CIRS Blog about Rural California
By Brian Shobe
California’s much anticipated Healthy Soils Program officially launched Tuesday with the release of the first Request for Grant Applications (RGA) by the California Department of Agriculture (CDFA). The deadline for applications is 5pm on September 19th.
The first of its kind in the country, the program will provide grants to farmers and ranchers for implementing on-farm practices that reduce greenhouse gas emissions and/or store carbon in soil, trees and shrubs. Types of practices that will be eligible include the addition of mulch and compost, cover cropping, reduced tillage, and the planting of herbaceous and woody plants such as windbreaks, hedgerows, riparian plantings, filter strips, silvopasture and more.
Three types of grants will be available:
- Direct farmer grants: Incentives of up to $50,000 per farm or ranch for the implementation of one or more new soil and conservation management practices.
- Outreach and Education/Demonstration grants: Demonstration projects funded with grants of up to $100,000 for soil improvement practices that reduce GHGs and increase soil health, and also have an outreach and demonstration component to showcase the healthy soils practices and promote their widespread adoption throughout the state. These will likely involve partnerships between producers and non-profits, Resource Conservation Districts and/or academic or extension departments.
- Research/Demonstration grants: Demonstration projects funded with grants of up to $250,000. These are similar to the prior category of demonstration project, but in addition to outreach and education on healthy soils practices, these projects must include measurement and data collection on GHG emissions and carbon sequestration.
For more information on the program and links to resources to assist growers in applying, visit the California Climate and Agriculture Network (CalCAN) website. This is a condensed version of an article published on August 9, 2017.
By Renata Brillinger
The Soil Carbon Challenge digs directly into the ground with the farmers, ranchers, and landowners who can manage land to improve soil health. Peter Donovan, a leader in demonstrating the connection between land management practices and increased soil carbon, founded the Soil Carbon Challenge—“an international prize competition to see how fast land managers can turn atmospheric carbon into water-holding, fertility-enhancing soil organic matter.” Peter has established an approach to scientifically showing (not just telling) the nexus of appropriate land management, soils, and carbon sequestration.
When managed correctly, soil can become a “sink” for atmospheric carbon while also providing benefits such as increased water holding capacity, decreased erosion and runoff, and improved health, productivity, and resilience due to enhanced populations and diversity of soil microorganisms.
Peter believes in showing possibility by measuring change over time, and recognizing actual results. As such, The Soil Carbon Coalition supports “a different kind of science”, believing science is “based on shared evidence, open participation, specific locations and situations, and on learning to manage wholes more than parts.”
By Beth Smoker
U.S. Department of Agriculture Initiative Gets Underway
During the U.S. Department of Agriculture’s Climate Month of May, Secretary Vilsack announced an additional $72.3 million for soil health investments to support the department’s 10 Building Blocks for Climate Smart Agriculture. Secretary Vilsack established the USDA climate change initiative just over a year ago in preparation for last year’s Paris Climate Conference. The initiative aims to increase agricultural practices that reduce greenhouse gas emissions and increase carbon sequestration in agriculture and forests.
This additional funding is being distributed through the Natural Resources Conservation Service’s (NRCS) Environmental Quality Incentives Program (EQIP), where each state will have the discretion to determine which Climate Change Building Blocks to focus their additional funds on. This is the first time EQIP funding has been explicitly allocated for climate-smart agriculture practices. California NRCS has received $4.3 million of this $72.3 million allocation.
California NRCS plans to fund agricultural management practices that address soil health, nitrogen management, grazing and pasture and private forest practices. All with an eye to increasing soil carbon and reducing greenhouse gas emissions. Farmers and ranchers, beginning this summer, can go into their NRCS District Office to find out more about how they may qualify for the new EQIP climate change funding. The application process is the same as regular EQIP.
A learning opportunity for CDFA’s Healthy Soils Initiative
The USDA funding for climate-smart agriculture comes at an important time for California. The state is considering a new Healthy Soils Initiative, also aimed at providing financial incentives for growers for management practices that reduce greenhouse gas emissions. The California Department of Food and Agriculture (CDFA) recently released its draft framework for the program. The upcoming California NRCS experience of distributing climate-related EQIP funds can help inform the CDFA initiative. More information can be found here.
This article was published on the California Climate and Agriculture Network website on June 9.
Conservation Agriculture Systems Innovation Center
Soil health management is key to solving the climate change problems attributable to farming systems. One way to improve soil health is through adopting sustainable conservation systems that include conservation tillage (CT), cover cropping and other practices. CT describes a variety of cropping methods that involve leaving the previous year’s crop residue on top of the soil and planting the next crop right into it. To increase organic matter both above and below the soil surface, cover crops of a single or multiple plant species can also be grown between major crop rotations. Since crop residues are left on the soil surface and not tilled under, CT reduces the number of tractor passes needed, thereby cutting labor and fuel costs. Minimizing mechanical disturbance to the soil reduces erosion and runoff, increases water infiltration rate and retention, and increases carbon sequestration—all important strategies in climate change mitigation. Precision irrigation is another conservation practice that seeks to increase the efficiency of irrigation systems, by reducing pumping time and energy use.
Starting in 1998, Dr. Jeff Mitchell of UC Agriculture and Natural Resources (UC ANR) and a group of farmers, researchers, and agriculture professionals have been collaborating in California’s San Joaquin Valley to optimize the techniques and benefits of CT. Together, they formed the Conservation Agriculture Systems Innovation (CASI) Center with the goal of increasing the adoption of conservation farming systems to over 50 percent of California’s cropping acreage by 2028. CASI conducts research, demonstrations, and outreach to growers, agencies, and environmental and consumer groups.
CASI’s mission is twofold: improve the livelihoods of California farmers while conserving and improving natural resources. Working directly with growers and public agency representatives allows CASI researchers to develop projects that reflect an understanding of whole-farm systems and the importance of combining conservation practices to optimize climate benefits.