1、Phosphorus use efficiency and management in agriculture

More recently it has been shown that when N and P are applied together as in the widely used P fertilizers, mono-ammonium phosphate (MAP) and diammonium phosphate (DAP), which contain ammoniacal N, N and P interact enhancing P uptake and improving nutrient use efficiency for both nutrients.

2、The Enigma of Fertilizer Phosphorus Utilization

This chapter summarizes the chemical behavior of fertilizer-derived phosphorus in soils, and it presents a novel approach to assess the fertilizer phosphorus utilization completely and reliably as a tool to quantify the genuine phosphorus demand of agricultural crops.

3、Phosphite (phosphorous acid): Fungicide, fertilizer or bio

Phosphite (; Phi), a reduced form of phosphate (; Pi), is widely marketed as either a fungicide or fertilizer or sometimes as a biostimulant. This is confusing for both distributors and growers.

4、Phosphite: a novel P fertilizer for weed management and pathogen control

The use of Phi-based fertilization will help to reduce the consumption of Pi fertilizers and facilitate weed and pathogen control using the same molecule, thereby providing significant advantages over current orthophosphate-based fertilization.

Guidelines for fertilizer use in vineyards based on nutrient content of grapevine parts

Phosphorus, calcium and magnesium applications might not justify being taken into account in the annual fertilization plan.

Effect of Phopshate Fertilizer and Manure on Crop Yield, Soil P Accumulation, and the Environmental Risk Assessment

Phosphorus (P) applied from fertilizer and manure is important in increasing crop yield and soil fertility; however, excessive uses of phosphate fertilizer and manure may also increase P loss from agricultural soils, posing environmental impact.

Glyphosate and phosphate treatments in soil differentially affect crop microbiomes depending on species, tissue and growth stage

Here, we studied using a well replicated long-term field experiment, the effects of GBH (G), phosphate fertilizer (P), and GBH in combination with phosphate fertilizer (GP) on bacterial ...

Development and production of crambe (Crambe abyssinica) under different nitrogen and phosphate fertilizers

The inclusion of phosphorus in fertilization stimulates root development, accelerates physiological maturity, encourages flowering and seed formation, and increases resistance to cold and grain yield (Cihacek et al., 1993; Silva et al., 2011).

Impact of Phosphate Fertilizer on Cadmium Accumulation in Soil and Vegetable Crops

This can be attributed to the enrichment of Cd in the soil from phosphate fertilizer, which consequently increased the Cd concentrations in the plant tissues. These results are in agreement with the findings of Moral et al. (1994) and Pezzarossa et al. (1993).

Phosphate

Layered double hydroxides as a slow release phosphate fertilizer to boost P recycling and overcome low fertilization efficiency in strong fixing soils are discussed.

Grape seeds are a nutrient-rich component of grape fruits, containing abundant vitamins, antioxidants, and various bioactive compounds. In agricultural production, fertilization is a critical practice for enhancing crop yield and quality. Phosphate fertilizers, as a key type of fertilizer, play a vital role in promoting plant growth and improving disease resistance. there is currently no clear scientific evidence on whether phosphate fertilizers should be used for grape seed fertilization. This article analyzes the issue from multiple perspectives and offers recommendations.

1. The Impact of Phosphate Fertilizers on Plant Growth

Phosphate fertilizers are essential for plant development. They promote root growth, enhance water absorption, improve photosynthetic efficiency, and accelerate plant growth. Additionally, phosphate fertilizers stimulate protein synthesis, strengthen disease resistance, and boost stress tolerance. Thus, they are indispensable for healthy plant growth.

2. Characteristics and Nutrient Requirements of Grape Seeds

Grape seeds are rich in vitamins, antioxidants, and bioactive components, which significantly influence their nutritional value and taste. During their growth, grape seeds require substantial nutrients, including macroelements like nitrogen (N), phosphorus (P), and potassium (K), as well as microelements. Proper fertilization is crucial to support their development.

3. The Relationship Between Phosphate Fertilizers and Grape Seeds

While phosphate is critical for plants, grape seeds have relatively low phosphorus demands. Excessive phosphate application may negatively impact their growth. phosphate fertilizers should be used sparingly. Additionally, since grape seeds primarily absorb phosphorus through their roots, applying phosphate fertilizers near the root zone is recommended to maximize efficacy.

4. Selection of Fertilization Methods

When fertilizing grape seeds, it is essential to choose appropriate fertilizer types and application rates based on their growth stages and soil conditions. Scientific methods such as drip irrigation or foliar spraying can improve nutrient uptake efficiency and reduce environmental pollution. Over- or under-application of phosphate fertilizers should be avoided.

5. Conclusion and Recommendations

phosphate fertilizers can be used for grape seed fertilization but must be applied in moderation. Fertilization strategies should prioritize balanced nutrient formulations, tailored application rates, and scientific methods to optimize resource use and minimize environmental impact. Proper fertilization management will enhance grape seed quality, flavor, and economic value while ensuring sustainable agricultural practices.