RICE | Reimagining the Integration of Cultivation and Ecosystems

Abstract

In 2022, Europe experienced severe drought, notably affecting Northern Italy’s Po region, renowned for its industrial and agricultural significance. Consequently, the region’s food production sector encountered severe challenges in water management, struggling to meet its water requirements. Rice production, leading in the demand for water resources, is especially vulnerable to the evolving rainfall dynamics. Through research by design, this Master’s thesis addresses improving water security for rice production while nurturing a symbiotic relationship between humans and nature. The research identifies conflicts arising from widely adopted dry-seeding techniques in rice farming and the abandonment of traditional water retention practices, exacerbated by climate change and leading to diminished water availability. The proposed design interventions seek to retain water in the landscape, replenishing aquifers, and prioritizing habitat restoration. This thesis suggests a paradigm shift in water management and agricultural perspectives, emphasizing the intrinsic link between water, human well-being, and ecological health. By integrating traditional flooded practices and ecological restoration into agricultural systems, it presents a holistic approach to water management. Additionally, the strategy stresses the importance of fostering awareness and active engagement with the natural environment to strengthen the human-nature connection. The insights gained from this study can inform future policies and practices, ensuring a sustainable and resilient future for the rice production landscapes of northern Italy and beyond.