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Addressing water demand through exact calculation, this project aims to develop a system for cultivating popular vegetables in Vietnam, reducing waste, conserving resources, and increasing efficiency in agriculture.
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Hue Industrial College Students : Phan Thi Trang Thai Thi Thu Hien Bui Chi Thien Development of advanced irrigation system based on the exact calculation of plants’ water demand
INTRODUCTION One of the top five countries most vulnerable to climate changes Sea level rises (1 m) Land losses: 5% Desertification Droughts Floods Storms 11% population affected; 7% agricultural activities impacted, 10% GDP reduced
INTRODUCTION Drought is one of the top severely negative impacts on Vietnamese’s life Long period Huge area affected Impact on many aspects Society Economic Environment Agriculture Shortage of irrigation water Poverty and Starvation
INTRODUCTION Problems of irrigation in Vietnam Waste irrigation water Low efficiency High energy consumption High labor cost
AIMS OF PROJECT Study on the water demand of each plant Focus on the most popular vegetables in Vietnam Water demand depending on their growth periods Amaranth Cabbage Water convolvulus Water demand depending on different seasons Salad Edible chrysanthemum Spinach
AIMS OF PROJECT Development of a novel water-saving vegetables cultivation system
ADVANTAGES OF THE SYSTEM Save irrigation water Save energy Save labor cost Save plants cultivation area Can apply to intensive cultivation Flexible application