A key factor is the impact limestone applications on farm fields will have on the carbon economy. Limestone is up to 44% CO2, and by 2030, applying lime will come with an expensive fee to cover the carbon emitted as a result of the mining and application of the limestone (calcium carbonate). Luckily we […]
Improvement of the physiological response of barley plants to both Zinc deficiency and toxicity by the application of calcium silicate Abstract: An adequate availability of Zinc (Zn) is crucial for plant growth and development given the essentiality of this element. Thus, both Zn deficiency and Zn toxicity can limit crop yields. In plants, the […]
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. Wollastonite is a calcium silicate which quickly releases calcium, magnesium, and silicon in the soil and contains no carbon dioxide. Pound for pound, wollastonite has 44% more minerals, mainly silicon, […]
At high levels, aluminum can block the update of other nutrients leading to nutrient deficiencies for forest plants. In vertebrates like fish and humans, aluminum is toxic, especially to our brains. Soluble forms of aluminum increase in the soil as pH decreases when elements like calcium, magnesium and potassium are low. Unfortunately, as a […]
Wollastonite was put to the test against 13 competitors for silicon release rate and amount. Wollastonite released more silicon faster than any other material tested. Full poster below. Dowload the full poster here: Bioavailable Silicon_ Release Rate from Additives & Substrates.pdf