Choosing a meat processor is a big decision. Start by making a list of inspected processors within what you consider a reasonable driving distance from your farm, and then do research. Continue reading
It is important to understand that the Minnesota Institute for Sustainable Agriculture (MISA) is one small organization within the University of Minnesota. MISA staff are involved in the Sustainable Agricultural Systems degree programs, but the courses and the degrees are offered through the University of Minnesota.
You would need to apply to become a student at the University of Minnesota, and then choose Sustainable Agricultural Systems as your minor degree program. Here is the link for finding more information about admission to the University of Minnesota:
http://twin-cities.umn.edu/admissions-aid Continue reading
The Minnesota Farmers Market Association (MFMA) offers insurance coverage for farmers’ markets and for vendors.
Generally, insurance for the markets covers injuries that may happen in the common market space. Continue reading
The right to sell products that you raise on your property (either owned or leased) without a license is protected by the Constitution of the State of Minnesota, Article 13, Section 7:
If all of the farmers who produce products for the CSA are present at the place and time where customers pick up their CSA shares, then no license is needed.
That is often not the scenario, though. If one farmer is handling packing of the containers, or delivery of the CSA shares, or both — then it is not all product of that farmer’s farm.
A Stearns County District Court case in 2013 upheld the Minnesota Department of Agriculture’s position that farmers distributing the products of other farms, not their own, must be licensed for that activity of collecting and distributing products. Case # 73-CR-12-2846; http://pa.courts.state.mn.us/ Continue reading
The underlying problem is that of soil erosion and loss of topsoil. This is a serious situation that is getting a lot of attention from us and our colleagues. MISA has a formal partnership with the Sustainable Farming Association of Minnesota, which is very involved in bringing forward information and fostering discussion about soil health. Through an organization related to MISA, called Green Lands Blue Waters, we are working with researchers and educators in Minnesota, Iowa, Wisconsin, and Illinois to address the issue of soil erosion through development of new crops and cropping systems.
Please have a look at the following materials that provide a great deal of information about work being done to improve soil health and reduce soil and nutrient loss from farming systems.
At MISA, we prefer a nuanced discussion of the role of livestock in agriculture and the environment.
Here’s the very quick-and-dirty sketch of our thinking on this topic:
– The major water quality problems in surface waters that receive agricultural runoff are excess nitrates, excess phosphorus, fecal coliform bacteria, turbidity, and hypoxia. All of these problems can be mitigated or even reversed by cropping systems that feature continuous living cover (CLC); which means use of cover crops in tandem with annual crops like corn and soybean; and use of perennial crops in the system.
– Carbon stored in soil is lost when tillage occurs for the planting of annual crops like corn and soybean. No-till systems can mitigate that to some degree, but these are not fully adopted by farmers.
– Carbon dioxide can be pulled from the atmosphere by growing plants and stored as soil carbon in agricultural cropping systems that employ perennial crops.
– The most established and likely pathway for an increase in acreage of perennial crops is for those to be forage crops, and for those forage crops to be utilized by a grazing animal. Well-managed grazing of perennial grasses and other perennial crops can produce a saleable livestock product for the farmer while simultaneously sequestering soil carbon and reducing or nearly stopping agricultural runoff into surface waters.
– Thus, if we look at the potential benefits of perennial ground cover as opposed to the annual row-cropping of corn and soybean in terms of reducing runoff; AND the benefit in soil carbon sequestration from shifting more ground from annual crops to perennial crops; AND we look at the economic reality that dictates that a farmer must have a product of value to consumers to sell; THEN, on balance, a system that includes grazing livestock under good grazing management and using perennial forage is preferable to a system that excludes livestock. We also like cover crops for their soil health, prevention of runoff, and prevention of leaching benefits; and using cover crops as forage for grazing livestock can also speed the integration of cover crops into a farmer’s cropping system.
I am having trouble locating specific information on non-GMO crop farming. I would like to locate resources that would help me evaluate and consider moving farms (including my own) into raising non-GMO field crops in Minnesota. Are their certifications and land preparation requirements — i.e., is it like going Organic where the land has to be free of pesticide use, etc, for so many years? Can you use traditional fertilizers and herbicides? Also, what about marketing and selling crops in Southwest MN including financial evaluations of switching from conventional to non-gmo crops — what impact does it have on margins and profitability? What are crop production practices for raising non-GMO that keep it competitive — I’ve been reading about foliar feeding?
Raising non-GMO crops is not at all the same as switching to organic agriculture. Organic agriculture requires a whole-system change that includes crop rotation with a minimum of a 3-year rotation, use of manure or green manure crops for fertility instead of synthetic fertilizers; as well as a number of other practices intended to improve soil health and reduce or eliminate the need for pesticides. Non-GMO crops are grown in conventional agricultural systems just like their GMO counterparts — and were for decades; the first GMO corn was introduced in 1996. The main difference would be the need to adjust the weed control program and the insect control program, if needed. Weeds and insects are reasons why a longer crop rotation might make things easier. Rotating into a hay crop such as alfalfa for one or two years breaks up the life-cycles of the weeds and pests that typically plague corn and soybeans, as well as adding nitrogen and organic matter to the soil. However, the longer crop rotation is not a requirement for growing non-GMO grain.
Here’s information about a recent Iowa State University study that showed the equivalence of a 3-year and 4-year rotation with a 2-year rotation for profitability:
I’m wondering if you have any information regarding laws and regulations of road side stands. For instance, are there polices that forbid people living in the city to sell their homegrown produce in their drive way (like a garage sale)? Farmers (in rural settings) can usually have road side stands, but I don’t see any within the city limits; is this due to laws and regulations?
This is a Minnesota State Constitutional matter. Article 13, Section 7 of the Constitution of the State of Minnesota:
“Sec. 7. No license required to peddle. Any person may sell or peddle the products of the farm or garden occupied and cultivated by him without obtaining a license therefor.”
Obtain a copy of the city zoning ordinances and look through them to see if you can find some wiggle room that the city inspectors didn’t notice. Typically these are set up as a matrix that have a long list of potential uses of land or building space, and then columns for “allowed,” “restricted,” “conditional,” “prohibited,” and possibly other categories.
You can find local government ordinances in the Minnesota State Law Library: Minnesota County and Municipal Ordinances Online: