Agricultural gypsum, calcium and sulfur source
Agricultural gypsum is a soil conditioner and a source of calcium and sulfur Agricultural gypsum as a useful soil improver has been used for many years to fertilize the land. It is a very soft mineral composed of the calcium sulfate dihydrate (CaSO4 2H2O). The Greeks and the Romans were the first to use this […]
Agricultural gypsum and soil properties
Agricultural gypsum (calcium sulfate) is an excellent improver of the physical and chemical properties of the soil. Gypsum is used in agriculture to improve Gypsum effects soil physical properties: Gypsum applications can reduce dispersion and promote the stabilization of the soil structure (flocculation). The benefits obtained with the application of gypsum in this type of […]
5 agricultural gypsum benefits
Agricultural gypsum is an important source of calcium and sulfur for crops. Not only is it easy for plants to absorb, but it also helps improve soil quality. Here are five essential agricultural gypsum benefits. Agricultural gypsum Benefits: 1. Provides calcium and sulfur for plant nutrition. “Plants are becoming increasingly deficient in sulfur (S) and […]
Agricultural gypsum as calcium and sulfur fertilizer
Application rate of agricultural gypsum as calcium and sulfur fertilizer As mentioned at the beginning, gypsum is an excellent source of calcium and sulfur. Sulfur is a nutrient that is also often deficient in the soil due to a combination of factors, these include increased crop yields that translate into higher rates of sulfur extraction […]
Agricultural gypsum improves soil chemical properties
Agricultural gypsum improves soil chemical properties The soil chemical properties that are improved with the application of the gypsum include these. 1) Mitigation of subsoil acidity and aluminum toxicity. favoring rooting and the ability of the plants to adequately absorb water and nutrients during the periods of drought. 2) As an improver of sodic soils. […]
What is agricultural gypsum? – 2 important benefits
for answering this question that what is agricultural gypsum, we should say that agricultural gypsum is a very soft mineral composed of calcium sulfate dihydrate (CaSO4 2H2O) that has been used by farmers for a long time. It was widely applied as a fertilizer in Europe in the 18th century, even the Greeks and Romans […]
Agricultural Gypsum Comparison with Other Fertilizers
Comparison of Agricultural Gypsum with Other Fertilizers with Respect to Time and Method of Application We know that soils require amendments with the passage of time. so that their quality and hence that of the crops grown in them improve. Agricultural gypsum can be considered a material for amending soil structure and reducing its salinity. […]
Agricultural Gypsum effects in Managing Soil Salinity
Managing Soil Salinity Soil salinity is a significant environmental issue that affects a large portion of cultivatable lands worldwide, posing a serious challenge to agricultural productivity. Elevated salinity levels can limit the growth of many agronomic and horticultural crops, leading to reduced yields and economic losses for farmers. Various strategies have been employed over the […]
The amazing gypsum effects on soil physical properties
The amazing effects of gypsum on soil physical properties Importance of Soil Physical Properties Soil physical properties are crucial for achieving maximum crop yields. These properties include soil structure, porosity, density, and moisture retention, all of which significantly influence plant growth. If the soil lacks appropriate physical characteristics, the effectiveness of fertilizers and foliar nutrient […]
Salinity stress and Gypsum effect on plants
Gypsum effects on plants Effect of Agricultural Gypsum on Improvement of the Nitrogen, Phosphorus and Potassium in Leaves and Seeds under Salinity Stress Introduction Gypsum, a naturally occurring mineral composed primarily of calcium sulfate dihydrate (CaSO₄·2H₂O), plays a significant role in agriculture, particularly in managing soil salinity and enhancing plant growth. Salinity stress, often exacerbated […]
