Rangeland Ecology & Management

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Can we kick-start mining rehabilitation with cyanobacterial crusts?
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Author
Doudle, S.
Williams, W.
Publisher
Australian Rangeland Society
Publication Year
2010
Body

A heavy mineral sand mine has commenced operations on the eastern edge of the Nullarbor Plain, South Australia. This area has low annual rainfall and frequent drought, resulting in challenges in relation to rehabilitation. The soil is fragile and prone to wind erosion during, and, following disturbance. Prior to disturbance, the soil surface is well stabilized by cyanobacterial soil crusts and chenopod dominated vegetation. The ecosystem benefits of cyanobacterial crusts include surface soil stabilisation and reduction in wind and water erosion, increased water infiltration, nitrogen and carbon fixation. ...

Language
English
Resource Type
Text
Document Type
Conference Paper
Additional Information
Cite this paper:
Doudle, S. and Williams, W. Can we kick-start mining rehablitation with cyanobacterial crusts? In: Proceedings of the 16th Biennial Conference of the Australian Rangeland Society, Bourke (Eds D.J. Eldridge and C. Waters) (Australian Rangeland Society: Perth).
Conference Name
16th Biennial Conference, Australian Rangeland Society, Bourke, New South Wales
Keywords
mining
rehabilitation
Cyanobacteria
Nullarbor Plain
South Australia