Abstract:Contributions range from broad perspectives on restoration of arid lands to specific studies of arid land plant ecology and improvement. The proceedings emphasizes the use of revegetation to rehabilitate arid to semiarid lands for a variety of objectives. The symposium consisted of oral presentations including a plenary session, posters, and field trips. For convenience, we have divided these entries into six sections: Overview, Restoration and Revegetation, Ecology, Genetic Integrity, Management Options, and … Show more
“…Establishing perennial vegetation on degraded rangelands can restore ecosystem function (Roundy et al 1995), making rangeland ecosystem services more sustainable. Arid and semiarid rangelands are usually nitrogen limited, and only a few North American legumes are available for restoring rangelands in the Intermountain Region of the western United States (Johnson et al 1989;Pyke et al 2003).…”
“…Establishing perennial vegetation on degraded rangelands can restore ecosystem function (Roundy et al 1995), making rangeland ecosystem services more sustainable. Arid and semiarid rangelands are usually nitrogen limited, and only a few North American legumes are available for restoring rangelands in the Intermountain Region of the western United States (Johnson et al 1989;Pyke et al 2003).…”
“…The accelerating frequency of large wildfires in sagebrush ecosystems has resulted in extensive rehabilitation efforts to control erosion, return stability to the system and, in some cases, reestablish a shrubland landscape (Roundy et al 1995). During 2000-2001, $91 million was approved to treat 755 000 ha of lands managed by the Bureau of Land Management in the emergency fire rehabilitation program, whose primary objective is to stabilize soils , 2002b.…”
Section: Sagebrush Rehabilitation and Restorationmentioning
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“…Hard rock and strip mines often require intense reclamation (Schaller & Sutton 1978). Logged forests, abandoned agricultural lands, and overgrazed rangelands all require large scale restoration efforts (Millar & Libby 1989;Jackson 1992;Roundy et al 1995).…”
We present a conceptual framework for choosing native plant material to be used in restoration projects on the basis of ecological genetics. We evaluate both the likelihood of rapid establishment of plants and the probability of longâterm persistence of restored or later successional communities. In addition, we consider the possible harmful effects of restoration projects on nearby ecosystems and their native resident populations. Two attributes of the site to be restored play an important role in determining which genetic source will be most appropriate: (1) degree of disturbance and (2) size of the disturbance. Local plants or plants from environments that âmatchâ the habitat to be restored are best suited to restore sites where degree of disturbance has been low. Hybrids or âmixturesâ of genotypes from different sources may provide the best strategy for restoring highly disturbed sites to which local plants are not adapted. Cultivars that have been modified by intentional or inadvertent selection have serious drawbacks. Nevertheless, cultivars may be appropriate when the goal is rapid recovery of small sites that are highly disturbed.
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