Symborg’s Post

How to achieve higher-yield onion cultivation? 🧅 In the photo, we see Edgar Efrén Navarrete Silva, Sales Representative at Corteva Biologicals Mexico, visiting this plantation treated with MycoUp 360, based on the fungus Glomus iranicum var tenuihypharum and the 360 complex, as well as TrichoSym Bio, based on the fungus Trichoderma harzianum T-78. With this application, we optimize soil microbial interactions, increase the crop's root system, improve water and nutrient use efficiency, and enhance tolerance to abiotic stress. The result: a stronger and more productive crop with better fruit quality parameters. Do you also want to achieve these results? Contact us! #CortevaBiologicals #BioLogicals #Biotechnology #Agriculture

Is it possible to guarantee the development of crops in saline soils?  Today we share with you the photos sent to us by our Area Sales Manager, Jose Joaquin Saorin Milanes, from southern Spain. This #nectarine crop was facing significant #salinity issues, so we applied the Symborg protocol, combining #MycoUp360 with our range of biofertilizers.  The mycorrhizal fungus present in MycoUp 360, Glomus iranicum var. tenuihypharum, tolerates salinity levels double the recommended amount, allowing the crop to increase its resilience and ensure its development 🌱  What do you think of the achieved result?  Discover our biological solutions at symborg.com. #CortevaBiologicals #BioLogicals #Agriculture #Biotechnology

What is the difference between a conventional crop and an extraordinary crop? 🤔 Press play ▶ and discover in one minute how the mycorrhizal-forming fungus present in #MycoUp, Glomus iranicum var. tenuihypharum, works to achieve extraordinary crops 🌱 Learn more about the benefits of MycoUp for crops at https://bit.ly/3TSjJm2  #CortevaBiologicals #BioLogicals #Agriculture #Biotechnology

Researchers Unveil Genome of Microorganism That Could Combat Crop Fungi In a fascinating development for the agricultural sector, researchers have unveiled the genome sequence of a unique microorganism, Pseudalkalibacillus hwajinpoensis strain MABIK MI00000821, which could play a pivotal role in combatting a notorious fu https://lnkd.in/eYwUw_Zm

Researchers Unveil Genome of Microorganism That Could Combat Crop Fungi In a fascinating development for the agricultural sector, researchers have unveiled the genome sequence of a unique microorganism, Pseudalkalibacillus hwajinpoensis strain MABIK MI00000821, which could play a pivotal role in combatting a notorious fu https://lnkd.in/eYwUw_Zm

Mycorrhizal symbiosis is the mutually beneficial relationship in which a mycorrhizal fungus enters the plant and begins to provide #water and nutrients to the plant in exchange for sugars derived from photosynthesis 🌱 👉 Thanks to the unique characteristics of the mycorrhizal fungus Glomus iranicum var. tenuihypharum, this mutually beneficial relationship becomes so efficient that it results in an increase in the crop's root system and the activation of key metabolic processes such as photosynthesis. In this video, we explain the 5️⃣ steps of G.I.V.T. symbiosis. Discover more about this extraordinary fungus at https://bit.ly/3VkO6UE #CortevaBiologicals #BioLogicals #Agriculture #Biotechnology

As we begin to understand how plants and fungi communicate, we will better understand the complexities of the soil ecosystem, leading to healthier crops. As per this study a plant hormone "Strigolactone" activates fungal genes and proteins associated with phosphate metabolism, a system that is key to growth. This insight into how fungi respond to chemical signals at the molecular level could lead to new strategies for cultivating hardier crops and combating disease-causing fungi.

The team at the University of Cordoba have discovered how the entomopathogenic fungus Metarhizium brunneum helps plants absorb more iron, which could make them great pest control agents. The entomopathogenic fungus Metarhizium brunneum reveals its mechanisms for enhancing iron acquisition in melon and cucumber plants. The research highlights the importance of developing natural biological control agents to reduce reliance on chemical fertilizers, aiding sustainable agriculture. Metarhizium brunneum is a biocontrol agent against pests and a plant facilitator for dealing with iron nutritional deficiencies. The strain M. brunneum EAMa 01/58-Su was found to make the most iron available to plants compared to other strains. The fungus enhances iron acquisition through both direct (gene induction) and indirect (soil-mediated) mechanisms. Immediate plant responses to iron deficiency were observed from the first day of application, which is critical in regions with calcareous soils that hinder iron absorption, such as Spain. The use of this biocontrol agent not only effectively manages agricultural pests but also supports increased iron absorption, potentially reducing the need for chemical fertilization and its environmental impacts. (Source:- Journal of Fungi)

The synergistic effects of multiple biostimulants can mean results that are more than the sum of their parts. Our recent research shows that combining organic acid and microbial consortia biostimulants multiplies positive effects on the soil microbiome—delivering better nutrient use efficiency, increased crop vigor, and higher yields.  Check out the blog post below to learn more. https://lnkd.in/def6KZ4B #Agriculture #Agribusiness #AgTech #Biostimulants #Biologicals #Biorationals #ValentBioSciences