To provide an eyeground imaging apparatus capable of appropriately performing alignment adjustment in both forward/rearward directions for switching a viewing angle.SOLUTION: The eyeground imaging apparatus includes: imaging optical systems 10, 20 which project light onto an eyeground Er via objective optical systems 3, 17 and image the eyeground Er on the basis of return light from the eyeground Er； and an alignment optical system 50 which shares at least the objective optical systems 3, 17 with the imaging optical systems 10, 20 and has a light receiving element 55 for capturing an alignment index image on the basis of corneal reflection light of an index flux projected onto a subject eye E. The eyeground imaging apparatus further includes: an alignment adjustment unit which adjusts a positional relationship between the imaging optical systems 10, 20 and the subject eye E； and a lens 53 which switches a viewing angle in the optical imaging systems 10, 20 by at least switching the objective optical systems 3, 17 and optically corrects a change of the size of the alignment index image caused by the switching of the viewing angle of the imaging optical systems.SELECTED DRAWING: Figure 2【課題】画角切換の前後両方において、アライメント調整を適正に行いやすい眼底撮影装置を提供すること。【解決手段】対物光学系３，１７を介して眼底Ｅｒへ光を照射し、眼底Ｅｒからの戻り光に基づいて眼底Ｅｒを撮影する撮影光学系１０，２０と、少なくとも対物光学系３，１７を撮影光学系１０，２０と共用しており、被検眼Ｅに投影される指標光束の角膜反射光に基づくアライメント指標像を撮影する受光素子５５を有するアライメント光学系５０と、を有する。また、撮影光学系１０，２０と被検眼Ｅとの位置関係を調整するアライメント調整部と、対物光学系３，１７を少なくとも切換えることで撮影光学系１０，２０における画角を切換え、撮影光学系の画角切換に基づくアライメント指標像の大きさの変化を光学的に補正するためのレンズ５３と、を有する。【選択図】図２
