Carlos Mendes, a southern Spanish farmer of strawberries, started to see a disturbing development in his fields in the last growing season. The leaves gradually became covered by a white, powder blanket and even the developing fruits. Initially, it was thought to be simple, however, in few weeks it took off and the spread rates were fast. The problem was apparent – powdery mildew, one of the most widespread and devastating fungal infections in strawberries.
The symptoms were becoming more evident. Leaves became white, began to curl and their growth decreased. Fruits turned to be deformed and lost value. Untreated, powdery mildew may be very unproductive and cause severe economic problems to farmers.
Meanwhile, Carlos had to deal with another challenge most organic farmers have to deal with, the diminishing soil fertility as a result of the lack of nitrogen. The continuous cultivation had used up critical nutrients thereby rendering it hard to sustain the viability and output of the plants. Although chemical fertilizers may be a quick solution, it did not fit into his organic farming structure and long-term would be unsustainable to the health of the soil.
The Possibility of Using Nitrogen Fixation Products
To deal with these issues, Carlos started to investigate the solutions that are designed to be sustainable using nitrogen fixation products. This prompted him to microbial biostimulants like Metilo, which employs useful bacteria to enhance naturally the availability of nitrogen in the soil.
The most important element driving this innovation is the Methylobacterium symbioticum a bacterium that is able to fix the nitrogen present in the atmosphere, effectively. In lieu of synthetic inputs, this method encourages growth of plants by relying on biological principles.
How Nitrogen Fixation Works
Methylobacterium symbioticum nitrogen fixation develops a symbiosis with plant roots, which convert nitrogen in the air into nitrogenusable by the plants. This is a natural process that not only enhances soil but also eliminates the use of chemical fertilizers, conforming exactly to the standards of organic and sustainable farming.
When spread, these bacteria settle in the root zone and are active during the entire growth cycle of the plant. This provides continuity of supply of nitrogen which end up producing stronger plants, increased growth and yield in the long-term.
Powdery Mildew Control using Biological Solutions
Although it was imperative to enhance the nutrition of the soil, Carlos also required a viable plan of treating powdery mildew. He then engaged agricultural experts where he used an integrated disease management involving the use of biological products.
Together with the enhancement of field conditions he launched FloraEgis, bio-based solution that is directly aimed at fighting all the powdery mildew. FloraEgis operates by creating desirable microbial life on the surface of the plants thus inhibiting the growth of the fungi, and curbing the further development of the disease.
It can be used in the initial stages of infection and will result in the alleviation of the pressure of fungi, as well as the recovery of plants. It does not leave any harmful residues as compared to chemical fungicides and it can be used in organic systems of farming.
Real Results: Carlos Experience
Carlos was systematic in his approach. To start with, he was taught how to see powdery mildew. The main symptoms were the presence of white powdery spots on the leaves, curling and drying leaves, sluggish plant development, and abnormal fruits.
He also trained to be able to differentiate it with other pathologies like leaf spot or fruit rot, which usually leave dark or watery spots. Powdery mildew, on the other hand, grows well under warm and dry environments and leaves behind an apt powdery coating.
Treatment Protocol
Carlos had an organized strategy to deal with the illness. He used FloraEgis organic foliar fungicide at intervals of 7-10 days when the initial symptoms were observed, such as FloraEgis. These therapies assisted in forming the protective microbial layers on the surfaces of plants and causing the pathogen to be subdued.
He also enhanced air circulation by trimming out additional foliage and keeping the plants well spaced out. This made the humidity levels low, favourable to fungal growth. The irrigation was also changed, leaves were watered early in the morning and thus disease development was again prevented.
Meanwhile, Carlos made Metilo a part of his routine. Frequent use assisted in enhancing the root zone through introducing advantageous bacteria that aided the availability of nitrogen.
Metilo: Enhancing Growth and Productivity
Metilo, developed by Methylobacterium symbioticum, was natural working with the strawberry plants. Plants became more vigorously and strongly as the rate of nitrogen fixation escalated.
Carlos had seen significant changes in time. The foliage of the plants grew greener, the new leaves grew faster and the general health of the plants improved tremendously. The plants survived reinfection and even the plants that had recovered powdery mildew were stronger.
Tangible increases in Yield and Quality
Carlos began to see the results in two developing seasons. The marketable percentage of the fruits went up, and it also improved in terms of appearance and taste of the strawberries. There was an improved health of the plants during the season, and the outbreaks of diseases were not so serious.
Most importantly, his system of farming was completely organic. The crops did not contain any type of chemical residues, and the soil gained its fertility with time. Favorable microbial performance was enhanced, with a healthier and more balanced ecosystem.
A Green Future
The story of Carlos is indicating a larger trend in contemporary agriculture. Farmers are also shifting toward more integrated solutions which apply disease management and soil health improvement. The growers can solve several problems at once by employing biological products such as FloraEgis to control the diseases and Metilo to control nutrients.
This will not only enhance crop productivity but also makes it sustainable in the long run. The emergence of healthy soil, standard microbial activity, less dependence on chemicals are becoming the pillars of economic farming systems.
To growers with the same difficulties, the lesson has been well understood: collaborating with nature and not against nature is an easier and sustainable way to success.