The Effect of Organic Amendments and Minerals on Increasing Soil Fertility (A review )

Abstract

Sustainable agriculture emphasizes the maintenance and improvement of soil, water, and biodiversity reserves. Cover cropping, conservation tillage, and agroforestry are all examples of soil conservation practices that serve to reduce soil erosion, preserve soil fertility, and enhance soil health. Organic additions and minerals can help the soil produce grapes. Organic fertilizers and minerals can boost grape soil productivity. Organic additions improve physical, chemical, and biological soil properties. These chemicals include a lot of natural nutrients including nitrogen, phosphorus, potassium, and micronutrients. Organic additions include compost, manure, and cover crops. Organic grape additions have many benefits. They improve soil structure and porosity, improving root growth and water penetration. Organic additives promote soil fertility through improving water, nutrient, and other element retention. Minerals may improve soil fertility as much as organics. Minerals are essential to plant growth. Minerals include calcium, magnesium, and sulphur. Magnesium creates chlorophyll for photosynthesis, whereas calcium builds strong cells. Proteins and amino acids, necessary to plant growth, require sulphur. Organic additions and minerals boost grape soil fertility. These compounds improve soil structure, nutrient absorption, and root growth, increasing grape yields and vine health. Remember that minerals and organic additions differ. It’s important to use high-quality materials that meet your soil and crop needs because these resources differ in quality and nutrition. Organic additions and minerals boost grape soil fertility. These compounds improve soil structure, nutrient absorption, and root growth, increasing grape yields and vine health. High-quality merchandise and expert agriculture assistance usually provide the best yields.

Impact of NPK and Cytokinin on Growth Characteristics and Chemical Composition of Ficus Nitida Plants

“…The combination of fertilizers consisting of 2g of urea, 6g of DAB, and 4g of potassium sulphate contributes to the enhancement of vegetative, root, and chemical growth characteristics. This improvement is attributed to the role of nitrogen in chemical fertilization, by contributing to the formation of RNA and DNA, the enzymes NAD and NADP, and participating in the photosynthesis process [29,30,31,32]. The rapid movement of nitrogen within the plant, moving from older leaves to newer leaves, promotes vegetative growth.…”

The Impact of Clay Content and Potassium Levels on Several Growth Markers of Wheat

“…Potassium, an indispensable element, executes critical functions in numerous critical processes. It is continuously depleting as a result of the extended period of time since this substance was introduced to Iraqi soil [10,11]. [12] An adequate nutritional balance of NPK components is the result of the vital functions this food conducts in supporting plant growth and development.…”

The Impact of Spatial Variation on the Macronutrient Availability in the Soil of the Al-Rifai District, Dhi-Qar Province

“…Following carbon, nitrogen is the most vital element for plants due to its status as a constituent of protein and chlorophyll, as well as its participation in numerous metabolic processes. Moreover, nitrogen plays a significant role in promoting vegetative growth and guarantees optimal growth rates for fruits and flowers [7][8][9] Moreover, reduced nitrogen levels will result in diminished plant quality and productivity. Phosphorus, an essential constituent of plant cells that performs dual functions including leaf development and cell mitosis, ranks as the second most significant element influencing plant growth [10,11].…”