ABSTRACT The conventional approach to configuring landscape and drainage systems for reclamation is to develop uniform slopes conforming to neat lines and grades and to supply rigid, non-erodible drainage facilities, designed to handle a specific extreme event. This lends itself to uniformity of design and construction but does not necessarily achieve the mine closure objectives of minimum erosion and long term sustainability. Uniform landscapes represent immature topography which is poised to cause accelerated erosion. In contrast, the recommended geomorphic approach to design of drainage systems and landscape for mine closure, is the development of land forms and armouring processes which replicate natural landscape and natural drainage systems. Replication of natural systems reduces the risk of accelerated erosion and enables self-healing erosion control systems. Examples include overland flow path lengths to prevent gullying, location of flow paths at the base of swales, and the use of cohesive soils mixed with gravel and cobbles beneath drainage courses.