Time-lapse Imaging

The study of dynamic processes benefits from dynamic imaging because the accelerated replay of a series of images recorded at regular intervals can reveal patterns that cannot be seen by viewing even thousands of separate images. Further, by analysing motion pictures against time, differential change (often on a small scale) can be detected and events isolated between two points in time (time-line resolution). Recorded motion pictures can be replayed many times—forwards, reverse, and at variable speeds—and analysed to reveal information not available from direct visual observation of an event. Thus it is possible to review large numbers of images quickly, facilitating later editing of a representative selection of still or moving images that show distinct or important stages of a process.

Thus, applying time-lapse imaging to conservation can yield information not previously available that will be useful for treatments, monitoring, and training.

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Thus, applying time-lapse imaging to conservation can yield information not previously available that will be useful for treatments, monitoring, and training.