Tags: impact

Back in November, I wrote an article on the effect that the Olympics have on host cities’ real  estate price.  Here’s the link.

A recent reader saw the article and wrote to me over the weekend:

Thank-you for the article. It made for an interesting read. My area of interest is the “after Olympic” effects on house prices of host cities. Is there a pronounced “hangover” effect on house prices due to the debt level most, if not all, host cities are left to grapple with? Do most international investors simply cash-out and move on to the next host city in search of high %, short term gains in the run-up to the next games? If you have any numbers on Sydney, Athens, Barca, Atlanta (China is a bit tough to gauge given its political influences) on for example: house prices 12-24 months after the closing ceremonies, I would be very interested to see them.  Thank-you.

Being a lifelong Chicagoan, and 20 year veteran of the Real Estate industry, I can comment from experience on a whole bunch of stuff.  But I have not lived through an economic cycle driven by the boom and bust of hosting the Olympics.  So I will try to do my best for you.

Here is a consensus of opinions:

From The Daily Reckoning:

Smaller, underdeveloped cities like Athens and Barcelona have seen huge property gains triggered by the Olympics. But in developed host cities, such as Sydney and Atlanta, the effect on property prices has been virtually nil. Sydney house prices increased by 50% between 1996 and 2000 – but research has shown that this was due to general market influences, rather than the games.

A report from Jones, Lang, Lasalle entitled ‘Reaching Beyond the Gold: The Impact of the Olympic Games on Real Estate Markets’ examines the impact of staging the Olympics on recent host cities and looks ahead to 2012.  An important effect of staging the games, argues the paper, is the improvement of urban infrastructure in developing cities. This can have a major impact on property values – for instance, Athens is building a new airport to the east of the city which has sent land and property prices in the Messogia area soaring.

It seems that in major cities, the effect on real estate prices is not dramatic.  But in smaller host cities, the effect is dramatic.

The writer of the article also notes that the money spent on infrastructure improves quality of life, and adds value to the community that lives long after the departure of the Olympics.  Here in Chicago, we can anticipate HUGE improvements to our ancient CTA TRAIN system, new roads, new buses, and the establishment of an entirely new neighborhood south of McCormick Place.

From my Colleague at @properties, Brian Guzman:

The regeneration effects from hosting an Olympic games has generally had a positive impact on house prices. Barcelona was the best performing host city with prices rising by 131% versus an 83% increase in Spanish house prices in the five years leading up to the 1992 Olympics.

Hosting an Olympics is usually associated not only with an increase in sporting facilities but also an upgrade of transport and cultural/leisure facilities. Barcelona, Athens and Sydney all saw a significant upgrading of their urban infrastructure and this city rejuvenation is likely to encourage higher house prices.

Areas close to the Olympic complex usually see the largest increase in house prices as they benefit from improved facilities and better transport links. This was clearly evident in the main area of development for the Sydney Olympics, Homebush Bay, a former industrial site 20 minutes from the centre of Sydney. House prices in the adjacent suburb, Homebush, rose 70% in the five years in the run-up to the Olympics, compared to a 50% increase in Sydney house prices.

The Manchester Commonwealth Games prompted redevelopment and rejuvenation of central Manchester and provided a spur to house prices in the area. In the five years leading up to the 2002 Commonwealth Games, house prices in central Manchester rose by 102% versus a 52% rise in prices in the North West and an 83% increase in prices across the UK.

Again, real estate prices near the Olympic Host City outperform prices in other cities.  And the improvements to infrastructure add long-term value to the city.

Both articles above reference a detailed study by Phillips, Hager and North, Investment Management LTD., in Vancouver, Canada.  The detailed study can be found here.

Conclusion: Sorry, No Lasting Olympic Effect

The hosting of the Olympic Games may have some impact on residential real estate prices, but our analysis of four North American experiences suggests that the impact, if any, is likely to be experienced over a fairly long time frame during the lead up to the Games and does not persist after the Games are done and gone. The impact may depend on the size of the local property market – presumably the smaller the market, the more noticeable the impact – but, neither Calgary (population 657,000 in 1988) nor Salt Lake City (population 182,000 in 2002) experienced a material Olympic effect.

Oh yeah?  Just when you thought you were right, check out the conclusions from this study by Jones Lang LaSalle, LaSalle Investment Management.

History clearly demonstrates that the 2008 Olympic host city will enjoy significant long-term benefits,” said Melinda McKay, Senior Vice President, Jones Lang LaSalle, and co-author of the study. “While the Games generate short-term economic gains, such as more jobs and increased revenue, other indirect effects — such as changes in the host city’s urban form and governance — are farther reaching and longer lasting.

And a deeper discussion into these important factors:

    • Urbran Regeneration
    • Olympic Villages
    • Infrastructure Improvements
    • Greening of the Games
    • Tourism Promotion and the Convention Sector

And a great conclusion:

The degree to which cities are able to achieve this will depend on a number of factors. These include:

  • Competitiveness of the business environment affects the ability to attract corporate occupiers
  • Quality of the tourism attractions determines the degree of long-term tourism benefits
  • Ability to sell Olympic experience to attract other major world events extends to the re-use of facilities and the leveraging of organizational experience
  • Level of tourism infrastructure built for the Olympics — has major long-term implications
  • Presence of an ongoing promotional campaign is critical in translating the short-term interest into long-term benefits


To delve deeper into your question, here are a couple of my opinions.

None of the articles indicated a massive influx of foreign investment, or investors flocking to the host city and buying up property to cash in on an anticipated run-up of real estate prices.

Here in Chicago, it is already apparent that only the most politically connected are going to really rake in the tall cash on the Olympics.  The City of Chicago has already gone under contract to purchase the site of the old Michael Reese Hospital, is working on contracts with politically connected trucking firms to haul away the demolished buildings, and hire politically connected developers to construct the new Olympic Village.  (Article at the Chicago Reader here and Chicago Tribune’s political coverage here.)

The real money to be made on the Olympics here in Chicago will be from the big projects to improve infrastructure.  Followers of Chicago politics can already fill in the names of the connected companies that are going to be awarded contract for:

  • Trucking
  • Concrete
  • Roadbuilding
  • Construction
  • Demolition
  • CTA Improvement
  • Asphalt
  • Garbage Hauling

For the slimmer margins in the run-up of real estate prices, a 20% to 30% possible increase in property values over normal property appreciation does not seem to be a worthwhile pursuit for aggressive investors, so I cannot imagine a speculative boom in that regard.

The Government of Canada marked the start of construction of the Moncton VISION demonstration home, an energy-efficient and environmentally-friendly home to be built in Moncton, New Brunswick. The home will be constructed by AlternaHome Solutions Inc. in partnership with VISION Land Development Ltd., as part of Canada Mortgage and Housing Corporation’s (CMHC’s) EQuilibrium™ Sustainable Housing Demonstration Initiative, which encourages builders and developers to build the next generation of sustainable housing in Canada.

Rob Moore, Member of Parliament for Fundy Royal, on behalf of the Honourable Diane Finley, Minister of Human Resources and Skills Development Canada and Minister Responsible for CMHC, was joined today by Paul Arsenault of AlternaHome Solutions Inc., and Ken McPhee of VISION Land Development Ltd., along with sponsors and supporters, in the groundbreaking of the first demonstration home of its kind in Atlantic Canada.

“The Government of Canada is pleased to work with the private sector to develop such innovative homes. We congratulate AlternaHome Solutions Inc. on its winning design/concept and its commitment to environmental responsibility,” said MP Moore. “The Moncton VISION Home gives people in this region an opportunity to see first-hand how we can create beautiful, healthy homes, conserve energy and resources, and reduce pollutant emissions.”

EQuilibrium™ housing integrates a wide range of innovative technologies and practices to reduce a home’s environmental impact to a minimum. The Moncton VISION Home will integrate optimal solar orientation, energy efficiency and renewable energy systems into its design and construction to reduce energy use. Additional Moncton VISION Home features include extensive natural lighting, an energy management system, natural and mechanical ventilation, and the use of natural materials with low levels of pollutants. Rainwater will be captured to reduce water use.

“We are very pleased to work with CMHC. They, together with each and every member of the Moncton VISION Home team, have been working tirelessly to ensure the success of this project. The Moncton VISION Home has the potential to help people discover new ways of doing things, which in the long run, will help reduce our dependence on fossil fuels, and consequently reduce our negative impact on the environment. The Moncton VISION Home will lead, teach and inspire people to take charge of their own energy,” said Mr. Arsenault.

The Moncton VISION Home is one of 15 projects that won CMHC’s national EQuilibrium™ sustainable housing competitions since the initiative was launched in 2006. All EQuilibrium™ projects will be open to both the general public and professional audiences for tours, and then monitored for performance by CMHC for one year, once occupied.

CMHC’s EQuilibrium™ Sustainable Housing Demonstration Initiative provides a new approach to housing in Canada, representing a fundamental change in the way Canadians think about their homes. It strives to balance our housing needs with those of the environment. It brings together — under one roof — the principles of occupant health and comfort, energy efficiency, renewable energy production, resource and water conservation, and reduced environmental impact.

CMHC has worked closely with many stakeholders to develop and deploy EQuilibrium™. In particular, CMHC has collaborated closely with Natural Resources Canada which has contributed substantial research and development expertise and resources to advancing the initiative.

As Canada’s national housing agency, CMHC draws on more than 60 years of experience to help Canadians access a variety of quality, environmentally sustainable, and affordable homes — homes that will continue to create vibrant, healthy communities and cities across the country.

http://www.cmhc.ca/en/corp/nero/nere/2009/2009-06-25-0900.cfm

brought to you by Moishe Alexander, CFC CEO

INTRODUCTION

Inadequate control of airflow through the building envelope is often a primary factor contributing to premature building envelope failures. If moisture-laden air is permitted to travel through the building envelope, the moisture may, under certain environmental conditions, condense within the walls of the structure. In above-freezing conditions, this may cause corrosion or rotting of the structural components, staining of the interior and/or exterior facade, and may stimulate the growth of mold and mildew. In cold climates, accumulated moisture may experience numerous freeze-thaw cycles, which can precipitate spalling and the formation of icicles on the exterior facade.

Air leakage is also a concern in areas where interior temperatures differ greatly from exterior temperatures, such as the Prairie Provinces, which can experience periods of extreme cold during the winter and extreme heat during the summer. The excessive heating and cooling loads placed upon buildings in this type of climate leads not only to an increase in space conditioning costs to the owner, but also has a negative impact upon the environment through increased energy consumption and the emission of greenhouse gases. In fact, studies conducted on high-rise residential and commercial buildings in cold climates have shown that anywhere from 20 to 50 percent of heat loss can be attributed to air leakage.

In Canada, building rehabilitation for roofing and wall system repairs and replacement cost an estimated $7.5 billion annually. A conservative estimate of the premature failure rate is 3 to 5 percent, or $225 to $375 million per year, with premature failure defined as any performance condition requiring repair or replacement of the system before the benchmark date. The building envelope has been identified as being particularly vulnerable to durability problems.
It is the growing global awareness of these air leakage-related problems that is driving the federal governments in Canada and the United States to introduce more stringent codes and regulations to govern building air permeance. In order to improve occupant health and safety, revisions were made to the National Building Code of Canada (NBCC) in 1995 designed to reduce air leakage in buildings, including those buildings classified within Part 3 of the Code1. Public Works Canada also recently revised their National Master Specification to include air barrier inspection and testing. In the United States, Persily’s Envelope Design Guidelines for Federal Office Buildings: Thermal Integrity and Airtightness (1993) also documents the requirements as outlined in the NBCC. In addition, State Energy Codes are being adopted and/or revised, making air barriers a mandatory requirement in new construction and retrofits. ASHRAE/IENSA Energy Standard for Buildings Except Low-Rise Residential Buildings (90.1-1999) also governs building envelope sealing.
Recently, air barrier trade associations have formed in Canada and the United States with the objective to improve the quality of air barrier system installations by providing education and training for the workforce. For an installer to become ‘certified’ through the association, an applicant must possess the required knowledge of air barrier material and system theory, and demonstrate sufficient skills in practical applications. In addition, through the associations’ quality assurance programs, documented self-testing and on-site third party audits are performed to verify the quality of the installation, and confirm the certified installers’ ability to build to expected standards.

While there are numerous ASTM (American Society for Testing and Materials) methods, says Jan Luistermans, for testing air barrier systems and/or components, there is no generic regimen for the application of these techniques being utilized on a widespread basis. The need for a complete design, inspection and testing protocol for air barrier systems cannot be understated. A recent study concluded that even routine testing can have a significant impact upon the airtightness of a building. Where air leakage testing was conducted, there was an overall reduction in air leakage for the system, a significant decrease in heating and cooling loads, a reduction in greenhouse gas emissions, and an increase in the life cycle of the building envelope.
With the growing use of inaccessible air barrier systems (such as bituminous membranes), on-site inspection and testing during installation is necessary to identify problems before the system is covered with finishing materials. The cost to repair an air barrier system after it has been covered can be conservatively estimated to be 50-60 times the cost of a correct first-time installation. Hence, the need for inspection and testing is obvious.