Traditional farming requires vast amounts of land and is heavily dependent on unpredictable weather conditions. Recently, "vertical farming," where crops are grown in vertically stacked layers inside buildings, has become an increasingly popular solution to these challenges.
Supporters argue this method is highly efficient. By utilizing advanced hydroponic systems, vertical farms use significantly less water than conventional agriculture. Furthermore, because the indoor environment is strictly controlled, crops can be harvested year-round, which greatly increases food security. Additionally, since these farms are often located in major cities, transportation distances are drastically reduced, leading to lower CO2 emissions and fresher produce for urban residents.
However, critics point out a significant drawback regarding energy consumption. The artificial lighting and climate control systems require enormous amounts of electricity to function constantly. Therefore, the operational costs are much higher than those of conventional farms, making the final produce more expensive for consumers.
| Original text | Summary wording |
|---|---|
| Traditional farming requires vast amounts of land Traditional farming requires a huge amount of land. |
Traditional farming needs large areas of land Traditional farming needs large areas of land. |
| has become increasingly popular has become more and more popular |
is becoming popular is becoming popular |
| uses significantly less water uses a significantly smaller amount of water |
save water save water |
| can be harvested year-round can be harvested all year round |
produce crops throughout the year produce crops throughout the year |
| transportation distances are reduced transportation distances are shortened |
reduces transportation reduces the amount of transportation |
| operational costs operating costs |
production costs production costs |
| final produce the final product | food / crops food / crops |