In the past quarter century, the People’s Republic of China has achieved remarkable progress in economic growth, social advancement, and political and administrative reforms. These achievements are largely attributed to the commitment of the Chinese government to improve its people’s welfare through adherence to a free market economy. The interrelated forces of economic growth and policy reform are stimulating rapid and fundamental transformation, especially in Chinese cities, where infrastructure projects, urban renewal, housing development and reform of state-owned enterprises are taking place at an unprecedented pace and scale.

The catalyst for this surge in urban development has been the widespread adoption of the Land Use Rights System (LURs) in which land ownership and use rights have been separated. Its impacts are two-fold. First, it promotes the development of markets for land use rights in which land prices and market mechanisms begin to affect land use and land allocation decisions. Second and more important, it creates an institutional capacity for local governments to raise much-needed revenues to finance urban redevelopment and economic reforms. This revenue-raising ability is rooted in the land ownership structure and power of Chinese government, since the state owns virtually all land in cities and towns. Users are required to pay upfront leasing fees for 40- to 70-year periods, depending on the type of use.

Along with its fiscal impacts, the LURs has created several problems that have drawn increasing attention. First, revenues from leasing state-owned land are not sustainable from a long-term perspective; leasing of existing urban land has been the primary revenue source for financing urban projects, and sooner or later cities will run out of urbanized land available for leasing. For example, Hanzhou City will collect 6 billion RMB (US$732 million) in 2003 from the sales of land use rights, most of them on existing urban land, but land sale revenues have already reached their peak and have started to decline.

Second, Chinese governments lack instruments to capture their share of the increases in land value that are driven up by the combined forces of urbanization, public investment in infrastructure and private efforts. Based on the proposition that one should be rewarded only for one’s own effort, government should capture the increased land value resulting from public investment, rather than having it accrue to the private landowner.

Third, laws do not specify concrete measures for implementing lease renewals. It will be more difficult to collect leasing fees in the renewal period since local governments will have to deal with thousands of households compared to a small number of developers in the first round of leases. Finally, some local government officials have been politically motivated to create an oversupply of land and overheated real estate activity, thus diminishing the central government’s efforts to institutionalize land management and urban planning.

Compulsory Land Acquisition

The other major source of land revenues for local governments is the leasing of former farmland. Both the Chinese Constitution and the 1999 Land Administration Law (LAL) specify that the state, in the public interest, may lawfully requisition land owned by collectives, thus setting the stage for compulsory land acquisition. The local government is thereby able to acquire land cheaply from farmers and sell it to developers at much higher prices. This is a complicated process because it requires first acquiring the land, then converting it to state ownership, resettling the displaced farmers and providing urban infrastructure before finally leasing the land to developers. The law requires that peasants’ lives should not be adversely affected by land acquisition. However, this requirement is difficult to implement, in part because measures of life changes for peasants are multifaceted; financial compensation is only one of the considerations.

Since there is no market data for farmland prices, the government pays collectives and peasants a compensation package that includes three components: compensation for the land itself; resettlement subsidies; and compensation for improvements to the land and for crops growing on the requisitioned land. The law stipulates that compensation for cultivated land shall be six to ten times the average annual output value of the acquired land for the three years preceding the requisition.

The amount of the resettlement subsidies depends on the number of people living on the land, but each person’s subsidy shall not exceed six to ten times that of the annual yield from the occupied land. Recognizing diversity of local conditions in terms of socioeconomic development status, productivity, and per capita income, the local government is permitted to raise the sum of the resettlement subsidies and land compensation up to 30 times the previous three years’ average output value on the acquired land.

Emerging Issues

Several significant issues are emerging from this land acquisition process. The first relates to the ill-defined concept of property rights and development rights: who is entitled or empowered to acquire land from peasants for urban development? Currently any entity can acquire land from peasants as long as it can justify public interest or purpose. This public interest requirement was easy to fulfill in the 1990s, since there were many state-owned enterprises that provided services and/or goods to the public. They could acquire land to launch profitable commercial, housing, entertainment and industrial development projects. Individual developers also can acquire land if they have strong political connections. However, these profit-making and political motivations for land acquisition are responsible for increasing corruption in real estate and housing developments and creating chaotic and uncoordinated urban development patterns. Recent economic reforms and privatization have begun to diminish the roles of state-owned enterprises, so it is time to reexamine the concept and definition of public interest and public projects.

The interactions of multiple players in land acquisition (including individuals, corporations and governments) create several problems in land management and planning: (1) it becomes extremely difficult, if not impossible, to coordinate land development so that infrastructure and transportation facilities are used efficiently; (2) it voids many urban planning efforts; and (3) it is blamed for “villages in the city” (cheng zhong chun), a phenomenon in which villages and farmland are surrounded by developed land, making the city unattractive, disrupting the continuity of economic, social and cultural functions, and significantly increasing transportation costs.

The second issue is who is entitled to compensation and at what level. The village collective is the basic socioeconomic organization in rural areas, and its largest asset is the land collectively owned by the members. Even though laws recognize that both the collective and its members should be entitled to sharing compensation, there are no specific policy guidelines or regulations on how to divide the shares in different situations. The collective’s share is supposed to enhance its capacity in farmland productivity and social welfare, thus benefiting all its members. However, the role of the collective is diminishing, in part because its membership is decreasing as some farmers leave to become urban residents following acquisition of communal land, and in part because of socioeconomic changes due to advancing urbanization. The revenue sharing scheme reflects this transformation.

To make matters worse, different levels of governments take a cut out of the monetary compensation that is supposed to go to the farmers. For example, the Chinese government built a pipeline that transfers natural gas from the western to the eastern part of the country. This was a national project, so compensation to peasants was paid by the state, but the amount of compensation varied from province to province. The state gave 20,000 RMB (US$2,500) per mu (one mu=666.67 square meters) to peasants in Henan province for their land. Given the fiscal structures between governments, these funds were allocated downward to lower levels of government (from state to province to city to county to township, respectively). At each transfer point, a portion of funds was retained for that level of government to finance their own public goods and services. The peasants received only 5,000 RMB in the end.

The situation here is similar to the concept of value capture in which governments are entitled to retain a portion of land value increases in exchange for their efforts in urban development and infrastructure provision. In a case like Henan it is legitimate to ask if the state’s compensation reflected the true market value of the land. If it did, then local governments should be entitled to their shares. Alternatively, if the state captures the entire land value increase, then the state should reimburse at least the costs of infrastructure provisions supplied by the local government.

The third issue is the equity of compensation, which involves both the level of compensation as well as variations in payments in different situations. Since there are no market data that can truly reflect the price of farmland, compensation hardly reflects market conditions and it varies dramatically from case to case, mainly depending on who plans to develop the land. For instance, profitable projects such as commercial housing and business developments can afford to pay higher prices for land than public transportation and infrastructure projects such as highways, railroads, airports and canals. If these different types of projects, private and public, occur in one village at different times or in neighboring villages at the same time, peasants who are less well compensated feel unequally treated by the government. Many complaints have something to do with this inconsistency in compensation. Such inequity contributes to rising tensions and distrust between peasants and the government and adversely affects subsequent planning and implementation of land management policies.

Finally, it is becoming increasingly difficult and costly to resettle peasants. The LAL requires that the quality of life of farmers shall not be adversely affected by compulsory land acquisition, but does not specify concrete measures to achieve this goal. As a result, many peasants end up living under worse conditions several years after their land was taken than they did before. This situation is not difficult to imagine. Farming does not make peasants rich, but it generates sufficient income to support a minimum level of livelihood and security. Without appropriate training and skills in managing their lump sum payment and without appropriate investment channels (if their compensation is sufficient to make any investment at all), it is common for peasants to end up with no land to farm, no income stream to support themselves, and no job skills to compete in the tight urban job markets.

Land Policy Challenges

China is facing many challenges in its efforts to supply land for new development as rapid urbanization continues. First, it is becoming more difficult for local governments to acquire land for true public works and transportation projects, since they cannot offer peasants as much compensation as developers of more profitable commercial projects.

A second challenge is to fairly compensate peasants when their farmland is acquired. As governments capture a greater proportion of the land value increases, the low level of compensation to peasants imposes a serious long-term threat to sustainable development in China. The number of people who live in poverty after land acquisition continues to rise. For instance, Zhijiang province alone has more than 2 million farmers who have lost their farmland. In 2002, more than 80 percent of legal cases filed by peasants against governments in the province were related to land acquisition.

This situation is a potential source of instability and is likely to escalate in the future as increasing urbanization puts even more pressure on the need for new land for development. According to the General National Land Use Comprehensive Plan, China needs 18.5 million mu of land for nonagricultural uses in the first decade of the twenty-first century, and 90 percent of that land will be acquired from farmers. It is estimated that 12 million farmers will lose their land through this type of acquisition. Without fair compensation or other efforts to assure their social security over the long term, these farmers will impose enormous socioeconomic problems on China for years to come.

The third challenge is associated with the rate of urbanization. According to the report of the 16th Communist Party Convention in 2003, the total population of China is estimated to be 1.6 billion to1.8 billion by 2020, with more than 55 percent living in cities, compared to the current population of 1.3 billion with 38 percent in urban areas. Migration from rural areas to cities is expected to be around 15 million annually, after taking into account the rate of natural urban population growth. Sustainable and affordable urban economic development is urgently needed to absorb these large numbers of rural immigrants.

A final dilemma is how to achieve a balance between farmland preservation and urban spatial expansion. Farmland preservation will inevitably increase land costs, which in turn will slow down urban development. At the same time, it is necessary to promote urban economic growth to provide sufficient job opportunities. This in turn leads to urban encroachment into rural areas to take advantage of less expensive land.

To address these challenges, Chinese officials need to ask some fundamental questions:

• What are the impacts of urbanization and infrastructure provision on the value of farmland, and how do the values change over space and time?
• Who is entitled to the value increases in land, and what is the peasants’ fair share?
• What constitutional rights do peasants possess? Will the Chinese Constitution be amended soon? If so, what will be the impacts?
• What are some other mechanisms of capturing land value? What are the merits and drawbacks of these mechanisms, and will they work in China? If so, how can the government make them work?

Land Acquisition Reform

It is hard to anticipate how Chinese officials will address these questions, but rapid urbanization and massive infrastructure provision will inevitably increase land values over the next two decades. Recognizing the enormous problems associated with land acquisition, several cities have adopted different approaches to protect farmers’ rights and interests so their lives will not be adversely affected. These approaches include:

• Joint ventures (Shanghai). Collectives share stock in the land they transfer for projects. In return, they receive annual cash payments equivalent to average profits from farming.
• Extra allowance for construction on land in villages (Shuzhou). Local governments strictly control the amount of nonagricultural construction on land owned by a collective. By providing an extra allowance for nonagricultural land, villages are able to pursue economic activities other than agriculture and are able to generate income simply by renting out their land for nonagricultural purposes.
• Combination of cash resettlement and provision of social security funds (Zhuzhou and Jiaxing). The population in a village where land will be acquired is divided into three age groups: youth, adults and elders. The younger residents are paid a cash compensation. The cash compensation for adults is double the youth amount and half of it is earmarked for job training. Those two groups are compensated upfront in a lump sum payment. The local government establishes a social security fund for the elderly so they are paid on a monthly basis rather than in a lump sum fashion. The amount of their pay is equivalent to the minimum standard set by governments for urban laid-off workers.
• Compensation based on location, not previous land use (Nanjing City). This example is closer to compensation based on farmland markets.

The Chinese government is taking other measures, such as attempting to make the land acquisition process more transparent so farmers know where and when their land will be acquired and how much they will be compensated for it. This transparency will also help to reduce corruption and improve land management. There is also an urgent need to establish legal channels for farmers to file appeals and protests against governments in compulsory land acquisition cases. The development of farmland markets may challenge land acquisition and also may have substantial impacts on fiscal policy and government financing.

All of these efforts will change both the way land will be taken from farmers and how the issues and challenges of land acquisition will be addressed. Although it is too early to predict how and to what extent these measures and reforms may affect urban and rural development, China is certain to be one of the most fascinating and dynamic places for continuing research and study of land policy reform and societal transformation.

Chengri Ding is associate professor in the Department of Urban Studies and Planning at the University of Maryland, in College Park. He specializes in urban economics, housing and land studies, GIS and spatial analysis. He is also special assistant to the president of the Lincoln Institute for the Program on the People’s Republic of China.

Note: RMB is the Chinese currency; US$1=8.20RMB.

A well-functioning property tax system could offer many benefits to the nations of sub-Saharan Africa. At a time of decentralization, when local governments are being asked to assume new responsibilities for services and infrastructure in such countries as Sierra Leone, South Africa, and Uganda, a dependable and locally administered source of revenue would greatly benefit local democracy and economic development. It could improve the standard of living in local communities on a continent still grappling with abject poverty and poor governance.

Faculty Profile, John H. Bowman

Cities are both contributors to and victims of global climate change. Delta cities, in particular, have long been recognized as being extremely vulnerable because they are located where the stresses on natural systems coincide with intense human activity.

A number of climate change impacts may affect delta cities, including rising sea levels, infrastructure damage from extreme weather events, the public health implications of higher average temperatures, altered energy consumption patterns, stress on water resources, impacts on tourism and cultural heritage, decreased urban biodiversity, and ancillary effects on air pollution (IPCC 2007). Climate change also may affect physical assets used for economic production and services, as well as the costs of raw materials and inputs, which in turn will affect competitiveness, economic performance, and employment patterns.

China’s remarkable economic growth since the beginning of the country’s reform period in 1978 has concentrated a large share of population and wealth along the coast, especially in three megacity regions: Pearl River Delta, Yangtze River Delta, and Capital Region. While the potential implications of climate change pose a challenge for coastal communities around the world, this geographic concentration of population and economic activity seems disproportionate in China.

Among China’s coastal and delta regions, the Pearl River Delta (PRD) in Guangdong province is an important economic center that includes the cities of Guangzhou, Shenzhen, and seven prefecture-level municipalities. Together with Hong Kong and Macao, the greater PRD area is one of the key megacity regions in the world, but its geography makes it highly vulnerable to sea level rise. Unprecedented economic and urban development, along with the major changes in land use and land cover accompanying that development over the past three decades, has released large emissions of CO₂, leading to higher temperatures and more intensive and extreme weather events (Tracy, Trumbull, and Loh 2006). Given the importance of this region to both China and the broader global economy, we take a closer look at the PRD’s contribution to and risks from climate change.

Industrialization and Urbanization

With the establishment of the Shenzhen and Zhuhai Special Economic Zone in 1980, the PRD was among the earliest regions in China to begin to liberalize its economy. Its institutional advantages, combined with its proximity to Hong Kong and Macao, made the PRD the fastest growing region in the world during the past three decades. From 1979 to 2008, the PRD’s GDP grew at 15.6 percent annually in constant prices, outpacing both the national rate of 9.77 percent and the provincial rate of 13.8 percent.

As a result, the delta’s contribution to the share of GDP in China soared from 2.8 percent in 1979 to 9.5 percent in 2008. In terms of total fixed investment, foreign direct investment, exports, and energy consumption, the PRD was one of the most important and dynamic economic regions in China during this period (figure 1).

This rapid development resulted from the dual process of industrialization and urbanization. The region’s secondary and tertiary industries have grown rapidly as primary industry has gradually decreased in relative economic importance, with its contribution to GDP declining from 26.9 percent in 1979 to 2.4 percent in 2008, while the tertiary service sector grew from 27.9 percent to 47.3 percent.

Over the same time, the population increased from 17.97 to 47.71 million residents, reaching an urbanization rate of 82.2 percent in 2008. In terms of land use, areas designated for manufacturing, residential, and commercial uses grew by 8.47 percent annually, increasing from 1,068.7 square kilometers (k2) in 1979 to 4,617.16 k2 in 2008 (figure 2).

Climate Changes

Given these dramatic land use changes and the region’s increased emissions of greenhouse gases, it is not surprising that the PRD has experienced noticeable regional climate changes. The Guangdong Meteorological Administration (2007) reported that the average temperature increase in Guangdong province over the past five decades has been 0.21 °C every 10 years, which is similar to the rate of warming seen nationally in China. Guangdong’s coastal region, especially the highly urbanized PRD, witnessed even greater temperature increases, averaging 0.3 °C every 10 years. The cities of Shenzhen, Dongguan, Zhongshan, and Foshan warmed more than 0.4 °C every 10 years.

After compiling data from 21 meteorological stations in the PRD region, we calculated the average annual and seasonal temperatures during the 1971–2008 period and compared them with the annual temperatures in Guangdong. Our research showed the PRD has experienced significant warming and has been hotter than the entire Guangdong province during the observed period. Since the 1970s, the PRD has seen its average temperature rise by approximately 1.19 °C to 22.89 °C in the most recent decade, with annual average temperatures remaining above the region’s 30-year average temperature of 22.1 °C since 1994 (figure 3).

The winter and autumn seasons saw the most considerable temperature increases, with averages of 24.1 °C in the autumn and 15.2 °C in the winter between 1994 and 2007. These temperatures are significantly higher than their respective 40-year averages of 23.5 °C and 14.6 °C. While not as significant, average spring and summer temperatures in the PRD during the 1997–2007 period were also greater than their 40-year average temperatures of 22 °C and 28.2 °C. This regional warming phenomenon is also seen to a lesser degree in Guangzhou, a populous and characteristic metropolis in the PRD, where average temperatures have risen like those in the greater delta region.

As the PRD’s climate has warmed more quickly than that in the rest of the province, the rapid industrialization and urbanization has generated enormous energy demand from manufacturing industries, transportation, and residential consumers, resulting in greater emissions of CO₂ and other greenhouse gases that are contributing to global climate change. The increased concentration of greenhouse gases, both regionally and globally, represents a large latent source of future warming and additional changes.

Impacts of Climate Change

Given its coastal geography and population density, Guangdong is among the most vulnerable of China’s coastal provinces to the sort of meteorological disasters that are expected to increase with global warming. In 2008, Guangdong experienced direct economic losses of 15.43 billion yuan and 73 deaths, accounting for 75 percent and 48 percent of national totals, respectively, as well as the loss of 602 kilometers (km) of land to coastal erosion (table 1). With sea levels in the province having risen by 75 millimeters (mm) during the 1975–1993 period, the China Meteorological Administration’s (2009b) prediction that sea levels will rise a further 78–150 mm between 2008 and 2038 represents a serious threat to coastal infrastructure and communities in the PRD.

Guangdong has long been impacted by marine hazards such as rainstorms, cyclones, and storm surges that have killed hundreds of people, caused serious damage to housing and transportation infrastructure, and impacted farming in the province. In the 1950s, the annual average farming area affected by marine hazards was about 200,000 hectares (ha), which grew to 440,000 ha in the 1960s and 500,000 ha in the 1970s, before jumping to 1,411,000 ha in the 1990s.

In addition to more frequent extreme storm events, instances of drought also have been increasing in the PRD. In the 1950s, the average farming area affected by droughts in Guangdong was 104,000 ha, which grew steadily to reach 201,500 ha in the 1980s, 282,500 ha in the 1990s, and 426,400 ha in the 2000s. Given the expected increases in the frequency of extreme weather events, as well as rising temperatures and sea levels, agricultural and mariculture activities in the PRD will be increasingly vulnerable to future climate change.

Cities in the PRD are particularly susceptible to natural disasters and climate change as they concentrate infrastructure, nonagricultural activities, and population, severely impacting economic activities and daily life. Rainstorms and typhoons occur frequently in the region and typically entail serious damage and huge economic losses. During the 2000–2007 period, for instance, rainstorms and typhoons in Shenzhen caused cumulative direct economic losses of 525 and 277 million yuan respectively, accounting for approximately for 63 and 33 percent of total direct economic losses associated with all meteorological hazards in the city (figure 4).

Meteorological hazards also lead to disruptive impacts on facilities, infrastructure, and transportation. Rainstorms and typhoons impose challenges on urban sewage systems and flood control facilities, while prolonged periods of high or low temperatures exert pressure on urban power supply infrastructure.

In May 2009, Shenzhen experienced an unprecedented rainstorm, with some parts of the city receiving daily precipitation in excess of 208 mm. The storm flooded 40 areas of the city and left 11 areas under at least one meter of water. Two years before, in April 2007, rainstorms flooded the Qinghuhe River in Shenzhen, damaging embankments and toppling power lines. On the other end of the spectrum, in July 2004 Guangzhou suffered a prolonged heat wave that created tremendous demand for electricity. Usage eventually peaked at 8.45 million kilowatts and forced many enterprises to stop production to help conserve power.

Transportation is the lifeline of urban activity and economic production. As two of China’s major population and economic centers, Shenzhen and Guangzhou are particularly important national transportation hubs, and any disruptions from extreme weather events such as rainstorms, typhoons, and flooding have far-reaching effects across the country.

When tropical storm Fengshen landed in Shenzhen on June 24, 2008, the city’s Yantian seaport was forced to close and hundreds of vessels were stuck in port, resulting in huge economic losses. During 2008, four tropical storms and one rainstorm resulted in the cancellation of 249 flights and the delay of 386 other flights at the Shenzhen International Airport, stranding more than 20,000 passengers. In 2009, three major weather events caused the cancellation of 176 flights and the delay of 326 flights, while 4,151 ships were forced to take shelter in Yantian port. As Chinese travelers become more affluent and air travel grows more rapidly, the vulnerability of these cities to disruption by severe weather events is set to increase.

Disruptive Effects of Sea Level Rise

The China Meteorological Administration (2009b) has identified the PRD as one of the country’s areas most at risk from rising sea levels due to its low mean sea level. Previous studies concur that sea levels in the PRD are rising and will continue to do so in the foreseeable future. Figure 5 illustrates the changes in sea level recorded at three tidal gauges (Hong Kong, Zha Po, and Shan Tou) during the 1958–2001 period. Hong Kong recorded a sea level rise of 0.24 centimeters per year (cm/year) during the period, while Zha Po and Shan Tou saw sea levels rise by 0.21cm/year and 0.13cm/year, respectively. Tidal records from six different gauges in the Pearl River estuary show that sea levels have risen at an accelerating rate over the last 40 years.

With the melting of glaciers globally due to climate change, these recent rises in sea level are expected to continue and potentially even accelerate. Li and Zeng (1998) offered three forecasts for sea level rise in the PRD, with 100 cm (high), 65 cm (middle), and 35 cm (low) forecasts by 2100. These predictions have been echoed by similar projections from the Chinese Academy of Sciences (1994), which indicate that sea levels in the PRD would rise by 40 to 60 cm by 2050.

The physical geography and urban development of the delta render it extremely vulnerable to the effects of sea level rise, and many lowland areas are likely to be inundated (Yang 1996). According to calculations by China’s National Marine Data and Information Service, a sea level rise of 30 cm could inundate an area of 1,154 k2 of coast and islands at high tide, with Guangzhou, Doumen County, and Foshan at particular risk (Guangdong Meteorological Administration 2007).

Coastal and river flooding in the PRD is influenced by several factors: rainfall, high tides, high winds, and typhoons and storm surges. The combination of weather and tidal factors that causes water levels to rise by upwards of three meters during tidal cycles is already well known in parts of the Pearl River Estuary (Tracy, Trumbull, and Loh 2006). According to Huang, Zong, and Zhang (2004), the current maximum tidal range increases as one travels up the estuary, from a low of 2.34 meters near Hong Kong to 3.31 meters at Zhewan, before reaching 3.35 meters at Nansha.

Rising sea levels would magnify the effect of storm surges, which already can be dramatic when weather and tidal factors coincide. Analyzing records from 54 tidal gauges across the PRD, Huang, Zong, and Zhang (2004) created predictions for water level rises in different parts of the delta under a number of different flood scenarios. According to the lowest freshwater discharge scenario (2000 m2/s), their simulations show that a 30 cm sea level rise will affect the northwest part of the region most severely and the majority of the area significantly. These researchers also simulated the impacts of a 30 cm sea level rise on the distribution of flood damage based on four freshwater discharge scenarios, showing that as floods increase in severity the size of the areas affected also increases.

Summary and Discussion

Delta cities enjoy locational advantages that make them attractive to both residents and businesses, and thereby lead many delta regions to develop into vital economic cores in many countries. Delta cities, however, are particularly vulnerable to meteorological hazards and are more at risk than inland cities to the existing and anticipated effects of climate change. The Pearl River Delta has witnessed substantial increases in both sea levels and temperatures, greater variation in rainfall, more frequent extreme weather events, and increasing losses from marine hazards.

More frequent meteorological hazards such as flooding from tropical storms and rainfalls have indeed caused disruptive impacts in the PRD: disrupting agricultural and mariculture production, damaging coastal defenses and embankments, destroying houses and facilities, shutting down transportation, and causing the loss of life. Sea level rise resulting from global warming represents a further threat and challenge in many parts of the region. The cumulative impact of these interrelated weather and climate phenomena have increased the costs of development in the PRD substantially. Fortunately, provincial and municipal governments have realized the importance of climate mitigation and adaptation, and are looking to the experiences of other delta cities around the world for valuable lessons about how best to strengthen urban sustainability and resiliency.

References

China Meteorological Administration. 2009a. China marine hazards report 2008. Beijing.

———. 2009b. China sea level report 2008. Beijing.

Chinese Academy of Sciences. 1994. The impact of sea level rise on economic development of the Pearl River Delta. In The impacts of sea level rise on China’s delta regions. Beijing: Science Press.

Du, Yao-dong, Li-li Song, Hui-qing Mao, Hai-yan Tang, and An-gao Xu. 2004. Climate warming in Guangdong province and its influences on agriculture and counter measures. Journal of Tropical Meteorology 10(2): 150–159.

Guangdong Meteorological Administration. 2007. Assessment report on climate change in Guangdong. www.gdemo.gov.cn

He, Canfei, Lei Yang, and Guicai Li. 2010. Urban development and climate change in the Pearl River Delta. Working Paper. Cambridge, MA: Lincoln Institute of Land Policy.

Huang, Z., Y. Zong, and W. Zhang. 2004. Coastal inundation due to sea level rise in the Pearl River Delta, China. Natural Hazards 33: 247–264.

IPCC (Intergovernmental Panel on Climate Change). 2007. Climate change 2007: Impacts, adaptation, and vulnerability. Contribution of Working Group II to the Fourth Assessment Report of the IPCC. Cambridge, UK: Cambridge University Press.

Li, P., and Z. Zeng. 1998. On the climatic and environmental changes in the Pearl River Delta during the last 500 years. Quaternary Sciences 1: 65–70.

Tracy, A., K. Trumbull, and C. Loh. 2006. The impacts of climate change in Hong Kong and the Pearl River Delta. Hong Kong: Civic Exchange.

Wu, Y. and Li, H. 2009. Meteorological disasters and hazard evaluations in Shenzhen since 2000. Guangdong Meteorology. 31(3): 43-45 (in Chinese).

Yang, H. 1996. Potential effects of sea-level rise in the Pearl River Delta area: Preliminary study results and a comprehensive adaptation strategy. In Adapting to climate change: An international perspective, J. N. Smith, et al., eds. New York: Springer-Verlag.

About the Authors

Canfei Heis professor in the College of Urban and Environmental Sciences, Peking University, and associate director of the Peking University–Lincoln Institute Center for Urban Development and Land Policy. He is also the associate director of the Economic Geography Specialty Group of the China Geographical Society. His research interests include multinational corporations, industrial location and spatial clustering of firms, and energy and the environment in China, and his publications appear in many international journals.

Lei Yang is a Ph.D. student in Shenzhen Graduate School of Peking University.

Alan Mallach es senior fellow no residente en el Programa de Políticas Metropolitanas del Instituto Brookings y senior fellow en el Centro para el Progreso Comunitario, ambos de Washington, DC; y académico visitante en el Banco de la Reserva Federal de Filadelfia. Ha sido profesional, promotor y académico en temas de vivienda, planificación y desarrollo comunitario por casi 40 años, durante los cuales ha realizado aportaciones en muchas áreas, como el desarrollo de viviendas sociales y de ingresos mixtos, la revitalización de barrios y la regeneración urbana. En 2003, fue nombrado miembro del Colegio de Socios del Instituto Norteamericano de Planificadores Certificados, en reconocimiento a sus permanentes logros como líder de la profesión de planificación urbana.

Mallach es también profesor visitante en el programa para graduados en Planificación Urbana del Instituto Pratt de Nueva York, y ha enseñado en la Universidad Rutgers y en la Escuela de Arquitectura de Nueva Jersey. Ha publicado numerosos libros y artículos sobre vivienda, desarrollo comunitario y uso del suelo; su libro Bringing Buildings Back: From Abandoned Properties to Community Assets (Reconstruyendo edificios: de propiedades abandonadas a activos de la comunidad) es reconocido como el estándar en la materia. Su libro más reciente: Rebuilding America’s Legacy Cities: New Directions for the Industrial Heartland (Reconstruyendo las ciudades industriales históricas de los EE. UU.: nuevas direcciones para el corazón industrial), fue publicado en 2012 por la American Assembly de la Universidad Columbia. Reside en Roosevelt, Nueva Jersey, y tiene una licenciatura por la Universidad de Yale.

Land Lines: ¿Cómo se involucró en el Instituto Lincoln?

Alan Mallach: Ya había sabido del Instituto Lincoln desde hacía muchos años, e inicialmente me involucré en la década de 1990 con mi trabajo sobre la revitalización de áreas industriales abandonadas. Desde entonces, trabajé como profesor en una serie de sesiones de capacitación patrocinadas por el Instituto y participé en reuniones y conferencias en Lincoln House. Hace alrededor de siete años, Nico Calavita, profesor emérito del Programa de Graduados en Planificación Urbana de la Universidad Estatal de San Diego, y yo comenzamos a investigar el tema de vivienda inclusiva. Este proyecto llevó a que el Instituto publicara en 2010 el libro que coeditamos: Inclusionary Housing in International Perspective: Affordable Housing, Social Inclusion, and Land Value Recapture (Vivienda inclusiva en perspectiva internacional: vivienda económica, inclusión social y recuperación de plusvalías). Más recientemente he estado trabajando con Lavea Brachman, directora ejecutiva del Centro de Políticas del Gran Ohio, en un informe de enfoque sobre políticas de suelo que investiga temas relacionados con la regeneración de las ciudades industriales históricas de los Estados Unidos (ver página 28).

Land Lines: ¿A qué se refiere como «ciudades industriales históricas»?

Alan Mallach: «Ciudades industriales históricas» es un término que se ha comenzado a usar en vez de «ciudades en retroceso», como una manera de describir las ciudades del país que han perdido una cantidad significativa de población y puestos de trabajo en los últimos 50 años o más. Ciertas ciudades icónicas, como Pittsburgh, Detroit y Cleveland se mencionan generalmente en este contexto, pero la categoría también incluye a muchas ciudades más pequeñas, como Flint, Michigan; Utica, Nueva York y Scranton, Pensilvania.

Land Lines: ¿Cómo se conectan los temas de las ciudades industriales históricas con las preocupaciones principales sobre la política de suelo del Instituto Lincoln?

Alan Mallach: Hay muchos puntos de conexión, pero creo que el más importante es cómo debería usarse el suelo en estas ciudades. Todas estas ciudades tienen una sobresaturación significativa de oferta tanto de edificios residenciales como no residenciales en relación con la demanda, por lo menos desde la década de 1960. Como consecuencia de una demolición extensiva a lo largo de décadas, se ha acumulado un gran inventario de suelo vacante o subutilizado. Sólo Detroit tiene más de 100.000 parcelas de suelo vacante separadas y otros 40.000 a 50.000 edificios vacíos. Si bien este inventario es una carga, también podría convertirse en un enorme activo para el futuro de la ciudad. Uno de los temas centrales que enfrentan estas ciudades industriales es cómo desarrollar estrategias efectivas para usar este suelo no solo de forma que beneficie al público sino que también estimule el crecimiento económico y la demanda del mercado.

Land Lines: ¿Cómo compararía este desafío con su trabajo en vivienda inclusiva?

Alan Mallach: Desde el punto de vista económico, es la otra cara de la moneda. La vivienda inclusiva es una manera de usar el proceso de aprobación de planificación para canalizar una fuerte demanda del mercado y crear un beneficio público en forma de vivienda social, ya sea de manera directa, incorporando una cierta cantidad de unidades de vivienda social en un emprendimiento inmobiliario que quiere ser aprobado, o en forma indirecta por medio de desarrollo de predios o contribuciones en efectivo por parte del emprendedor. Como tal, involucra, ya sea explícita o implícitamente, la recuperación de la plusvalía del suelo que se crea en el proceso de aprobación de planes. La vivienda inclusiva parte de una gran demanda en el mercado, y no puede suceder sin ella.

Las estrategias de reúso del suelo en ciudades industriales tratan de generar demanda donde hoy en día no existe, o alternativamente encontrar maneras de usar el suelo para beneficiar al público y que se puedan implementar aun en condiciones donde no se puede inducir demanda en el mercado, por lo menos en un futuro previsible. Estas estrategias se llaman frecuentemente de usos «verdes» del suelo, como es el caso de la agricultura urbana, los espacios abiertos, la restauración de humedales o la gestión del aguas lluvias. Puede ser difícil conseguir que los funcionarios locales y los ciudadanos reconozcan que las formas tradicionales de revitalización, como la construcción de casas nuevas, centros comerciales, etc., requieren de la existencia de un mercado para dichos productos. No obstante, en muchas de estas zonas devastadas la demanda simplemente no existe. Más aún, la demanda no se puede inducir artificialmente por medio de subsidios públicos masivos, si bien los fondos públicos pueden, bajo ciertas condiciones, actuar como un estímulo para crear demanda.

Land Lines: ¿La falta de demanda es evidente en todos lados en las ciudades industriales históricas?

Alan Mallach: No, y esta es una de las cosas más interesantes sobre estas ciudades. En algunas ciudades la demanda crece mucho más que en otras, pero en la mayoría de los casos la revitalización se limita a ciertas partes de la ciudad.

Una tendencia perceptible es que las zonas del centro, o cercanas al centro, particularmente aquellas que tienen un carácter urbano peatonal fuerte, como el corredor de Washington Avenue en St. Louis, o el Distrito de Almacenes de Cleveland, están mostrando un gran dinamismo, si bien en muchas otras partes de estas dos ciudades sigue habiendo pérdida de población y abandono de viviendas.

Parte de este dinamismo se debe al carácter peatonal y la fuerte forma urbana (ver el nuevo libro del Instituto Lincoln por Julie Campoli, Made for Walking: Density and Neighborhood Form (Hecho para caminar: densidad y forma del barrio) (2012), que examina 12 barrios peatonales y las fuerzas que han generado su reciente popularidad). Un segundo factor importante es que estas áreas atraen a un segmento demográfico en particular: individuos y parejas jóvenes. Este grupo no sólo está orientado cada vez más a la vida urbana, sino que su porcentaje en el total de la población norteamericana está creciendo.

Land Lines: ¿Qué otros temas está explorando en su trabajo sobre las ciudades industriales históricas?

Alan Mallach: Me estoy centrando en dos áreas de investigación: una más cualitativa y otra más cuantitativa. En el primer caso, estoy examinando cómo muchas de estas ciudades están pasando por una pronunciada reconfiguración espacial y demográfica, un proceso que está exacerbando las disparidades económicas entre distintas áreas geográficas y poblaciones en estas ciudades. Si bien los centros de las ciudades más viejas, como los de St. Louis, Cleveland, Baltimore y hasta Detroit, son cada vez más atractivos, particularmente para los adultos jóvenes, y están ganando población y actividad económica, muchos otros barrios en estas ciudades están perdiendo población a una velocidad cada vez mayor. En muchos lugares estas tendencias están acentuando divisiones raciales que ya eran problemáticas.

Mi segunda área de investigación gira alrededor de lo que hace falta para promover una regeneración exitosa y sostenida. Lavea Brachman y yo hablamos de esto en nuestro informe de enfoque sobre políticas de suelo, pero espero poder investigar este tema más profundamente, examinando incluso algunas ciudades europeas que se han visto en situaciones similares a las de las ciudades industriales norteamericanas. Creo que las experiencias de las ciudades del norte de Inglaterra, por ejemplo, o el valle del Ruhr en Alemania, son similares a nuestras ciudades industriales históricas.

Land Lines: ¿Qué quiere decir con «regeneración exitosa»?

Alan Mallach: Esta es una cuestión muy importante. Yo creo que frecuentemente hay una tendencia a ver un evento en particular (las Olimpiadas de Barcelona o un edificio importante como el Museo Guggenheim en Bilbao, España, por ejemplo) como evidencia de regeneración, cuando en el mejor de los casos es un impulso discreto para obtener un cambio más sustancial. Creo que la regeneración tiene que ser consecuencia de cambios en tres áreas fundamentales: primero, el bienestar de la población, que se refleja en parámetros tales como el desempeño en educación superior, nivel de ingresos y menor desempleo; segundo, un mercado inmobiliario más fuerte y mayor fortaleza de los barrios; y tercero, la creación de nuevos sectores económicos orientados a la exportación para reemplazar el sector industrial perdido. El crecimiento de población por sí solo (es decir, la reversión de la disminución histórica de población) puede ser o no una prueba de regeneración. Es más probable que sea una consecuencia de estos tres cambios en vez de una causa.

Land Lines: ¿Cómo ve el futuro de las ciudades industriales norteamericanas?

Alan Mallach: Veo un futuro mixto. Como hemos mostrado en el informe sobre enfoque en políticas de suelo, a algunas ciudades les está yendo mucho mejor que a otras. Pittsburgh y Filadelfia están mostrando signos fuertes de resurgimiento, mientras que Cleveland, Detroit y Buffalo están perdiendo terreno. Creo que las ciudades industriales tienen dos desafíos importantes a medida que miran hacia el futuro.

El primer tema es cuál será el motor económico de estas ciudades. Las ciudades que han tenido mayor éxito hasta ahora han podido concentrar los grupos más significativos de universidades de investigación nacional y centros médicos. Estas instituciones tienden a dominar las economías de sus ciudades. Si bien han ayudado a ciudades como Pittsburgh y Baltimore a reconstruirse en la era postindustrial, creo que quedan muchas preguntas por contestar en lo que se refiere a su sostenibilidad como motores económicos de largo plazo.

La segunda cuestión es demográfica. Los centros pueden estar atrayendo a personas solteras y parejas jóvenes, pero muchos de los barrios residenciales de estas ciudades fueron construidos hace alrededor de 100 años, como comunidades principalmente para parejas casadas que estaban criando a sus hijos. Ahora se están descomponiendo incluso muchos barrios que habían permanecido estables hasta hace relativamente poco. Esta demografía de parejas casadas con niños está disminuyendo en todo el país, y más aún en las ciudades más viejas. Hoy, por ejemplo, sólo el 8 por ciento de los hogares de Baltimore está en esta categoría. Creo que el futuro de estos barrios es muy importante para el destino de estas ciudades, y estoy muy preocupado por sus perspectivas.

Land Lines: A pesar de estos desafíos, ¿cree que su trabajo marca la diferencia?

Alan Mallach: El hecho es que muchas ciudades están avanzando. Pittsburgh ha realizado una excelente tarea al valorizar sus activos para desarrollar nuevos motores económicos, mientras que Baltimore y Filadelfia están haciendo grandes avances al reorganizar muchas de sus funciones gubernamentales para resolver los desafíos de propiedades vacantes y problemáticas. Baltimore, por ejemplo, ha iniciado un programa llamado De vacantes a valor (Vacants to Value) que integra el cumplimiento de códigos de edificación y las propiedades problemáticas con estrategias más abarcadoras de construcción de mercados. He tenido la fortuna de haber participado directamente en algunas ciudades, como Filadelfia y Detroit; por otro lado, siempre me gratifica cuando funcionarios locales o líderes comunitarios me cuentan que usan mi trabajo, o que mis pensamientos han influido en ellos. Esto hace que el esfuerzo valga mucho más la pena.

More than any other single variable, the change in land values across time and over space provides important insights into the shifting spatial structure of a city. Whereas a typical property sale reflects the combined value of the land and buildings, the land value alone represents the actual current worth of a location and suggests expectations about the future. Even if a parcel bears the burden of an outmoded construction, the price of the land reflects the present discounted value of the stream of returns that could be earned from the highest and best use of the parcel. Rapidly rising land prices in an area of a city are a clear indication that people expect the neighborhood to be in high demand for some time to come, signaling investment opportunities to developers. Changes in land values may also serve to alert city officials that an area may require zoning changes and investments in infrastructure.

Land value is also an important component in the cost approach to property assessment, which is one of the three commonly used assessment methods (including the sales comparison and income approaches). The cost approach has three major components: (1) the cost of building the existing structure if it were new at the time of assessment; (2) the depreciation of the building to its current condition; and (3) the price of the land parcel. Adding (1) to (3) and subtracting (2) generally produces a good estimate of overall property value. In standard property transactions, however, land values are not easily separated from the value of structures. Sales of vacant land, which more clearly indicate a site’s value, are relatively rare in large, built-up urban areas; as a result, relatively few studies of vacant land sales exist (see Ahlfeldt and Wendland 2011; Atack and Margo 1998; Colwell and Munneke 1997; Cunningham 2006). Teardowns can sometimes be used to measure land values, because land represents the entire value of a property when the existing building is demolished immediately following a sale (McMillen 2006; Dye and McMillen 2007). However, teardowns tend to be concentrated in certain high-value neighborhoods, and the data on demolitions can be hard to obtain.

Among U.S. cities, Chicago is uniquely fortunate to have a data source, Olcott’s Land Values Blue Book of Chicago, which reported estimates of land values for every city block and for blocks in many Cook County suburbs for most of the 20th century. Olcott’s provided a critical input to the cost assessment procedure: After determining the building cost and depreciation, the overall value of a property can be assessed by multiplying the parcel size by the land value provided in the Blue Book series. This article is based on a sampling of data from the Olcott volumes (box 1). It includes a series of maps that provide a clear picture of the spatial evolution of Chicago during the 20th century, similar in spirit to the classic book, One Hundred Years of Land Values in Chicago (Hoyt 1933).

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Box 1: Data Sources for Chicago Land Values

Olcott’s Land Values Blue Book of Chicago covers the City and much of suburban Cook County with a series of 300 maps, each printed on one page of a book. The city itself comprises 160 individual maps with an impressive level of detail. Most block faces have a value representing the price per square foot for a standard 125-foot-deep lot. Land use is also indicated. Large lots and most industrial land have prices quoted by the acre or occasionally by the square foot for an unspecified lot depth. The data represent land values for 1/8- x 1/8-mile square grids, which closely follow Chicago’s street layout and thus resemble city blocks. Each year’s data set includes 43,324 observations for the entire city.

The Lincoln Institute of Land Policy has provided funding to digitize the data contained in Olcott’s Blue Book for a series of years spanning much of the twentieth century: 1913, 1926, 1932, 1939, 1949, 1961, 1965, 1971, 1981, and 1990. A more thorough description of the procedure used is presented in Ahlfeldt et al. (2011). Digitizing the maps involves bringing them into a GIS environment. Average land values are calculated for 1/8- x 1/8-mile squares overlaid on the maps. The full data set has more than 600,000 data points across the 10 individual years.

Olcott’s stopped publication in the early 1990s, and the last year of digitized data is 1990. To supplement Olcott’s records for recent years, the authors obtained data on all vacant land sales in the city from 1980 to 2011. More than 16,000 sales were successfully geocoded, and they display the dramatic increase in land prices during the period prior to the collapse of the housing market at the end of 2006. These combined data sets provide a unique opportunity to analyze the changing spatial structure of an entire city over an extended time.

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Spatial Variation in Land Values

Despite its flat terrain, Chicago has never been a truly monocentric city. Lake Michigan has long been an attractive amenity for its scenic value, its moderating effect on the climate, and the series of parks lining its shore. The Chicago River also has had a significant influence on the location of both businesses and households. Development to the north of the Central Business District (CBD) was delayed because the bridges over the main branch of the river had to open so often for river traffic that commuting to the Loop business area was unpredictable and time consuming. The north and south branches of the river attracted both industrial firms and low-priced residential developments for laborers while repelling high-priced homes designed for CBD workers. The locations of major streets, highways, and train lines also had significant effects on development patterns. Thus, there is ample reason to expect that the rate of change in land values varies across the city.

The maps in figure 1 show this spatial variation in land values in Chicago over time. In 1913, land values were highest in a large area around the CBD, and they were also quite high along the lakefront and along some of the major avenues and boulevards leading out of the downtown area. In 1939, this pattern was generally similar, along with the rise of the north side relative to the south side of the city: Land values were very high all along the northern lakefront and extending well inland on the north side. The area at the edge of the city due west of the CBD (the Austin neighborhood) also had relatively high land values in 1939.

By 1965, the pattern of land values had changed markedly. Very high land values were confined to a relatively small area in the CBD. The high-value area of the west-side Austin neighborhood was much smaller in 1965 than in 1939, and nearly all the formerly high-value areas had shrunk in size.

By 1990, however, the situation changed dramatically. The area with very high values extended much farther north and inland than previously. Areas on the south side had relatively high land values in 1990, particularly around the South Loop (near the CBD) and Hyde Park (along Lake Michigan south of the CBD).

After 1990, the pattern of continued redevelopment of the city is based on an analysis of actual sales of vacant land. The expansion of the high-value area to the north and west of the CBD is remarkable, and the near south side also enjoyed a resurgence during this time.

Figure 2 addresses how the recent recession affected the growth of land values in Chicago by expressing land values as a function of distance from the CBD. The plots show the change in average (log) land values over time for tracts with centroids falling within 2-, 5-, and 10-mile rings around the CBD. In 1913, average land values were far lower 10 miles from the CBD than in the closer rings. By the 1960s, there was little difference between land values across these distances. Since then, average values grew much more in the 2-mile ring than in more distant locations. During the Great Recession, land values declined rapidly in the 2-mile ring, less rapidly in the 5-mile ring, and not at all in the 10-mile ring. Thus, the areas that had the highest rates of appreciation during the period of extended growth also had the highest rates of decline during the recession.

Figure 3 provides a different perspective on the spatial variation in land values over time. The three panels show smoothed land value surfaces for 1913, 1990, and 2005. The 1913 and 1990 surfaces are estimated using Olcott’s data, while the 2005 estimates are based on sales of vacant land. In all three years, land values are far higher in the CBD than elsewhere. In 1913, there are a large number of local peaks in land values at the intersections of major streets. These areas were relatively small commercial districts that served local residents in a time before car ownership was commonplace. In 1990, the land value peak in the CBD is accompanied by a much lower plateau just to the north along the lakefront. In 2005, the plateau has grown to a large area that extends well into the north side and inland along the lakefront. The region of high land values has also extended south along the lakefront, with a local rise much farther south in Hyde Park.

Persistence of Spatial Patterns

Historical land values are interesting not only because they reveal how an urban area has changed over time, but also because the past continues to exert substantial influence on the present. Cities are not rebuilt from scratch in every period. Buildings last a long time before they are demolished, and sites that were attractive in the past tend to remain desirable for a long time. One of the unique features of the Olcott’s data set is that it allows us to compare land values from 100 years ago to current land values and land uses.

Figure 4 shows the average date of construction for the 1/8- x 1/8-mile squares. The recent recentralization of Chicago is evident in the donut shape of building ages around the CBD. The newest buildings are close to the CBD, while the oldest buildings are in the next ring. Buildings in the most distant region were most likely built between 1940 and 1970.

Figure 5 summarizes this relationship by comparing the mean construction date to distance from the CBD. The oldest buildings are in a ring just over 5 miles from the CBD.

A good measure of structural density is the ratio of building area to lot size. Economic theory predicts that structural densities will be high where land values are high. Structures last for a long time. How well do past values predict current structural density? Figure 6 compares the structural density of buildings in the 2003 Cook County assessment rolls to land values in 1913 and 1990. This data set includes the building area of every small (six units or fewer) residential structure in Chicago.

The height of the bars indicates the structural densities: Tall bars have relatively high ratios of building areas to lot sizes. The color of the bars indicates land values: Red bars have relatively high and values. Thus, we should expect to see a large number of tall red bars and low green bars. In general, the two panels do indicate a positive correlation between structural density and land values. The correlation is particularly evident on the north side and along the lakefront. The correlation with 1990 is less clear on the south and west sides. Several elevations in the density surface are not matched by correspondingly high land values. One explanation for these results, which are in line with the reorientation of high-priced areas toward the north side, is that the relatively high densities in these areas are artifacts of a past when those blocks were relatively more valuable and when there were incentives to use the land intensively. The 1913 panel of figure 6 suggests that land values are actually more closely correlated with building densities for 2003 than are the 1990 values. The root of this apparently anomalous result is that building density reflects the economic conditions at the time of construction, and most of the buildings in that part of the city date from long ago. The past continues to exert a major influence on the present.

Conclusion

Olcott’s data provide a clear picture of the changes in Chicago’s spatial structure during most of the 20th century. Never a truly monocentric city, Chicago began the century with very high land values in the CBD, along the lakefront, and along major avenues and boulevards leading out of the downtown area. Values were also high in neighborhood retail areas at the intersections of major streets. By 1939, the north side of Chicago had already begun to display its economic dominance. The city then suffered an extended period of decline, with the CBD holding the only major cluster of high land values in the 1960s. Since then, the city has undergone a remarkable resurgence. High land values now extend over nearly the entire north side, and land values have also rebounded in parts of the south side. Our analysis also shows the strong role that history continues to play in the current spatial structure of the city. A result of this persistence is that land values from a century ago are better than current land values at predicting the density of the current housing stock.

Acknowledgments

The authors thank the Lincoln Institute of Land Policy for generous funding and support, and are grateful to the Centre for Metropolitan Studies at the TU-Berlin for hosting a team of researchers during the project work. Kristoffer Moeller and Sevrin Weights are acknowledged for their great contribution to designing and coordinating the compilation of the data set. Philip Boos, Aline Delatte, Nuria-Maria Hoyer Sepulvedra, Devika Kakkar, Rene Kreichauf, Maike Rackwitz, Lea Siebert, Stefan Tornack, and Tzvetelina Tzvetkova provided excellent research assistance.

About the Authors

Gabriel M. Ahlfeldt is associate professor at the London School of Economics and Political Sciences (LSE) in the Department of Geography and Environment and Spatial Economics Research Centre (SERC).

Daniel P. McMillen is professor in the department of economics at the University of Illinois at Urbana-Champaign.

Resources

Ahlfeldt, Gabriel M., Kristoffer Moeller, Sevrin Waights, and Nicolai Wendland. 2011. “One Hundred Years of Land Value: Data Documentation.” Centre for Metropolitan Studies, TU Berlin.

Ahlfeldt, Gabriel M., and Nicolai Wendland. 2011. “Fifty Years of Urban Accessibility: The Impact of the Urban Railway Network on the Land Gradient in Berlin 1890–1936.” Regional Science and Urban Economics 41: 77–88.

Atack, J., and R. A. Margo. 1998. “Location, Location, Location! The Price Gradient for Vacant Urban Land: New York, 1835 to 1900.” Journal of Real Estate Finance & Economics 16(2) 151–172.

Colwell, Peter F., and Henry J. Munneke. 1997. “The Structure of Urban Land Prices.” Journal of Urban Economics 41: 321–336.

Cunningham, Christopher R. 2006. “House Price Uncertainty, Timing of Development, and Vacant Land Prices: Evidence for Real Options in Seattle.” Journal of Urban Economics 59: 1–31.

Dye, Richard F., and Daniel P. McMillen. 2007. “Teardowns and Land Values in the Chicago Metropolitan Area.” Journal of Urban Economics 61: 45–64.

Hoyt, Homer. 1933. One Hundred Years of Land Values in Chicago. Chicago: University of Chicago Press.

McMillen, Daniel P. 2006. “Teardowns: Costs, Benefits, and Public Policy.” Land Lines, Lincoln Institute of Land Policy 18(3): 2–7.

Responding to decades of poverty, poor housing, inadequate health care, rampant crime, deficient schools, poorly planned infrastructure, and inequitable access to services, citizens in about half of Brazil’s 60 major cities voted in October 2000 for mayors from left-wing parties noted for advocacy, honesty and transparency. These reform administrations are introducing new hopes and expectations, but they inherit long-standing mistrust of municipal bureaucrats and politicians, who traditionally have been lax and often corrupt. These new governments also confront the dismal fiscal prospects of low tax receipts, weak federal transfers, and urban land markets that produce segregated neighborhoods and profound inequalities.

The strongest left-wing party, the Workers’ Party (in Portuguese, the Partido dos Trabalhadores or PT), held on to the five large cities it had won in the 1996 election and added 12 more. These PT governments hope to universalize services, thus bypassing traditional top-down methods and giving residents an active role in their local governments. In the process these governments are reinventing local democracy, invigorating politics, and significantly altering the distribution of political and symbolic resources. The most remarkable case may be Porto Alegre, the capital of Brazil’s southernmost state, Rio Grande do Sul, where the PT won its fourth consecutive four-year term with 66 percent of the vote, an example that may have encouraged Brazilians in other cities to vote for democratic reforms as well.

Porto Alegre, like cities everywhere, reflects its national culture in its land use patterns, economic structure and distribution of political power. Brazil’s larger social system employs sophisticated mechanisms to assure that its cities continue to follow the same rules, norms and logic that organize the dominant society. Because Brazilian society is in many respects unjust and unequal, the city must constantly administer to the effects of these broader economic and political constraints.

At the same time, no city is a pure reflection, localized and reduced, of its national social structure. Any city can bring about and reproduce inequality and injustice itself, just as it can stimulate dynamic social structures and economic relations. To the extent that the city, and especially its government, determines events, then the effects can be positive as well as negative. It is not written in any segment of the Brazilian social code, for example, that only the streets of upper- and middle-class neighborhoods will be paved, or that water supply will reach only the more privileged corners of the city.

Participatory Budgeting

In Porto Alegre, a popular front headed by the PT has introduced “participatory budgeting,” a process by which thousands of residents can participate each year in public meetings to allocate about half the municipal budget, thus taking major responsibility for governing their own community. This reform symbolizes a broad range of municipal changes and poses an alternative to both authoritarian centralism and neoliberal pragmatism. Neighbors decide on practical local matters, such as the location of street improvements or a park, as well as difficult citywide issues. Through the process, the PT claims, people become conscious of other opportunities to challenge the poverty and inequality that make their lives so difficult.

Participatory budgeting in Porto Alegre begins with the government’s formal accounting for the previous year and its investment and expenditure plan for the current year. Elected delegates in each of 16 district assemblies meet throughout the year to determine the fiscal responsibilities of city departments. They produce two sets of rankings: one for twelve major in-district or neighborhood “themes,” such as street paving, school construction, parks, or water and sewer lines, and the other for “cross-cutting” efforts that affect the entire city, such as transit-line location, spending for beach clean-up, or programs for assisting the homeless. To encourage participation, rules set the number of delegates roughly proportional to the number of neighbors attending the election meeting.

Allocation of the investment budget among districts follows “weights” determined by popular debate: in 1999, weights were assigned to population, poverty, shortages (e.g., lack of pavement), and citywide priorities. Tension between city hall and citizens has led to expanded popular involvement, with participatory budgeting each year taking a larger share of the city’s total budget. Priorities have shifted in ways unanticipated by the mayors or their staffs.

Participants include members of the governing party, some professionals, technocrats and middle-class citizens, and disproportionate numbers of the working poor (but fewer of the very poor). This process brings into political action many who do not support the governing party, in contrast to the traditional patronage approach that uses city budgets as a way to pay off supporters. As one index of success, the number of participants in Porto Alegre grew rapidly, from about 1,000 in 1990 to 16,000 in 1998 and 40,000 in 1999.

The participatory process has been self-reinforcing. For example, when annoyed neighbors discovered that others got their streets paved or a new bus stop, they wondered why. The simple answer was that only the beneficiary had gone to the budget meetings. In subsequent years, attendance increased, votes included more interests, and more residents were happy with the results. City officials were relieved, too, as residents themselves confronted the zero-sum choices on some issues: a fixed budget, with tough choices among such important things as asphalt over dusty streets, more classrooms, or care for the homeless.

Participatory budgeting in Porto Alegre is succeeding in the midst of considerable hostility from a conservative city council and constant assault from right-wing local newspapers and television programs, all of them challenging participation and extolling unregulated markets. The municipal government depends for its support on the participants and their neighbors, on radio broadcasting, and on many who resisted two decades of military dictatorship, from 1964 to 1985. In electing four consecutive reform administrations, a majority of the population has managed to pressure a hostile city council to vote in favor of the mayor’s budget proposals, keeping the progressive agenda intact.

Changes in Material Conditions

In 1989, despite comparatively high life expectancy and literacy rates, conditions in Porto Alegre mirrored the inequality and income segregation of other Brazilian cities. A third of the population lived in poorly serviced slums on the urban periphery, isolated and distant from the wealthy city center. Against this background, PT innovations have improved conditions, though only moderately, for some of the poorest citizens. For example, between 1988 and 1997, water connections in Porto Alegre went from 75 percent to 98 percent of all residences. The number of schools has quadrupled since 1986. New public housing units, which sheltered only 1,700 new residents in 1986, housed an additional 27,000 in 1989. Municipal intervention also facilitated a compromise with private bus companies to provide better service to poor peripheral neighborhoods. The use of bus-only lanes has improved commuting times and newly painted buses are highly visible symbols of local power and the public interest.

Porto Alegre has used its participatory solidarity to allow the residents to make some unusual economic development decisions that formerly would have been dominated by centralized business and political interests. The city turned down a five-star hotel investment on the site of an abandoned power plant, preferring to use the well-situated promontory as a public park and convention hall that now serves as the new symbol of the city. And, faced with a proposal to clear slums to make room for a large supermarket, the city imposed stiff and costly household relocation requirements, which the supermarket is meeting. In another example, in spite of promises of new employment and the usual kinds of ideological pressures from the Ford Motor Company, the nearby municipality of Guíaba turned down a proposed new auto plant, arguing along political lines established in Porto Alegre that the required subsidies would be better applied against other city needs. (A state investigation in August 2000 found the former mayor, not “at fault” for losing the Ford investment.)

Nevertheless, daunting constraints in the broader Brazilian economic and political environment continue to limit gains in economic growth, demands for labor and quality jobs. Comparing Porto Alegre and Rio Grande do Sul with nearby capital cities and their states during the years 1985-1986 and 1995-2000, one finds few sharp contrasts. Generally, GDP stagnated, and per capita GDP declined. Unemployment rose and labor-force participation and formal employment both fell.

Given this limited extent of economic improvement, how can we account for the sense of optimism and achievement that pervades Porto Alegre? The city is clearly developing a successful experience with local government that reinforces participatory democracy. We believe the PT’s success lies in the way the participants are redefining local power, with increasing numbers of citizens becoming simultaneously subject and object, initiator and recipient, so they can both govern and benefit directly from their decisions. This reconfiguration is immediately discernible in the procedures, methods and behavior of local government.

After 12 years, Porto Alegre has changed not just the way of doing things, but the things themselves; not just the way of governing the city, but the city itself. Such a claim is clearly significant. Porto Alegre offers an authentic, alternative approach to city management-one that rejects not only the centralist, technocratic, authoritarian planning model of the military dictatorship, but also the competitive, pragmatic, neoliberal model of the Washington Consensus, to which the national government still adheres. This model imposes International Monetary Fund (IMF) orthodoxy and requires such “structural adjustment” imperatives as free trade, privatization, strict limits to public expenditures, and high rates of interest, thus worsening the conditions of the poor.

While most Brazilian cities continue to distribute facilities and allocate services with obvious bias and neglect of poor neighborhoods, the reconfiguration of power in Porto Alegre is beginning to reduce spatial inequalities through changes in service provision and land use patterns. We can hope that the effect will be felt in the formal structures of the city and eventually in other cities and in Brazilian society in general.

New Forms of Local Power

Political and symbolic resources normally are monopolized by those who control economic power, but radically democratic municipal administrations, as in Porto Alegre, can reverse power to block the favoring and reinforcing of privilege. They can interfere with the strict solidarity of economic and political power, reduce private appropriation of resources, and promote the city as a collective and socially dynamic body. In other words, a city’s administration could cease to honor the actions of dominant urban groups-real estate interests and others who use various forms of private appropriation of public resources for their private benefit. These actions may include allocation of infrastructure to favor elite neighborhoods, privatization of scenic and environmental resources, and the capture of land value increments resulting from public investments and regulatory interventions. Thus, a reconfigured, publicly oriented city administration permits access to local power for traditionally excluded groups. Such a change constitutes a quasi-revolution, with consequences that cannot yet be measured or evaluated adequately by activists or hopeful governments.

Are Porto Alegre’s experiences with municipal reform, participatory budgeting and democratic land use planning idiosyncratic, or do these innovations promise broader improvements in Brazilian politics as other citizens build expectations and improve the structure of their governments? The Interamerican Development Bank (IDB) is urging localities throughout Latin America to engage in participatory budgeting, following Porto Alegre’s example. Can reform-minded city administrations override the constraints of international markets and national policy? In recommending the formal and procedural aspects of the participatory budgeting technique, does the IDB overestimate the practical economic achievements and underestimate the symbolic and political dimensions of radical democracy?

The lesson of urban reform in Porto Alegre emerges not so directly in the economic market as in new experiences with power, new political actors, and new values and meanings for the conditions of its citizens. Even as citizens weigh their expectations against stagnating macroeconomic conditions, they can find hope in new visions of overcoming spatial and social inequalities in the access to services. These new forms of exercising political power and speaking out about land use and governance issues give the city’s residents a new capacity to make a difference in their own lives.

References

Rebecca N. Abers. 2000. Inventing Local Democracy. Grassroots Politics in Brazil. Boulder: Lynne Rienner.

Gianpaolo Baiocchi. 1999. “Transforming the City,” unpublished manuscript. University of Wisconsin (September).

Boaventura de Sousa Santos. 1998. “Participatory Budgeting in Porto Alegre.” Politics and Society 26, 4 (December): 461-510.

William W. Goldsmith is a professor in the Department of City and Regional Planning at Cornell University. Carlos Vainer is a professor in the Institute for Urban and Regional Planning and Research at the Federal University of Rio de Janeiro. They participated in a December 1999 seminar hosted by the City of Porto Alegre and cosponsored by the Lincoln Institute and the Planners Network, a North American association of urban planners, activists and scholars working for equality and social change.

As a next step in the economic reforms begun in the post-Soviet period, momentum is growing in Poland for the introduction of a property tax based on market value. The recently established Department of Local Government Taxes and Cadastre within the Ministry of Finance is responsible for carrying out the reforms, and has invited the Lincoln Institute and other international organizations to advise them on developing an ad valorem property tax system.

Last October several Polish officials visited the Institute to learn about property taxation in the United States, and subsequently the Polish government requested support from the U.S. Agency for International Development (USAID) to bring international advisors to Poland for a series of seminars and meetings.

In January we traveled to Warsaw to participate in a week-long program on the legal and administrative framework needed to implement an ad valorem system. We made presentations at two seminars: one at the Sejm, the Polish Parliament, for its members and local government officials; and another at the Ministry of Finance for central government officials, professional experts and other interested parties. Our meetings with department officials focused on the draft laws being prepared by the ministry for introduction to the parliament later this spring.

The proposed ad valorem tax on real property in Poland will replace three existing taxes on urban, agricultural and forest property that are based on non-value-based rates per square meter of land and buildings. These taxes were introduced originally with purely fiscal objectives to expand the tax base beyond income and to capture wealth being diverted into real property assets. After the Soviet period, property taxes were recognized as an appropriate source of revenue for local governments. Since 1991 the revenues from the three existing taxes have been assigned solely to local governments (gminas).

The economic reforms introduced in the past decade by Deputy Prime Minister for Finance Leszak Balcerowicz have now reached such a stage of maturity that a market value-based tax on property is both feasible and desirable. There is an active and growing real estate market, including privatization of land holdings by local governments and secondary sales of residential and commercial properties. Ad valorem taxation will offer a stable source of revenue with a potentially broad and expanding tax base for local governments. It will provide the benefits of a more equitable distribution on taxes, as well as greater fiscal transparency and accountability.

An earlier USAID-funded feasibility study project in Krakow, in which the Institute also participated, resulted in legislative proposals for an ad valorem property tax in 1995. However, those efforts stalled in the face of complexities of land surveying, land registration and assessment administration.

Benefits and Obstacles

In this renewed effort, Polish officials are also focusing on the non-fiscal benefits of a value-based property tax, including its potential as a stimulus of real estate markets and mortgage credit institutions and as a tool for urban revitalization and more efficient land use. W. Jan Brzeski, president of the Krakow Real Estate Institute and adviser to the Deputy Prime Minister, has contributed to an understanding of these non-fiscal benefits through previous Lincoln Institute-sponsored research and education programs in Poland and other transition economies.

Considerable progress has been made in addressing some of the institutional obstacles to an ad valorem property tax that stalled the 1995 proposal. There is acknowledgment that a property tax information system and fiscal cadastre can be developed independently of title registries and land surveys that are as yet incomplete. Mass appraisal concepts and methods are more readily understood now and are viewed as opening new opportunities to the appraisal profession. Local governments have developed greater experience and influence to lobby for an autonomous source of revenue and greater independence in fiscal decision-making. Although local administrative capacity and expertise remain a concern for the over 2400 gminas, a possible solution may be found in placing fiscal cadastre and mass appraisal functions in the newly created regional governments (Powiats).

Discussions with Ministry officials concerning policy issues and implementation strategy focused on how to define market valuation in the law and how to educate local officials and taxpayers on its meaning and application. Current Polish law requires that detailed descriptions of taxation methods be written into legislation and that the local elected council approve the calculations. There is concern about an appropriate appeals system that will recognize both taxpayers’ rights and the government’s ability to achieve defensible mass appraisal models from less mature real estate markets. There is also a growing awareness of the importance of educating the public on the benefits and responsibilities associated with an ad valorem property tax.

The need to estimate implementation costs, develop effective administrative arrangements and assess the potential impacts of an ad valorem system has led some officials to propose one or more pilot projects before full implementation. However, this approach must be weighed against the possibility of losing the political momentum to enact ad valorem taxation in this parliament if legislative action is delayed until after pilot projects are completed.

Jane Malme is an attorney and fellow of the Lincoln Institute. She has researched and advised on property tax policy and administration for transitional economies and is preparing a series of case studies on the development of market value-based taxation in several countries. She is also a legal adviser on property taxation to USAID tax reform assistance programs in the Russian Federation.

Dennis Robinson, vice president for programs and operations, has worked on fiscal cadastre systems in Central and Eastern Europe and throughout Latin America.

To what extent are problems of distressed urban areas attributable to the property tax, and how can changes in property taxation help remedy urban decline? Political leaders, policy analysts and public finance experts gathered to discuss this complex and controversial issue during a Lincoln Institute seminar in New Haven on March 15.

John DeStefano, Jr., now in his second term as Mayor of New Haven, opened the session with a strong indictment of the property tax as a cause of urban ills. Described by the New York Times as “a leading spokesman for a growing number of people who believe Connecticut’s reliance on the property tax is harming not just the state’s cities, but its entire economy,” Mayor DeStefano argued that high relative property taxes in Connecticut were a direct cause of the state’s decline in population and jobs. From 1990 to 1995 Connecticut lost over 12,000 residents, while New Haven and Hartford suffered the two steepest population declines of any U.S. cities during that period.

His concern was shared by representatives from the Capital Region Council of Governments, the Regional Growth Partnership of South Central Connecticut, and the Connecticut Conference of Municipalities, which distributed a report stating that overdependence on the property tax was “reducing quality of life in all of Connecticut’s cities and towns.”

How can this widespread assumption linking property taxes to urban ills be tested, and what changes in the sources of local revenue could encourage urban revitalization? It may be that shifting demographic and economic patterns, such as the large defense industry cutbacks that have reduced Connecticut’s supply of high-wage jobs, have more to do with employment and population loss than does the property tax. If so, changing the property tax will not address the underlying causes of urban decline. Property taxes in Connecticut are not as far from the national average as a percentage of personal income as they might appear in absolute dollars (see chart).

Will lowering property taxes enhance economic growth if it is accompanied by an increase in other forms of taxation? Meeting growing needs in urban areas with a declining economic base is a problem of dependence on locally based taxation, not a problem of property taxation alone. Shifting from one local tax to another will not necessarily assist the neediest cities that have the least amount of revenue to draw upon.

Alternative Revenue Sources

What revenue sources can offer alternatives to the property tax as it is currently structured? The property tax base in the U.S. initially included real property and personal property, tangibles and intangibles alike; the restriction to land and buildings was the result of nineteenth-century reform efforts. Seminar speaker C. Lowell Harriss urged that these two portions of the property tax base be considered separately. The first, a tax on land values, deserves even more intensive use than it is getting, he argued, whereas the second, a tax on man-made capital such as buildings, machinery and inventories, warrants even more condemnation than it receives.

Donald Reeb of the State University of New York at Albany examined the actual process of obtaining state and local support for such a shift. He described successful efforts to permit Amsterdam, New York, to change from a single-rate property tax to a graded tax with a higher rate on land than on building value.

Robert Schwab of the University of Maryland discussed his own study of Pittsburgh’s two-rate tax, with buildings taxed five times as heavily as land. This case has particular interest for the issue of causality–whether or not the tax itself deserves credit for improving the local economy. Schwab drew a subtle distinction between finding that the tax had caused an increase in building and investment and that the tax had not impeded development. Although he felt that his study could not support the first proposition, he endorsed the second and emphasized its importance. This led to discussion of the special nature of a tax on land, which avoids the excess burden caused by most other forms of taxation in terms of lost efficiency.

Ronald Fisher of Michigan State University challenged the perception that heavy property taxation alone was the main problem for Connecticut’s economy. He pointed out that the state presents a complex mix of high personal income, relatively modest governmental expenditures, low income taxes, and consequent reliance on sales and property taxes. Connecticut only introduced a state personal income tax in 1991, and that tax has been the object of intense political protest and repeal efforts. In discussing various revenue sources, including local income taxes, local sales taxes and user charges, Fisher also questioned whether the absence of effective regional government in Connecticut could be partially responsible for the disparities between distressed central cities and prosperous suburban areas.

Tax-base and Revenue Sharing

Further discussion probed options for tax-base and revenue sharing as ways to reduce the tax burden on urban residents while meeting city revenue needs. The Connecticut Property Tax Reform Commission has recommended simply increasing state aid. Another option would reduce unfunded mandates in areas such as welfare and education.

A third alternative uses state funds to allow property taxes to serve as a credit against income taxes for low-income homeowners–and a refund to those with no income tax liability. Termed a “circuit breaker,” it is designed to prevent property taxes from exceeding a fixed proportion of income. The credit sometimes extends to renters as well. Over half the states provide some form of circuit breaker, but most are limited to senior citizens.

Lee Samowitz, a Bridgeport state representative, presented a proposal for regional service districts financed by a portion of the commercial and industrial tax base. Direct tax-base sharing of this type has its longest history in the Minneapolis-St. Paul region, which for 25 years has pooled 40 percent of the growth in the industrial and commercial property tax.

Yet such programs face formidable political hurdles, in part because most areas have fragmented or weak regional governments. According to economists Howard Chernick and Andrew Reschovsky, “Despite its success in Minnesota, the prospects for the establishment of tax-base sharing plans in other metropolitan areas are poor. The political representatives of those communities that would be net ‘losers’ under a tax-base sharing plan, or who believe they will be net losers at some point in the near future, will oppose tax-base sharing.”

Political obstacles have impeded plans for tax-base sharing in recent years in a number of states. However, the discussion in New Haven made it clear that property tax reform will become increasingly important as an element in the search for regional solutions to urban problems.

Joan Youngman, senior fellow at the Lincoln Institute, is an attorney and expert on legal problems of valuation for property taxation. She develops and teaches courses on land taxation and regulation issues.

References

Chernick and Reschovsky. “Urban Fiscal Problems: Coordinating Actions Among Governments,” Government Finance Review, vol 11, no. 4 (August 1995) p. 17ff.

Connecticut Conference of Municipalities. Property Tax Relief and Reform, Public Policy Report #96-03. March 1996. 900 Chapel St., 9th floor, New Haven, CT 06510-2807. 203/498-3000.

Fisher, Ronald C. State and Local Public Finance. Chicago: Irwin, 1996.

Over the past decade, the Lincoln Institute has developed and presented many courses on the interaction of land and tax policies and on the development of value-based land and real property taxation for policy makers and senior government officials from countries transitioning to market economies in Central and Eastern Europe and the Baltics. These courses address the economic and legal basis for value-based taxes as well as practical problems in their implementation.

As private property markets evolve, property changes hands and new wealth is invested in real estate. The introduction of ad valorem taxation is a natural step in the development of market-based economies. With economic growth and development, the revenue capacity of a value-based tax increases, and the tax can contribute to other important transition objectives such as privatization, government decentralization, infrastructure improvement and efficient land use. Nevertheless, the introduction of value-based taxation confronts both political and practical difficulties in developing an appropriate legal and administrative framework, as well as effective valuation, appeals and information systems.

The Baltic countries of Estonia, Latvia and Lithuania have been in the forefront of implementing value-based taxes on land (Malme and Youngman 2001). Estonia was the first of these new independent states to recognize the benefits of land taxation and to introduce a value-based land tax in 1993, followed by Latvia in 1998. Lithuania has been a leader in integrating and unifying real property cadastral, registration and valuation systems to strengthen nascent real estate markets and support real property taxation. Progress toward value-based taxation in Lithuania began with the integration of real property administrative units and the development of an automated central database of real property information in a self-funded state enterprise known as the State Land Cadastre and Register (SLCR). In 2001 the Ministry of Finance funded the SLCR to plan and develop a mass valuation system in preparation for the anticipated passage of laws that will introduce value-based taxation of real property throughout Lithuania. The first phase of this program was the development of land value maps that were completed and made public in 2003.

The Lincoln Institute and SLCR (renamed the Lithuanian State Enterprise Centre of Registers [SECR] in 2002) have worked collaboratively since 1997 to offer educational programs and document Lithuania’s progress (Malme 2001; Sabaliauskas and Aleksienė 2002). In 2003 the Institute and SECR developed a new executive course, Introducing a Market Value-Based Mass Appraisal System for Taxation of Real Property, for lawmakers and senior government representatives preparing to implement value-based taxes in other countries experiencing rapid political and economic change.

The course uses Lithuania’s experiences in market valuation as a case study, and SECR executives and specialists join core international faculty in the Institute’s Department of Valuation and Taxation to address the principles, strategies and practical problems raised by mass valuation of real property. The Lithuanian case study demonstrates how those responsible for developing that mass valuation system dealt with the problems they faced.

The first offering of the week-long course was presented in Vilnius, Lithuania, in October 2003 to a delegation from the Russian Federation, led by Alexey Overchuk, deputy chief of the Federal Land Cadastre Service of Russia (see related article). Participants included senior administrators of land valuation boards from various regions of Russia, officials from the federal ministries of Economic Development, Finance and Property Relations, and representatives from private companies involved in valuation system development. Two delegates from the National Cadastral Agency of the Republic of Belarus also participated. This course will be offered again in Vilnius in fall 2004 for a delegation from another country that is undertaking mass valuation for land or real property taxation.

Jane H. Malme is a fellow at the Lincoln Institute. She developed the new course on mass valuation with Lincoln Institute faculty Richard Almy, John Charman and Robert Gloudemans, together with SECR representatives Albina Aleksienė, Arvydas Bagdonavičius, Bronislovas Mikūta, Rimantas Ramanauskas, Antanas Tumelionis and Lidija Zavtrakova.

References

Malme, Jane H. 2001. Market value-based taxation of real property. Land Lines 13(1):8–9.

Malme, Jane H. and Joan M. Youngman. 2001. The Development of Property Taxation in Economies in Transition: Case Studies from Central and Eastern Europe. Washington, DC: The World Bank. Available at http://www1.worldbank.org/wbiep/decentralization/library9/malme_propertytax.pdf

Sabaliauskas, Kestutis, and Albina Aleksienė. 2002. Progress toward value-based taxation of real property in Lithuania. Land Lines 14(4):11–13.