Learn about the different vocabulary and terms used in composting with this glossary.
“The problem we found with our manure bin,” my colleague, Matt, said, “is a dark brown material liquid out of the holes and staining the floor.” We were discussing using homemade compost bins to heat polytunnels in winter. My colleague had successfully heated his polytunnel over the winter with manure and some garbage bin composters. […]
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Did you know that the US and EU each produce a whopping 1.4 billion tonnes of manure a year? * In short, that’s an extraordinary amount of organic material that, if used correctly, can enrich our soils and nourish our plants in extraordinary ways. There’s so much around that it’s often free (if you collect
Manure v. Compost: Learn the Difference! Read More »
Definition Anaerobic composting is a form of composting that requires little to no oxygen. In fact, just as aerobic means with air, anaerobic means without air. In the process, anaerobic bacteria, i.e. bacteria that do not need air, turn organic material into compost. They also release gases, which include large amounts of methane. The process
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If you read much about soil or compost, you’ll soon come across references to salts. This doesn’t necessarily mean the table salt (aka sodium chloride) you have in the kitchen. A salt can be any substance that is made up of ions. For example, sodium chloride is made up of sodium ions and chloride ions.
What Are ‘Salts’ In Compost? Read More »
Protozoa are microscopic single-celled organisms that can be found in water droplets in the compost heap. They are larger than bacteria and more complex in their activities. Their size varies from 5 to 1000 micrometers. There are thought to be many thousands of types of Protozoa, and only a few hundred have been identified. These
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Aerobic composting is a process that uses microorganisms that require air to break down organic matter into compost. In fact, the word “Aerobic’ literally means “with air”. The microorganisms that require air in this process include aerobic bacteria, fungi, and physical decomposers. Aerobic composting produces heat, water, and carbon dioxide (CO2). While CO2 is classified
What is Aerobic Composting? Unlocking the Key to Faster, Better Compost Read More »
What is lignin? Lignin is a tough material that is found in cell wall plants. It helps to provide plants with rigidity and strength and also acts as a protective barrier against pathogens and environmental stress. What compost materials are high in lignin? Organic materials that are high in lignin include wood chips, sawdust, bark,
What Is Lignin, And Why Does It Matter In Composting? Read More »
Humous has been hailed as a miracle soil ingredient, a nutrient-rich, spongy material that will deliver almost permanent benefits to the soil. But recent research has thrown this belief into question, with some scientists even declaring the ‘death of humus.’ So, does humus even exist – and does it even matter? What is humus? The
What Is Humus? The Famous Soil And Compost Element That Probably Doesn’t Exist Read More »
Free Air Space (abbreviated to FAS) refers to the air pockets created in compost piles. In many guides to composting, a huge amount of focus is given the Carbon: Nitrogen ratio. While this plays a role in composting, getting the C:N right is both difficult and less important than you might imagine. In contrast, FAS
Free Air Space: The Magic Key to Making Compost? Read More »
My first compost heaps were pretty awful. I used to put everything in a corner of the garden, and then wondered months later why I had a slimy mess. Later on I experimented with regular turning of my compost pile, and decided it was too much work to turn a compost heap every few days.
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