Land resources in opencast coal mine are excavated and occupied during the process of mining. Severe soil compaction resulted from heavy machinery lead to a series of consequences: vegetation cannot grow normally, loss of soil and water take place constantly, and landscape is damaged. Therefore, for the future development of reclamation and ecological restoration in opencast coal mine, it has become one major task to carry out the reconstruction of damaged landscape. According to the damage characteristics of land landscape in mining area, this paper summarized the data acquisition methods of damaged land landscape in this field, including remote sensing, GPS RTK, UAV, 3D laser scanning. Fractal and landscape index methods reflecting landscape were also reviewed. Besides, landscape remodeling and reconstruction theories were concluded, which include landscape ecology, microtopography and imitated-nature landform. Base on the above mentioned, it was found out that the UAV, 3D laser scanning technologies and fractal characterization method were rarely applied. In order to provide theoretical guidance and scientific basis for improving the effect of damaged landscape reconstruction and recreation in opencast coal mine, future research should be targeted on strengthening technology, deepening the fractal theory, creating landscape planning and technology system of damaged land.