Abstract:A methodology is presented to assess the induced land use effects of state highway improvements on urban development patterns. The methodology is applied to the case study city of Hillsboro, Oregon, and illustrates a framework for data management and analysis. Temporal land use characteristics and spatial measures are used as predictors of urban development activities resulting from highway accessibility improvements. A logit regression analysis tests the significance of these variables in predicting the locat… Show more
“…These methods include 'predictive' and 'evaluative' assessments. While predictive methods are based on deterministic (input/ output, benefit/cost, cost-effectiveness) (Zhang et al, 2006), scenario (trend case study, growth scenario), multi-criteria evaluation analysis (ranking methods, multi-objective optimization, multi-attribute utility analysis) (Sayers et al, 2003), statistical (regression), survey (interviews, contingent valuation); the evaluative modeling includes quasi-experimental methods, simulation using GIS (Sanchez et al, 1999;Vold, 2005) and case comparisons. Micro-simulation models of land use are also often coupled with transportation models and are integrated into larger urban simulation models (Waddell et al, 2003).…”
The probability of land use to transform under the influence of transport corridors is an economic measurement unit of a specific land use defined by its accessibility level, economic level and spatial interactions. This study examines land use transitions due to development of transport corridor using expert judgement analytic hierarchy process (AHP) for measuring priority ranking of a particular land use to transit to other use, along the second Vivekananda Bridge-Belghoria Expressway(2VBBE) running through a relatively depressed urban fringe of Kolkata, India. Using the rank scores from AHP, a spatial model-Multivariate Grid Analysis (MVGA) was conceptualized to analyze the probability of transition of land activity in the zone of influence. The model has used data of over a period of 16 years (1999)(2000)(2001)(2002)(2003)(2004)(2005)(2006) to find out the Transition Probability Index (TPI) of land use in the congruous lands. MVGA cumulatively uses property values, accessibility, environmental and demographic factors to project the proposed land use structure for 2020. It spatially predicted the land uses which might undergo incredible changes due to the facility development. These results can implicate policies for internalization of benefits of the corridor in urban development of Kolkata Metropolitan Area.
城市走廊开发正在迅速成为印度经济增长的固有组成部分。本文通过作者开发的模型考察了由 于交通走廊发展引起的土地用途变化,模型使用了加尔各答一条高速公路超过16年的土地利用 和走廊发展数据。通过使用包括房地产价值、可达性、环境和人口因素在内的指标,笔者预测 了2020年可能出现的土地利用结构。文中还预测土地用途可能会由于设施开发而发生变化。这 些结论可以影响加尔各答大都市区城市发展中走廊利益内在化的相关政策。
KeywordsUrban corridor, land use transformation, property values, multi-variate grid analysis, analytical hierarchical process, transition probability index (TPI), internalizing of benefits Article Environment and Urbanization AsIA 4(2) 267-286
“…These methods include 'predictive' and 'evaluative' assessments. While predictive methods are based on deterministic (input/ output, benefit/cost, cost-effectiveness) (Zhang et al, 2006), scenario (trend case study, growth scenario), multi-criteria evaluation analysis (ranking methods, multi-objective optimization, multi-attribute utility analysis) (Sayers et al, 2003), statistical (regression), survey (interviews, contingent valuation); the evaluative modeling includes quasi-experimental methods, simulation using GIS (Sanchez et al, 1999;Vold, 2005) and case comparisons. Micro-simulation models of land use are also often coupled with transportation models and are integrated into larger urban simulation models (Waddell et al, 2003).…”
The probability of land use to transform under the influence of transport corridors is an economic measurement unit of a specific land use defined by its accessibility level, economic level and spatial interactions. This study examines land use transitions due to development of transport corridor using expert judgement analytic hierarchy process (AHP) for measuring priority ranking of a particular land use to transit to other use, along the second Vivekananda Bridge-Belghoria Expressway(2VBBE) running through a relatively depressed urban fringe of Kolkata, India. Using the rank scores from AHP, a spatial model-Multivariate Grid Analysis (MVGA) was conceptualized to analyze the probability of transition of land activity in the zone of influence. The model has used data of over a period of 16 years (1999)(2000)(2001)(2002)(2003)(2004)(2005)(2006) to find out the Transition Probability Index (TPI) of land use in the congruous lands. MVGA cumulatively uses property values, accessibility, environmental and demographic factors to project the proposed land use structure for 2020. It spatially predicted the land uses which might undergo incredible changes due to the facility development. These results can implicate policies for internalization of benefits of the corridor in urban development of Kolkata Metropolitan Area.
城市走廊开发正在迅速成为印度经济增长的固有组成部分。本文通过作者开发的模型考察了由 于交通走廊发展引起的土地用途变化,模型使用了加尔各答一条高速公路超过16年的土地利用 和走廊发展数据。通过使用包括房地产价值、可达性、环境和人口因素在内的指标,笔者预测 了2020年可能出现的土地利用结构。文中还预测土地用途可能会由于设施开发而发生变化。这 些结论可以影响加尔各答大都市区城市发展中走廊利益内在化的相关政策。
KeywordsUrban corridor, land use transformation, property values, multi-variate grid analysis, analytical hierarchical process, transition probability index (TPI), internalizing of benefits Article Environment and Urbanization AsIA 4(2) 267-286
“…Regression models allow the identification of exogenous variables, which are thought to influence patterns of development. The variables can represent physical and social influences on development (11,12), neighborhood effects (12,13), or the effects of transportation and accessibility (14,15). It is these latter effects that are of the greatest interest in the current context.…”
This paper proposes to measure the extent of the influence of transportation systems on land use change. With a set of high-resolution land use data for the Twin Cities, Minnesota, metropolitan region, logistic regression models of land use change are estimated for a 10-year period from 1990 to 2000. The models account for existing land use types, neighboring land uses, and transportation network variables that measure the physical proximity of highway networks, as well as the level of accessibility associated with a specific location. The models are estimated with and without the transportation variables and compared to assess the extent of their influence. Transportation-related variables exert some influence on changes to land use patterns, though not as much as variables representing existing and neighboring land uses.
“…Some of the added trips are new or induced, and some are diverted. Although evidence on the induced-growth effects of new highways is limited (Dunphy 1996;Boarnet 1997;Sanchez et al 1998;Cervero 2002), roads and prominent fixtures of America's landscape that they serve-for example, big-box retail, edge cities, and corporate campuses-are clearly codependent. Some observers contend that only newly generated traffic should be treated as induced demand (as portrayed in Figure 1) since only newly added VMT increases loads on highway networks.…”
Claims of induced travel demand have seemingly paralyzed the ability to rationalize road development in the UnitedStates. Methodological issues related to resolution of analysis, measurement, specification, and normative significance are raised in this article. Five types of empirical studiesfacility specific, model forecasts, area studies using proxy elasticities, area studies using partial elasticities, and disaggregate analyses-are reviewed and critiqued. Efforts to simultaneously model road supply and demand relationships and identify interaction effects are also reviewed. Based on a meta-analysis, the preponderance of research points to an appreciable induced demand effect; however, problems related to research design continue to cast doubts about our understanding of this phenomenon.
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