Logo Lanfrica
  • Home
  • Atlas
  • Insights
  • Docs
  • Sign in

© 2026 Lanfrica. All rights reserved. All copyrights of the resources shown on the Lanfrica website belong to the original copyright holders, unless explicitly stated otherwise.

Water user Fab Labs: co-design of low-tech sensors for irrigated systems

Domain:

agricultureenvironment and energy

Record type:

papersoftware
Creator:
VanLeaMoiMekki, Insaf
Editor:
GesDépTecIns
Publisher:
CCSD
Host:avatar
International audience Mediterranean agriculture is facing the challenge to produce sustainably with a water resource under pressure. As irrigated areas expand in response to increasing vulnerability to drought, it is essential to support water users towards better agricultural water management. We set up two Fab Labs on the shores of the Mediterranean (France and Tunisia) to bring together water users around a collective project: co-constructing innovations to address local water management issues. A range of low-tech, low-cost and open source IoT-based sensors emerged from this process. The technologies were tested with users during the 2022 irrigation season. The aim of this study is to provide feedback on this participatory method as a facilitator for creating and sharing innovation in rural territories and to discuss the opportunities, benefits and limitations related to the use of these new technologies. We believe that this work contributes to make the measurement of water flows - and thus their understanding and better management - more accessible to the agricultural sector.     

Visit

hal.science

Tags

[SDE]Environmental Sciences

Similar

Making technological innovation accessible to irrigated systems˸ co-design, evaluation and implications of digital low-tech to support agricultural water management Rendre l'innovation technologique accessible aux systèmes irrigués ˸ co-conception, évaluation et implications de la low-tech numérique pour accompagner la gestion de l'eau en agricultureHow fab labs help meet digital challenges in AfricaBeta-Tech-Labs/fasiriUser Experience Co-Design of a Mobile Application to Support Childrearing in Low- and Middle-Income CountriesDevelopment and initial testing of e-learning stroke care modules for low- and middle-income settings: a user-centered co-design projectRevisiting User Interface Design for Low-Literacy Populations in Algerian Contexts

Making technological innovation accessible to irrigated systems˸ co-design, evaluation and implications of digital low-tech to support agricultural water management Rendre l'innovation technologique accessible aux systèmes irrigués ˸ co-conception, évaluation et implications de la low-tech numérique pour accompagner la gestion de l'eau en agriculture

The sustainability of irrigated agriculture is threatened by growing pressure on wate

How fab labs help meet digital challenges in Africa

The Conversation ; https://theconversation.com/how-fab-labs-help-meet-digital-challenges-in-africa-9

Beta-Tech-Labs/fasiri

Translate, transcribe, and synthesise speech across 30+ African languages - one API, one key Unifie

User Experience Co-Design of a Mobile Application to Support Childrearing in Low- and Middle-Income Countries

The widespread adoption of mobile phones and increasing mobile connectivity globally create opportun

Development and initial testing of e-learning stroke care modules for low- and middle-income settings: a user-centered co-design project

Abstract Background Stroke is a leading cause of death and disability worldwide.

Revisiting User Interface Design for Low-Literacy Populations in Algerian Contexts

This study addresses a current research gap in Computer Science concerning Designing User I