Augmented reality surgical microscope comprising an image input system for retrieving input image data, an image processor and an image output system, wherein the input image data comprise subsequent frames of visible-light image data and subsequent frames of fluorescent-light image data (24, 28) of at least one fluorophore, wherein the image processor comprises a pattern recognition module configured to identify at least one vascular plexus structure in at least one of the visible-light image data and the fluorescent-light image data (24, 24', 28), an image blending module configured to assign at least one pseudo-color to at least one fluorophore and/or to the identified vascular plexus structure (54, 54a, 54b, 54c) in the fluorescent-light image data (24, 24', 28) to generate pseudo-color image data, and to generate output image data including at least one of the visible-light image data, the pseudo-color image data, and any combination of the visible-light image data and the pseudo-color image data, characterized in that the image output system is adapted to selectively and simultaneously output different output image data to different output interfaces and that the image processor further comprises a kinetics analysis module which is adapted to automatically identify a vascular plexus structure depending on a change of fluorescence intensity at a particular location over subsequent frames of the fluorescent-light image data (24, 24', 28) and to automatically assign to the identified vascular plexus structure (54a, 54b, 54c) a pseudo-color depending on the type of the identified vascular plexus structure (54a, 54b, 54c) to generate pseudo-color image data. wherein the input image data comprise subsequent frames of visible-light image data and subsequent frames of fluorescent-light image data (24, 28) of at least one fluorophore, wherein the image processor comprises a pattern recognition module configured to identify at least one vascular plexus structure in at least one of the visible-light image data and the fluorescent-light image data (24, 24', 28), an image blending module configured to assign at least one pseudo-color to at least one fluorophore and/or to the identified vascular plexus structure (54, 54a, 54b, 54c) in the fluorescent-light image data (24, 24', 28) to generate pseudo-color image data, and to generate output image data including at least one of the visible-light image data, the pseudo-color image data, and any combination of the visible-light image data and the pseudo-color image data, a pattern recognition module configured to identify at least one vascular plexus structure in at least one of the visible-light image data and the fluorescent-light image data (24, 24', 28), an image blending module configured to assign at least one pseudo-color to at least one fluorophore and/or to the identified vascular plexus structure (54, 54a, 54b, 54c) in the fluorescent-light image data (24, 24', 28) to generate pseudo-color image data, and to generate output image data including at least one of the visible-light image data, the pseudo-color image data, and any combination of the visible-light image data and the pseudo-color image data, to assign at least one pseudo-color to at least one fluorophore and/or to the identified vascular plexus structure (54, 54a, 54b, 54c) in the fluorescent-light image data (24, 24', 28) to generate pseudo-color image data, and to generate output image data including at least one of the visible-light image data, the pseudo-color image data, and any combination of the visible-light image data and the pseudo-color image data, characterized in that the image output system is adapted to selectively and simultaneously output different output image data to different output interfaces and that the image processor further comprises a kinetics analysis module which is adapted to automatically identify a vascular plexus structure depending on a change of fluorescence intensity at a particular location over subsequent frames of the fluorescent-light image data (24, 24', 28) and to automatically assign to the identified vascular plexus structure (54a, 54b, 54c) a pseudo-color depending on the type of the identified vascular plexus structure (54a, 54b, 54c) to generate pseudo-color image data.