Saturday Morning with Jack Tame •iHeart
Ruud Kleinpaste: Compost tips - Saturday Morning with Jack Tame
Saturday Morning with Jack Tame
Composting I have a new compost bin, designed and made in NZ by the Carbon Cycle people. Their idea is to make good-looking bins that are so elegant that you don’t need to “hide” your bin, somewhere in a dark corner of the garden. And that means you use it more and make it your pride and joy. I also reckon that if you have a good system and good set of bins, you can create enough carbon “credits” to allow you to fly the odd sectors on your favourite airline.
Hedge stems and branches = Carbon Hedge leaves/foliage = Nitrogen Lawns/grass blades = Nitrogen Firewood and wood chips = Carbon Weed rough stems and hard roots = Carbon/foliage mostly Nitrogen Sawdust from the odd DIY job = Carbon Twigs and branches = Carbon Carbon to Nitrogen ratio is crucial for good composting. Carbon to nitrogen should be about 30:1 in mass.If you have far too much lawn clippings, your compost will get wet, dark green and slimy. Too much Carbon (and no Nitrogen), the woodchips/branches/twigs/stems will not break down I love the bins, simply for the brilliant biodiversity, especially invertebrates. These critters simply do not know the concept of “waste". They all have a job to do in the recycling process. Maggots (N) Wood borers (C) Slaters (C) Millipedes (shredders of N) Molluscs (N raspers)Beetles (do all sorts of things – can even be predators and fungal consumers)Springtails (run the finishing school of compost making – they prepare the friable black stuff) Earthworms (transporters of all the best organic matter down into the soil. But I am not someone who walks around with just invertebrate-eyes. Compost is also made by Bacteria and such small organisms
And most of all: fungi! After all some fungi literally soften up all the hard ingredients (bark, timber, hard-wood, nuts etc) so it can be broken down by other organisms (often insects). The number of species of fungi that can be involved is absolutely stunning. Inside a compost bin there are sooo many fungal species and each one does its job at the certain moment of compost developmen. This is why I always keep a good chunk of old compost in my bin when I start a new cycle: keep the spores in the system, together with things like insect eggs and pupae. LISTEN TO AUDIO ABOVE
Hedge stems and branches = Carbon Hedge leaves/foliage = Nitrogen Lawns/grass blades = Nitrogen Firewood and wood chips = Carbon Weed rough stems and hard roots = Carbon/foliage mostly Nitrogen Sawdust from the odd DIY job = Carbon Twigs and branches = Carbon Carbon to Nitrogen ratio is crucial for good composting. Carbon to nitrogen should be about 30:1 in mass.If you have far too much lawn clippings, your compost will get wet, dark green and slimy. Too much Carbon (and no Nitrogen), the woodchips/branches/twigs/stems will not break down I love the bins, simply for the brilliant biodiversity, especially invertebrates. These critters simply do not know the concept of “waste". They all have a job to do in the recycling process. Maggots (N) Wood borers (C) Slaters (C) Millipedes (shredders of N) Molluscs (N raspers)Beetles (do all sorts of things – can even be predators and fungal consumers)Springtails (run the finishing school of compost making – they prepare the friable black stuff) Earthworms (transporters of all the best organic matter down into the soil. But I am not someone who walks around with just invertebrate-eyes. Compost is also made by Bacteria and such small organisms
And most of all: fungi! After all some fungi literally soften up all the hard ingredients (bark, timber, hard-wood, nuts etc) so it can be broken down by other organisms (often insects). The number of species of fungi that can be involved is absolutely stunning. Inside a compost bin there are sooo many fungal species and each one does its job at the certain moment of compost developmen. This is why I always keep a good chunk of old compost in my bin when I start a new cycle: keep the spores in the system, together with things like insect eggs and pupae. LISTEN TO AUDIO ABOVE
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