A photograph of remediation work taking place on the damaged Cranmer Courts building.
A photograph of remediation work taking place on the damaged Cranmer Courts building.
A photograph of remediation work taking place on the damaged Cranmer Courts building.
A photograph of remediation work taking place on the damaged Cranmer Courts building.
A photograph of remediation work taking place on the damaged Cranmer Courts building.
A photograph of remediation work taking place on the damaged Cranmer Courts building.
A photograph of remediation work taking place on the damaged Cranmer Courts building.
A photograph of remediation work taking place on the damaged Cranmer Courts building.
A photograph of remediation work taking place on the damaged Cranmer Courts building.
A photograph of remediation work taking place on the damaged Cranmer Courts building.
A photograph of remediation work taking place on the damaged Cranmer Courts building.
A photograph of remediation work taking place on the damaged Cranmer Courts building.
A photograph of remediation work taking place on the damaged Cranmer Courts building.
A photograph of remediation work taking place on the damaged Cranmer Courts building.
A photograph of soil remediation techniques being carried out on a farm near River Road in Lincoln.
A photograph of a rotary hoe being used during soil remediation experiments on a farm near River Road in Lincoln.
A photograph of a rotary hoe being used during soil remediation experiments on a farm near River Road in Lincoln.
A photograph of soil remediation work being carried out on a farm near River Road in Lincoln. The soil liquefied following treatment with a rotary hoe, but after four to five hours the soil regained much of its strength and was no longer jelly-like.
A report by Thomas Wilson, Zach Whitman, Matt Cockcroft, Mike Finnemore, Peter Almond, Derrick Moot, et al on various remediation techniques for farms on the Greendale fault scarp. The purpose of the report was to brief the Rural Recovery Group on 20 September 2010.