A fundus image processing apparatus for receiving and processing a three-dimensional image representing the morphology of a region of a fundus including the optic disk of an eye, with: a tomographic image forming part that forms a tomographic image representing the morphology of the optic disk based on the three-dimensional image; characterized in that - the fundus image processing apparatus further comprising: a first specifying part that analyzes the tomographic image and specifies a cribrosa-lamina region in the tomographic image; a second specifying part that analyzes the tomographic image and specifies a hole region in the cribrosa-lamina region; a generating part that generates distribution information representing the distribution, in the cribrosa-lamina region, of the hole region that are specified by the second specifying part; and a display that displays the distribution information; - the tomographic image comprises a brightness image having multiple pixels representing brightness values arrayed in a matrix; and - the second specifying part creates a first graph to relate the position of the pixel in each pixel line in the vertical direction and/or the horizontal direction in the tomographic image with the brightness value, obtains a maximal envelope connecting the local maximums of the first graph and a minimal envelope connecting the local minimums of the first graph, obtains a second graph that internally divides the interval between the maximal envelope and the minimal envelope in the direction of a coordinate axis representing the brightness value of the first graph at a predetermined ratio, and specifies a pixel with a smaller brightness value than that of the second graph as a pixel of the hole region. a tomographic image forming part that forms a tomographic image representing the morphology of the optic disk based on the three-dimensional image; characterized in that - the fundus image processing apparatus further comprising: a first specifying part that analyzes the tomographic image and specifies a cribrosa-lamina region in the tomographic image; a second specifying part that analyzes the tomographic image and specifies a hole region in the cribrosa-lamina region; a generating part that generates distribution information representing the distribution, in the cribrosa-lamina region, of the hole region that are specified by the second specifying part; and a display that displays the distribution information; - the tomographic image comprises a brightness image having multiple pixels representing brightness values arrayed in a matrix; and - the second specifying part creates a first graph to relate the position of the pixel in each pixel line in the vertical direction and/or the horizontal direction in the tomographic image with the brightness value, obtains a maximal envelope connecting the local maximums of the first graph and a minimal envelope connecting the local minimums of the first graph, obtains a second graph that internally divides the interval between the maximal envelope and the minimal envelope in the direction of a coordinate axis representing the brightness value of the first graph at a predetermined ratio, and specifies a pixel with a smaller brightness value than that of the second graph as a pixel of the hole region. - the fundus image processing apparatus further comprising: a first specifying part that analyzes the tomographic image and specifies a cribrosa-lamina region in the tomographic image; a second specifying part that analyzes the tomographic image and specifies a hole region in the cribrosa-lamina region; a generating part that generates distribution information representing the distribution, in the cribrosa-lamina region, of the hole region that are specified by the second specifying part; and a display that displays the distribution information; a first specifying part that analyzes the tomographic image and specifies a cribrosa-lamina region in the tomographic image; a second specifying part that analyzes the tomographic image and specifies a hole region in the cribrosa-lamina region; a generating part that generates distribution information representing the distribution, in the cribrosa-lamina region, of the hole region that are specified by the second specifying part; and a display that displays the distribution information; - the tomographic image comprises a brightness image having multiple pixels representing brightness values arrayed in a matrix; and - the second specifying part creates a first graph to relate the position of the pixel in each pixel line in the vertical direction and/or the horizontal direction in the tomographic image with the brightness value, obtains a maximal envelope connecting the local maximums of the first graph and a minimal envelope connecting the local minimums of the first graph, obtains a second graph that internally divides the interval between the maximal envelope and the minimal envelope in the direction of a coordinate axis representing the brightness value of the first graph at a predetermined ratio, and specifies a pixel with a smaller brightness value than that of the second graph as a pixel of the hole region.