Soil biodiversity and soil physical properties in a banana-based agroforestry system. Poster A21

Faced with the reduction of natural resources and climate changes, the development of agroecological practices reducing the dependence to chemical input is becoming urgent. Banana-based agroforestry system could be interesting for improving soil carbon storage, reducing erosion and promoting soil biodiversity. In Martinique, innovative banana farmers already started to grow banana for exportation in agroforestry systems. The aim of this study is to evaluate the effect of tree introduction on soil inveterate communities and the soil ecosystem services associated in real condition of production. To this purpose, three banana-based agroforestry fields were compared to three conventional banana fields (without tree). All fields had the same date of plantation, the same agronomic practices and the same soil type to avoid confounding factors. Abundance, biomass and biodiversity of soil macrofauna were measured annually during three years. The last year, soil infiltration rate, soil carbon storage, soil micro- and macro-porosity were measured. Biodiversity results from the first year show a contrasted response of each invertebrate taxa: Isopods, spiders and earwigs abundance were more impacted than other groups and showed a marked increase in agroforestry system. Earthworms abundance was not impacted but there was an increase the epigeic functional group observed only in agroforestry system probably due to an increase of standing litter mass. These trends were mirrored by a slight increase in porosity in the agroforestry systems, that was mostly attributed to changes in micro and mesoporosity. This led to slightly higher water retention capacity and lower soil bulk density in agroforestry systems. Contrastingly, macroporosity and infiltration rates did not change with the system.

Saved in:
Bibliographic Details
Main Authors: Coulis, Mathieu, Sauvadet, Marie, Mauriol, Christiane, Gervais, Laurent, Normand, Loïc, Edmond-Castaing, Joanie, Monsoreau, Loïc, Belliard, Nelly, Marville, Eliane
Format: conference_item biblioteca
Language:eng
Published: Université de Laval
Online Access:http://agritrop.cirad.fr/601973/
http://agritrop.cirad.fr/601973/1/ID601973.pdf
Tags: Add Tag
No Tags, Be the first to tag this record!
id dig-cirad-fr-601973
record_format koha
spelling dig-cirad-fr-6019732022-09-07T13:51:12Z http://agritrop.cirad.fr/601973/ http://agritrop.cirad.fr/601973/ Soil biodiversity and soil physical properties in a banana-based agroforestry system. Poster A21. Coulis Mathieu, Sauvadet Marie, Mauriol Christiane, Gervais Laurent, Normand Loïc, Edmond-Castaing Joanie, Monsoreau Loïc, Belliard Nelly, Marville Eliane. 2022. In : En transition vers un monde viable. Québec : Université de Laval-IUAF-ICRAF, Résumé, 1 p. Congrès mondial d'agroforesterie. 5, Québec, Canada, 17 Juillet 2022/20 Juillet 2022.https://www.agroforestry2022.org/fr <https://www.agroforestry2022.org/fr> Researchers Soil biodiversity and soil physical properties in a banana-based agroforestry system. Poster A21 Coulis, Mathieu Sauvadet, Marie Mauriol, Christiane Gervais, Laurent Normand, Loïc Edmond-Castaing, Joanie Monsoreau, Loïc Belliard, Nelly Marville, Eliane eng 2022 Université de Laval En transition vers un monde viable Faced with the reduction of natural resources and climate changes, the development of agroecological practices reducing the dependence to chemical input is becoming urgent. Banana-based agroforestry system could be interesting for improving soil carbon storage, reducing erosion and promoting soil biodiversity. In Martinique, innovative banana farmers already started to grow banana for exportation in agroforestry systems. The aim of this study is to evaluate the effect of tree introduction on soil inveterate communities and the soil ecosystem services associated in real condition of production. To this purpose, three banana-based agroforestry fields were compared to three conventional banana fields (without tree). All fields had the same date of plantation, the same agronomic practices and the same soil type to avoid confounding factors. Abundance, biomass and biodiversity of soil macrofauna were measured annually during three years. The last year, soil infiltration rate, soil carbon storage, soil micro- and macro-porosity were measured. Biodiversity results from the first year show a contrasted response of each invertebrate taxa: Isopods, spiders and earwigs abundance were more impacted than other groups and showed a marked increase in agroforestry system. Earthworms abundance was not impacted but there was an increase the epigeic functional group observed only in agroforestry system probably due to an increase of standing litter mass. These trends were mirrored by a slight increase in porosity in the agroforestry systems, that was mostly attributed to changes in micro and mesoporosity. This led to slightly higher water retention capacity and lower soil bulk density in agroforestry systems. Contrastingly, macroporosity and infiltration rates did not change with the system. conference_item info:eu-repo/semantics/conferenceObject Conference info:eu-repo/semantics/publishedVersion http://agritrop.cirad.fr/601973/1/ID601973.pdf text Cirad license info:eu-repo/semantics/openAccess https://agritrop.cirad.fr/mention_legale.html https://www.agroforestry2022.org/fr info:eu-repo/semantics/altIdentifier/purl/https://www.agroforestry2022.org/fr info:eu-repo/semantics/reference/purl/https://conferium.com/Clients/226_web/index.lasso?lang=fr
institution CIRAD FR
collection DSpace
country Francia
countrycode FR
component Bibliográfico
access En linea
databasecode dig-cirad-fr
tag biblioteca
region Europa del Oeste
libraryname Biblioteca del CIRAD Francia
language eng
description Faced with the reduction of natural resources and climate changes, the development of agroecological practices reducing the dependence to chemical input is becoming urgent. Banana-based agroforestry system could be interesting for improving soil carbon storage, reducing erosion and promoting soil biodiversity. In Martinique, innovative banana farmers already started to grow banana for exportation in agroforestry systems. The aim of this study is to evaluate the effect of tree introduction on soil inveterate communities and the soil ecosystem services associated in real condition of production. To this purpose, three banana-based agroforestry fields were compared to three conventional banana fields (without tree). All fields had the same date of plantation, the same agronomic practices and the same soil type to avoid confounding factors. Abundance, biomass and biodiversity of soil macrofauna were measured annually during three years. The last year, soil infiltration rate, soil carbon storage, soil micro- and macro-porosity were measured. Biodiversity results from the first year show a contrasted response of each invertebrate taxa: Isopods, spiders and earwigs abundance were more impacted than other groups and showed a marked increase in agroforestry system. Earthworms abundance was not impacted but there was an increase the epigeic functional group observed only in agroforestry system probably due to an increase of standing litter mass. These trends were mirrored by a slight increase in porosity in the agroforestry systems, that was mostly attributed to changes in micro and mesoporosity. This led to slightly higher water retention capacity and lower soil bulk density in agroforestry systems. Contrastingly, macroporosity and infiltration rates did not change with the system.
format conference_item
author Coulis, Mathieu
Sauvadet, Marie
Mauriol, Christiane
Gervais, Laurent
Normand, Loïc
Edmond-Castaing, Joanie
Monsoreau, Loïc
Belliard, Nelly
Marville, Eliane
spellingShingle Coulis, Mathieu
Sauvadet, Marie
Mauriol, Christiane
Gervais, Laurent
Normand, Loïc
Edmond-Castaing, Joanie
Monsoreau, Loïc
Belliard, Nelly
Marville, Eliane
Soil biodiversity and soil physical properties in a banana-based agroforestry system. Poster A21
author_facet Coulis, Mathieu
Sauvadet, Marie
Mauriol, Christiane
Gervais, Laurent
Normand, Loïc
Edmond-Castaing, Joanie
Monsoreau, Loïc
Belliard, Nelly
Marville, Eliane
author_sort Coulis, Mathieu
title Soil biodiversity and soil physical properties in a banana-based agroforestry system. Poster A21
title_short Soil biodiversity and soil physical properties in a banana-based agroforestry system. Poster A21
title_full Soil biodiversity and soil physical properties in a banana-based agroforestry system. Poster A21
title_fullStr Soil biodiversity and soil physical properties in a banana-based agroforestry system. Poster A21
title_full_unstemmed Soil biodiversity and soil physical properties in a banana-based agroforestry system. Poster A21
title_sort soil biodiversity and soil physical properties in a banana-based agroforestry system. poster a21
publisher Université de Laval
url http://agritrop.cirad.fr/601973/
http://agritrop.cirad.fr/601973/1/ID601973.pdf
work_keys_str_mv AT coulismathieu soilbiodiversityandsoilphysicalpropertiesinabananabasedagroforestrysystempostera21
AT sauvadetmarie soilbiodiversityandsoilphysicalpropertiesinabananabasedagroforestrysystempostera21
AT mauriolchristiane soilbiodiversityandsoilphysicalpropertiesinabananabasedagroforestrysystempostera21
AT gervaislaurent soilbiodiversityandsoilphysicalpropertiesinabananabasedagroforestrysystempostera21
AT normandloic soilbiodiversityandsoilphysicalpropertiesinabananabasedagroforestrysystempostera21
AT edmondcastaingjoanie soilbiodiversityandsoilphysicalpropertiesinabananabasedagroforestrysystempostera21
AT monsoreauloic soilbiodiversityandsoilphysicalpropertiesinabananabasedagroforestrysystempostera21
AT belliardnelly soilbiodiversityandsoilphysicalpropertiesinabananabasedagroforestrysystempostera21
AT marvilleeliane soilbiodiversityandsoilphysicalpropertiesinabananabasedagroforestrysystempostera21
_version_ 1758027188933754880