The EPA-funded Urban Environment Project seeks to apply MOLAND, a cellular automata based model, to predict a range of urban impacts in the Greater Dublin Region from 2006 onwards. One quantitative requirement, at least in the input stages of model building, is to establish average population densities for the dierent residential land use classes because the population must be allocated to cells in these classes. It has a separate output function when actually used within the MOLAND model, relating to the estimation of numbers of people aected by a particular scenario generated by the model. This working paper explores a series of approaches taken to identify population densities for a number of urban land-use categories. The results ...
Abstract: Cellular automata (CA) models are increasingly applied for simulating land-use change in u...
Cellular automata (CA) models are increasingly applied for simulating land-use change in urban areas...
The MOLAND project's aim is to provide spatial planning tools that can be used to assess, monitor an...
The EPA-funded Urban Environment Project seeks to apply MOLAND, a cellular automata based model, to ...
The EPA-funded Urban Environment Project seeks to apply MOLAND, a cellular automata based model, to ...
The EPA-funded Urban Environment Project seeks to apply MOLAND, a cellular automata based model, to ...
The EPA-funded Urban Environment Project seeks to apply MOLAND, a cellular automata based model, to ...
The EPA-funded Urban Environment Project seeks to apply MOLAND, a cellular automata based model, to ...
The EPA-funded Urban Environment Project seeks to apply MOLAND, a cellular automata based model, to ...
The MOLAND model is a cellular automata (CA) land-use change model that has often been applied to si...
Most cellular automata (CA) urban models assume densities to be uniform for all cells. This is not t...
Cellular Automata (CA) models are among the most popular models for simulating land use change/growt...
The urban fabric of the Greater Dublin Area (GDA) has expanded rapidly over the past 20 years. This ...
Cellular Automata (CA) models are among the most popular models for simulating land use change/growt...
The question of where to accommodate future urban expansion has become a politically sensitive issue...
Abstract: Cellular automata (CA) models are increasingly applied for simulating land-use change in u...
Cellular automata (CA) models are increasingly applied for simulating land-use change in urban areas...
The MOLAND project's aim is to provide spatial planning tools that can be used to assess, monitor an...
The EPA-funded Urban Environment Project seeks to apply MOLAND, a cellular automata based model, to ...
The EPA-funded Urban Environment Project seeks to apply MOLAND, a cellular automata based model, to ...
The EPA-funded Urban Environment Project seeks to apply MOLAND, a cellular automata based model, to ...
The EPA-funded Urban Environment Project seeks to apply MOLAND, a cellular automata based model, to ...
The EPA-funded Urban Environment Project seeks to apply MOLAND, a cellular automata based model, to ...
The EPA-funded Urban Environment Project seeks to apply MOLAND, a cellular automata based model, to ...
The MOLAND model is a cellular automata (CA) land-use change model that has often been applied to si...
Most cellular automata (CA) urban models assume densities to be uniform for all cells. This is not t...
Cellular Automata (CA) models are among the most popular models for simulating land use change/growt...
The urban fabric of the Greater Dublin Area (GDA) has expanded rapidly over the past 20 years. This ...
Cellular Automata (CA) models are among the most popular models for simulating land use change/growt...
The question of where to accommodate future urban expansion has become a politically sensitive issue...
Abstract: Cellular automata (CA) models are increasingly applied for simulating land-use change in u...
Cellular automata (CA) models are increasingly applied for simulating land-use change in urban areas...
The MOLAND project's aim is to provide spatial planning tools that can be used to assess, monitor an...