This is according to research by Angus Bowmaker-Falconer, an associate at the University of Stellenbosch Business School (USB).
His research shows that one of these benefits of the Fourth Industrial Revolution is the potential for smart water technology to dramatically reduce agricultural water use in the drought-stricken province, while maintaining and even improving production levels. The Western Cape Department of Agriculture (WCDoA) commissioned the research.
“Agriculture and agri-processing are strategically important sectors for the Western Cape, for their large absorption of unskilled labour and for their economic contribution accounting for more than 10% of the regional economy, more than half of its exports, and 20% of South Africa’s agricultural output,” says Bowmaker-Falconer.
The “agri renaissance” scenario developed by the USB researchers sees agriculture embracing technology such as farm management software, precision agriculture and predictive data analytics, enabling producers to use robotics and drones to monitor crop health, soil quality and weather.
In this best-case scenario, agriculture will benefit from the innovations of the digital economy, such as blockchain technology to provide product traceability; and concepts such as the sharing economy and crowdfunding to stimulate the development of commercially viable smallholder farmers and agri-entrepreneurs.
Smart tech
By adopting the smart and interconnected technologies of the new industrial era, agriculture in the Western Cape has the opportunity to reposition its brand. However, Bowmaker-Falconer warns against the creation of a digital divide, wherein only certain role players benefit from the new opportunities.
On concerns about job losses, particularly in semi- and unskilled labour, he says technology would enable the creation of new types of jobs and that education and training would need to be prioritised in government’s response to changes brought about.
