The Magic Gro Plus Revolution

In the world of cultivation, whether for fruit production, ornamental specimens, grain, or vegetables, foliage, or flowers, some amount of what is called “fruit drop” is considered normal when it occurs at a certain stage of development.

Flower and fruit drop is the premature shedding of fruit from a tree before it is fully ripe and useful.

This type of fruit drop has long been a foe and a hindrance for farmers and cultivators worldwide.

However, this can be alarming if a very large number of fruit or produce “drops” or is lost prematurely, before it’s time.

The most common causes of premature fruit drop are climate stresses, including unseasonal rains, gales, excessive and unexpected windy weather, and pest infestations.

Not only does this result in a loss of produce and eventual revenue and profits for the cultivator, but it may also be an indicator of several other hidden problems that are inhibiting or stunting the agricultural drive.

These include:

1. Nutrient deficiencies: typically seen in yellowing leaves, which indicate a nitrogen deficiency. However, there may be others too.
2. Moisture management: excessive watering, insufficient draining, or too little irrigation can cause an imbalance in the growth curve of fruit and flowering trees
3. Excessive pruning
4. Pest infestation
5. Extreme temperature fluctuations

Flower and fruit drop occur at different stages in various crops and can weaken the fruit and plants, further triggering them to drop due to external stresses such as pests and adverse climate conditions.

In some cases, the problem of fruit drop can be very serious, occurring immediately after fruit set, and it can worsen as the stages of fruit development progress.

The greater issue is that dropped fruits are usually badly damaged, either from pests or from having fallen a great height prematurely.

So, even if they are picked, they tend to have a very low value compared with those picked from the tree at the right time of ripening.

This significantly impacts the cultivator’s potential to reap profits from his produce.

The losses resulting from fruit drop are a pain point that most growers are seeking to overcome healthily and sustainably.

This is where the gifts of advanced biotech can effectively help reshape agriculture-driven and nip the issue in the bud, so to speak.

Magic Gro Plus utilizes microbiome technology researched and developed specifically for commercial agriculture.

The power of this product lies in the fact that it isn’t just a few strains of bacteria introduced to the crop, but a holistic approach that considers the entire microbial community.

Furthermore, the product is designed to help crops adapt to diverse climatic and soil conditions.

The advanced biotechnology that forms the basis for the development of Magic Gro Plus builds on biosensors and bioactivators – i.e., technology that senses micro-nutrient deficiency and enhances the transportation of micro-nutrients to the required areas.

It also helps improve nutrient and water uptake, thereby fighting mineral deficiencies and strengthening the plant’s defense systems against climatic stress and pest infestation.

Magic Gro Plus could very well be the answer to most key causes of fruit drop.

The Link Between the Rhizosphere, Microbes, and Plant Health

The rhizosphere is a narrow region of soil that is in close contact with the root area of any plant.

Root secretions and associated soil microorganisms directly influence it in the area.

Essentially, it contains several types of bacteria and other microorganisms that play a role in plant health by feeding on dead and discarded plant cells (through a process known as rhizodeposition), as well as proteins and sugars released by the roots.

By nature and the sheer virtue of the activity it involves, it is a highly dynamic area and environment where plants, soil, microorganisms, nutrients, and water interact and impact one another.

Plants maintain a complex interaction with their rhizospheric organisms.

This relationship is crucial for the assimilation of nutrients, healthy development, and the building of essential defense mechanisms from disease and decay.

Root microbes and microorganisms and their associations are, therefore, responsible for the increase in nutrient uptake by plants, especially in nutrient-poor environments.

Additionally, microbes also positively impact seed germination by softening the hard covering.

Microbial biosensors are equipped with biosensors that enhance natural processes by detecting micronutrient deficiencies in the plant system.

They are essentially biological receptors that engage a feedback mechanism using select biochemical pathways to achieve desired biochemical changes.

They play a role in stimulating bioactivators to transport micronutrients, such as minerals, enzymes, amino acids, growth hormones, etc., from the local environment into the plant system.

Some key features of Magic Gro Plus are:

1. A high concentration of beneficial soil microbes that are natural and safe. These microbes enhance soil biology and reduce the chances of plant disease.
2. The principle of Biosensors and Bioactivators. Biosensors sense micronutrient deficiencies in the plant system and activate the Bioactivators, which transport the micronutrients from the local environment into the plant system.
3. Natural and safe, thereby reducing the dependence on chemical applications
4. Increases the buffering properties of soil by increasing the humus level
5. Has inherent bacteria that are capable of converting insoluble organic matter to soluble forms, thereby enhancing their absorption into the plant system
6. It is loaded with microbes that can produce compounds with the capacity to repel harmful bacteria
7. Has product-binding gums that enable the soil to clump, which is crucial for increasing its weight and improving water retention within the soil.
8. Microbes also play a crucial role in seed germination by softening the hard seed coat and thereby enabling faster seed germination.

Some proven USPs of Magic Gro Plus include:

1. Improved fruiting and flowering rates: since cultivators have a handle on managing potential threats, this inevitably leads to a greater yield
2. Decrease in fruit drops: With the major causes of fruit drops, such as nutrient deficiency, vulnerability to climate stressors, and inadequate moisture management, being addressed more effectively through biosensors and bioactivators, there is a significant reduction in fruit drops.
3. Improved productivity: greater yield from the same piece of land always results in improved productivity rates for cultivators
4. Protection from environmental stress and diseases: With nutrient levels in check, as well as the ability to sense deficiencies that could potentially weaken them, crops now have a significantly greater capacity to be protected from environmental stresses and diseases.
5. Faster yield, crop-friendly: Without a significant increase in labor or any other habits and practices that still lead to a greater crop yield, we achieve a faster yield.
6. Improves immunity: With nutrient deficiencies kept at bay and pests and other potential diseases also pre-emptively fought away, the crop builds greater immunity over time, leading to a better life, performance, and productivity

Also Read – Building a more sustainable avocado farm with Magic Gro Plus.