In recent years farmers have been affected by significant changes in farming practices, driven by various factors such as climate and environmental stress and shifting consumer preferences.

Additionally, soil degradation has become a pressing issue due to intensive farming practices, prompting the need for a change and to improve soil fertility and plant growth. Furthermore, the need to enhance nutrient uptake, support plant metabolism and improve overall productivity has also contributed to a change in farmers’ look at contemporary agricultural practices.   

As a result, there has been an increased demand for alternatives or complementary solutions to conventional agricultural inputs. The recognition of the importance of soil health, plant resilience, and environmental sustainability has driven the adoption of a new class of biostimulants, developed through hi-tech proprietary technologies.   

The use of simple biostimulants in agriculture dates back several decades, with farmers historically utilizing natural substances such as compost, manure, and plant extracts to improve soil fertility and plant growth. These traditional practices align with the fundamental principles of biostimulant use, emphasizing the importance of enhancing natural processes for sustainable crop production.   

What if we told you there was a new biostimulant on the market, a product developed through years of scientific research using proprietary advanced technologies? A product that can significantly increase plant photosynthesis and biosynthesis, increase plants’ defense against pests and diseases, lowers the requirements for additional fertilizers and so protects the soil and lowers the requirement for irrigation…. All this with one product? One solution to many problems. Like a Swiss pocket knife, right?   

That product is Biostimax^®.    

What is Biostimax^® and what does it do? 
Biostimax^® is a biostimulant, a finely micronized mix of essential mineral compounds with enhanced biological activity and amazing results in practice.   

What are biostimulants in general and what do they do? 
Biostimulants are substances or microorganisms applied to plants or the soil to enhance nutrient uptake, and nutrient efficiency, increase tolerance to abiotic stress, have a very positive influence on crop quality, and stimulate root development.   

Enhancing Farming Success Worldwide with Biostimax^® Biostimulant   
Success comes from:   

1. Increased photosynthesis 
   Using Biostimax^® enhances biomass through elevating carbon dioxide levels in within cell tissues. This is characterized by larger and thicker leaves and also through an expanded root system. This together results in more efficient nutrient uptake from both soil where a larger root system can better access water and nutrients from the soil and from other foliar agents due to larger leaves’ surface. An additional benefit is that this improved absorption leads to a reduction in the quantity of agents required, to lower costs and so minimizes the potential negative effects on the soil. The residual plant material left on the field post-harvest plays a crucial role in building the organic matter for the next vegetation season.   
2. Increased biosynthesis 
   Biostimax^®, a finely micronized mix of minerals, like calcium, silica and magnesium with enhanced biological activity has the potential to promote plant biosynthesis. Biostimax^® provides essential nutrients to plants in a form that is easily accessible for uptake and utilization.  Increased biosynthesis in plants refers to the enhanced production and accumulation of various biomolecules, including proteins, carbohydrates, and secondary metabolites like polyphenoles. This boost in biosynthesis can have several positive impacts on plant vitality and better nutritional value of crops. Since Biostimax^® supports and enables many physiological processes in the plant from the first day of use, one of these positive impacts is also an increase in the dry matter content of the produce. This increase in dry matter consequently also leads to increased resilience of the produce to the processes of decay and putrefaction, so they can be stored easier and longer and are also easier to transport.   
    
3. Boosted plants resistance against pests and diseases 
   Biostimax^® enhances plant defense by stimulating the production of secondary metabolites. Secondary metabolites are chemical compounds produced by the plant that play an important role in defense against pests and diseases. Biostimax^® also enhances the activity of plant defense-related enzymes, resulting in heightened defense mechanisms and improved resistance against pests and pathogens. An additional benefit for the vegetation is that due to increased plant's resistance to pests and diseases, this leads to lower need for fungicides and pesticides. 
    
4. Boosted plant resistance to climate stress 
   Biostimax^® increases stress tolerance and plants ability to recover. It helps plants withstand and recover from various environmental stresses, such as drought, extreme temperatures and even helps to recover after hail damage. This ability is also in part due to elevated biosynthesis mentioned previously, which can enhance the plant's ability to tolerate and recover from environmental stressors. It can help in the synthesis of stress-responsive proteins and other protective compounds, enabling plants to better withstand adverse conditions like drought, heat, or disease.   
    
5. Improved nitrogen fixation 
   Biostimax^® can improve nitrogen fixation in the soil by facilitating the growth and activity of nitrogen-fixing bacteria. Biostimax^® with its finely micronized mix of essential mineral compounds, enhances root development and increases the density of lateral roots and root hairs, providing more surface area for the colonization of nitrogen-fixing bacteria.  
    
6. Lower requirement for irrigation 
   Biostimax^® through elevation of the carbon dioxide levels within cell tissues indirectly modulates the stomas opening and closing. This consequently plays a crucial role in moisture regulation in plants. As a result Biostimax^® significantly enhances plants' ability to withstand moisture deficiency and promotes efficient water utilization during extended dry periods throughout the year.    

In conclusion, biostimulants have become increasingly important in modern agriculture, contributing to greater harvests and sustainable crop production. The use of biostimulants like Biostimax^®, which is a finely micronized mix of mineral compounds with enhanced biological activity, offers a valuable alternative to conventional agricultural inputs. Biostimax^® is developed through proprietary advanced technologies and has been scientifically proven to significantly increase plant photosynthesis and biosynthesis, increase plants’ defense against pests and diseases, lower the requirements for additional fertilizers, improve nitrogen fixation, and lower the requirement for irrigation. All these leading to an increased output of the yield, both in quantity and also in quality. Additionally, Biostimax^® works best when the vegetation is in distress, so the conditions are far from optimal for normal vegetation development. In these kind of conditions, the use of Biostimax^® biostimulant ensures that the vegetation has a much bigger chance to succeed. So the bigger the challenges that farmers are facing, the better results they can expect using Biostimax^®. By leveraging the benefits of Biostimax^®, farmers can optimize nutrient efficiency, enhance plant health, and achieve higher yields while minimizing their environmental impact. Biostimax^® aligns well with the goal of reducing reliance on conventional chemicals and promoting more environmentally friendly farming practices, making it an ideal solution for organic farmers and those engaged in sustainable food production.