A self-made businessman, Jimmy Winemiller was already earning a living by the age of 13. Leveraging technology, he made the large farms he purchased more productive and consequently more attractive to prospective buyers. Using this approach, Jimmy Winemiller purchased and sold numerous farmlands in different states, earning considerable profits in these real estate transactions. The farms of today operate far differently from the farms decades ago. This is mainly due to technological advancements applied in farming. Current farms regularly use cutting-edge technologies, including moisture sensors, GPS technology, and robots. These devices enable farms to be more efficient, environmentally friendly, and profitable. Farmers in the past used to evenly applied fertilizers, pesticides, and water across whole fields. They are now able to utilize the least amounts necessary and can target specific locations. There can even be different treatments for individual plants. The benefits of these technological applications include increased crop productivity and less use of water and agricultural inputs. Less input use leads to lower costs keeping food prices down. There is also less chemical runoff into underground water and rivers, which lessen the native impact on natural ecosystems.

1. Jimmy Winemiller

2. A self-made businessman, Jimmy Winemiller was already
earning a living by the age of 13. Leveraging technology, he
made the large farms he purchased more productive and
consequently more attractive to prospective buyers. Using
this approach, Jimmy Winemiller purchased and sold
numerous farmlands in different states, earning considerable
profits in these real estate transactions.

3. The farms of today operate far differently from the farms decades
ago. This is mainly due to technological advancements applied in
farming. Current farms regularly use cutting-edge technologies,
including moisture sensors, GPS technology, and robots. These
devices enable farms to be more efficient, environmentally
friendly, and profitable.

4. Farmers in the past used to evenly applied fertilizers,
pesticides, and water across whole fields. They are now able
to utilize the least amounts necessary and can target specific
locations. There can even be different treatments for
individual plants. The benefits of these technological
applications include increased crop productivity and less use
of water and agricultural inputs.

5. Less input use leads to lower costs keeping food prices
down. There is also less chemical runoff into underground
water and rivers, which lessen the native impact on
natural ecosystems.