.. brings harmony to the form of the plant and does not allow excess of rampant growth to develop. (44)
This preparation retards a rampant etheric body by sucking it more tightly to the physical. (48)
Four groups of 6 cm sprouts of maize were compared. The first was put into Knop's solution which is 250mg/l of each of magnesium sulphate, potassium phosphate and potassium chlorate, 1000 mg/l calcium nitrate and a trace of iron chlorate. The second was the same minus the calcium nitrate but with an equivalent dose of nitrogen. The third was identical to the second but also contained 100mg/l of 500, 503 and 505 instead of the nitrogen. These latter contribute approximately 2.5 mg of calcium per litre. The final was identical to the third but had no 500. Results; Knop's solution gave 2.9g of shoot, 1.5 g of root. Same minus lime gave 1.1g of shoot, 0.6g of root. same with 500, 503 and 505 gave 5.3g shoot and 3.4g of root. The same minus 500 gave 2.6g shoot and 2.2g root. (57)
505 helps to convey the forces of silica down the plant. (250)
If you want nitrate sequestration, 505. (7)
"How oak bark compost prep works" Oak bark compost prep helps to stop plants from getting harmful diseases. Plants that grow in the wild are inherently healthy, but cultivated plants can get sick if the soil in which they grow has been damaged or weakened Plants that grow too fast or too slowly are also more likely to suffer from pests and diseases. This is nature's way of getting rid of unbalanced plants. The prep helps correct weaknesses and imbalances in the soil, allowing all garden plants to grow steadily and stay healthy like the mighty oak itself. Finished oak bark compost prep is earthy - black, soft, and crumbly. It's stored in glass or earthenware jars. Oak bark compost is made by stuffing powdered bark collected in late summer into the skull of a farm animal, which is submerged in a barrel filled with a "swampy" mixture of rainwater, earth, and old leaves over winter, before gently easing out the composted bark from the skull in spring. Like oak bark, the skull is full of calcium, and with the right amount of calcium, plants produce balanced, healthy growth. The oak bark compost supplies calcium in a way that allows the garden to regulate or "think" for itself, so it is composted in the part of the skull that holds the animal's brain. The swampy burial site is also significant: the mud represents the earth. and water the moon. Crops grow best and stay healthier when the earth and moon are in balance; by placing the skull somewhere both earthy and watery, the calcium-rich bark can bring a balancing influence to the garden. (1895)
we found a large number of prep makers using different local varieties of Quercus on different continents (see Map II). In the United States, for example, the use of White Oak (Quercus alba) is very common. Comparative studies have been made among members of the Fellowship of Prep Makers in the USA to compare the quality of the preparation 505 with Quercus robur and Quercus alba and no evident differences have been found. In Latin America, experiments are being carried out in several countries such as Costa Rica, Mexico and Ecuador with Quercus costaricensis, Quercus nigra and Quercus insignis. Local prep makers have found great similarities in the qualities and gestures of these Quercus. In Europe, we also found significant experiences with Quercus suber in Portugal and Quercus pubescens in Italy and Greece also with apparent good results. In India, in the Himalayan zone of India and China, the preparation has been crafted with the native species Quercus dilatata and other native Oak species that have been identified as possible substitutes. Common to all these experiences, however, is the lack of ability to prove conclusive results.
Many people with an interest in experimenting, or those who are experimenting, have already identified locally important tree species as potential alternatives to the Quercus species. For example, in some areas of Latin America, it is believed that Capororoca (Rapanea ferruginea) could be a replacement for Oak, and in Africa, they have identified the Meru Oak, (Vitex keniensis) as potential substitutes for Quercus robur. In Asia, alternative species have been identified in Vietnam and the Philippines. Preliminary studies of calcium contents of Moringa oleifera and Terminalia arjuna have already been done in Asia, demonstrating much similarity with Oak bark. A deeper understanding of the cosmic qualities of those trees still remains to be investigated. (1919)