A method of processing a silver halide photographic material of total silver amount of no more than 7.0 g/m² for on a support containing at least one of a dye having a maximum absorption wavelength between 520 - 560 nm and a dye having a maximum absorption wavelength between 570 -­700 nm in such an amount that the increase of transmission optical density of the unexposed area after processing is no more than 0.03, comprising processing said silver halide photographic material with a roller-transport type automatic developer under the conditions that satisfy the following relationships:
50 ≦ ℓ 0.75 x T ≦ 124
0.7 ≦ ℓ ≦ 3.1
where ℓ is the length in meters of delivery path in the developer, and T is the time in seconds taken for the silver halide photographic material to pass through the path. This method is adapted for rapid processing of silver halide photographic materials and the silver image obtained has a desired color and will not experience any "sepia deterioration" during storage.