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Planting the Seeds of Justice This article is part of our ongoing series, Planting the Seeds of Justice , in which we focus on the connections between climate, health, soil health, and equity for farmers of color. She chuckles while explaining how she got there: in an RV with two loved ones and two dogs.
Black polyethylene “mulch film” gets tucked snugly around crop rows, clear plastic sheeting covers hoop houses, and most farmers use plastic seed trays, irrigation tubes, and fertilizer bags. These synthetic polymer products have often been used to help boost yields up to 60 percent and make water and pesticide use more efficient.
A recent report by McKinsey revealed that while Africa has large amounts of untapped agricultural land that could be used to increase production, much of this land is in unreachable areas. The lack of infrastructure, conflict zones, forest cover, and large conservation areas has made lots of arablelands inaccessible.
In other words, bigger is better and yield is king. So, while these solutions may make sense for some countries with more efficient technology, more developed markets, and low arableland, in other countries they would not. The same problem arose in 2018 when summer droughts cut the country’s hops yield to 30% below average.
Fields in the San Luis Valley yield two billion pounds of potatoes a year, making the region the nation’s second-biggest spud producer. This patchwork of land marks the personal sacrifices that are keeping the region’s agricultural industry—its largest employer —alive. “If
He elaborates that in Kenya, Farmer.Chat is improving agricultural call center operations, halving response times and increasing advisory accuracy, while AI-driven fertilizer and water management advisories have boosted crop yields while reducing input costs in India. This has resulted in up to 25% yield increase in key markets.
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