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Water and Climate

Virtual Irrigation Academy phase 2: From water monitoring to learning to governance

Project Code: WAC/2018/162
Budget:
A$2,637,478
Research Program Manager: Dr. Robyn Johnston
Project Leader: Richard Stirzaker - CSIRO Land and Water
Duration:
JUN 2019
2019
JUN 2023
Project Status: Legally Committed/Active
Key partners
ASARECA
Department of Agricultural Research Services
Department of Irrigation
National Institute of Irrigation

Overview

This project will initiate a second phase of Virtual Irrigation Academy (VIA), to develop the system from its current function of monitoring water and solutes, to a water learning and governance platform that can support the needs of smallholder farmers and address the information deficits at scheme to national levels.

Approximately 20% of the world’s cultivated land is irrigated, producing high value crops, nutritional diversity, rural employment and about 40% of global food requirements.  However, irrigation in sub-Saharan Africa has failed to live up to its potential. Irrigated land is currently less than 5% of the total cultivated area, far lower than any other region in the world, and expansion has been slow. 

Virtual Irrigation Academy Phase 1 (LWR-2014-085) developed a suite of tools that measure soil water, nitrate and salt using colours as thresholds for action. The aim was to build a people-centered learning system that could capture and document the experiential knowledge of farmers.

The VIA can deliver three components necessary to improve the return on investment in the small-scale irrigation sector. First, it provides cost-effective technology to help farmers manage their water, nutrients and salt. Second, those responsible for managing, maintaining and repairing irrigation schemes need information on which to base their decisions, to ensure efficient and equitable distribution of water. Third, donors who invest millions in irrigation infrastructure need ways to track the performance of their investments, and the feedback necessary for on-going improvement.  

The VIA has proved to be popular with farmers, such that by October 2018 the VIA had collected data from over 2500 crops in more than 15 countries. This is a unique and growing data set that can be exploited to provide new value propositions for the irrigation sector.
 

Expected Outcomes

  • Establish a VIA production facility in Africa delivering a reliable supply of high quality and cost effective tools.
  • Development of data analytics to support learning and management for farmers, extension workers, scientists, government agencies and investors in irrigation infrastructure. 
  • Identify private sector companies that can produce and distribute equipment, and deliver VIA services on the ground and engage in public-private partnerships.