A method for capturing images, the method comprising: capturing, during an exposure period with at least one sensor on a moving imaging platform, frames of a scene in a first photon-rich spectral band and in a second photon-poor spectral band having a lower light level than the first photon-rich spectral band, the frames captured in the first photon-rich spectral band and the frames captured in the second photon-poor spectral band including identical image motion induced by a relative motion between the imaging platform and the scene; calculating one or more transformations based on measured changes in inter-frame scenes captured in the first photon-rich spectral band to compensate for the induced image motion, wherein the induced image motion comprises one or more of rotation, zoom, anamorphic stretch in azimuth, anamorphic stretch at 45°, anamorphic stretch in elevation, anamorphic stretch at -45°; digitally transforming the captured frames of the second photon-poor spectral band with the one or more transformations compensating for the induced image motion in the frames captured in the second photon-poor spectral band to remove effects of the induced image motion; and summing a plurality of successive compensated frames captured in the second photon-poor spectral band to obtain higher signal to noise ratio 'SNR' imagery in the second photon-poor spectral band; wherein capturing frames of the scene comprises interleaving first photon-rich spectral band exposure times with second photon-poor spectral band exposure times, the first photon-rich spectral band exposure times being shorter than the second photon-poor spectral band exposure times. capturing, during an exposure period with at least one sensor on a moving imaging platform, frames of a scene in a first photon-rich spectral band and in a second photon-poor spectral band having a lower light level than the first photon-rich spectral band, the frames captured in the first photon-rich spectral band and the frames captured in the second photon-poor spectral band including identical image motion induced by a relative motion between the imaging platform and the scene; calculating one or more transformations based on measured changes in inter-frame scenes captured in the first photon-rich spectral band to compensate for the induced image motion, wherein the induced image motion comprises one or more of rotation, zoom, anamorphic stretch in azimuth, anamorphic stretch at 45°, anamorphic stretch in elevation, anamorphic stretch at -45°; digitally transforming the captured frames of the second photon-poor spectral band with the one or more transformations compensating for the induced image motion in the frames captured in the second photon-poor spectral band to remove effects of the induced image motion; and summing a plurality of successive compensated frames captured in the second photon-poor spectral band to obtain higher signal to noise ratio 'SNR' imagery in the second photon-poor spectral band; wherein capturing frames of the scene comprises interleaving first photon-rich spectral band exposure times with second photon-poor spectral band exposure times, the first photon-rich spectral band exposure times being shorter than the second photon-poor spectral band exposure times.