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Bridge to Bend Project

River Gains

  • Restore natural river processes, reduce flood risks, and enhance wildlife habitats, long term health

Partners

  • Project Big Wood

  • Flood Control District 

  • Wood River Land Trust 

Cost

$500,000

Funding

We rely on private donations or grants to fund all initiatives at Project Big Wood

Join the cause. Be the effect.

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Why Gimlet?

 

​Below Gimlet Bridge, the Big Wood River is proving to be more unpredictable than official maps suggest, endangering homes on both sides during significant floods. Here, over 40% of the riverbanks are lined with riprap, a rugged defense against erosion. Yet, the 2023 flood saw 48 homes either ordered to evacuate or placed on high alert. Since the 2017 floods, the river’s path has become increasingly restless, eroding the land and heightening risks in developed areas. As sediment continues to be carried downstream from adjustments made upstream, we face the looming challenge of further floods and evolving hazards, underscoring the urgent need for thoughtful conservation and restoration efforts.

What is the Bridge to Bend Project?

 

​This project is currently in the early design phase, where experts are crafting solutions to address the upstream issues affecting the river. These include the impacts of channelization, sediment build-up, frequent floods, and diminished wildlife and fish habitats. The plan proposes innovative solutions such as removing or modifying hardened banks, reconnecting old side channels, adding engineered log jams, and creating areas to trap sediment. These steps are aimed at restoring the river’s natural balance and enhancing its vitality for all its inhabitants.

Partnership with The Flood Control District and The Wood River Land Trust

 

Project Big Wood, The Flood Control District and The Wood River Land Trust have joined forces to create the Bridge to Bend Committee as equal partners in this important restoration project. 

Outcomes: 

 

  • Restored River Dynamics: By removing hardened banks and reconnecting old side channels, the river will regain its natural flow patterns, reducing sediment build-up and improving overall river health.

  • Reduced Flood Risk: Innovative treatments, such as engineered log jams and sediment retention areas, will help manage floodwaters more effectively, lowering the risk of flooding in nearby areas.

  • Enhanced Wildlife and Fish Habitats: The project will improve the conditions for local wildlife and fish by creating diverse and healthy habitats, supporting a thriving ecosystem.

  • Improved Sediment Management: Strategic placement of sediment retention areas will help manage sediment more effectively, preventing excessive build-up and maintaining river clarity.

  • Long-Term Ecological Benefits: These actions will support the river's natural processes, leading to long-lasting ecological benefits and a more resilient river system.

We need you:

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