Adding silicon to soil can help control clubroot in canola
Clubroot in canola can be reduced by up to 46% This article and study discuss the metabolic and physical changes that silicon provides canola. Silicon […]
CW Grow Farm & Forests
Clubroot in canola can be reduced by up to 46% This article and study discuss the metabolic and physical changes that silicon provides canola. Silicon […]
Here is an older article that provides an excellent summary of a longterm study looking at the impacts of wollastonite addition to a forest ecosystem. […]
This article is from the higher-tech side of carbon sequestration solutions and features a process of storing carbon by cooling and pressurizing CO2 and then […]
Powdered rock that can capture carbon when spread on soils as been found in quantities that could fertilize every inch of agricultural land on the […]
This week we caught up with Cookstown Greens. They have been using wollastonite on their beets for two years and are looking to apply it […]
This unique study summarizes three previous studies highlighting the multiple benefits of growing plants with crushed silicates, focusing on wollastonite. Here is […]
In this study, wollastonite had a pronounced effect on reducing CO2 production and increasing methane production simultaneously. The CO2 also precipitated as calcium carbonate. […]
A key factor is the impact limestone applications on farm fields will have on the carbon economy. Limestone is up to 44% CO2, and […]
Improvement of the physiological response of barley plants to both Zinc deficiency and toxicity by the application of calcium silicate Abstract: An adequate availability […]
Wollastonite is the lime of the future. In the near future, lime applications will become unprofitable due to the carbon dioxide released from calcium carbonate. […]