25.06.30 [영어/작문] First Automated Agricultural Complex 작문

교정본

I do not like visiting farms because of my personal preference. I love living in a sophisticated area with a variety of cafés and restaurants. I like admiring the stunning natural views, but it is a totally different story when it comes to visiting farms or living there. I do not feel like I could live in a rural area where I would lose access to the modern spaces I enjoy while living in Seoul, the center of South Korea.

Smart agriculture can help with combating climate change in many ways. First, it assists in optimizing agriculture based on data-driven decisions. The farmer can refer to the data analysis results from the smart farm system and decide on the adequate method for addressing environmental matters instantly. Second, smart agriculture reduces the consumption of resources by suggesting the precise expected quantity of resources. Since farmers do not have to waste resources while harvesting crops, they can save energy and do not need to create too many CO2 emissions or other materials.

The future of farming can be explained by substituting manpower with a generalized AI-controlled system. Robots and other intelligent machines can replace the tasks that humans handled for several decades in the past.

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격식 있게

I do not prefer visiting farms due to my personal tastes. I enjoy residing in a sophisticated area that offers a variety of cafés and restaurants. While I appreciate the beautiful natural scenery, my feelings change when it comes to visiting or living on a farm. I believe I would struggle to adapt to a rural environment, as it would mean losing access to the modern amenities that I enjoy while living in Seoul, the capital of South Korea.

Smart agriculture can significantly contribute to combating climate change in various ways. Firstly, it aids in optimizing agricultural practices through data-driven decisions. Farmers can utilize the data analysis results from smart farming systems to make informed decisions regarding environmental issues. Secondly, smart agriculture minimizes resource consumption by providing precise recommendations for the expected amount of resources required. As farmers are able to avoid wasting resources during crop harvesting, they can conserve energy and reduce their production of carbon dioxide emissions and other waste materials.

The future of farming may involve replacing human labor with a generalized, AI-controlled system. Robots and other intelligent machines could take over tasks that humans have performed for many decades.

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자연스럽게

I’m not really into visiting farms because that's just not my thing. I love living in a cool area with lots of cafés and restaurants around. I enjoy the beautiful views of nature, but when it comes to farms or living out there, it’s a whole different ball game for me. I just couldn’t see myself living in the countryside and giving up the modern vibe I get to enjoy in Seoul, which is the heart of South Korea.

Now, smart agriculture is pretty awesome for fighting climate change in a few ways. First off, it helps farmers make better decisions by using data. They can check out the data from their smart farm system and choose the best way to deal with environmental issues right away. Plus, smart farming uses fewer resources by telling farmers exactly how much they need. This means they don’t waste stuff when they’re harvesting crops, helping them save energy and cut down on CO2 emissions and other waste.

Looking ahead, the future of farming might look a lot different. We could see AI and robots taking over a lot of the jobs that people used to do for years. How cool is that?