An Eastern white pine (Pinus strobus L.) study was established on a reclaimed surface mine in the Appalachian coal fields of West Virginia in 1985. One of the reasons for establishing this study was to demonstrate the growth potential of white pine when mined land is reclaimed in accordance with guidelines developed to maximize long-term forest productivity. Overburden placed at the surface of the study site was •an acidic, oxidized, brown sandstone (pH 4.8). Final grading was minimized to avoid compaction and some gullies and boulders were left on the surface of a 40% slope. A tree-compatible ground cover consisting of short-statured plants adapted to acidic soils was used and compared with a traditional "hayland pasture" ground cover. White pine seedlings were hand planted on a 12 x 12 ft spacing (302 trees/acre) to provide optimal crop tree spacing for sawtimber production and black locust was direct seeded at a rate of 0.5 lb acre to establish the additional number of trees required for bond release. After five years, all requirements for bond release were achieved; ground cover percentage was nearly 100%, white pine survival was 73%, and an adequate total number of trees existed to meet tree stocking criteria. Most importantly, excellent growing conditions were created for long-term tree growth. After five years, the average white pine height was 80 inches and some trees were more than ten feet tall. This study shows that productive forests can be established on reclaimed mined land if coal companies exercise controlled overburden selection and placement techniques, minimize grading, and use a tree-compatible ground cover.