Efficient Irrigation in Chile’s Maipo River basin
Chile’s Maipo River basin is crucial for providing water to a significant portion of the country’s population. However, the demand for freshwater is straining the already limited supply in this semi-arid region. The adoption of smart irrigation technology presents a promising solution to enhance agricultural water efficiency and conserve water resources in the basin.
Our collaboration with the Bonneville Environmental Foundation (BEF) and Kilimo aims to implement AI-powered irrigation management over 800 hectares in the basin. Kilimo’s innovative solution leverages satellite data, soil moisture readings, and weather information to offer real-time irrigation recommendations through a mobile app. This technology empowers farmers to optimize water usage, enhance crop yield, and safeguard water resources effectively.
Water Conservation Efforts in the Netherlands
The Netherlands is confronted with water-related challenges due to climate change impacts such as freshwater scarcity and salt intrusion. Through partnerships with BEF and Acacia Water, we are spearheading initiatives to enhance water resilience in the country.
In Groningen, Acacia Water and Fixeau are collaborating to monitor salt levels in water using cutting-edge technology. By utilizing a handheld sensor, real-time data guides the management of salt levels to ensure they do not jeopardize crop production. The success of this endeavor could signify a significant advancement in nationwide water management.
Meanwhile, on the island of Texel, where rainwater serves as the primary freshwater source and irrigation is restricted, we are working with Acacia Water to develop an underground storage system for excess rainwater during wet seasons. This stored water is then utilized during dry periods, offering a sustainable water supply for agriculture. This innovative approach is poised to play a crucial role in securing the agricultural future of the Netherlands amidst the escalating impacts of climate change.
