Many urban rivers nationwide contain severely contaminated sediments that affect aquatic life and limit recreational and economic uses. At current rates of removal, it would take between 100 and 400 years to remove the problem by dredging, even if all discharges to surface water bodies in the U.S. were to be terminated immediately. In response to this situation, a new cooperative program to restore rivers affected by contaminated sediments is being undertaken in the Passaic River Basin, New Jersey. The approach involves an urban industrial river restoration project by the Corps of Engineers, working in conjunction with the Environmental Protection Agency and other appropriate federal, state and local agencies, through the standard civil wor...
The Lower Passaic River Restoration Project ("the Study") is a comprehensive study of the 17-mile ti...
The purpose of this plan is to describe the 2004-2005 hydrodynamic sampling that will be conducted ...
The Lower Passaic River Restoration Project ("the Study") is a comprehensive study of the 17-mile ti...
The Lower Passaic River Restoration Project is being implemented jointly under the Comprehensive En...
The Lower Passaic River Basin has sediments contaminated with dioxins, polychlorinated biphenyls (PC...
The Lower Passaic River Restoration Project ("the Study") is a comprehensive study of the 17-mile ti...
The Lower Passaic River Restoration Project (LPRRP) is an integrated, joint effort among state and f...
The purpose of this Dredging Technology Review Report for the Lower Passaic River Restoration Projec...
The Lower Passaic River is a 17-mile tidal stretch from the Dundee Dam to the river mouth at Newark ...
The Passaic River System is located within the New York-New Jersey Harbor Estuary. A wide range of t...
The Lower Passaic River Restoration Project ("the Study") is a comprehensive study of the 17-mile ti...
A partnership of federal and state agencies has joined together to study and identify cleanup and r...
The Lower Passaic River Restoration Project ("the Study") is a comprehensive study of the 17-mile ti...
The Lower Passaic River Restoration Project ("the Study") is a comprehensive study of the 17-mile ti...
The Lower Passaic River Restoration Project ("the Study") is a comprehensive study of the 17-mile ti...
The Lower Passaic River Restoration Project ("the Study") is a comprehensive study of the 17-mile ti...
The purpose of this plan is to describe the 2004-2005 hydrodynamic sampling that will be conducted ...
The Lower Passaic River Restoration Project ("the Study") is a comprehensive study of the 17-mile ti...
The Lower Passaic River Restoration Project is being implemented jointly under the Comprehensive En...
The Lower Passaic River Basin has sediments contaminated with dioxins, polychlorinated biphenyls (PC...
The Lower Passaic River Restoration Project ("the Study") is a comprehensive study of the 17-mile ti...
The Lower Passaic River Restoration Project (LPRRP) is an integrated, joint effort among state and f...
The purpose of this Dredging Technology Review Report for the Lower Passaic River Restoration Projec...
The Lower Passaic River is a 17-mile tidal stretch from the Dundee Dam to the river mouth at Newark ...
The Passaic River System is located within the New York-New Jersey Harbor Estuary. A wide range of t...
The Lower Passaic River Restoration Project ("the Study") is a comprehensive study of the 17-mile ti...
A partnership of federal and state agencies has joined together to study and identify cleanup and r...
The Lower Passaic River Restoration Project ("the Study") is a comprehensive study of the 17-mile ti...
The Lower Passaic River Restoration Project ("the Study") is a comprehensive study of the 17-mile ti...
The Lower Passaic River Restoration Project ("the Study") is a comprehensive study of the 17-mile ti...
The Lower Passaic River Restoration Project ("the Study") is a comprehensive study of the 17-mile ti...
The purpose of this plan is to describe the 2004-2005 hydrodynamic sampling that will be conducted ...
The Lower Passaic River Restoration Project ("the Study") is a comprehensive study of the 17-mile ti...