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We have investigated on-lattice diffusion limited aggregation (DLA) involving edge diffusion and compared the results with the standard DLA model. For both cases, we observe the existence of a crossover from the fractal to the compact regime as a function of sticking coefficient. However, our modified DLA model including edge diffusion shows an extended fractalgrowth regime like an earlier theoretical result using realistic growth models and physical parameters [Zhang , Phys. Rev. Lett. 73 (1994) 1829]. While the results of Zhang showed the existence of the extended fractalgrowth regime only on triangular but not on square lattices, we find its existence on the square lattice. There is experimental evidence of this growth regime on a square lattice. The standard DLA model cannot characterize fractal morphology as the fractal dimension (Hausdorff dimension, ) is insensitive to morphology. It also predicts = (the perimeter dimension). For the usual fractalstructures, observed in growth experiments on surfaces, the perimeter dimension can differ significantly () depending on the morphology. Our modified DLA model shows minor sensitivity to this difference.


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