1、Enhancing Soil Health and Plant Growth through Microbial Fertilizers

Soil microorganisms play a crucial role in maintaining the structure and function of soil ecosystems. This study aims to explore the effects of microbial fertilizers on improving soil physicochemical properties and promoting plant growth.

2、Biofertilizers in agriculture: An overview on concepts, strategies and

Biofertilizer is a substance containing live microorganisms which exhibit beneficial properties toward plant growth and development.

3、Understanding Root Promoting Fertilizers for Agriculture

Root promoting fertilizers significantly influence root architecture, enhancing both root length and density. They facilitate greater nutrient uptake through mechanisms such as mycorrhizal associations and improved soil conditions.

4、Plant growth promoting microbes: Diverse roles for sustainable and

To overcome all these problems, there is need to shift towards sustainable agricultural practices like application of Plant Growth Promoting Microbes (PGPMs) instead of conventional chemical fertilizers restoring the agro-ecosystems.

5、Isolation and screening of multifunctional phosphate solubilizing

In this study, 7 endophytic phosphate solubilizing bacteria were screened out from Chinese fir, and were characterized for plant growth-promoting traits.

Effects of organic fertilizers on plant growth and the rhizosphere

This study provides valuable guidance for use of organic fertilizers in agricultural production from the perspective of the microbiome and ecological risk.

Optimization of composite microbial agents containing plant inter

Soil environmental degradation problems, such as soil compaction and fertility decline in the Hexi region of Gansu, China, are the focus of this study. The enrichment of PGPR resources and the elucidation of the plant growth-promoting effects of the PGPR strains are also investigated.

Research progress on the growth promoting effect of microbial

Microbial fertilization can promote material transformation in soil, thereby improving soil outcome and soil fertility. Secondly, it can stimulate and regulate the growth of crops, so that plant...

The effect of root promoting fertilizer on seedlings growth of

Abstract: In order to increase the yield of the underground part of Bupleurum chinense DC., nine types of root promoting fertilizers were used to irrigate and fertilize B. chinense seedlings.

Ridge–furrow planting with film mulching and biochar addition can

In this study, we investigated the effects of adding biochar at 0.0 t ha –1, 4.5 t ha –1, and 9.0 t ha –1 on the growth and activity of roots, yield, and water and nitrogen use efficiency in spring maize under flat planting without film and ridge–furrow planting with film mulching.

Mengshenggen is a common plant growth regulator primarily used to promote root growth and development. The effectiveness of Mengshenggen as a flush-apply fertilizer depends on various factors, including application methods, soil types, climatic conditions, and specific plant needs. Below is a detailed analysis of its effects:

I. Application Methods for Mengshenggen

1. Dilution Ratio: Before use, Mengshenggen should be diluted according to the recommended ratios on the product manual. Generally, the dilution ratio is 2-3 milliliters of solution per liter of water. This ensures that the active ingredients dissolve fully, allowing plants to absorb them effectively.

2. Application Time: It is advisable to apply Mengshenggen in the morning or evening when plants are in a resting state and have stronger absorption capacity. Avoid applying during peak heat hours to prevent fertilizer burn.

3. Application Method: After dilution, evenly spray the solution around the plant’s root zone or directly pour it into the soil and lightly mix. This ensures uniform distribution of the fertilizer in the root zone, maximizing its efficacy.

II. Effectiveness Evaluation of Mengshenggen

1. Promotes Root Development: The primary function of Mengshenggen is to stimulate root growth. With proper use, plants typically develop denser and more robust root systems, enhancing their ability to absorb water and nutrients.

2. Enhances Stress Resistance: Mengshenggen improves plants’ resilience to adverse conditions. For example, in drought-prone or cold environments, it helps maintain normal physiological functions, reducing damage caused by environmental stress.

3. Improves Soil Structure: This fertilizer also optimizes soil structure by increasing looseness and aeration, which benefits healthy root growth. Better soil structure facilitates water and nutrient penetration, further supporting plant health.

III. Precautions

1. Avoid Overapplication: While Mengshenggen can boost yields, excessive use may cause rapid, unhealthy growth or root burning. Always follow the recommended dosages and methods to avoid harm.

2. Compatibility with Other Fertilizers: Mixing Mengshenggen with other fertilizers may reduce its effectiveness. Conduct small-scale trials first to test compatibility and ensure optimal results.

3. Monitor Plant Responses: After application, closely observe plants for abnormal reactions (e.g., yellowing leaves, wilting). If issues arise, discontinue use and consult professionals promptly.

As a widely used plant growth regulator, Mengshenggen’s effectiveness depends on correct application, adherence to guidelines, and adaptation to specific plant needs. Adjust usage based on environmental conditions and plant responses to achieve the best results.