Significance of Nutrient management
Nutrient management involves the strategic management of nutrient supply to crops and plants to enhance their growth and yield. This practice focuses on optimizing nutrient use efficiency and effectiveness, which is essential for healthy plant development. Additionally, incorporating components like seaweed can significantly benefit nutrient management strategies, contributing to improved agronomic outcomes. By emphasizing proper nutrient management, farmers can achieve better crop performance and sustainability in their growing systems.
Synonyms: Nutrient control, Fertility management, Soil fertility management, Nutrient optimization, Nutrient optimization.
The below excerpts are indicatory and do represent direct quotations or translations. It is your responsibility to fact check each reference.
The concept of Nutrient management in scientific sources
Nutrient management involves optimizing nutrient use for plant growth, utilizing strategies that enhance efficiency. Seaweed emerges as a valuable component in this approach, contributing to sustainable agricultural practices and improved crop health.
From: Sustainability Journal (MDPI)
(1) Nutrient management plays an integral role in agricultural production, especially in addressing the unbalanced and indiscriminate use of chemical fertilizers.[1] (2) Nutrient management is a crucial aspect of crop production, and nanofertilizers are emerging as a solution to optimize nutrient use, addressing a major global challenge related to synthetic fertilizers.[2] (3) *Nutrient Management* for Food Security: A Guide for Integrated Nutrient Management is described in Roy, R.N.; Finck, A.; Blair, G.J.; Tandon, H.L.S.[3] (4) It influences the growth, yield, and energetics of sunflower in a pigeonpea-sunflower cropping system.[4] (5) Efficient nutrient management involves optimizing the use of essential elements for plant growth to achieve high yields, long-term sustainability, and reduced environmental pollution.[5]
From: International Journal of Environmental Research and Public Health (MDPI)
(1) is the practice of optimizing the use of essential elements for plant growth, with nitrogen loss mitigation as a primary goal.[6] (2) Evaluation of this and mulching strategies for vegetable production on an extensive green roof.[7] (3) It involves controlling the input and availability of nutrients in a soil to optimize plant growth.[8] (4) At the technical level, training farmers in nutrient management, including manure management, harmless treatment, storage, and use, and the appropriate selection according to local conditions in the integrated mode of planting and breeding, can help minimize the input of the combined planting and breeding system with increased output.[9] (5) It is the control of fertilizer and manure application, including rates, timing, and types of litter, to minimize nutrient losses and improve water quality.[10]