A light receiving apparatus comprising: a light receiving section with a plurality of pixels two-dimensionally arranged in n pixel rows and m columns, wherein the pixels of each pixel row are grouped into units of x pixels; a plurality of signal lines for the respective pixel rows in the pixel arrangement of n pixel rows and m columns, wherein x pixels of a unit of x pixels are sequentially connected to x signal lines of the plurality of the signal lines; a plurality of time measuring sections provided corresponding to the pixel rows in the light receiving section and connected to the plurality of the signal lines for the respective pixel rows, the plurality of the time measuring sections configured to measure, for each of the pixel rows, a time from a light emission instruction timing to a light reception timing; a plurality of histogram creating sections provided corresponding to the pixel rows in the light receiving section and configured to create, for each of the pixel rows, a histogram of measured values measured by a corresponding one of the plurality of the time measuring sections; a storage section storing correction values corresponding to positions of the pixels in the light receiving section; a correction processing section configured to execute correction processing on each of the histograms created by each of the plurality of the histogram creating sections, on a basis of the correction values stored in the storage section, wherein the correction processing section is further configured to execute correction processing in units of bins in each of the histograms; and an output section configured to output a signal subjected to the correction processing by the correction processing section. a light receiving section with a plurality of pixels two-dimensionally arranged in n pixel rows and m columns, wherein the pixels of each pixel row are grouped into units of x pixels; a plurality of signal lines for the respective pixel rows in the pixel arrangement of n pixel rows and m columns, wherein x pixels of a unit of x pixels are sequentially connected to x signal lines of the plurality of the signal lines; a plurality of time measuring sections provided corresponding to the pixel rows in the light receiving section and connected to the plurality of the signal lines for the respective pixel rows, the plurality of the time measuring sections configured to measure, for each of the pixel rows, a time from a light emission instruction timing to a light reception timing; a plurality of histogram creating sections provided corresponding to the pixel rows in the light receiving section and configured to create, for each of the pixel rows, a histogram of measured values measured by a corresponding one of the plurality of the time measuring sections; a storage section storing correction values corresponding to positions of the pixels in the light receiving section; a correction processing section configured to execute correction processing on each of the histograms created by each of the plurality of the histogram creating sections, on a basis of the correction values stored in the storage section, wherein the correction processing section is further configured to execute correction processing in units of bins in each of the histograms; and an output section configured to output a signal subjected to the correction processing by the correction processing section.