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    • Home
    • Offerings
    • Bioregional Journey
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    • How does It Work?
    • Core Alignment
    • Our Worldview
    • Reimagining Living Soil
    • Case Study 1
    • Case Study 2
    • About Us
  • Home
  • Offerings
  • Bioregional Journey
  • Fund Regeneration
  • How does It Work?
  • Core Alignment
  • Our Worldview
  • Reimagining Living Soil
  • Case Study 1
  • Case Study 2
  • About Us

Watershed Resilience Project OREGON, USA: A Path Towards Whole Systems Regeneration

The Goal of this Project

 We need to heal whole watersheds. This cannot be accomplished through random acts of conservation one ranch and farm at a time. It requires deep collaboration with diverse stakeholders and partners across the landscape.

Heeding urgent signals from the land

Watershed Resilience

Mitigating Fire & Drought

Mitigating Fire & Drought

Managing water resources in the arid West presents pressing challenges for ranchers, farmers, scientists, and other stakeholders.  

Building watershed resilience (into a soil health cycle) is critical in sustaining the land, wildlife, entire communities, and the planet.


The photo above is from Cottonwood Ranch after the 2021 Oregon forest fires. Read more in Case Study 2 on this website.

Mitigating Fire & Drought

Mitigating Fire & Drought

Mitigating Fire & Drought

The 2021 Oregon Wildfires burned a total of  827,596 acres, often decimating the topsoil below and destroying water retention capacity. Increasingly dry spring time weather coupled with low snowpack levels amid ongoing drought are an urgent call to action.


The photo above is from Cottonwood Ranch after the 2021 Oregon forest fires. Read more in Case Study 2 on this website.

Improving Retention

Mitigating Fire & Drought

Improving Retention

Practices that increase water retention  mutually drive soil health and biodiversity which drives yet more water retention. You get the idea.  This can  increase water retention per acre by a whopping 20-30%. THIS changes landscapes and the health of a region. 


The photo above is from Cottonwood Ranch after the beaver dam analogs started t

Practices that increase water retention  mutually drive soil health and biodiversity which drives yet more water retention. You get the idea.  This can  increase water retention per acre by a whopping 20-30%. THIS changes landscapes and the health of a region. 


The photo above is from Cottonwood Ranch after the beaver dam analogs started to slow down and back up the water which is making the dry meadow wet again.

Project Description

Why?

To exponentially accelerate resilience requires engaging as many producers as possible within linked watersheds by creating complex interdependent biological systems that can draw strength from each other in a trophic web. The knock-on effects benefit life upstream and downstream, both on land and within communities in Eastern Oregon.


How?

Low-tech process-based restoration (LTPBR) uses simple, low unit-cost structural additions (e.g., wood, beaver dams, adaptive grazing) within waterways to mimic healthy biological functions and 

jumpstart beneficial processes in soil and watersheds.

Pheasants Forever has devised a novel  program that reduces the financial and administrative burden on landowners and lessees easing the way to apply  for and manage NRCS conservation funding.


Outcomes

FROM drought ridden and erosion prone  meadow systems TO oases of abundance and biodiversity for  livestock and wildlife.

FROM reliance on input for technical and funding assistance TO sovereign and enduring local resources that do NOT require outside input.

FROM communities feeling strained and stressed TO communities feeling neighborly, hopeful, excited and grateful.

FROM dwindling attractors to the region TO robust incentives to stay, play and work in the county.

FROM  scarcity TO abundance.


Impact

Thriving land, people and communities in Lake County


Benefits

Biodiversity increases almost immediately. 

Case Study 2 on this website describes how 100 beaver dams built last year on Cottonwood Ranch  are slowing down the water, filling the aquifers, and spreading the water across once dry meadows. Beavers have moved in and  they are adjusting the man-made beaver dams. Elk herds have been spotted which have not been seen there for decades. Habitat for fish and amphibians have increased greatly. 


Partnerships

Relationships and partnerships are key.  This  multistakeholder living soil/watershed health initiative is designed for relationship and co-creation dedicated to serving thriving landscapes and communities. ThePivot.Earth has partnered with Pheasants Forever, Lake County Umbrella Watershed Council, Intermountain West Joint Venture, Ducks Unlimited, and the National Resource Conservation Service to engage land stewards in south eastern Oregon to adopt various low tech approaches and restore their watersheds, working lands, and ecosystems into thriving interdependent systems.  


An on-the-ground full-time coordinator will focus on vital relationships with producers, supporting them in funding conservation of their working lands, highlighting successful local stories and foster strength in collaboration. 


This is just the beginning of this dramatic story for Lake County. We intend to bring thriving to  all four watersheds in Lake County as part of this Watershed Resilience Project. Stay tuned for many more stories like this one as we at ThePivot.Earth spread  our wings!


Low-tech stream restoration is cost-effective

Beaver Dam Analogs

Low-tech stream restoration is more cost-effective than traditional water harnessing methods and can be implemented at a larger scale with benefits such as:

  • Elevated water tables, restored soil moisture retentions, and increased water quality and reliability 
  • Improved vegetation and greener plants
  • Enhanced floodplain connectivity and reduced flooding risk
  • Increased biodiversity in the streams, the wet meadows and on the land
  • Increased forage on the landscape for longer into the summer
  • Reduced fire intensity - rangeland that has native grasses is less likely to burn and if it does the fire is less intense
  • Watershed restoration depends on supporting the people that are working the landscape. We want to support keeping these lands working long into the future


The photo above is one of the 100 beaver dam analogs we built on Cottonwood Creek Ranch in 2023. Notice how the water is spreading off to the right. That was not wet before. This whole area is expected to be under water this year as the aquifer is filled up and water spreads out more.

Rotational Grazing

Rotational grazing rapidly restores the soil, the biodiversity and the ecology and is better for producers and Nature.  Why?

  • Pasture managed as nature intended can support 2-3 times more grazers who behave as the bison did when they moved in large herds across the prairies
  • Concentrated chomping, drooling, pooping and peeing during intensive short grazing makes plants develop deeper, stronger, healthier roots
  • Strong deep roots sequester water at much higher rates, fill water tables, boost soil biomass, encourage microbial diversity and fertilize the ground with more vibrant nutritious forage with much less waste
  • Biodiversity increases with more insects and birds. Weed burdens are reduced through positive influence of plant succession dynamics
  • Significant carbon is drawn from the atmosphere to the earth where it belongs.  


Rotational grazing involves a system dividing large pastures into smaller paddocks. The system allows the livestock to move from one blocked-off chunk to another, permitting the paddocks to benefit from challenge to their system and to then regrow and develop without disruption. Implementing rotational grazing  helps improve long-term pasture quality and fertility.  This ancient style of grazing mimics the migration of herds and as ancient earth showed us, greatly improves pastures in the long-term. 


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