得克萨斯州农村土地市场一体化:利用机器学习应用进行因果分析

Tian Su , Senarath Dharmasena , David Leatham , Charles Gilliland
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引用次数: 0

摘要

得克萨斯州的农村土地市场有几个特点,使其有别于美国其他农村土地市场。2021 年,得克萨斯州农业用地(包括建筑物)的价值为 2,998.8 亿美元,几乎占全国农业房地产总价值的 10%,而该州 83% 的土地被归类为农村土地。此外,得克萨斯州幅员辽阔,地质特征各异,地形复杂多样,影响了土地的所有权和销售。尽管情况复杂,但由于缺乏细粒度的、可靠的土地销售交易数据,因此无法对得克萨斯州的土地市场进行深入调查,以揭示各种相互依存关系。本研究利用 1966 年至 2017 年的季度交易地价数据,采用最先进的机器学习算法和概率图形模型,揭示了德克萨斯州不同土地市场的因果互动模式。研究结果表明,得克萨斯州农村土地市场是相互依存的。当前和潜在的土地所有者及贷款人可以利用这项研究的结果来帮助做出战略决策。金融机构和投资集团可以了解一个土地市场相对于其他市场的趋势,并据此调整其持有的土地。土地所有者可以更好地了解净财富的变化,这将影响他们借贷资本和有效经营的能力。此外,贷款人也可从信息中获益,以管理抵押品,从而保持其经营的稳定性。
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Texas rural land market integration: A causal analysis using machine learning applications
Texas rural land markets have several special features that makes it unique from other rural land markets in the United States. In 2021, Texas agricultural land, including buildings, is valued at $299.88 billion, which is almost 10% of the nation's total agricultural real estate value and 83% of the state's land is categorized as rural. In addition, due to its size and geologic features, Texas’ diverse landscape creates complex and widely divergent conditions affecting ownership and marketing of the land. Despite this complexity, lack of granular level and reliable transactional data on land sales has prevented thorough investigation into Texas land markets to uncover various interdependencies. Using quarterly transactional land value data from 1966 to 2017, this study uses cutting-edge machine learning algorithms and probabilistic graphical models to uncover causal interaction patterns of different land markets in Texas. The results reveal that Texas rural land markets are interdependent. Current and potential landholders and lenders can use the results from this work to aid strategic decision making. Financial institutions and investment groups could be made aware of the trend of one land market relative to other markets and adjust their holdings accordingly. Landowners may better understand changes in net wealth, which affect their ability to borrow capital and operate efficiently. Moreover, lenders may also benefit from the information to manage collateral and thus maintain the stability of their operation.
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来源期刊
Machine learning with applications
Machine learning with applications Management Science and Operations Research, Artificial Intelligence, Computer Science Applications
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