Our Family Farms

Resilient Farming in a Changing Climate

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Oregon Agriculture Can Be Part of the Solution to a Changing Climate

 

Fry Family Farm, Talent, OR



Farmers and ranchers are some of Oregon’s most important land stewards,
with an important role to play in solutions to our changing climate. From coastal dairy operators to eastern wheat farmers, from Hood River’s Fruit Loop orchards to nurseries and diverse vegetable farms throughout the state—all of Oregon’s farms and ranches can implement management practices that keep more carbon in the soil, reduce greenhouse gas emissions, and work for a farmer’s bottom line. These actions will help provide a clear pathway for a future in Oregon with clean air, clean water, native pollinator habitat and communities resilient to a changing climate.

What is farming for climate resiliency?
Farming for climate resiliency is not a single practice or rigid methodology. It is a holistic farming and ranching approach that includes a diverse set of management practices. Each farm and ranch, with its own unique geography, conditions, and management needs can find solutions that work for their farm. These practices not only build healthier soils, they improve water retention and filtration on farms, sequester carbon and better adapt to a fast-changing climate.



 

One holistic approach to farming for climate resiliency is to focus on the principles of soil health:

• Keep the soil covered
• Minimize soil disturbance and inputs
• Maximize biodiversity
• Maintain living roots
• Integrate animals

 

Rogue Creamery, Grants Pass, OR


Economic benefits of farming for climate resiliency
Integrating best practices for climate resiliency on farms can create benefits to yields, income, and reduce inputs. American Farmland Trust has a series of soil health economic case studies looking at several different farms across the country who transitioned to climate resilient practices like reduced tillage and cover cropping. Across the case studies they found: improved yields, increased income, reductions in fertilizer use, improvements to water quality and reductions in greenhouse gas emissions.

 

 

 


Climate resilient farming and the health of our native bee population are intertwined

 

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Bumble Bee on Echinacea
Photo: Pollinator Project Rogue Valley

 


Native Bees: Partners for Production and Profitability

Oregon is home to over 500 native bee species. Native bees, both managed and wild, are actually better pollinators than the European honey bee for many crops because of the way they collect pollen and visit flowers. Solitary and often quite small, 70% of native bee species nest in the ground, emerging as adults at different times throughout the year. The installation of nesting boxes for cavity-nesting bees has proven to increase pollination of many crops, from fruit trees to squash.

 






From: Enhancing Nest Site for Native Bee Crop Pollinator, USDA


Fry Family Farm, Talent, OR


Climate Change Is Impacting Oregon Farms and Bees Today

From crops damaged by more frequent hailstorms and the impacts from earlier irrigation shut offs, to wildfire smoke and higher temperatures harming our most vulnerable farmworkers, producers across the state are already feeling disruptions from climate change. Unpredictable weather patterns, fires, and higher temperatures also endanger populations of native bees--plants bloom earlier, or later, and encourage invasive plants that do not provide the nutrition that native bees need.





Climate resilient farming will help increase the biodiversity of our native bee species



Get Started: Ag Practices for Climate Resilient Farming for Native Bees

LeMera Gardens, Ashland, OR
Minimize tillage. Many of our best crop pollinators live in nests underground for most of the year. To protect them, turn soil over only when and where needed. Leave plenty of natural areas with both native grasses and bare soil. Appreciate some weeds, like dandelions that provide early pollen and nectar for bees. Reducing tillage not only keeps carbon in the soil, it potentially reduces fuel use and as a result, reduces and thus expenses and greenhouse gas emissions.

Grow flower-rich cover crops. Examples of excellent cover crops for farmers in Oregon also favored by native bees include clover (Trifolium spp.), phacelia (Phacelia spp.), buckwheat (Fagopyrum spp.) and sunflowers (Helianthus spp.). Cover crops provide improved soil health, reduced erosion, additional nutrients, and weed suppression. Plant hedgerows of native shrubs, trees and perennials.

Plant permanent plantings that flower continually throughout the year. This ensures a stable non-crop forage and habitat for bees while strengthening populations of natural enemies of crop pests. For example, Oregon grape flowers provide essential forage early in the year, elderberry stems provide the perfect nests for cavity-nesting native bees, and asters and sunflowers provide blooms that extend late in the year. See resources below for plant lists and tips.

Create & implement an Integrated Pest Management Plan. Many producers find that a plan of action for reducing pesticide use increases populations of pollinators and beneficial predatory insects. These plans also reduce input costs and nitrous oxide emissions, a dangerous greenhouse gas that contributes to climate change.

 


A diversity of native bee populations in turn will help farmers adapt to climate change

 

Dig Deeper > Next Steps

There is much more to explore on these topics. See Additional Resources below.

Programs designed specifically for agricultural producers provide both funding and technical assistance to support farmers and ranchers in finding the right tools for the job.

 


ADDITIONAL RESOURCES


RECORDINGS OF SERIES FARMER TO FARMER DISCUSSIONS

 

FARMING FOR CLIMATE CHANGE
Cultivating Climate Resilience on Farms and Ranches
Understanding the Climate Benefits of Sustainable Agriculture
Training Beginning Farmers in Crop Production Skills to Build Climate Resilience

 

POLLINATORS
Common Bee Pollinators of Oregon Crops
Bee Friendly Farming brochure
Enhancing Nest Site for Native Bee Crop Pollinators
Plants for Pollinators in Oregon
Farming for Pollinators
Hedgerow Planting for Pollinators

 

FUNDING TO CREATE POLLINATOR HABITAT
USDA technical support
EQIP - Environmental Quality Incentives Program
CRP - Conservation Reserve Program
CREP - Conservation Reserve Enhancement Program
CSP - Conservation Stewardship Program
ACEP - Agricultural Conservation Easement Program

 

COVER CROPS
Cover Cropping for Pollinators and Beneficial Insects
Exploring Cover Crops in Central Oregon
Cover Crop Topic Room

 

REGENERATIVE AGRICULTURE
Bioneers Regenerative Agriculture Collection
ATTRA Livestock as a tool

 

SARE PROJECT PUBLICATIONS

SW 03-040 - Assessing Soil Quality in Intensive Organic Management Systems
SW 13-017 - Integrating Research and practice in systems management of organic vegetable farms
SW 11-122 - Incorporating Cover Crops ad Green Manure in High-Desert Organic and Conventional Farming Systems
SW 04-072 - Managing Cover Crop and Conservation Tillage Systems To Enhance Vegetable Crop Yields, Economic Returns and Environmental Quality
FW17-039 - Saving Water and Improving Soil Health Through LESA Cover Crops, No-Till, and Management Intensive Grazing
SW 14-011 - Farming for Native Bees
SW 08-056 - Enhancement of Pollination by Native Bees in Blueberries and Cranberries
ONE 09-107 - Native Bee habitat Rehabilitation; Encouraging greater adoption of sustainable
pollination practices

 

 


Background sources for this website from: The Xerces Society, Community Alliance for Family Farmers, American Farmland TrustWestern SARE, and USDA NRCS

Photography: Diane Choplin Photography.

This information was made possible by a grant from Western SARE.

Thank you to OrCAN and Pollinator Project Rogue Valley for providing content.