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Relinquishment of mined land is unlikely to occur without compelling evidence that post mine landforms have a sustainable\udvegetation cover and represent a minimal liability to subsequent land users. Gully and rill erosion result in unstable landforms create\udunsafe landscapes for commonly targeted post mine land uses, such as grazing. The photogrammetric products of two small\udUnmanned Aerial Vehicle (UAV) platforms were compared as a means of delineating erosion gullies and comparing vegetation in\udrehabilitation at an open cut coal mine in the Bowen Basin, Queensland. Erosion gullies were clearly visible in both UAV products\udat 5 cm resolution; however, target illumination and photogrammetric processing methods largely determined the ability to identify\uderosion from surface models. Individual tree canopies were clearly visible in both products, as were phenological traits such as leaf\udflushing and flowering. The high spatial resolution resulted in unreliable detection of tree crowns in both processing methods

the international archives of the photogrammetry, remote sensing and spatial information sciences/international archives of the photogrammetry, remote sensing and spatial information sciences

REHABILITATION CLOSURE CRITERIA ASSESSMENT USING HIGH RESOLUTION PHOTOGRAMMETRICALLY DERIVED SURFACE MODELS