Promoting Social Learning in Soil Water and Nutrients Management Using Farmer—Friendly Monitoring Technology

Soil water management is typically by trial and error among smallholder farmers. Social learning in the use of farmer—friendly soil-water and nutrients monitoring tools were promoted in Malawi to improve productivity. A simple tool (chameleon) which was designed to fit the mental model of...

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Main Authors: Isaac Rhinnexious Fandika, Richard Stirzaker, Grivin Chipula
Format: Article
Language:English
Published: MDPI AG 2019-12-01
Series:Proceedings
Subjects:
Online Access:https://www.mdpi.com/2504-3900/36/1/19
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spelling doaj-6fcb215d658b49c49a9c76ecfa05f2a02020-11-25T01:54:14ZengMDPI AGProceedings2504-39002019-12-013611910.3390/proceedings2019036019proceedings2019036019Promoting Social Learning in Soil Water and Nutrients Management Using Farmer—Friendly Monitoring TechnologyIsaac Rhinnexious Fandika0Richard Stirzaker1Grivin Chipula2Department of Agricultural Research Service, Kasinthula Agricultural Research Station, P.O. Box 28 Chikwawa, MalawiCSIRO Agriculture and Food, GPO Box 1700, Canberra, ACT 2601, AustraliaLilongwe University of Agriculture and Natural Resources, P.O. Box 219 Lilongwe, MalawiSoil water management is typically by trial and error among smallholder farmers. Social learning in the use of farmer—friendly soil-water and nutrients monitoring tools were promoted in Malawi to improve productivity. A simple tool (chameleon) which was designed to fit the mental model of African farmers and to give an output that is linked to action was deployed to 198 farmers in nine irrigation schemes. Chameleon illustrates information on soil moisture status by colours—blue, green and red colours representing adequate moisture, moderate and dry soil status, respectively. The use of colours and not numbers promoted inclusiveness across illiterate and all gender categories. Farmers participated in sensors’ installation, soil moisture measurement, data visualization and learning by doing to get insights from their participation. The chameleon was combined with an on-line communication and learning system to improve water management at scheme level. The results indicated that: (1) the tool gave farmers new frames of reference; (2) it improved farmers on time, labour and water saving by reducing irrigation intervals; (3) it gave farmers new reference of experience to change their irrigation traditions; (4) it also reduced conflict for water in irrigation schemes between users apart from improving water productivity. Use of these tools made a rigor that make scientists easily communicate science to lay farmer and initiated the movement of farmers who know how to manage water. Social learning in sensor technology helped to increase farmers’ resilience to climate change and shaping the science of the future.https://www.mdpi.com/2504-3900/36/1/19irrigationsoil moisturecolourclimate change and water management
collection DOAJ
language English
format Article
sources DOAJ
author Isaac Rhinnexious Fandika
Richard Stirzaker
Grivin Chipula
spellingShingle Isaac Rhinnexious Fandika
Richard Stirzaker
Grivin Chipula
Promoting Social Learning in Soil Water and Nutrients Management Using Farmer—Friendly Monitoring Technology
Proceedings
irrigation
soil moisture
colour
climate change and water management
author_facet Isaac Rhinnexious Fandika
Richard Stirzaker
Grivin Chipula
author_sort Isaac Rhinnexious Fandika
title Promoting Social Learning in Soil Water and Nutrients Management Using Farmer—Friendly Monitoring Technology
title_short Promoting Social Learning in Soil Water and Nutrients Management Using Farmer—Friendly Monitoring Technology
title_full Promoting Social Learning in Soil Water and Nutrients Management Using Farmer—Friendly Monitoring Technology
title_fullStr Promoting Social Learning in Soil Water and Nutrients Management Using Farmer—Friendly Monitoring Technology
title_full_unstemmed Promoting Social Learning in Soil Water and Nutrients Management Using Farmer—Friendly Monitoring Technology
title_sort promoting social learning in soil water and nutrients management using farmer—friendly monitoring technology
publisher MDPI AG
series Proceedings
issn 2504-3900
publishDate 2019-12-01
description Soil water management is typically by trial and error among smallholder farmers. Social learning in the use of farmer—friendly soil-water and nutrients monitoring tools were promoted in Malawi to improve productivity. A simple tool (chameleon) which was designed to fit the mental model of African farmers and to give an output that is linked to action was deployed to 198 farmers in nine irrigation schemes. Chameleon illustrates information on soil moisture status by colours—blue, green and red colours representing adequate moisture, moderate and dry soil status, respectively. The use of colours and not numbers promoted inclusiveness across illiterate and all gender categories. Farmers participated in sensors’ installation, soil moisture measurement, data visualization and learning by doing to get insights from their participation. The chameleon was combined with an on-line communication and learning system to improve water management at scheme level. The results indicated that: (1) the tool gave farmers new frames of reference; (2) it improved farmers on time, labour and water saving by reducing irrigation intervals; (3) it gave farmers new reference of experience to change their irrigation traditions; (4) it also reduced conflict for water in irrigation schemes between users apart from improving water productivity. Use of these tools made a rigor that make scientists easily communicate science to lay farmer and initiated the movement of farmers who know how to manage water. Social learning in sensor technology helped to increase farmers’ resilience to climate change and shaping the science of the future.
topic irrigation
soil moisture
colour
climate change and water management
url https://www.mdpi.com/2504-3900/36/1/19
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