Agricultural Land
Overview
Agricultural land refers to land used for agricultural production activities such as crop cultivation, livestock farming, and orchards. It forms the basis of a nation's food self-sufficiency rate and agricultural economy, and plays an important role in environmental conservation and balanced national land development. In most countries, agricultural land, unlike general land, is subject to special legal protection and regulation, and its conversion (轉用) is restricted.
Main Content
Definition and Classification of Agricultural Land
Agricultural land generally includes arable land (paddy fields, dry fields), orchards, pastures, and agricultural facility sites. In South Korea's 「Agricultural Land Act」, agricultural land is defined as 'land used for agricultural production,' with representative land categories (地目) being 'jeon' (田, dry field) and 'dap' (畓, paddy field). Agricultural land is classified into grades based on soil characteristics, water supply availability, slope, etc., and is divided into prime agricultural land and general agricultural land.
Economic Value of Agricultural Land
Agricultural land holds asset value beyond being a mere means of production. The price of agricultural land is determined by factors such as location, soil fertility, water accessibility, and distance from urban areas. Rising agricultural land prices increase the management cost burden for farmers, while enabling capital procurement through agricultural land mortgage loans. The agricultural land lease market is also active, often separating landowners from cultivators.
Agricultural Land Systems and Regulations
Countries implement various regulations to preserve agricultural land. In South Korea, eligibility for acquiring agricultural land is restricted to farmers or agricultural corporations, and conversion of agricultural land is permitted only after deliberation by the Agricultural Land Committee. Some countries impose upper limits on agricultural land ownership, and others restrict foreign acquisition of agricultural land. These regulations aim to prevent speculation in agricultural land and ensure food security.
Agricultural Land and Food Security
Agricultural land directly affects a nation's food self-sufficiency rate. Due to climate change, population growth, and urbanization, the global area of agricultural land is decreasing. Consequently, countries are strengthening agricultural land conservation policies and making efforts to increase productivity by introducing advanced agricultural technologies. Efficient use of agricultural land is a key challenge for sustainable agriculture and food security.
Environmental Functions of Agricultural Land
Agricultural land provides ecosystem services such as carbon storage, water resource recharge, and biodiversity maintenance. Agricultural activities can have negative impacts like soil erosion, water pollution, and greenhouse gas emissions, but these environmental impacts can be minimized through eco-friendly farming methods and precision agriculture. Preserving agricultural land also contributes to climate change response and biodiversity conservation.
Latest Trends
Agricultural Land Market Changes in 2024-2025
Since 2024, global agricultural land prices have seen a slowdown in growth due to inflation and interest rate hikes, but a long-term upward outlook is maintained due to increased food demand and agricultural investment. In South Korea, the government has strengthened acquisition qualifications to prevent speculation in agricultural land and expanded surveys on agricultural land use. Particularly from 2025, the screening standards for agricultural land conversion have become stricter, enhancing the preservation of prime agricultural land.
Smart Agriculture and Agricultural Land Use
The spread of precision agriculture using drones, IoT, and AI is significantly improving the productivity of agricultural land. Smart farms enable the cultivation of high-value-added crops even on small-scale agricultural land, redefining the economic value of agricultural land. The development of vertical farms and urban agriculture is expanding the traditional concept of agricultural land, with increasing cases of utilizing rooftops or idle spaces as agricultural land.
Climate Change and Agricultural Land Adaptation
Abnormal weather events (droughts, floods, heatwaves) due to climate change pose serious threats to agricultural land productivity. Accordingly, the development of salt-tolerant and drought-resistant crops, modernization of irrigation facilities, and introduction of soil improvement technologies are accelerating. As carbon farming gains attention, policies to strengthen the carbon sink function of agricultural land are expanding.
Agricultural Land Transactions and Investment Trends
Institutional investors and pension funds are increasing their investments in agricultural land, which is gaining attention as a hedge against inflation. However, as issues of worsening access to agricultural land for small-scale farmers arise, governments are promoting agricultural land bank systems and expanding public lease agricultural land. The introduction of digital trading platforms for agricultural land is also being discussed.
Related Topics
- [[Food Security]]
- [[Agricultural Policy]]
- [[Land Use]]
- [[Smart Farm]]
- [[Climate Change and Agriculture]]
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