1、Artificially regulated humification in creating humic

Herein, different ARH strategies are innovatively proposed to tackle hazardous chemicals and create humic-like biostimulators (H-LBs). We briefly describe the characteristics and functionalities...

2、Enhanced soil remediation with iron

In this study, three iron-synthetic humic-like acid composites (Fe-SHLAs) were synthesized, characterized, and evaluated as soil amendments through a 90-day incubation experiment, including hematite-SHLA (HE-SHLA), magnetite-SHLA (MA-SHLA), and ferrihydrite-SHLA (FH-SHLA).

3、Humic Substances in Combination With Plant Growth

Humic acid rich vermicompost promotes plant growth by improving microbial community structure of soil as well as root nodulation and mycorrhizal colonization in the roots of Pisum sativum.

4、(PDF) Properties of Humic Acid Substances and Their Effect in Soil

Humus is categorised according to their molecular weights and solubility into humus, humic acids and fulvic acids. Humic substances are the organic material naturally present in soil.

Role of humic acid for climate change adaptation measures to boost up

Humic acids (HAs) are complex organic compounds produced through the degradation of plant and animal residues, which are typically found in organic wastes, compost, peat, lignite, and leonardite. HAs, being natural bio-stimulants, play crucial roles in sustaining soil health, enhancing plant productivity, and developing sustainable agriculture.

How to Choose the Best Fertilizer Humic Acid: A Complete Buyer's Guide

Learn what to look for in fertilizer humic acid, including types, key features, and value tips to make an informed purchase decision.

Effects and Mechanism of Humic Acid in Humic Acid Enhanced Phosphate

【Method】 In this study, HA, HAP, and conventional phosphate fertilizer were prepared in the laboratory, and PHA was extracted by adjusting the pH of HAP’s solution based on the method of alkali-extraction acid-precipitation.

Oxygen

Here, we propose a low-temperature method for the hydrothermal conversion of CMHR into mineral-like artificial humic acids (HA a). Utilizing a temperature of 150 °C in the presence of added oxygen, we achieved a yield of humic acids of 31.25%.

RECAP Increase Nutrient Use Efficiency with Humic Acids

Increase Nutrient Use Efficiency with Humic Acids We he more organic matter content in the soil, the better. What fewer people realize is that organic matter deg ades over time into humic and fulvic acids (HA and FA). The process takes years, but these

Advances in the Application of Humic Acid in Agriculture: Impacts on

This review explores the application of humic acid in agricultural systems, focusing on its impact on soil fertility, chemical properties, biological activity, crop growth, and carbon emissions.

Jinguohong is a common plant growth regulator, with humic acid as its main component. It offers multiple benefits, including promoting plant growth, enhancing stress resistance, improving plant quality, and more. Below is a detailed overview of the effects of Jinguohong containing humic acid:

1. Promoting Plant Growth: Humic acid is a natural organic substance that provides plants with essential nutrients such as nitrogen, phosphorus, and potassium. These elements are critical for plant development, and their supplementation accelerates growth. Additionally, humic acid increases soil microbial populations and activity, further stimulating plant growth.

2. Enhancing Stress Resistance: Humic acid improves soil water retention, reducing moisture loss and lowering plants’ water demands. It also enhances soil aeration and permeability, facilitating easier nutrient and water uptake. Furthermore, its antimicrobial properties help reduce plant diseases.

3. Improving Plant Quality: By boosting soil nutrient content, humic acid ensures plants receive ample nourishment, leading to better quality. It also increases beneficial microorganisms in the soil, promoting healthy metabolism. Additionally, humic acid strengthens plants’ antioxidant capacity, making them more resistant to pests and drought.

4. Increasing Crop Yields: Using Jinguohong fertilizers with humic acid enhances crop productivity. Humic acid provides rich nutrients, ensuring steady growth, while also improving photosynthetic efficiency, enabling crops to maximize energy under limited light conditions.

5. Environmental Protection: Jinguohong reduces the need for chemical fertilizers, minimizing environmental pollution. Humic acid enriches soil fertility, promotes biodiversity, and stabilizes ecosystems, creating healthier crop growth conditions.

6. Boosting Farmers’ Income: By improving crop quality and yield, Jinguohong increases farmers’ earnings. Its use also reduces labor intensity and enhances agricultural efficiency. As farming technology advances, adopting such innovations further empowers farmers to optimize production and income.

Jinguohong with humic acid delivers significant benefits: it accelerates growth, strengthens resilience, improves quality, boosts yields, protects the environment, and raises farmers’ income. Widespread adoption of this product is crucial for modern agriculture’s sustainable development.