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There is a range of scientifically accepted practices to achieve healthy soils and carbon sequestration. This section will detail practices to be used on the land to achieve healthy soils and the equipment that will help implement them. The practices will vary based upon the ecosystem to which they apply (e.g., grazing, cultivated agriculture, forestry, or other landscapes). There’s an in-depth article HERE
The Oregon Global Warming Commission (OGWC) began work on natural climate solutions for Oregon’s natural and working lands several years ago. That work was captured in a comprehensive policy document, “Natural and Working Lands Proposal” (2021).
The OGWC* worked in coordination with the Oregon Department of Agriculture, Oregon Department of Forestry, and the Oregon Watershed Enhancement Board to develop and submit the proposal for setting a carbon sequestration and storage goal for Oregon’s natural and working lands.
*In 2023 the Oregon Legislature changed the name of the Commission to the Oregon Climate Action Commission (OCAC).
In September 2023, following the work of the Commission’s advisory committee and a group of technical committees, the Commission commissioned a new document outlining practices to implement portions of the earlier policy document: “A Roadmap to Enhance Carbon Sequestration and Storage and Reduce Greenhouse Gas Emissions on Oregon’s Natural Working Lands.” That report will be linked here when available by the end of September.
Agricultural Carbon Programs: From Program Chaos to Systems Change, the American Farmland Trust in coordination with Sierra View Solutions, analyze the current state of agricultural carbon programs and recommended strategic changes toward program success with a focus on cropland.
Oregon’s Land Use Statues Laws and Rules – Protection of our valued natural resource lands for agriculture, forestry and other land management needs provides the basis for promoting carbon sequestration by protecting these lands from development. See statewide goals.
NRCS has been working with farmers and ranchers since its inception as a federal agency in 1935 following the historic ravages of the dust bowl days. NRCS provides technical services through a myriad of programs to combat climate change impacts.
These programs are now part of “climate-smart” management practices for which the agency provides technical services.
Highlighted activities have been added to the list in FY2024.
*Noted activities are added to the list as “provisional.”[1]
|
Mitigation Categories [5] |
Code |
Conservation Practice Standard Name[2] [3] (practice unit) |
Code |
Conservation Stewardship Program (CSP) Enhancement Activities |
|
Soil Health |
327 |
Conservation Cover (acres) |
E327A |
Conservation cover for pollinators and beneficial insects[2] |
|
E327B |
Establish Monarch butterfly habitat |
|||
|
328 |
Conservation Crop Rotation (acres) |
E328A |
Resource conserving crop rotation |
|
|
E328B |
Improved resource conserving crop rotation |
|||
|
E328E |
Soil health crop rotation |
|||
|
E328F |
Modifications to improve soil health and increase soil organic matter |
|||
|
E328N |
Intercropping to improve soil health |
|||
|
E328O |
Perennial grain crop conservation rotation |
|||
|
329 |
Residue and Tillage Management, No Till (acres) |
E329A |
No till to reduce soil erosion |
|
|
E329B |
No till to reduce tillage induced particulate matter |
|||
|
E329C |
No till to increase plant-available moisture |
|||
|
E329D |
No till system to increase soil health and soil organic matter content |
|||
|
E329E |
No till to reduce energy |
|||
|
332 |
Contour Buffer Strips (acres) |
None Available |
||
|
336 |
Soil Carbon Amendment (acres)* |
None Available |
||
|
340 |
Cover Crop (acres) |
E340A |
Cover crop to reduce soil erosion |
|
|
E340B |
Intensive cover cropping to increase soil health and soil organic matter content |
|||
|
E340C |
Use of multi-species cover crops to improve soil health and increase soil organic matter |
|||
|
E340D |
Intensive orchard/vineyard floor cover cropping to increase soil health |
|||
|
E340F |
Cover crop to minimize soil compaction |
|||
|
E340G |
Cover crop to reduce water quality degradation by utilizing excess soil nutrients |
|||
|
E340H |
Cover crop to suppress excessive weed pressures and break pest cycles |
|||
|
E340I |
Using cover crops for biological strip till |
|||
|
E340J |
Cover crop to improve moisture use efficiency and reduce salts |
|||
|
345 |
Residue and Tillage Management, Reduced Till (acres) |
E345A |
Reduced tillage to reduce soil erosion |
|
|
E345B |
Reduced tillage to reduce tillage induced particulate matter |
|||
|
E345C |
Reduced tillage to increase plant-available moisture |
|||
|
E345D |
Reduced tillage to increase soil health and soil organic matter content |
|||
|
E345E |
Reduced tillage to reduce energy use |
Highlighted activities have been added to the list in FY2024.
*Noted activities are added to the list as “provisional.”[1]
|
Mitigation Categories [5] |
Code |
Conservation Practice Standard Name[2] [3] (practice unit) |
Code |
Conservation Stewardship Program (CSP) Enhancement Activities |
|
Soil Health |
386 |
Field Border (acres) |
E386A |
Enhanced field borders to reduce soil erosion along the edge(s) of a field |
|
E386B |
Enhanced field borders to increase carbon storage along the edge(s) of the field |
|||
|
E386C |
Enhanced field borders to decrease particulate emissions along the edge(s) of the field |
|||
|
E386D |
Enhanced field borders to increase food for pollinators along the edge(s) of a field |
|||
|
E386E |
Enhanced field borders to increase wildlife food and habitat along the edge(s) of a field |
|||
|
393 |
Filter Strips (acres) |
E393A |
Extend existing filter strip to reduce water quality impacts |
|
|
412 |
Grassed Waterways (acres) |
E412A |
Enhance a grassed waterway |
|
|
484 |
Mulching (acres) |
E484A |
Mulching to improve soil health |
|
|
E484B |
Reduce particulate matter emissions by using orchard or vineyard generated woody materials as mulch |
|||
|
E484C |
Mulching with natural materials in specialty crops for weed control |
|||
|
E484D |
Lowbush Blueberry Mulching for Moisture Management |
|||
|
585 |
Stripcropping (acres) |
None Available |
||
|
601 |
Vegetative Barriers (feet) |
None Available |
||
|
603 |
Herbaceous Wind Barriers (feet) |
None Available |
||
|
Nitrogen Management |
590 |
Nutrient Management (acres) |
E590A |
Improving nutrient uptake efficiency and reducing risk of nutrient losses |
|
E590B |
Reduce risks of nutrient loss to surface water by utilizing precision agriculture technologies |
|||
|
E590C |
Improving nutrient uptake efficiency and reducing risk of nutrient losses on pasture |
|||
|
E590D |
Reduce risks of nutrient losses to surface and groundwater by increasing setback awareness via precision technology |
|||
|
Livestock Partnership |
317 |
Composting Facility (number)* |
None Available |
|
|
313 |
Waste Storage Facility (number)*
compost bedded-pack[4] |
None Available |
||
|
366 |
Anaerobic Digester (number) |
None Available |
||
|
367 |
Roofs and Covers (number)*
|
None Available |
||
|
592 |
Feed Management (animal unit)*
methane emissions [4] |
None Available |
||
|
632 |
Waste Separation Facility (number)* |
None Available |
Highlighted activities have been added to the list in FY2024.
*Noted activities are added to the list as “provisional.”[1]
|
Grazing and Pasture |
314 |
Brush Management (acres)*
|
E314A |
Brush management to improve wildlife habitat* |
|
315 |
Herbaceous Weed Treatment (acres)*
species. [4] |
E315A |
Herbaceous weed treatment to create desired plant communities consistent with the ecological site* |
|
|
338 |
Prescribed Burning (acres)* |
E338A |
Strategically planned, patch burning for grazing distribution and wildlife habitat* |
|
|
512 |
Pasture and Hay Planting (acres) |
E512A |
Cropland conversion to grass-based agriculture to reduce soil erosion |
|
|
E512B |
Forage and biomass planting to reduce soil erosion or increase organic matter to build soil health |
|||
|
E512C |
Cropland conversion to grass for soil organic matter improvement |
|||
|
E512D |
Forage plantings that help increase organic matter in depleted soils |
|||
|
E512I |
Establish pollinator and/or beneficial insect and/or monarch habitat |
|||
|
E512J |
Establish wildlife corridors to provide habitat continuity or access to water |
|||
|
E512L |
Diversifying forage base with interseeding forbs and legumes to increase pasture quality |
|||
|
E512M |
Forage plantings that improve wildlife habitat cover and shelter or structure and composition |
|||
|
528 |
Prescribed Grazing (acres) |
E528A |
Maintaining quantity and quality of forage for animal health and productivity |
|
|
E528F |
Stockpiling cool season forage to improve structure and composition or plant productivity and health |
|||
|
E528G |
Improved grazing management on pasture for plant productivity and health with monitoring activities |
|||
|
E528H |
Prescribed grazing to improve/maintain riparian and watershed function- elevated water temperature |
|||
|
E528I |
Grazing management that protects sensitive areas -surface or ground water from nutrients |
|||
|
E528J |
Prescribed grazing on pastureland that improves riparian and watershed function |
|||
|
E528L |
Prescribed grazing that improves or maintains riparian and watershed function-erosion |
|||
|
E528M |
Grazing management that protects sensitive areas from gully erosion |
|||
|
E528N |
Improved grazing management through monitoring activities |
|||
|
E528O |
Clipping mature forages to set back vegetative growth for improved forage quality |
Highlighted activities have been added to the list in FY2024.
*Noted activities are added to the list as “provisional.”[1]
|
Mitigation Categories [5] |
Code |
Conservation Practice Standard Name[2] [3] (practice unit) |
Code |
Conservation Stewardship Program (CSP) Enhancement Activities |
|
Grazing and Pasture |
528 |
Prescribed Grazing (acres) |
E528P |
Implementing Bale or Swath Grazing to increase organic matter and reduce nutrients in surface water |
|
E528R |
Management intensive rotational grazing |
|||
|
E528S |
Soil Health Improvements on Pasture |
|||
|
E528T |
Grazing to Reduce Wildfire Risks on Forests |
|||
|
E528U |
Contingency Planning for Resiliency |
|||
|
550 |
Range Planting (acres) |
E550A |
Range planting for increasing/maintaining organic matter |
|
|
E550B |
Range planting for improving forage, browse, or cover for wildlife |
|||
|
Agroforestry, Forestry and Wildlife Habitat |
311 |
Alley Cropping (acres) |
None Available |
|
|
342 |
Critical Area Planting (acres) |
None Available |
||
|
379 |
Forest Farming (acres) |
None Available |
||
|
380 |
Windbreaks/Shelterbelt Establishment and Renovation (feet) |
None Available |
||
|
381 |
Silvopasture (acres) |
E381A |
Silvopasture to improve wildlife habitat |
|
|
383 |
Fuel Break (acres)* |
E383A |
Grazing-maintained fuel break to reduce the risk of fire* |
|
|
384 |
Woody Residue Treatment (acres)* |
E384A |
Biochar production from woody residue* |
|
|
390 |
Riparian Herbaceous Cover (acres) |
E390A |
Increase riparian herbaceous cover width for sediment and nutrient reduction |
|
|
E390B |
Increase riparian herbaceous cover width to enhance wildlife habitat |
|||
|
391 |
Riparian Forest Buffer (acres) |
E391A |
Increase riparian forest buffer width for sediment and nutrient reduction |
|
|
E391B |
Increase stream shading for stream temperature reduction |
|||
|
E391C |
Increase riparian forest buffer width to enhance wildlife habitat |
|||
|
420 |
Wildlife Habitat Planting (acres)* |
E420A |
Establish pollinator habitat* |
|
|
E420B |
Establish monarch butterfly habitat* |
|||
|
422 |
Hedgerow Planting (feet) |
None Available |
||
|
612 |
Tree-Shrub Establishment (acres) |
E612B |
Planting for high carbon sequestration rate |
|
|
E612C |
Establishing tree/shrub species to restore native plant communities |
|||
|
E612G |
Tree/shrub planting for wildlife food |
|||
|
643 |
Restoration of Rare or Declining Natural Communities (ac)*
floodplain hydrology [4] |
E643D |
Low-tech process-based restoration to enhance floodplain connectivity* |
|
|
666 |
Forest Stand Improvement (acres)* |
E666A |
Maintaining and improving forest soil quality* |
|
|
E666D |
Forest management to enhance understory vegetation* |
|||
|
E666E |
Reduce height of the forest understory to limit wildfire risk* |
|||
|
E666F |
Reduce forest stand density to create open stand structure* |
Highlighted activities have been added to the list in FY2024.
*Noted activities are added to the list as “provisional.”[1]
|
Mitigation Categories [5] |
Code |
Conservation Practice Standard Name[2] [3] (practice unit) |
Code |
Conservation Stewardship Program (CSP) Enhancement Activities |
|
Agroforestry, Forestry and Wildlife Habitat |
666 |
Forest Stand Improvement (acres)* |
E666H |
Increase on-site carbon storage* |
|
E666I |
Crop tree management for mast production* |
|||
|
E666J |
Facilitating oak forest regeneration* |
|||
|
E666K |
Creating structural diversity with patch openings* |
|||
|
E666L |
Forest Stand Improvement to rehabilitate degraded hardwood stands* |
|||
|
E666P |
Summer roosting habitat for native forest-dwelling bat species* |
|||
|
E666R |
Forest songbird habitat maintenance* |
|||
|
E666S |
Facilitating longleaf pine regeneration and establishment* |
|||
|
Restoration of Disturbed Lands |
453 |
Land Reclamation, Landslide Treatment (acres) |
None Available |
|
|
543 |
Land Reclamation, Abandoned Mined Land (acres) |
None Available |
||
|
Energy, Combustion, & Electricity Efficiency |
372 |
Combustion System Improvement (number)
replacement or repower to electric motor |
E372A |
Switch to Renewable Power Source |
|
E372B |
Renewable Energy Source for Large Internal Combustion Engines |
|||
|
374 |
Energy Efficient Agricultural Operation (number)* |
None Available |
||
|
430 |
Irrigation Pipeline (feet)*
|
None Available |
||
|
441 |
Irrigation System, Microirrigation (acres)*
|
None Available |
||
|
442 |
Sprinkler System (acres)*
|
None Available |
||
|
533 |
Pumping Plant (number)*
|
E533C |
Install VFDs on pumps* |
|
|
E533D |
Switch fuel source for pumps* |
|||
|
672 |
Energy Efficient Building Envelope (number)* |
None Available |
||
|
670 |
Energy Efficient Lighting System (number)* |
None Available |
||
|
Wetlands |
657 |
Wetland Restoration (acres)* |
None Available |
|
|
Rice |
449 |
Irrigation Water Management (acres)*
rice fields |
E449B |
Alternated Wetting and Drying (AWD) of rice fields* |
See guidelines for NRCS practices here.
When Brad Zimmerman decided to try growing cover crops 10 years ago, the Groveland, Illinois, corn and soybean farmer had a list of worries: “I was concerned about the cost, the time it would require, the possibility that the cover crop wasn’t going to grow, and the possible yield drag on my cash crops,” he says. But Zimmerman reasoned that cover crops could improve the soil biology. This could improve his cropping system’s efficiency, thus reducing synthetic fertilizer inputs over the long term. He took the plunge and hasn’t looked back. He added cover crops on a small scale, learned from his mistakes, and took advantage of cost sharing through USDA’s Natural Resources Conservation Service (NRCS). The long-term benefits to his cropping system have been well worth the effort. Soil organic matter has improved along with other soil health improvements, resulting in cost savings due to reduced applications of synthetic fertilizers.
Concerns about cost are among farmers’ top four reasons for not growing cover crops. In a recent book “Cover Crops: Improving Life on the Land,” author Myers, relates surveys and data supporting the process and defining the economics. “In the first one or two years, you may see a reduction in net profit,” Myers says. “But on the third year, you may start to break even as a result of better soil health, leading to higher cash crop yields. By the fifth year, you may start to see a positive net profit because of gradually increasing yield benefits generated by cover crops combined with reduced applications of fertilizer or herbicide, or reduced need for tillage.” “In a six-year period between soil tests, we’ve increased soil organic matter from 2.7% to 3.3%,” he says. “A higher level of organic matter is the reason our soil is more productive. The soil is able to release more nutrients and retains water better, so that the plants are better able to withstand dry periods. We can raise crops with reduced inputs.”
See also: NACD article about the book and farmer results
You Tube presentation by Dr. Myers
See the full chart HERE of available programs and additional practices on nutrient management, grazing and pastureland. Practices vary based on the land sector (agriculture, forestry, wetlands etc.). Soil health practices are listed below.
Code | CSP | Conservation Stewardship Program (CSP) Bundle and Enhancement Activity | |
|
| Buffer Bundle#1* | |
Cropland soil health management system* | |||
Climate smart advanced soil health* | |||
327 | Conservation Cover (acres) | Conservation cover for pollinators and beneficial insects | |
Establish Monarch butterfly habitat | |||
328 | Conservation Crop Rotation (acres) | Resource conserving crop rotation | |
Improved resource conserving crop rotation | |||
Soil health crop rotation | |||
Modifications to improve soil health and increase soil organic matter | |||
Crop rotation on recently converted CRP grass/legume cover for soil organic matter improvement | |||
Intercropping to improve soil health | |||
Perennial grain crop conservation rotation | |||
329 | Residue and Tillage Management, No Till (acres) | No till to reduce soil erosion | |
No till to reduce tillage induced particulate matter | |||
No till to increase plant-available moisture | |||
No till system to increase soil health and soil organic matter content | |||
No till to reduce energy | |||
332 | Contour Buffer Strips (acres) | None Available | |
40 | Cover Crop (acres) | Cover crop to reduce soil erosion | |
Intensive cover cropping to increase soil health and soil organic matter content | |||
Use of multi-species cover crops to improve soil health and increase soil organic matter | |||
Intensive orchard/vineyard floor cover cropping to increase soil health | |||
Cover crop to minimize soil compaction | |||
Cover crop to reduce water quality degradation by utilizing excess soil nutrients | |||
Cover crop to suppress excessive weed pressures and break pest cycles | |||
Using cover crops for biological strip till | |||
345 |
Residue and Tillage Management, Reduced Till (acres) | Reduced tillage to reduce soil erosion | |
Reduced tillage to reduce tillage induced particulate matter | |||
Reduced tillage to increase plant-available moisture | |||
Reduced tillage to increase soil health and soil organic matter content | |||
Reduced tillage to reduce energy use | |||
386 | Field Border (acres) | Enhanced field borders to reduce soil erosion along the edge(s) of a field | |
Enhanced field borders to increase carbon storage along the edge(s) of the field | |||
Enhanced field borders to decrease particulate emissions along the edge(s) of the field | |||
Enhanced field borders to increase food for pollinators along the edge(s) of a field | |||
393 | Filter Strips (acres) | Extend existing filter strip to reduce water quality impacts | |
412 | Grassed Waterways (acres) | Enhance a grassed waterway | |
484 | Mulching (acres) | Mulching to improve soil health | |
Reduce particulate matter emissions by using orchard or vineyard generated woody materials as mulch | |||
Reduce particulate matter emissions by using orchard or vineyard generated woody materials as mulch | |||
585 | Stripcropping (acres) | None Available | |
601 | Vegetative Barriers (feet) | ||
603 | Herbaceous Wind Barriers (feet) | ||
The potential benefits of no-till practices are well-documented, from improving soil health to reducing annual fuel and labor investments. For example, no-till processes can save 4 gallons per acre over tilled farm methods.
NRCS Conservation Effects Assessment Project CEAP) details practices and benefits.
The new national survey report finds the vast majority of farmers using cover crops don’t need incentive payments to continue those practices.
According to the National Cover Crop Survey 90.3% of famers receiving cover crop incentives reported that they would definitely or probably continue planting cover crops after payments ended. These findings were among many conclusions drawn in a report, issued jointly by SARE, the Conservation Technology Information Center (CTIC) and the American Seed Trade Association (ASTA), based on insights from nearly 800 farmers in 49 states.
The economic and social value to the public of enhanced environmental benefits resulting from conservation practices are in addition to how conservation practices enhance agricultural productivity and increase private economic value to the farmer/rancher. This analysis focuses exclusively on the value to the public of environmental benefits.
This is a very comprehensive guidebook for on-farm use to build healthy soils.
PowerPoint discussing nature based solutions, co-benefits and ecosystem management. View HERE.
SARE (Sustainable Agricultural Research and Education) publication recently updated.
The Council makes available a range of articles on cover crops, no-till and other agricultural practices.
Fully implementing CLIMATE-SMART AGRICULTURE PRINCIPLES could remove as much as 100-200 million metric tons of carbon dioxide annually by 2050.
Improved Grazing Management on a 500 acre ranch can sequestser 208 metric tons of CO2 equivalent each year.
Rotational Grazing can increase pasture profitability,water storage, and wildlife habitat.
Cover Crops help reduce soil erosion and can increase crop yields.
Soil Management Practices could remove over 2 gigatons of CO2 from our atmosphere by 2050 (equal to emissions from burning 225 billion gallons of gasoline).
Buffer Strips help improve water quality and enhance wildlife habitat.
Lay of the Land and Levers for Change: Farming for Climate Resilience.
What does an agricultural economy resilient to a changing climate in Oregon look like?
What is already happening in Oregon to make this vision a reality?
How do farmers and ranchers need and want to improve their operations?
Where are the gaps in research and Technical support for farmers? This report shares what has been heard.
One-third of the world’s carbon is tamed by grass. Landowners will eventually be paid for carbon storage and other environmental benefits that grasslands and pastures provide. Third parties reap the economic benefits grasslands provide, including watershed management, wildlife habitat and pollinators for grain production.
Grasslands called key to carbon future | The Western Producer
As part of President Biden’s American Climate Corps, USDA launches the Working Lands Climate Corps to Train Future Conservation and Climate Leaders on Climate-Smart Agriculture. The Working Lands Climate Corps will provide technical training and career pathway opportunities for young people, helping them deliver economic benefits through climate-smart agriculture solutions for farmers and ranchers across the country, now and in the future. The Working Lands Climate Corps, in its first cohort, will aim to create service opportunities for more than 100 young people. USDA’s Natural Resources Conservation Service (NRCS) is working in partnership with AmeriCorps, The Corps Network and the National Association of Conservation Districts (NACD) in this effort. To date, more than 50,000 people have expressed interest in joining the American Climate Corps. To learn more, visit the Corps Network site
When manure is handled as a solid or deposited on pastures, nitrous oxide production increases while little or no methane is emitted. Management of timing, rate, and amount of nutrients and amendments to soil can reduce climate impacts, promoting soil health.
Anaerobic digestion is another relevant tool.
Proper composting of waste can reduce the dependence on chemical fertilizers, help recover soil fertility and improve water retention and the delivery of nutrients to plants.
Using alternative application methods to reduce the amount of irrigation water is also beneficial to soil health.
Biosolids produced at wastewater treatment facilities are extensively used on agricultural
land to improve soil health and soil organic carbon (SOC) stocks.
Developing or extending riparian areas along streams can add to soil health and sequestration opportunities, including increasing woody plant coverage.
Climate change mitigation not only requires reduction of greenhouse gas emissions, but also the withdrawal of carbon dioxide (CO 2 ) from the
atmosphere. Biochar, carbon rich charcoal-like remnants of super-heated organic matter (pyrolyzed biomass) is a hard material added to soil to provide a resilient air trap that helps in the spread of oxygen and nutrients to plant roots.
What are the benefits of pasture management? One study found that farms participating in sustainable agriculture practices like rotational grazing produced 19% fewer emissions than non-participating farms in the first two years, dropping to 35% fewer emissions after participating for longer than two years. W.K. Kellog Farm’s Pasture Dairy Center uses a rotational grazing strategy to mitigate emissions.
Other equipment that would enhance carbon sequestration programs
Electric Tractor from Solectrac Partners Forth, Wy’East RC&D, Bonneville Environmental Foundation, Sustainable Northwest and Rusted Gate Farm are taking part in a demo of electrifying equipment for fuel and maintenance savings and to reduce greenhouse gas emissions. The vehicles will be rotated to different geographic areas within the state.
A number of SWCDS own equipment that can enhance soil and water conservation practices. Below is an example of one district’s equipment and rental pricing.
Clackamas Soil and Water Conservation District offers an Equipment Rental Program which makes a variety of agricultural equipment available at reasonable prices to Clackamas. Equipment is also available at Yamhill, Jackson, Grant, Tualatin, and Malheur SWCDs, among others. The ODA SWCD Directory provides contact information for a Conservation Districts in each county.
Comet Farm Video, USDA’s online carbon-capture calculator is a computer tool with which producers enter information about their land and management, including location, soil characteristics, land uses, tillage practices and nutrientuse. The tool then estimates how much carbon soil could capture on cropland, pasture and rangeland, and livestock operations. It also has an agro-forestry component.
Type in your location and select values from the list, input acreage and selected practices to receive an instant carbon potential estimate at AGORO.
This is a fertilizer and soil tool designed to help quantify greenhouse gas emissions in crop production developed by Cornell faculty in partnership with researchers at Environmental Defense Fund and The Nature Conservancy, FAST-GHG quantifies how soil management practices can reduce greenhouse gas emissions using the online calculator.
Soils Revealed is a platform for visualizing how past and future management changes soil organic carbon stocks based on available soil data, information about the environment and computer simulations over time. The project involves collaboration with a number of partners.
Cornell University Working Lands Resources
Cornell College of Agriculture and Life Sciences’ website dedicated to helping farmers, forest owners and policymakers find meaningful ways to Reduce Greenhouse Gases (GHG) from the land—includes a variety of resources and tools. While some of the resources are relative
to NY, a number of resources can be applied more broadly.
Farming with Soil Life
Adaptation resources for agriculture response to climate variability and change: USDA, Xerces Society and SARE (Sustainable Agriculture Research and Education)
Empowering Farmers with Regional Farm Equipment
AB 552 promotes a program that would be housed at the CA Department of Food and Agriculture in coordination with the Department of Conservation and would include a small farms advisory committee.
The Case for Carbon Farming in California – High Country News
Can Dirt Save the Earth? – NY Times
What Regenerative Agriculture Can Do for the Climate – “Yes” magazine