AbstractStudies that analyzed the size distribution of U.S. cities have mainly focused on the upper tail and showed that these cities adhere to Zipf’s law. However, even though a large number of cities are in the lower tail, very few studies have examined the distribution of these small cities because of data limitations. We apply reverse Pareto and reverse general Pareto distributions to analyze U.S. lower tail cities. Our results show the power law behavior of lower tail U.S. cities is accurately represented by both the reverse Pareto and general Pareto
In the literature, the distribution of city size is a controversial issue with two common contenders...
Traditionally, it is assumed that the population size of cities in a country follows a Pareto distr...
The size distribution of cities within countries was investigated for several years, leading to the ...
AbstractStudies that analyzed the size distribution of U.S. cities have mainly focused on the upper ...
AbstractWe consider a distribution, which consists of lower tail Pareto, lognormal body, and upper t...
Abstract We question the claim that the largest {US} cities are Pareto distributed. We show that res...
This paper focuses on the spatial city size distribution in the United States. We propose a new dist...
City size distributions are not strictly Pareto, but upper tails are rather Pareto like (i.e. tails ...
This paper presents a simple method for calculating deviations between actual city size and the size...
We develop a urban economic model in which agents locate in cities of different size so as to maximi...
Several recent papers have sought to provide theoretical explanations for Zipf’s Law, which states t...
This paper focuses on spatial city-size distribution in the United States. It proposes a new distanc...
In this paper we show that the double Pareto lognormal (DPLN) parameterization provides an excellent...
In this paper we show that the double Pareto lognormal (DPLN) parameterization provides an excellent...
This paper presents a simple method for calculating deviations between actual city size and the size...
In the literature, the distribution of city size is a controversial issue with two common contenders...
Traditionally, it is assumed that the population size of cities in a country follows a Pareto distr...
The size distribution of cities within countries was investigated for several years, leading to the ...
AbstractStudies that analyzed the size distribution of U.S. cities have mainly focused on the upper ...
AbstractWe consider a distribution, which consists of lower tail Pareto, lognormal body, and upper t...
Abstract We question the claim that the largest {US} cities are Pareto distributed. We show that res...
This paper focuses on the spatial city size distribution in the United States. We propose a new dist...
City size distributions are not strictly Pareto, but upper tails are rather Pareto like (i.e. tails ...
This paper presents a simple method for calculating deviations between actual city size and the size...
We develop a urban economic model in which agents locate in cities of different size so as to maximi...
Several recent papers have sought to provide theoretical explanations for Zipf’s Law, which states t...
This paper focuses on spatial city-size distribution in the United States. It proposes a new distanc...
In this paper we show that the double Pareto lognormal (DPLN) parameterization provides an excellent...
In this paper we show that the double Pareto lognormal (DPLN) parameterization provides an excellent...
This paper presents a simple method for calculating deviations between actual city size and the size...
In the literature, the distribution of city size is a controversial issue with two common contenders...
Traditionally, it is assumed that the population size of cities in a country follows a Pareto distr...
The size distribution of cities within countries was investigated for several years, leading to the ...