希思罗机场西北跑道公告对大伦敦地区住宅物业价格的影响

L. Papageorgiou
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In this context, it is of particular interest whether the observed changes in property prices match the noise contour proposed by the official planners’ report. The novelty of this study lies in the fact that we focus on the home price effects of the announcement of an airport expansion. For airports as opposed to other infrastructure projects, announcement effects have so far not been analyzed in the literature. This is understandable as the area affected by airport expansions tends to be not only far larger than other infrastructure projects, such as sports stadiums, but they are also more uncertain. In fact, the expected future effects can vary significantly with advancing technology and changing mobility patterns.Literature. The related literature reaches back to 1978, when Mieszkowski & Saper estimated the effects of airport noise on residential property values at Toronto’s Malton Airport. In 1990, Pennington et al. measured the same effect at Manchester’s airport. In a similar study in 1998, Tomkins, et. al. found that at Manchester’s airport the benefits of expansion extended beyond the local economy, while the costs were concentrated locally. In 2000, Espey & Lopez found a significant negative price discount for surrounding residential buildings near RenoSparks’ airport. In 2004, Nelson aggregated 20 studies covering 33 estimates of price discounts for 23 airports in Canada and the US to develop a model to explain the percentage drop per decibel increase in airport noise. The first airport expansion case in combination with noise discounts was analyzed by Mcmillen in 2004 on the basis of the 1997 Chicago O’Hare expansion. In 2009, Dekkers & Straaten found that noise discounts for residential property at Amsterdam’s airport surpassed railway and road noise discounts. In 2015, Suksmith & Nitivattananon showed that the noise of aircraft near Bangkok’s airport had an even higher impact on residential house prices than air pollution. The most similar analysis in terms of the data set and the focus on announcement effects is Kavetsos (2012), who measured the impact of the London Olympics announcement on residential prices. He found that properties in host boroughs sold at a 2.1%-3.3% premium after the announcement. Data. The data selected for this research are limited to Greater London due to its economic importance, a high international interest in changes of London property prices, and the amount of available public data. We use transactions data with price and date information retrieved from the UK Land Registry. Leasehold transactions and all but terraced and semi-detached building types are excluded. These 1-3 storey single family homes are very typical of London and allow for good comparability of sqqure meter prices. Single flats in multi-family homes, detached homes, and other types are excluded to avoid different square meter prices at the same address. The second data set used is the Ministry of Housing database, which provides detailed Energy Performance Certificates of the size and building material of each home. Since the data set is limited to Greater London and a large number of buildings are appraised in the metropolitan area of London, more than half of the addresses are matched from 1995 to 2018. The time window is reduced to 01.01.2015-31.12.2017 to cover all announcement dates tested. Methodology. We use a difference-in-difference approach, based on least squares, on the level of the individual property. For the treatment area, we compare the current Heathrow noise map and with the one predicted for 2030. The following control variables, which vary over time, capture demographic changes on the borough level: the percentage of elderly, young, and immigrants; population density, new unemployment rate, average taxpayer income. 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One fact to be highlighted is that the downward movement of prices was unexpectedly reversed with a public release by Tory and Labour members to vote against the airport expansion. 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In a similar study in 1998, Tomkins, et. al. found that at Manchester’s airport the benefits of expansion extended beyond the local economy, while the costs were concentrated locally. In 2000, Espey & Lopez found a significant negative price discount for surrounding residential buildings near RenoSparks’ airport. In 2004, Nelson aggregated 20 studies covering 33 estimates of price discounts for 23 airports in Canada and the US to develop a model to explain the percentage drop per decibel increase in airport noise. The first airport expansion case in combination with noise discounts was analyzed by Mcmillen in 2004 on the basis of the 1997 Chicago O’Hare expansion. In 2009, Dekkers & Straaten found that noise discounts for residential property at Amsterdam’s airport surpassed railway and road noise discounts. In 2015, Suksmith & Nitivattananon showed that the noise of aircraft near Bangkok’s airport had an even higher impact on residential house prices than air pollution. The most similar analysis in terms of the data set and the focus on announcement effects is Kavetsos (2012), who measured the impact of the London Olympics announcement on residential prices. He found that properties in host boroughs sold at a 2.1%-3.3% premium after the announcement. Data. The data selected for this research are limited to Greater London due to its economic importance, a high international interest in changes of London property prices, and the amount of available public data. We use transactions data with price and date information retrieved from the UK Land Registry. Leasehold transactions and all but terraced and semi-detached building types are excluded. These 1-3 storey single family homes are very typical of London and allow for good comparability of sqqure meter prices. Single flats in multi-family homes, detached homes, and other types are excluded to avoid different square meter prices at the same address. 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引用次数: 0

摘要

初步结果总结于表1。它们暗示由于交易持续时间,有整整2个月的报告时间。与普遍看法相反,对价格的影响发生在15年12月14日政府验收报告公布后不久,而不是在15年7月1日初步规划报告公布后不久。结果表明,政治声明与房价呈正相关。随着公告变得更加官方,机场扩建计划变得更加现实,影响的程度也会增加。需要强调的一个事实是,随着保守党和工党成员公开表示反对机场扩建,价格的下行趋势出人意料地逆转了。表1:OLS回归结果表#生效日期价格折扣公告日期公告2016年1月2日-4.27%* 14.12.15政府接受扩建计划2,2016年-6.07%** 19.07.16股东确认跑道资金3,12,2016年-4.14%* 25.10.16政府批准扩建计划4,2017年-7.37%** 02.02.17政府公布第三条跑道的NPS草案5,6,2017年-4.53%* 26.04.17招标扩建和物流6,8,2017年-6.39%** 26.07.17修改空气质量计划7,11/2017年8.96%*** 24.08.17保守党和工党宣布投票反对扩张
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Impact of the Heathrow Northwest Runway Announcement on Residential Property Prices in Greater London
As prior research has shown, airport expansions in densely populated urban areas affect homeowners in surrounding areas. The effect on prices is expected to be particularly pronounced in the London urban area due to the high absolute valuations. This study will examine the announcement effects of (a) the release of the planning report for Heathrow’s Northwest Runway on 01.07.15, (b) the acceptance of the plan by the Secretary for Transport on 14.12.2015, and (c) the official government approval for the initiation of Heathrow’s airport expansion on 25.10.2016. The research focus of this paper lies on the extent to which prices of single family, terraced and semi-detached homes in those areas not yet affected by Heathrow’s runway noise changed as a consequence of the announcements. In this context, it is of particular interest whether the observed changes in property prices match the noise contour proposed by the official planners’ report. The novelty of this study lies in the fact that we focus on the home price effects of the announcement of an airport expansion. For airports as opposed to other infrastructure projects, announcement effects have so far not been analyzed in the literature. This is understandable as the area affected by airport expansions tends to be not only far larger than other infrastructure projects, such as sports stadiums, but they are also more uncertain. In fact, the expected future effects can vary significantly with advancing technology and changing mobility patterns.Literature. The related literature reaches back to 1978, when Mieszkowski & Saper estimated the effects of airport noise on residential property values at Toronto’s Malton Airport. In 1990, Pennington et al. measured the same effect at Manchester’s airport. In a similar study in 1998, Tomkins, et. al. found that at Manchester’s airport the benefits of expansion extended beyond the local economy, while the costs were concentrated locally. In 2000, Espey & Lopez found a significant negative price discount for surrounding residential buildings near RenoSparks’ airport. In 2004, Nelson aggregated 20 studies covering 33 estimates of price discounts for 23 airports in Canada and the US to develop a model to explain the percentage drop per decibel increase in airport noise. The first airport expansion case in combination with noise discounts was analyzed by Mcmillen in 2004 on the basis of the 1997 Chicago O’Hare expansion. In 2009, Dekkers & Straaten found that noise discounts for residential property at Amsterdam’s airport surpassed railway and road noise discounts. In 2015, Suksmith & Nitivattananon showed that the noise of aircraft near Bangkok’s airport had an even higher impact on residential house prices than air pollution. The most similar analysis in terms of the data set and the focus on announcement effects is Kavetsos (2012), who measured the impact of the London Olympics announcement on residential prices. He found that properties in host boroughs sold at a 2.1%-3.3% premium after the announcement. Data. The data selected for this research are limited to Greater London due to its economic importance, a high international interest in changes of London property prices, and the amount of available public data. We use transactions data with price and date information retrieved from the UK Land Registry. Leasehold transactions and all but terraced and semi-detached building types are excluded. These 1-3 storey single family homes are very typical of London and allow for good comparability of sqqure meter prices. Single flats in multi-family homes, detached homes, and other types are excluded to avoid different square meter prices at the same address. The second data set used is the Ministry of Housing database, which provides detailed Energy Performance Certificates of the size and building material of each home. Since the data set is limited to Greater London and a large number of buildings are appraised in the metropolitan area of London, more than half of the addresses are matched from 1995 to 2018. The time window is reduced to 01.01.2015-31.12.2017 to cover all announcement dates tested. Methodology. We use a difference-in-difference approach, based on least squares, on the level of the individual property. For the treatment area, we compare the current Heathrow noise map and with the one predicted for 2030. The following control variables, which vary over time, capture demographic changes on the borough level: the percentage of elderly, young, and immigrants; population density, new unemployment rate, average taxpayer income. GIS is used to create control variables for distances from each address to the nearest amenity that could influence the value of a property: to the central business district, sub-centers, metro stations, rivers, kindergardens, schools, universities, and industrial areas. Time fixed effects capture changes that affect both the treated and the control areas.Preliminary Results. The preliminary results are summarized in Table 1. They imply that there is a full 2 month reporting-timelag due to the transaction duration. Contrary to popular opinion, the impact on prices occurred shortly after the government acceptance was published on 14.12.15 and not on the initial planning report release on 01.07.15. The results show that political announcements have a positive relationship with home prices. The magnitude of the effects increases as announcements become more official and airport expansion plans become more realistic. One fact to be highlighted is that the downward movement of prices was unexpectedly reversed with a public release by Tory and Labour members to vote against the airport expansion. Table 1: Table of Results of OLS Regression# Effect Date Price Discounts Announcement Date Announcement1 2,2016 -4.27%* 14.12.15 Gov. accepts expansion2 9,2016 -6.07%** 19.07.16 shareholders confirm runway funding3 12,2016 -4.14%* 25.10.16 Gov. approves expansion4 4,2017 -7.37%** 02.02.17 Gov. published its draft NPS on a third runway5 6,2017 -4.53%* 26.04.17 call for tender expansion & logistics 6 8,2017 -6.39%** 26.07.17 modified air quality plan7 11,2017 8.96%*** 24.08.17 Tory and Labor announce vote against the expansion
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