 and 0.11 respectively. Sixty percent of all the isolated nematode destroying fungi genera were from plots treated with cow manure and only twenty percent were from plots amended with the inorganic fertilizer. The control plots recorded higher number of nematode destroying fungi compared to the soils that received inorganic fertilizers. 2011 2014-09-24T08:41:38Z 2014-09-24T08:41:38Z Journal Article https://hdl.handle.net/10568/43110 en Open Access Wachira, Peter, Sheila Okoth, John Kimenju, Richard Mibey, and Jane Kiarie. Effect of soil fertility management practices on nematode destroying fungi in Taita, Kenya. Tropical and Subtropical Agroecosystems [Online], 13.1 (2011): 43-49. Web. 13 Jun. 2014
spellingShingle soil fertility
nematodes
manures
soil fungi
inorganic fertilizers
organic amendments
fertilidad de suelos
nemátodos
estiércol
hongos del suelo
abonos inorgánicos
enmiendas orgánicas
Wachira, Peter M
Okoth, S.
Kimenju, J.W.
Mibey, RK
Kiarie, J
Effect of soil fertility management practices on nematode destroying fungi in Taita, Kenya
title Effect of soil fertility management practices on nematode destroying fungi in Taita, Kenya
title_full Effect of soil fertility management practices on nematode destroying fungi in Taita, Kenya
title_fullStr Effect of soil fertility management practices on nematode destroying fungi in Taita, Kenya
title_full_unstemmed Effect of soil fertility management practices on nematode destroying fungi in Taita, Kenya
title_short Effect of soil fertility management practices on nematode destroying fungi in Taita, Kenya
title_sort effect of soil fertility management practices on nematode destroying fungi in taita kenya
topic soil fertility
nematodes
manures
soil fungi
inorganic fertilizers
organic amendments
fertilidad de suelos
nemátodos
estiércol
hongos del suelo
abonos inorgánicos
enmiendas orgánicas
url https://hdl.handle.net/10568/43110
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