the territory
Grassland 2.0 is a participatory project seeking transition pathways from row-crop (maize, soybean, and alfalfa) dairy and beef production to managed grazing through a participatory engagement and design process evolving within place-based “learning hubs” drawing on local and regional markets and supply chains to support territorial transitions.
Territory Grassland 2.0 is working with producers, watershed organizations, community leaders, and government agencies to deliberate and envision alternative farming systems and pathways to transition. This work occurs mainly in Wisconsin, but also Minnesota and Illinois in place-based workgroups we call “Learning Hubs” where partners come together to advance innovations toward well-managed grazed grasslands.
Case study referee
Michael Bell & Randall Jackson
Other participants
Claudio Gratton
Vincent Thénard
Danièle Magda
michaelbell@wisc.edu
Territorial food system
Type of region : Peri-urban
Approximate size and population
Total area 170 000 km²
Wisconsin Learning Hubs, population ~183,000 area ~ 7,800 km².
Expanding number of learning hubs from initial 2 to 5 with more in discussion.
Type of agriculture
90 hectares average farm size.
A highly diverse agricultural base for the US, from dairy to beef to vegetables to grain to a wide variety of specialty crops.
Short circuits (and anteriority)
Main social issues
Extreme political polarization rural versus urban. Aging farming population. Low farmer diversity. Polluted waters and flooding issues. Farming consolidation and loss of small/mid-size farms.
Presence of agroecologial systems
A small-average number of organic farms and few outlets e.g. farmers markets, direct-marketing. Rotational grazing increasing.
Specific agri-food system dynamics and initiatives (and anteriority)
Supply chain development, Producer-led watershed groups.
Agrifood transition
Main stakes for the transition : No central governance- it’s a small collection of disparate projects / competition from the dominant food sector
Key obstacles to AE transition
Large producers don’t have ability to transition away from confinement systems; lack of recognition of economic opportunities in grass-fed products; lack of technical expertise and training in grazing systems; financial systems dissuade transitions and alternative models of production; lack of land access for beginning farmers; poor supply chain development; processing bottlenecks; federal policies that incentivize commodity crops; cultural and political polarization that inhibits dialogue and economic and social reorganization.
Leading actors in the transition
University of Wisconsin-Madison, University of Minnesota, Savanna Institute, Michael Fields Ag Institute, Wallace Center-Pasture Project, County Land and Water Conservation Districts, State Departments of Natural Resources and Agriculture, and a wide variety of community organizations, and producer-led watershed groups.
Institutionalisation of the agrifood transition
Incipient: Federal USDA-NRCS, Wisconsin Department of Agriculture.
Key initiatives
3 innovative initiatives
Learning Hubs
Place-based conversations and deliberations that aim to envision alternative systems and pathways of achieving them through deliberative Collaborative Landscape Design process, and development of Agroecological Transformation Process.
Decision support tools
Web-based and spreadsheet models for use as ‘boundary spanners’ in processes of Collaborative Landscape Design.
Grassland 2.0 Academy
Partnership with federal Natural Resource Conservation Service (NRCS) to develop training academy for grass-based farmers, policymakers, community leaders, and innovators.
Trajectory
Method
Ridge & Valley is one of the 5 Learning Hubs set up as part of the Grassland 2.0 project. The proposal for a detailed timeline on this territory is the result of a co-construction with the Grassland 2.0 project leaders and members. The initial contextual elements were presented by Randy Jackson and Claudio Gratton as part of the WP3 workshop organized during the first annual meeting. A second phase of work took place during the secondment of two ATTER members from the Toulouse AGIR Unit in Madison in June 2024. This work was based on direct exchanges with members of the Grassland 2.0 project during a seminar and informal meetings, and analysis of a number of documents from the project’s work. It also benefited from visits to farms developing grazing-based farming systems, and from participation in meetings organized in the field by conservation program actors to exchange views with farmers. The version of the timeline and the short narrative describing it should be discussed and amended by other members of the Grassland 2.0 group at a future webinar.
Detailed timeline
The detailed timeline (1950- 2024) highlights the contextual elements at different scales that have been significant in the trajectory of the agrifood system in Ridge and Valley territory. Several crises have been decisive, notably the economic crisis affecting strongly the dairy farms linked to the intensification of cash crop production systems (with the corn-soybean coupling). While this region is highly representative of the intensive farming system of the corn-belt, it is also a pioneer in organic production, which has given rise to the well-known organic valley brand. The timeline also shows the weight of various national, agricultural and environmental public policies with their local variations (Wisconsin state, counties) and the importance of political shifts interrupting key programs. Finally, a number of local initiatives have been identified as carried by various players (researchers, extensionists, NGOs, farmer networks, foundations, etc.) as responses to the limits reached by this intensive agricultural system and characterized by a return to grass-fed farming. This transition is still minor but is becoming increasingly visible from 1990’s as it meets both economic (sustainability and profitability of livestock farming) and environmental challenges (the back to grassland as a lever for the conservation of the lands). These latter define a third period from 2000’s where policies are more engaged on these topics than before even if environmental goals with water pollutions and flooding events have long been observed.
Detailed timeline
This old mountainous region has a long history of soil conservation. Coon Valley is considered the birthplace of Roosevelt-era federal programs to address soil erosion. It also is home to farmer and consumer cooperative efforts, attributed to Scandinavian settlers in the late 1800s. Yet, until the 90s, agriculture in this region developed mainly according to the perspective of intensification and modernization that swept the nation. This modernization and intensification led, on the one hand, to the emergence of the Corn Belt, grouping together several Midwestern states suited to corn production, and, on the other, dairy farm intensification, shifting from grazing to a confinement system. Wisconsin is known as America’s Dairyland, based on its extensive production and tradition of dairy farming and cheese-making dating back to the late 19th century. Locally, this has resulted in the long-term establishment of an intensive agriculture that combines field crop production systems, particularly maize–soybeans and maize–alfalfa rotations over large areas, with dairy and cheese production. Instead of relying on grass as the primary feed source, farmers shifted to Total Mixed Rations, commonly based on maize, soybeans and alfalfa hay, as well as supplemental vitamins and minerals. This input-intensive crop production depends on federal support detailed in agricultural policies (Farm Bill, etc.) and financial incentives (taxes, loans, loan guarantees, etc.).
In parallel, and more quietly the production of organic products began in the 70s. The Ridge and Valley region saw an influx of “back to the landers” during the 1970s, and these beginning farmers focused on vegetable and fruit farming. The Coulee Region Organic Produce Pool (CROPP) organized in 1988 under their own organic standards to supply the region with produce. Quickly, they expanded to dairy products and rather than investing in processing infrastructure, the cooperative developed the Organic Valley brand and partnered with existing processors and distributors to reach the market. [1]
The first farm crisis took place in the early 1980s, when small farms folded after a decade of economic inflation and federal agricultural policies characterized by U.S. Secretary of Agriculture Earl Butz’s statement that farmers needed to “get big or get out”. Rural communities reliant on farming contracted and disappeared during the 1980s, despite state efforts to diversify their economies around tourism, small manufacturing, or diversified markets, particularly international customers for Wisconsin dairy products, including inputs like semen, milking systems, and hay. California became the dominant dairy state in 1993, through intensification and expansion of farms in California, and fuelled a vicious cycle of over production. Between 1970 and 2006, dairy farm numbers fell sharply, from 648,000 operations in 1970 to 75,000 in 2006, or 88 percent. Total dairy cows fell from 12 million in 1970 to 9.1 million in 2006, so the average herd size rose from just 19 cows per farm in 1970 to 120 cows in 2006.[2] This led to a major crisis in dairy farming and the bankruptcy of a large number of farms. This crisis has prompted the introduction of public policies to support livestock farming, which until now had been neglected by public authorities. The idea of a transition in livestock farming systems, based more on pasture grazing emerged in this volatile period. Some farmers sought a way to get off the expansion treadmill and reduce input costs as a different means to improve net earnings. Intensive rotational grazing emerged as an approach, using simple technology such as moveable fencing, to put cows back on pasture and shift feeding and manure management practices. Farmers travelled to New Zealand and Australia to learn about grazing practices there, and formed the Wisconsin Rural Development Center (WRDC, 1983-1990s?) and in 1986 assisted with creating the Southern Wisconsin Farmers Research Network, Inc.. WRDC and the farmer network created a program at the Wisconsin Department of Agriculture, Trade and Consumer Protection (DATCP) to support demonstrations of sustainable agriculture across the state, centering farmer networks and peer learning.
By 1991, the Sustainable Agriculture Demonstration Program (1987-1995) supported eight farmer networks, some focused on grazing and the rest with some grazing content. The Kickapoo Organic Resource Network for Dairy organic was the network that served the Ridge and Valley region, and linked grazing education and research to organic production.
WRDC and its farmer-organizers led the effort to form the University of Wisconsin-Madison’s Center for Integrated Agricultural Systems and the Wisconsin Integrated Cropping Systems Trial (1989-current). Both these organizations work with farmers to direct University participatory research on grazing and other food production systems. Together with the DATCP program, these efforts laid important groundwork for grazing by providing financial and other resources to farmers, researchers and their organizations. Much of this work was accomplished through strategic partnerships with WRDC, the Michael Fields Agricultural Institute (MFAI), and the Midwest Organic and Sustainable Education Service (MOSES). For instance, MOSES and MFAI held annual conferences with underwriting from these programs that increased communication and networking. Although the DATCP program funding was not supported by subsequent administrations, the farmer networks continued to function on their own. Many of the graziers realized that it was an easy and profitable transition from grazing to organic dairy production and Organic Valley was there to market their milk. GrassWorks emerged from the Southern Wisconsin Farmers Research Network, Inc. in 1994[3] as a membership organization providing leadership and education to farmers and consumers for the advancement of managed grazing.
A third period (1999 to present) has been marked by the environmental turn driving expanded perspectives about livestock systems through grassland multifunctionality especially at landscape levels of spatial resolution. Soil erosion drives major phosphorus pollution of surface waters and nitrate leaching compromises drinking water when it accumulates in groundwaters. Flooding events are increasing in frequency and intensity because of climate change, but these phenomena have been exacerbated by agricultural and forest land use and land cover. The Wisconsin Grazing Lands Conservation Initiative (WI-GLCI) filled in the gap left by the discontinued Southern Wisconsin Farmers Network, and was established in Wisconsin in 1999 to identify and leverage funds to promote, research and develop grazing systems on private lands. Nearly $8 million federal and state funds were used to expand profitable, grazing-based livestock production systems that foster environmental stewardship. Each public dollar required a $0.40 match from private partner contributions. The program was well-received. They hosted 85 on-farm events and 133 workshops, wrote 352 grazing plans covering more than 20,000 acres. The program estimated it prevented 3,000 tons of soil erosion, and 10,000 pounds of phosphorus runoff. From 2008 through 2011, the program funded several innovative grazing-related projects, including 21 educational projects, 23 technical assistance projects and 10 research projects. The projects incorporated research-based information and relied on farmer-to-farmer learning. Public events and media coverage of these projects increased general awareness of the benefits of managed grazing to Wisconsin’s rural landscape, communities and economy.[4]
Ridge and Valley severely affected by erosion and flooding events benefitted from this program because it elevated the profile of several grassland farmers in the region and engaged them in many co-learning, peer-to-peer efforts that helped farmers transitioning to grassland agriculture. However, GLCI funding was withdrawn at both the state and federal levels in 2011 due to a shift in political leadership. Nonetheless, emerging from the momentum of public programs like the one described above were farmer-based initiatives to grow peer-to-peer learnings via grazing networks established at relatively small geographic scales[5] . By the early 1990s, ~22 grazing networks were recognized in Wisconsin and eventually these groups organized a meta-level network known as GrassWorks, which organizes and convenes an annual conference focused on moving grassland agriculture forward.
At about the same time, the Wallace Center’s Pasture Project was born in 2011 focused on working with farmers, land managers, public agencies, and farm member-based organizations for transitioning acreage to more sustainable management through the environmental, economic, and social benefits associated with regenerative grazing systems [6]. While the number of farms continue to decrease (8709 farm exits in Wisconsin between 2007 and 2012), some farms committed to changing the way beef was produced and consumed [7]. In 2008, the Wisconsin Grass-fed Beef Cooperative was founded by farmers on the rolling meadows of Wisconsin to help valorised meat products via the brand Wisconsin Meadows.
Meanwhile, at the national level, part of the Bush Administration’s response to geopolitical instability was pushing the idea that the U.S. should be able to meet its gasoline needs independent of foreign oil cartels resulting in 2007’s Energy Independence and Security Act. This law required a fraction of all gasoline sold in the U.S. to be blended with biofuels, which stimulated agricultural acreage in maize for corn-grain ethanol. This law not only led to the inversion of easements previously dedicated to grassland protection, it significantly undermined environmental outcomes related to greenhouse gas emissions, water quality, flood mitigation, and biodiversity [8].
The promotion of land-use change and development of grass-based systems based has found a new lever in Ridge and Valley with the Producer-Led Watershed Protection Grant Program (PLWPG) from the WI-DATCP. This program was designed to promote farmers coming together to explore use of practices believed to improve resource concerns such as soil loss, water quality degradation, flood mitigation, and biodiversity decline. The program now modestly supports ~37 programs in Wisconsin. In the Ridge and Valley region, several have emerged in the Viroqua area, namely, the Tainter Creek, Rush Creek, Bad Axe, Coon Creek, and West Fork Kickapoo groups. Each has their own projects and goals, but all have come together in a loose association known as the Hill Country Alliance.
Others conservation programs at the federal level include the USDA NRCS Environmental Quality Incentives Program (EQIP) and Conservation Stewardship Program (CSP), but use of funding in these programs is notoriously slow and difficult to encourage among many farmers who must proactively seek support for cost-sharing to address resource concerns on their farm. An innovative approach in the Ridge and Valley region was driven by a grant from the US EPA to the Pasture Project and the NGO Valley Stewardship Network (VSN) to essentially use the Tainter Creek watershed as a model for how to more proactively engage with farmers to make use of cost-share funds. In this case, the EPA dollars were used to incentivize significant adoption of managed grazing in the Tainter Creek watershed, which was directly linked to improved phosphorus loss data in watershed-wide monitoring carried out by VSN with some help from UW-Madison researchers.
Building on the momentum of the Tainter Creek project described above, the Grassland 2.0 project in 2019 was initiated by researchers from UW-Madison and who are members of ATTER network. This project is supported by the Sustainable Agriculture Systems Coordinated Agricultural Program from the USDA National Institute of Food and Agriculture is a collaborative project involving producers, researchers, policy makers and supply chain players working together to create a pathway toward a regenerative food and farming system that delivers stable profits for farmers, rural community vitality and protection of the ecosystem on which we all depend. The project seeks to develop technical and financial tools, expand grass-fed markets, cultivate positive institutional policy changes, and empower producers. Ridge and Walley is of the five learning hubs set up by the project for co-building approach for envisioning the future and make it a reality. In Grassland 2.0 Learning Hubs, communities engage in a process of Collaborative Landscape Design to a) connect people around shared goals, b) envision novel socioecological landscapes, c) plan individual farm enterprises, d) design and map supply chains/markets, and e) institutionalize change. This CLD process is a modification of the general approach espoused by Duru et al. (2015).
Along with Grassland 2.0, this third period in the timeline emphasizes on grasslands as the foundations of sustainable landscapes with new farming systems, as they are seen as an effective means of combating erosion and flooding. The discourse on the multifunctionality of grasslands (erosion, biodiversity conservation) and more sustainable landscapes is growing stronger. Grassland-based livestock farming is becoming more visible, with a discourse on both ecosystem services providers and product quality supported by certification processes (Grass-feed beef) that nonetheless remain limited in relation to field crop production, which remains dominant.
As a result of this conservation movement, agri-tourism activities are beginning to emerge around fishing (Trout Unlimited) or the tasting of niche products such as wine (Branches winery), production of which is residual.
[1] https://www.organicvalley.coop/about-us/our-humble-history/
[2] Changes in the Size and Location of U.S. Dairy Farms Profits, Costs, and the Changing Structure of Dairy Farming / ERR-47, Economic Research Service/USDA. https://www.ers.usda.gov/webdocs/publications/45868/17034_err47b_1_.pdf
[3] Grassworks bylaws. https://grassworks.org/wp-content/uploads/2021/09/GrassWorks-Bylaws_2-3-2017.pdf
[4] Wisconsin Grazing Initiative Annual Report, 2012. https://cias.wisc.edu/wp-content/uploads/sites/194/2012/03/grazebook2012FINAL210121.pdf
[5] Paine, L. K., R. M. Klemme, D. J. Undersander, and M. Welsh. 2000. Wisconsin’s grazing networks: history, structure, and function. Journal of Natural Resources and Life Sciences Education 29:60-67.
[6] Spratt, E., J. Jordan, J. Winsten, P. Huff, C. van Schaik, J. G. Jewett, M. Filbert, J. Luhman, E. Meier, and L. Paine. 2021. Accelerating regenerative grazing to tackle farm, environmental, and societal challenges in the upper Midwest. Journal of Soil and Water Conservation 76:15A-23A.
Franzluebbers, A. J., L. K. Paine, J. R. Winsten, M. Krome, M. A. Sanderson, K. Ogles, and D. Thompson. 2012. Well-managed grazing systems: A forgotten hero of conservation. Journal of Soil and Water Conservation 67:100A-104A.
[7] Paine, L. K., and R. Gildersleeve. 2011. A Summary of beef grazing practices in Wisconsin. University of Wisconsin Extension, online.
[8] Lark, T. J., N. P. Hendricks, A. Smith, N. Pates, S. A. Spawn-Lee, M. Bougie, E. G. Booth, C. J. Kucharik, and H. K. Gibbsa. 2022. Environmental outcomes of the US Renewable Fuel Standard. Proceedings of the National Academy of Sciences 119:e2101084119.
Spawn, S. A., T. J. Lark, and H. K. Gibbs. 2019. Carbon emissions from cropland expansion in the United States. Environmental Research Letters 14:045009.