A dosing dispensing closure which provides a user selectable feature in controlling the amount of a fluid composition dispensed from the said closure, the said dosing dispensing closure comprising: a body cap which includes a cap top and a cylindrical section extending from the cap top, the cylindrical section having a bore, a sidewall and an end wall, wherein a piston assembly, comprising a piston head, is positioned within the bore of the cylindrical section, the piston head being moveable within the bore, the cylindrical section having one or more bridge sections between the sidewall and the cap top and one or more inlet orifices intermediate the one or more bridge sections which define fluid passages adapted to permit the flow of a fluid composition therethrough, the end wall having at least one transit orifice adapted to permit the flow of a fluid composition therethrough; and a control cap which is displaceable with respect to the body cap which control cap includes a control cap end through which extends a fluid delivery tube, an interior sidewall having at least one full-height sidewall section and at least one reduced-height sidewall section, such that in at least a first relative position of the control cap with the body cap at least a portion of the at least one full-height sidewall eclipses at least a part of the at least one inlet orifice of the body cap, and in at least a second relative position of the control cap with the body cap, at least a portion of the at least one full-height sidewall eclipses an area greater or lesser than the part of the at least one inlet orifice of the body cap eclipsed in the said first relative position; characterised in that the piston assembly comprises a a compression element biasing the piston head towards the end wall of the body cap, wherein the body cap further includes a depending outer skirt wall which extends from an outer peripheral margin of the cap top. a body cap which includes a cap top and a cylindrical section extending from the cap top, the cylindrical section having a bore, a sidewall and an end wall, wherein a piston assembly, comprising a piston head, is positioned within the bore of the cylindrical section, the piston head being moveable within the bore, the cylindrical section having one or more bridge sections between the sidewall and the cap top and one or more inlet orifices intermediate the one or more bridge sections which define fluid passages adapted to permit the flow of a fluid composition therethrough, the end wall having at least one transit orifice adapted to permit the flow of a fluid composition therethrough; and a control cap which is displaceable with respect to the body cap which control cap includes a control cap end through which extends a fluid delivery tube, an interior sidewall having at least one full-height sidewall section and at least one reduced-height sidewall section, such that in at least a first relative position of the control cap with the body cap at least a portion of the at least one full-height sidewall eclipses at least a part of the at least one inlet orifice of the body cap, and in at least a second relative position of the control cap with the body cap, at least a portion of the at least one full-height sidewall eclipses an area greater or lesser than the part of the at least one inlet orifice of the body cap eclipsed in the said first relative position; characterised in that the piston assembly comprises a a compression element biasing the piston head towards the end wall of the body cap, wherein the body cap further includes a depending outer skirt wall which extends from an outer peripheral margin of the cap top.