Applying agricultural lime to your soil will help you increase its pH level by neutralising and reducing the levels of manganese and iron that cause soil to become acidic. By doing this, you will boost microbial activity, improve plant structure, provide calcium and magnesium, increase nutrient uptake in roots and improve nitrogen fixation in legumes. In this category, you will discover a wide variety of grounded and granulated agro lime for your soil. Improve the growth of your crops and increase your yield by shopping here. Agricultural lime, also called agrilime, agricultural limestone, garden lime or liming, is a soil additive made from pulverized limestone or chalk. The primary active component is calcium carbonate. Additional chemicals vary depending on the mineral source and may include calcium oxide.
Agricultural lime has been used by farmers for years as a soil improver. It's also a natural, low-cost way to enhance the effects of regular chemical-based fertilizers. By reducing soil acidity, aglime makes a huge difference to the productivity potential of both arable and grassland farming.
Pure lime is 100% calcium carbonate (CaCO3) Agricultural limestones usually occur, in limestone rock deposits with calcium carbonate (CaCO3) contents ranging from 48% to 97%. Agricultural lime is the most commonly used product for increasing soil pH in pastures and is usually the most cost-effective.
If ingested, lime can cause pain, vomiting, bleeding, diarrhoea, a drop in blood pressure, collapse, and in prolonged cases, it can cause a perforation of the oesophagus or stomach lining.
Lime is a soil conditioner and corrects soil acidity by neutralising acids, allowing the micro-organisms and earthworms to thrive and break down plant residues, animal manures and organic matter. In so doing, stored soil nutrients are released for plant uptake
It has been used safely in agriculture for over a thousand years to change the soil pH, making it easier for plants to take up minerals and nutrients from the soil. Lime also promotes the spread of new, good bacteria in your garden by supplying critical nutrients like phosphorus and zinc in your soil.
If surface applying lime, apply no more than two and one-half tons per acre per year. Up to four tons per acre may be applied if the lime is worked into the soil.
Calcitic lime is the preferred type, thanks to the added plant benefits provided by calcium. There are several types of calcitic lime products available, including agricultural ground limestone, pulverized limestone, and pelletized limestone
Agricultural lime (calcium carbonate) is the most commonly used liming material It consists of limestone crushed to a fine powder and is usually the cheapest material for correcting soil acidity. Good quality lime has 37–40% calcium.
Adding lime to soil raises the soil pH and keeps the correct pH range for grasses to thrive. When the soil is at the optimal pH level, more nutrients like nitrogen from lawn fertilizer are available for the grass to utilize, allowing grass to grow fuller and thicker.
Adding lime to soil raises the soil pH and keeps the correct pH range for grasses to thrive. When the soil is at the optimal pH level, more nutrients like nitrogen from lawn fertilizer is available for the grass to utilize, allowing grass to grow fuller and thicker.
The lime reacts readily with water to produce slaked lime, which is the chemical compound calcium hydroxide. A considerable amount of heat energy is released during this reaction.
Adding lime to soil raises the pH so it becomes less acidic. Lime can 'green-up' a lawn. The best way to determine whether or not your soil needs liming is to test its pH. The target pH level of turf grass, for example, is between 6.2 and 6.5, so if your soil has a lower pH it will likely benefit from adding it.
Suppliers of lime will be listed in this category.