Shrub Sciences Laboratory / Carnegie Institute / Plant Ecology / Northern Arizona University / Navajo National Monument / /
IndustryTerm
abiotic stress systems / mesic systems / rehabilitation site / energy / particular site / study site / lignite post-mining areas / low abiotic stress systems / ecological systems / processed oil shale / chemical traits / /
Department of Biological Sciences / Society for Ecological Restoration International / Soil Science Society / United Nations Educational Scientific and Cultural Organization / Bureau of Land Management / USDA U.S. Forest Service / Northern Arizona University / National Science Foundation / Carnegie Institute / /
Person
Ludwig Resource / Thomas D. Sisk / E. Zaady / Van de Ancker / Mando / S. Leonard / C. Costantinides / R. Rosentreter / Jayne Belnap / John Wiley / George W. Koch / Brandon Bestelmeyer / A. L. Arado´ttir / V / J. Williams / David Huffman / J. H. Kaltenecker / M. Shachack / Roger Rosentreter / D. Eldridge / Nancy C. Johnson / Lewis Smith / /
Position
D. J. / K. T. Harper / and S. R. Rushforth / General / editor / Walker / Bodega Head / California / /
Product
ecosystems / /
ProvinceOrState
Alaska / New York / South Australia / Utah / Rhode Island / Oklahoma / California / Arizona / Idaho / Florida / /
PublishedMedium
Plant and Soil / American Journal of Botany / The American Naturalist / /
Region
South Australia / West Africa / Northern Arizona / northern Negev / northern China / southern China / southern Idaho / Mediterranean / Antarctic / central Oklahoma / northern California / central Europe / western Negev / /
REVIEW Biological Soil Crust Rehabilitation in Theory and