We drove out to the Farm School this morning to chat with our friend Nate, the head vegetable grower there. It was a gorgeous, sunny morning, cold and clear, and the patches of snow thickened as we drove up the ridge top to Maggie’s Farm. I’ve decided that one of the best things about winter is sitting down with other farmers to talk shop. There is enough time to spend a couple hours talking over the details of soil amendments and varietal differences, time that is impossible to find in the summer.
We sat in the sunny library on the second floor of the farmhouse. Nate is a self-proclaimed “soil-stalker”, and had spent some time checking out our soil type. We looked at the soil map and description from NCRS and talked about the details. Our soil is a class 5W. Soils are rated in 9 classes; classes 1-3 are considered prime agricultural soils. Beyond that, soils are marginal or difficult, getting worse for crop production the higher the rating. I’d guess a glass 9 soil would be a swamp! Class 5 means simply that we are not growing on prime land, which we already knew, and 5W means the soil is wet, which we also knew.
Growing on marginal land does not mean the land will not produce a bountiful harvest. Some of the land at Maggie’s Farm is also class 5, and Nate has been growing gorgeous vegetables there for a while now. But it does mean that time and care are required to build up the soil – which is what all farming is really about, anyway. So we talked about compost application, and micro nutrient levels, and what kinds of soil amendments will boost our macro nutrient levels. We talked about fertilizers, how much and what kind to apply, and about using lime to bring up the pH, and about various tillage techniques to improve drainage and water circulation. It’s a large, complex, fasinationg, puzzle, and we’re thinking of it in terms of a three year time frame, since that’s how long we plan to be on the land. Three years, however, is not very long in the life of a piece of land, in the life of soil.
Compost is at the center of our fertility plan. The NPK (Nitrogen-Phosphorus-Potassium) ratio of compost is 1-1-1. We’re hoping to apply about 40,000 pounds (25 cubic yards) of compost on our 1.25 acres this year. That compost alone will give us 400 pounds each of N-P-K, as well as boost our organic matter and help increase our pH. To give our plants a sure source of readily-available nitrogen, we’ll incorporate a moderate, well-balanced natural fertilizer just before planting. To bring up our pH, we’ll incorporate lime in the spring. We’ll probably spread a few soil amendments to help raise the nutrients in our soil over the long-term. We’re also looking into spraying our plants with fish emulsion and compost tea to give them an added boost thorughout the season.
We’re just starting to work out the details of our fertility plan. In the next few weeks we’ll be putting together a solid 3-year plan, ordering fertilizer, and (gasp) starting seeds!
It is always such a pleasure to sit down with farmer friends and go over these hard questions, again and again. A big thank-you to Nate for all his support and enthusiasm for First Root! Everything would be a lot harder, and a lot less fun, if we didn’t have such fabulous mentors to answer our questions and calm our fears, to give us sound advice and cheer us on, to assure us, that yes, our seeds will grow.
Before heading to the Greenfield Farmers Cooperative Exchange to pick up some chick feed, we got a chance to visit with the cows and sheep – the lambs and calves are all grown up, and the ewes are looking pregnant.
In the car on the way home: four 50-pound bags of chick starter, five bags of wood shavings for bedding, a box of turnips, beets, rutabega and parsnips from the Maggie’s root cellar, a couple pounds of gorgeous yellow onions, a few heads of garlic, four bags of wool, and four dozen eggs.
Thank you, Maggie’s Farm!
Laura

