33 MILES

of stream habitat rebuilt

30+ PROJECTS

completed since 2008

1,286 ACRES

actively restored

53 MILES

of roads decommissioned or improved

restoration problems

THE cost of industrial logging

Dirt forest road beside a large stump
High-Density,
Poorly-Placed Roads

Historic logging placed roads in creek beds, riparian zones, and steep slopes, concentrating runoff and erosion.

Exposed tree roots above an eroded slope
Erosion and
Degraded Fish Habitat

High road density drove hillslope failures and sediment into streams, degrading salmon and steelhead habitat.

Closely spaced trees with dense forest undergrowth
A Young, Overstocked,
Fire-Prone Forest

Intensive logging left dense, young stands that are more vulnerable to wildfire and less resilient.

key measurements

Three Ways of Restoring the Land

Tractor beside fallen trees on forest road
1. ROAD IMPROVEMENTS & DECOMMISSIONING

Remove or improve legacy roads to reduce erosion and keep sediment out of streams.

Field worker holding surveying equipment beside creek
2.STREAM & CROSSING REPAIR

Replace failing crossings and add large wood to restore natural flow and aquatic habitat.

Orange ribbon tied around a tree trunk
3. FOREST RESTORATION & STAND IMPROVEMENT

Thin dense stands and reduce fuels to build healthier, more resilient forest conditions.

RESTORATION PROJECT
MAP OVERVIEW

On Usal Redwood Forest, we manage six watersheds with salmon runs, approximately 30,000 acres, that drain into the South Fork Eel River. Our work is guided by a collaborative approach with agencies and landowners, focusing on the streams and watersheds most critical to salmon recovery. In the last 15 years, we've completed more than 30 projects, with priority focus on Indian Creek and Standley Creek.

View the full map

Usal Forest map showing watersheds and restoration

COMPLETED WATERSHED RESTORATION

STANDLEY CREEK

Mossy fallen tree spanning a forest creek

6 RESTORATION PHASES

Completed across the watershed by 2017.

18.67 MILES

Of forest roads treated to reduce erosion and sediment delivery.

264 SITES TREATED

Including roads, stream crossings, landslides, and drainage features.

101,070 CUBIC YARDS

Of future sediment delivery estimated to have been prevented.

Outlined clipboard icon with a checkmark

PROJECT OBJECTIVES

Reduce sediment from legacy roads, restore stream function, and improve aquatic habitat through coordinated watershed restoration.

01

Reduce Sediment

Treat unstable road fills, landslides, and drainage problems before sediment reaches streams.

02

Restore Stream Crossings

Remove barriers and unstable fills to improve fish passage and restore open channels.

03

Enhance Aquatic Habitat

Add large wood to create cover and more varied habitat for coho salmon and steelhead.

04

Improve Road Drainage

Upgrade necessary roads and decommission unused routes to reduce runoff into streams.

Outlined document icon with a pencil

FIELD EVIDENCE

Restoration maps, field imagery, and water monitoring document completed work and guide ongoing stewardship.

Excavator digging a channel through forest soil

Road decommissioning and instream habitat work completed from 2008 through 2017.

Fallen branches covering a narrow forest channel

Fifteen large-wood structures installed along a half-mile of upper Standley Creek enhance aquatic habitat.

Shallow creek winding through a logged clearing

Field observations and water monitoring help track watershed conditions and guide long-term care.

ONE FOREST.

INFINITE IMPACT.

SUPPORT RESTORATION

Otter standing among ferns beside mossy trees