EVALUATION OF THE BIOINDICATORS OF SOIL QUALITY IN THREE ALTITUDINAL ZONES OF TUNGURAHUA, ECUADOR

The objective of the work was to evaluate the soil quality of the micro basin Jun Jun, by registering bioindicators such as Lumbricus terrestris. Three altitudes were selected in the micro basin 3027, 3210 and 3405 meters above sea level. In each of them, 3 earthworm samplings were carried out in so...

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Main Authors: Wilfrido Ángel Yanez, P. Pomboza-Tamaquiza, L. Valle-Velastegui, Luis Villacis, Vanessa Frutos
Format: Article
Language:English
Published: Universidad Autónoma de Yucatán 2018-04-01
Series:Tropical and Subtropical Agroecosystems
Subjects:
Online Access:https://www.revista.ccba.uady.mx/ojs/index.php/TSA/article/view/2593
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spelling doaj-077aabb1ef9d4d689c716f794bee50952020-11-27T14:59:52ZengUniversidad Autónoma de YucatánTropical and Subtropical Agroecosystems1870-04622018-04-01211785EVALUATION OF THE BIOINDICATORS OF SOIL QUALITY IN THREE ALTITUDINAL ZONES OF TUNGURAHUA, ECUADORWilfrido Ángel Yanez0P. Pomboza-TamaquizaL. Valle-VelasteguiLuis VillacisVanessa FrutosUniversiad Tecnica de AmbatoThe objective of the work was to evaluate the soil quality of the micro basin Jun Jun, by registering bioindicators such as Lumbricus terrestris. Three altitudes were selected in the micro basin 3027, 3210 and 3405 meters above sea level. In each of them, 3 earthworm samplings were carried out in soils with pastures (P) and soils without fallow crops (B), 18 samplings were carried out. The relation of the bioindicators with the amount of organic matter (OM, CO, pH, temperature and Total Nitrogen) existing in the soil was established. With emphasis on the L. terrestris, the count was made following the methodology developed by the United States Department of Agriculture. The soils of the upper part had a higher (P = 0.0041) density of earthworms (18.75 individuals / m2) and the soils of the middle zone had a lower density (0.50 individuals / m2). The results reflect the intensification by mechanization and use of pesticides that are receiving these soils, as well as a weak contribution of the ecological functions of earthworms to the soil.https://www.revista.ccba.uady.mx/ojs/index.php/TSA/article/view/2593bioindicadoreslumbricus terrestriscalidad del suelomicrocuenca.
collection DOAJ
language English
format Article
sources DOAJ
author Wilfrido Ángel Yanez
P. Pomboza-Tamaquiza
L. Valle-Velastegui
Luis Villacis
Vanessa Frutos
spellingShingle Wilfrido Ángel Yanez
P. Pomboza-Tamaquiza
L. Valle-Velastegui
Luis Villacis
Vanessa Frutos
EVALUATION OF THE BIOINDICATORS OF SOIL QUALITY IN THREE ALTITUDINAL ZONES OF TUNGURAHUA, ECUADOR
Tropical and Subtropical Agroecosystems
bioindicadores
lumbricus terrestris
calidad del suelo
microcuenca.
author_facet Wilfrido Ángel Yanez
P. Pomboza-Tamaquiza
L. Valle-Velastegui
Luis Villacis
Vanessa Frutos
author_sort Wilfrido Ángel Yanez
title EVALUATION OF THE BIOINDICATORS OF SOIL QUALITY IN THREE ALTITUDINAL ZONES OF TUNGURAHUA, ECUADOR
title_short EVALUATION OF THE BIOINDICATORS OF SOIL QUALITY IN THREE ALTITUDINAL ZONES OF TUNGURAHUA, ECUADOR
title_full EVALUATION OF THE BIOINDICATORS OF SOIL QUALITY IN THREE ALTITUDINAL ZONES OF TUNGURAHUA, ECUADOR
title_fullStr EVALUATION OF THE BIOINDICATORS OF SOIL QUALITY IN THREE ALTITUDINAL ZONES OF TUNGURAHUA, ECUADOR
title_full_unstemmed EVALUATION OF THE BIOINDICATORS OF SOIL QUALITY IN THREE ALTITUDINAL ZONES OF TUNGURAHUA, ECUADOR
title_sort evaluation of the bioindicators of soil quality in three altitudinal zones of tungurahua, ecuador
publisher Universidad Autónoma de Yucatán
series Tropical and Subtropical Agroecosystems
issn 1870-0462
publishDate 2018-04-01
description The objective of the work was to evaluate the soil quality of the micro basin Jun Jun, by registering bioindicators such as Lumbricus terrestris. Three altitudes were selected in the micro basin 3027, 3210 and 3405 meters above sea level. In each of them, 3 earthworm samplings were carried out in soils with pastures (P) and soils without fallow crops (B), 18 samplings were carried out. The relation of the bioindicators with the amount of organic matter (OM, CO, pH, temperature and Total Nitrogen) existing in the soil was established. With emphasis on the L. terrestris, the count was made following the methodology developed by the United States Department of Agriculture. The soils of the upper part had a higher (P = 0.0041) density of earthworms (18.75 individuals / m2) and the soils of the middle zone had a lower density (0.50 individuals / m2). The results reflect the intensification by mechanization and use of pesticides that are receiving these soils, as well as a weak contribution of the ecological functions of earthworms to the soil.
topic bioindicadores
lumbricus terrestris
calidad del suelo
microcuenca.
url https://www.revista.ccba.uady.mx/ojs/index.php/TSA/article/view/2593
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AT vanessafrutos evaluationofthebioindicatorsofsoilqualityinthreealtitudinalzonesoftungurahuaecuador
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