This paper presents a simple method for calculating deviations between actual city size and the size which would correspond to it with a Pareto exponent equal to one (Zipf’s Law). The results show two differentiated behaviours: most cities (80.25%) present a greater size than that which would fulfil Zipf’s Law, while small cities (19.75%) tend to be too small. Our aim is to analyse the distribution element by element, using data about city characteristics from all American cities in 2000, and to explain the deviation between the size predicted by Zipf’s Law and the actual size of each city. To do this a Multinomial Logit Model is used. The most important variables affecting the probability of a city presenting a negative or positive deviati...
The aim of this work is to test empirically the validity of Gibrat’s Law in the growth of cities, us...
This paper focuses on the spatial city size distribution in the United States. We propose a new dist...
Pareto and Zipf distributions have been used in the modeling of distinct phenomena, namely in biolog...
This paper presents a simple method for calculating deviations between actual city size and the size...
This paper presents a simple method for calculating deviations between actual city size and the size...
We use data for metro areas in the United States, from the US Census for 1900 û 1990, to test the va...
In this short paper we apply the methodology proposed by Ioannides and Overman (2003) to estimate a ...
This study provides a systematic review of the existing literature on Zipf’s law for city size distr...
This paper analyses the evolution of the size distribution of cities in the United States throughout...
This paper assesses the empirical validity of Zipf¿s Law for cities, using new data on 73 countries ...
Several recent papers have sought to provide theoretical explanations for Zipf’s Law, which states t...
In this paper we apply the methodology proposed by Ioannides and Overman (2003) to estimate a local ...
This paper analyses the evolution of city size distribution in the United States throughout the twen...
This paper proposes a new explanation for Zipf’s law often observed in the top tail of city size dis...
This master thesis contains three independent papers on the Zip's law for cities. In the first essay...
The aim of this work is to test empirically the validity of Gibrat’s Law in the growth of cities, us...
This paper focuses on the spatial city size distribution in the United States. We propose a new dist...
Pareto and Zipf distributions have been used in the modeling of distinct phenomena, namely in biolog...
This paper presents a simple method for calculating deviations between actual city size and the size...
This paper presents a simple method for calculating deviations between actual city size and the size...
We use data for metro areas in the United States, from the US Census for 1900 û 1990, to test the va...
In this short paper we apply the methodology proposed by Ioannides and Overman (2003) to estimate a ...
This study provides a systematic review of the existing literature on Zipf’s law for city size distr...
This paper analyses the evolution of the size distribution of cities in the United States throughout...
This paper assesses the empirical validity of Zipf¿s Law for cities, using new data on 73 countries ...
Several recent papers have sought to provide theoretical explanations for Zipf’s Law, which states t...
In this paper we apply the methodology proposed by Ioannides and Overman (2003) to estimate a local ...
This paper analyses the evolution of city size distribution in the United States throughout the twen...
This paper proposes a new explanation for Zipf’s law often observed in the top tail of city size dis...
This master thesis contains three independent papers on the Zip's law for cities. In the first essay...
The aim of this work is to test empirically the validity of Gibrat’s Law in the growth of cities, us...
This paper focuses on the spatial city size distribution in the United States. We propose a new dist...
Pareto and Zipf distributions have been used in the modeling of distinct phenomena, namely in biolog...