Eisenia Fetida Earthworms - Compost
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content So you decided to use a square worm-bin (meaning anything not round, could be long .... you know what I mean) for your Red Wigglers Eisenia Fetida. The formula for calculating the surface area of your worm-bin: Measure the width and length of your potential worm-bin. Lets assume it is 50cm x 100cm. Multiply the measurements. (50 x 100 = 5 000)The result will be 5 000 cm2Allow approximately 500g worms per 1 000 cm2 or 1 pound for 1 square feetIn this case optimal stocking levels for Eisenia Fetida will be 2.5 kg.Your Red Wigglers can double every 3 months.Order 500g Red Wigglers and given the right conditions, you may achieve optimal stocking levels of Eisenia Fetida within 6 months.Easy steps to calculate surface area of a *round* wormbinYou got some tyres to reuse and start a worm-bin, and now you are ready to order your Red Wigglers Eisenia Fetida. I asked Kobus to make it as simple as possible so that even I can calculate it, don"t tell me divide pi by four ... (pi x dia.^2 / 4) so, here goes. The formula for calculating the surface area of your worm-bin: Measure the widest part of the inside of your potential worm-bin. Lets assume it is 50cm. Multiply the measurement by itself. (50 x 50 = 2 500)Multiply the result with 0.785 (pi/4) (2 500 x 0.785 = 1 962.50 cm2)Allow approximately 500g worms per 1 000 cm2 or 1 pound for 1 square feetIn this case optimal stocking levels for Eisenia Fetida will be 2 kg.Your Red Wigglers can double every 3 months.Order 500g Red Wigglers and given the right conditions, you may achieve optimal stocking levels of Eisenia Fetida within 6 months. Easy steps to calculate surface area of a *square* wormbinA DIY wormbin for your Red-Wiggler farm. You do not have to spend a lot of money starting a worm-bin. Follow the basic guidelines for Red-Wigglers. You can follow the Easy steps to calculate surface area of a round wormbin. Share you DIY worm bin for a RED WIGGLER farm with us! Africa cannot grow enough food to feed itself. It is not feasible toexpect a poor African farmer to spend 400 euro to 500 euro per hectare to grow acrop if he can live on 1 euro per day as many do. For the money he has to spendon one hectare - he can live for a year. The NEPAD conference shows that they are looking at chemical fertilizer as the solution.The reasoning behind this is the success enjoyed by relatively wealthy farmers in Africa(predominantly of European origin), who have enough money to buy fertilizer. "Tè a fatige" The poor results obtained with organic farming in South Africa together withthe lack of credible research and information, were crucial in the decisionbehind initiating research into organic farming as a discipline. |
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