A transparent electrode member suitable for a capacitive touch sensor comprising: a base material having a translucent property; a transparent electrode having a translucent property, the transparent electrode being placed on a first surface (S1) of the base material ; and an insulating layer placed on the first surface (S1) in an insulating region (IR) positioned in at least part of a circumference of a region in which the transparent electrode is placed such that at least part of the transparent electrode is enclosed by the insulating region (IR), when viewed from a direction of a normal to the first surface (S1); wherein the transparent electrode is made of a dispersion layer(DL) that is formed by a matrix composed of an insulating material and also includes conductive nanowires (NW) dispersed in the matrix, the transparent electrode has a conductive region (CR) composed of a conductive part and optical adjustment regions (AR) composed of an optical adjustment part , respectively, when viewed from the direction of the normal to the first surface (S1), wherein the optical adjustment regions (AR) are a plurality of regions that are discretely positioned in the conductive region (CR); and the conductivity of the conductive part is higher than the conductivity of the optical adjustment part ; wherein the insulating layer includes the matrix; in the dispersion layer (DL), dispersion density of conductive nanowires (NW) in the optical adjustment part is lower than dispersion density of conductive nanowires (NW) in the conductive part , wherein the optical adjustment part has higher conductivity than the insulating layer ; wherein the dispersion density of the conductive nanowires (NW) in the optical adjustment part is low on a side distant from the base material and is high on a side close to the base material ; and wherein reflectance of the insulating region (IR) is lower than reflectance of the conductive region (CR). a base material having a translucent property; a transparent electrode having a translucent property, the transparent electrode being placed on a first surface (S1) of the base material ; and an insulating layer placed on the first surface (S1) in an insulating region (IR) positioned in at least part of a circumference of a region in which the transparent electrode is placed such that at least part of the transparent electrode is enclosed by the insulating region (IR), when viewed from a direction of a normal to the first surface (S1); wherein the transparent electrode is made of a dispersion layer(DL) that is formed by a matrix composed of an insulating material and also includes conductive nanowires (NW) dispersed in the matrix, the transparent electrode has a conductive region (CR) composed of a conductive part and optical adjustment regions (AR) composed of an optical adjustment part , respectively, when viewed from the direction of the normal to the first surface (S1), wherein the optical adjustment regions (AR) are a plurality of regions that are discretely positioned in the conductive region (CR); and the conductivity of the conductive part is higher than the conductivity of the optical adjustment part ; wherein the insulating layer includes the matrix; in the dispersion layer (DL), dispersion density of conductive nanowires (NW) in the optical adjustment part is lower than dispersion density of conductive nanowires (NW) in the conductive part , wherein the optical adjustment part has higher conductivity than the insulating layer ; wherein the dispersion density of the conductive nanowires (NW) in the optical adjustment part is low on a side distant from the base material and is high on a side close to the base material ; and wherein reflectance of the insulating region (IR) is lower than reflectance of the conductive region (CR). <EOS>