The gravity equation in international trade states bilateral exports are proportional to economic size, and inversely proportional to geographic distance. While the role of size is well understood, that of distance remains mysterious. I offer an explanation for the role of distance: If (i) the distribution of firm sizes is Pareto, (ii) the average squared distance of a firm’s exports is an increasing power function of its size, and (iii) a parameter restriction holds, then the distance elasticity of trade is constant for long distances. When the firm size distribution follows Zipf’s law, trade is inversely proportional to distance
One of the most successful empirical relationships in international trade is the gravity equation, w...
Gravity models (equations) of trade belong among the most successful empirical tools in ...
This chapter offers a selective survey of the gravity equation (GE) in international trade. This equ...
The gravity equation in international trade states bilateral exports are proportional to economic si...
The gravity equation in international trade is one of the most robust empirical finding\ud in econom...
The gravity equation in international trade is one of the most robust empirical finding in economics...
In this paper, we address the problem of the role of the distance between trading partners by assumi...
The gravity equation in international trade is one of the most robust empirical regularities in econ...
This paper shows that reduced heterogeneity of exporter-specific goods can provide a direct explanat...
Estimations of gravity equations specified in logarithm generally conclude that the distance elastic...
The empirical trade literature has long been puzzled by the finding of a large and non-decreasing di...
Distance effects in empirical gravity equations appear to be too high to be explained by transport c...
The ‘distance effect' measuring the elasticity of trade flows to distance has been found to be risin...
The ‘distance effect ' measuring the elasticity of trade flows to distance has been found to be...
In the international trade literature, a non intuitive result appears in the traditional log linear ...
One of the most successful empirical relationships in international trade is the gravity equation, w...
Gravity models (equations) of trade belong among the most successful empirical tools in ...
This chapter offers a selective survey of the gravity equation (GE) in international trade. This equ...
The gravity equation in international trade states bilateral exports are proportional to economic si...
The gravity equation in international trade is one of the most robust empirical finding\ud in econom...
The gravity equation in international trade is one of the most robust empirical finding in economics...
In this paper, we address the problem of the role of the distance between trading partners by assumi...
The gravity equation in international trade is one of the most robust empirical regularities in econ...
This paper shows that reduced heterogeneity of exporter-specific goods can provide a direct explanat...
Estimations of gravity equations specified in logarithm generally conclude that the distance elastic...
The empirical trade literature has long been puzzled by the finding of a large and non-decreasing di...
Distance effects in empirical gravity equations appear to be too high to be explained by transport c...
The ‘distance effect' measuring the elasticity of trade flows to distance has been found to be risin...
The ‘distance effect ' measuring the elasticity of trade flows to distance has been found to be...
In the international trade literature, a non intuitive result appears in the traditional log linear ...
One of the most successful empirical relationships in international trade is the gravity equation, w...
Gravity models (equations) of trade belong among the most successful empirical tools in ...
This chapter offers a selective survey of the gravity equation (GE) in international trade. This equ...