We are proud to share that one of our biostimulant products has been certified under the Certified Biostimulant Program in recent months, a significant milestone not just for our team here at Brandon Bioscience, but also for our partners and customers in the U.S.
Brandon Bioscience offers proven biostimulant solutions to manage salinity stress and support long-term crop health and performance.
MARTELLO® boosts crop resilience by enhancing calcium uptake, helping plants withstand drought, heat, and salinity for better stress tolerance and yield.
PSI® Technology delivers consistent, high-performance biostimulants through precision extraction and rigorous quality control.
Discover the 5 pillars behind PSI® Technology & how they ensure consistent, high-performing biostimulants for productive, sustainable crops.
Protect yields during drought. Discover strategies to manage water deficit and maintain crop quality using advanced, sustainable solutions.
We are proud to share that one of our biostimulant products has been certified under the Certified Biostimulant Program in recent months, a significant milestone not just for our team here at Brandon Bioscience, but also for our partners and customers in the U.S.
Brandon Bioscience offers proven biostimulant solutions to manage salinity stress and support long-term crop health and performance.
MARTELLO® boosts crop resilience by enhancing calcium uptake, helping plants withstand drought, heat, and salinity for better stress tolerance and yield.
PSI® Technology delivers consistent, high-performance biostimulants through precision extraction and rigorous quality control.
Discover the 5 pillars behind PSI® Technology & how they ensure consistent, high-performing biostimulants for productive, sustainable crops.
Protect yields during drought. Discover strategies to manage water deficit and maintain crop quality using advanced, sustainable solutions.
Learn how irrigation salinity stress affects crops, soil, and yield, and discover effective management strategies to protect your farm’s productivity.
Brandon Bioscience’s seaweed biostimulants help crops fight drought, salinity, heat, and nutrient stress—supporting sustainable, high-yield farming.
PSI® Technology provides clear, science-backed insights into how biostimulants work, helping growers achieve reliable crop performance.
Brandon Bioscience’s seaweed biostimulants help farmers combat drought, salinity, and heat stress with targeted, research-backed crop protection.
Support crop resilience with Brandon Bioscience’s seaweed biostimulants—proven solutions for drought, salinity, heat stress, and fertiliser efficiency.
Brandon Bioscience supports farmers with seaweed-based biostimulants that improve crop resilience, boost yields, and reduce the impact of stress.
Not all seaweeds are the same. Several factors play a role in determining quality and performance
Grasp the importance of research and field trials in developing biostimulant products that support sustainable agriculture and robust crop yields.
Explore the critical problems in farming affecting crop yield and discover how to improve crop production now and for seasons to come.
NEW PUBLICATION: PSI 362 Precision Technology and its effect on reducing nitrous oxide (N2O) emissions and nitrate (NO-3) leaching on farm
Grass growth in Ireland in 2024 is back 10%. Learn how PSI®362 helps farmers maintain grass growth and reduce fertiliser use
What is abiotic stress in plants? Understand how climate change affects abiotic factors in plants and how we can mitigate these abiotic stresses.
Learn about Precision Farming Technologies and PSI Technology in agriculture: A game-changer for sustainable farming practices by biostimulants.
Step into sustainable farming with our guide, offering practical strategies for soil health, water management, biostimulant use in agriculture, and more.
Get ahead in the future of agriculture! Learn about 7 leading sustainable trends in 2024 that are redefining the agricultural industry.
This World Food Day, we look at how water is the lifeblood of agriculture and how we all have a responsibility to manage it sustainably
Last week, our Biostimulant Product Manager, Brett Wesley had the privilege of attending the ACI Biostimulants Conference in Madrid, where he shared insights on one of the most pressing issues in modern agriculture: nitrogen use efficiency (NUE).
As the year draws to a close, we are taking time to reflect on a busy and successful year at Brandon Bioscience. We are thankful to all our customers, suppliers and those we have met throughout the year. Our team are looking forward to a well-earned break over the holidays and we look forward to an exciting 2025.
Find out how Brandon Bioscience’s presence at key agriculture events underscores our mission to advance agricultural science and support farmers.
Brandon Bioscience's pod shatter technology has been shortlisted for Enterprise Ireland's Innovation Arena Awards 2024
As we start into a new year in 2024, it is only fitting to take a moment to reflect on the incredible journey we've experienced together in 2023. This year has been a series of achievements, growth, and meaningful connections as Brandon Bioscience celebrated its 25th year in business.
We are proud to share that one of our biostimulant products has been certified under the Certified Biostimulant Program in recent months, a significant milestone not just for our team here at Brandon Bioscience, but also for our partners and customers in the U.S.
Brandon Bioscience offers proven biostimulant solutions to manage salinity stress and support long-term crop health and performance.
MARTELLO® boosts crop resilience by enhancing calcium uptake, helping plants withstand drought, heat, and salinity for better stress tolerance and yield.
PSI® Technology delivers consistent, high-performance biostimulants through precision extraction and rigorous quality control.
Discover the 5 pillars behind PSI® Technology & how they ensure consistent, high-performing biostimulants for productive, sustainable crops.
Protect yields during drought. Discover strategies to manage water deficit and maintain crop quality using advanced, sustainable solutions.
