1、Frontiers

Precision water and fertilizer application technologies have emerged as crucial innovations in sustainable agriculture, addressing the pressing need to enhance crop yield and quality while optimizing resource use and minimizing environmental impacts.

2、含氨基酸水溶肥料研究现状及其在农业生产中的应用

The results showed that water-soluble fertilizers containing amino-acids were widely used in food crops, vegetable crops, fruit crops and cash crops, had positive effects on crop growth, formation of fruit quality and soil improvement.

3、Evaluation of hydrochar

The results showed that the application of modifiers and water-soluble fertilizers significantly enhanced comprehensive soil physical and chemical properties, crop growth, soil enzyme...

4、(PDF) Effect of Foliar Application of Water

Direct fertilizer application to leaves stimulates leaf activity, which directly affects the plant's water uptake and promotes root growth. Foliar fertilizers can therefore hasten the...

Effect of foliar application of water soluble fertilizer on growth

He concluded that the application of water soluble fertilizers improved the overall performance of the brinjal crop which ultimately equipped it to cope with the incidence of the disease attack.

Understanding Water

By understanding the different types of water soluble fertilizer and following best practices for their application, you can optimize plant health, growth, and productivity, ensuring a bountiful and vibrant garden or crop yield.

Effect of Foliar Application of Water

Direct fertilizer application to leaves stimulates leaf activity, which directly affects the plant's water uptake and promotes root growth. Foliar fertilizers can therefore hasten the uptake of nutrients from the soil, which is advantageous for plants that need urgent nutrient intervention.

Integrated physiological and transcriptome analyses of the effects of

This research utilized a water-soluble amino acid fertilizer to establish a theoretical foundation for the development and application of an innovative foliar fertilizer aimed at enhancing tobacco growth.

How to Use Water

Learn how to apply water-soluble fertilizers effectively for faster plant growth, higher yields, and healthier crops with our expert tips.

The effect of modifier and a water

Saline-alkali soil significantly impairs crop growth. This research employs the impacts of the modifier and water-soluble fertilizer, as well as their interaction, on the root systems of alfalfa and leymus chinensis in saline-alkali soil.

Water-soluble fertilizers are highly efficient and eco-friendly agricultural inputs. They dissolve readily in water and can be directly absorbed by crops, offering advantages such as high nutrient concentration, excellent absorption rates, rapid effectiveness, low application doses, and cost-effectiveness. Below is a detailed explanation of their use across various crops:

1. Rice: As one of the world’s most important food grains, rice has significant nutritional demands. Water-soluble fertilizers provide essential nutrients like nitrogen (N), phosphorus (P), and potassium (K), which support robust growth, enhance yields, and improve grain quality. These fertilizers also optimize soil structure, boost fertility, and strengthen the crop’s resilience to stress.

2. Maize: A critical cereal and economic crop, maize requires substantial nutrients. Water-soluble fertilizers supply N, P, and K to accelerate growth, increase productivity, and elevate kernel quality. They additionally improve soil health and enhance the crop’s ability to withstand adverse conditions.

3. Wheat: Wheat, a global staple food, demands high levels of nutrients. Water-soluble fertilizers deliver balanced N, P, and K to promote vigorous development, higher yields, and superior grain quality. Soil structure and fertility are also enhanced, improving the crop’s stress tolerance.

4. Cotton: Cotton, a key fiber crop, benefits greatly from water-soluble fertilizers. The formulation provides essential nutrients for healthy growth, fiber production, and yield optimization. Soil properties are improved, leading to better crop quality and resilience.

5. Vegetables: Vegetables, essential for human diets, require intensive nutrition. Water-soluble fertilizers ensure rapid uptake of N, P, and K, driving growth, yield, and nutritional value. Soil structure and fertility improvements further enhance crop quality and stress resistance.

6. Fruit Trees: Economically vital, fruit trees rely on balanced nutrition. Water-soluble fertilizers supply N, P, and K to support flowering, fruiting, and overall productivity. Soil health is optimized, resulting in improved fruit quality and environmental adaptability.

7. Flowers: Ornamental plants with high aesthetic value demand precise nutrient management. Water-soluble fertilizers promote vibrant growth, abundant blooms, and extended vase life. Soil conditions are also enriched, enhancing floral quality and stress tolerance.

8. Tea Plants: Tea, a valuable beverage crop, thrives with water-soluble fertilizers. These provide targeted N, P, and K to boost leaf growth, yield, and aromatic compounds. Soil structure and fertility improvements elevate tea quality and resilience.

9. Tobacco: Tobacco, a specialized crop, requires precise nutrient ratios. Water-soluble fertilizers deliver optimal N, P, and K to enhance leaf development, alkaloid balance, and marketable yield. Soil health is improved, ensuring better crop quality and stress resistance.

10. Medicinal Herbs: Medicinal plants, crucial for traditional medicine, benefit from tailored nutrition. Water-soluble fertilizers supply essential nutrients for biomass accumulation, active compound synthesis, and yield maximization. Soil enhancements boost herbal quality and environmental adaptability.

Water-soluble fertilizers play a pivotal role in modern agriculture. By providing balanced nutrients, accelerating growth, increasing yields, improving soil health, and enhancing crop resilience, they are indispensable for sustainable farming across diverse crops. Their efficiency and environmental compatibility underscore their significance in global food production.