Module 2:
Planning through a Carbon Lens
Module 2 Outline:
Planning through a Carbon Lens
Developing a Carbon Farm Plan
Reading the Landscape
Identifying Tools for Planning
Mapping Tools
Web Soil Survey
COMET-Tools
Explore COMET-Planner
Explore COMET-Farm for Carbon Farm Planning
Module 2: Planning through a Carbon Lens
Carbon Farm Planning differs from other land use planning approaches by focusing on the working land's ability to capture and store carbon in on-farm carbon pools; permanent and standing vegetation, the harvested crop, and soil organic matter. Certain on-farm management choices contribute to the gradual loss of carbon from these pools; successful carbon farm planning and implementation moves the operation towards a net increase of carbon in the agroecosystem. Carbon Farm Planning leverages the USDA Natural Resources Conservation Service (NRCS) whole-systems conservation planning process and uses carbon and carbon capture as the organizing principle around which the plan is designed. The focus of the carbon farm plan is on identification of all on-farm opportunities for reduction of greenhouse gas (GHG) emissions and enhanced carbon capture and storage by both plants and soils. Increasing on-farm carbon capture as biomass and, most importantly, soil organic carbon, is the resource concern of overriding importance for the CFP process. Building the list of carbon capture opportunities is a brain-storming process; it should be as extensive as possible, including everything the farmer and planners can think of that could potentially reduce emissions and capture and sequester carbon on the farm. While actions proposed in the Plan should reflect the inherent limits of the farm ecosystem, financial considerations should not limit this initial brainstorming process, as one goal of the CFP process is to identify potential funding opportunities, above and beyond existing resources, to realize implementation of the Plan.
Carbon as the Keystone
Soil Carbon is the keystone for all soil physical, chemical, and biological processes. Carbon farm planning places carbon at the center of the farm planning process and views carbon as the single most important element upon which all other farm processes depend.
Carbon farm planning is based upon the USDA NRCS Conservation Planning process, but uses carbon and carbon capture as the organizing principle around which the Farm or Farm Plan is constructed. This simplifies the planning process and connects on-farm practices directly with ecosystem processes, including climate change mitigation, and increases in on-farm climate resilience, soil water holding capacity, soil health and agricultural productivity.
When implemented, a successful carbon farm plan can support multiple on-farm benefits, such as improved soil health, water holding capacity, and resilience to environmental stress. Carbon farm planning can also contribute to reductions in greenhouse gas emissions through implementation of conservation practices whose benefits can be quantified using existing models, like those underlying the COMET-Tools. The carbon farm planning process can be broken down into three major stages: pre-planning, developing the plan, and implementation/evaluation. Module 2 of this curriculum will focus on resources for the pre-planning stage and information that can be included in the development of your carbon farm plan.
STOP AND THINK: Why is it important to take a whole-systems approach to carbon farm planning? What could be missed by taking a narrow single-practice approach to carbon farm planning? Share your thoughts on the discussion board!
Module 2 Goals:
Module 2 of the Carbon Farm Planning Curriculum dives into reading the landscape and identifying planning tools for Carbon Farm Planning. When you have completed this module, you should have an initial understanding of:
Planning through a carbon lens
Getting started with developing a Carbon Farm Plan
Reading a landscape for increased carbon capture opportunities
Tools available for Carbon Farm Planning
Use of the COMET-Tools for Carbon Farm Planning
Check your knowledge!
How is carbon farm planning different from the standard NRCS whole-farm or whole-ranch conservation planning process?
a. Carbon farm planning results in climate and other ecosystem benefits
b. Carbon farm planning uses carbon and carbon capture as the organizing principle around which the plan is designed
c. They are the same
Discussion board: If you have any questions throughout Module 2, please use the discussion board below to post.