By Jack Kertesz There is an area of MOFGA’s fairgrounds where we have placed various types of fences to restrict human entrance to where livestock activity happens during the Common Ground Country Fair. Among some traditional and sometimes crude wooden rail fence designs are examples of even cruder types of make-do arrangements. There is a
A discussion on soil organic matter, hummus is the tasty chickpea dish. By Caleb Goossen, Ph.D. The word “humus” has been used to describe soil organic matter since the late 18th century, deriving from the same word in Latin, which simply meant soil. Beyond referring generally to the layer of a soil profile rich in
By Will Bonsall Organic matter is basically composed of two types of elements: minerals and gasses. The minerals are obvious: they’re what’s left when you burn organic matter (like wood). The part that is gone is the gasses, four of them in all: hydrogen, oxygen, nitrogen and carbon. Now of course reduced carbon (as in
Presentations at Spring Growth 2010 At the Spring Growth Conference, Eliot Coleman talked about the importance of soil fertility and soil aeration in promoting the growth of pest-resistant crops. English photo. The 2010 Spring Growth Conference at MOFGA’s Common Ground Education Center in Unity featured Dr. Will Brinton of Woods End Laboratories in Mt. Vernon, Maine; Eliot
by Eric Sideman, PhDMOFGA’s Organic Crop Specialist Emeritus Nitrogen is usually the nutrient that is in limiting supply, i.e., the limiting factor to crop growth on organic farms. Plants deficient in nitrogen are stunted, yellowish (especially the lower leaves), and have restricted root growth. Plants turn yellow because nitrogen is an integral part of chlorophyll,
by Eric Sideman, PhDMOFGA’s Organic Crop Specialist Emeritus Benefits of Composting The soil is a complex and dynamic system of living and nonliving components. In natural ecosystems, minerals cycle from living back to non-living components, while organic matter levels remain relatively constant as deposits of organic matter (from falling leaves, for example) balance decomposition. In
By Jan Goranson and Rob Johanson, Goranson Farm, Dresden, and Jean English, Ph.D., MOFGA Plowing and tilling soil excessively can reduce soil health by exposing soil to so much aeration that organic matter oxidizes excessively; subjecting soil to wind and water erosion; inverting soil layers, thus displacing soil organisms from their ecological niches. Plowing and
by Eric Sideman, PhDMOFGA’s Organic Crop Specialist Emeritus There are two basic approaches to fertilization. The first is to provide required nutrients to each crop in a soluble form that plants can use immediately, i.e., feed the plant. The advantage to this approach is the opportunity to quite accurately meet a crop’s need. The disadvantage
by Eric Sideman, PhDMOFGA’s Organic Crop Specialist Emeritusand David Colson, New Leaf Farm Introduction The soil is the source of all but a very small part of a plant’s nutrition. Soil testing is a quick way to assess the nutrient status of your soil and to determine what amendments are needed for an optimal yield
By Jean English Jerry Brunetti is the managing director of Agri-Dynamics, a soil and animal health consulting company that also markets holistic remedies for animals in Easton, Pennsylvania. At MOFGA and Cooperative Extension’s Farmer to Farmer Conference in November, he spoke about improving soil chemistry and soil health through diversified cropping systems and amendments. Working
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