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FA Bio are studying soil microbial profiles to discover superior biocontrol candidates to reduce the use of chemicals in agriculture In 2020, the European Commission adopted a package of proposals to make the EU’s climate, energy, land use, transport and taxation policies fit for reducing net greenhouse gas emissions by at least 55% by 2030. Achieving … Read more
As FA Bio head into the new year of 2022, we start with a growing team of expert scientists and a renewed passion and drive to identify sustainable farming solutions. At FA Bio we have a pioneering team of scientists who carry out skilled genomic, microbiological and glasshouse experiments. They utilise our innovative technology in … Read more
The Environmental Audit Committee has warned that poor water quality in English rivers results from chronic underinvestment and multiple failures in monitoring, governance, and enforcement. In a report published on 13th January, the Environmental Audit Committee found only 14% of English rivers meet good ecological status, with pollution from “agriculture, sewage, roads and single-use plastics … Read more
As FA Bio focus on their new mission, they appoint five specialist advisors to help navigate their journey to identifying sustainable farming solutions. Following the announcement to pivot their mission from offering diagnosis tools to identifying sustainable farming solutions, FA Bio have enlisted the advice and guidance of five prestigious expert advisors, to enhance and … Read more
FA Bio collaborate with UK growers as part of their cereal microbial sampling campaign During the month of October (2021) FA Bio have distributed 500 of their SporSenZ sensors, a unique soil microbial screening technology, to UK cereal growers as part of their campaign to discover superior soil microbes. The SporSenZ technology facilitates the … Read more
Our CEO and Co-Founder Ángela de Manzanos Guinot, PhD Since the Green Revolution, which started in the 1960s, the levels of crops grown and harvested per unit area of land have massively increased at a great cost to the global environment. Over the past 40 years the Earth has lost one third of arable land … Read more
Soil Microorganism in a Petri Dish Theoretically, if all farmers could achieve the highest attainable yield — worldwide crop production would rise by 45-70%. The yield losses come from inadequate fertilizer or water, or by losses to pests or disease. A study by Oerke in 2006 reported yield reductions of up to 50-80% without crop … Read more
Corn leaf blight of maize Plant diseases and pests are the largest contributors to crop losses worldwide, with an estimated 27–42% in production systems and potential losses of 48–83% in the absence of crop protection (Oerke and Dehne, 2004). Biocontrol is the use of biological organisms to control plant diseases. The use of biocontrol could … Read more
Discovering Pythium and how it influences agricultural crops Pythium is an oomycete, and even though oomycetes were previously considered a fungi, it has been recently shown that oomycetes are actually closer related to golden algae, brown algae, yellow-green algae and diatoms (read more). However, it is still common to find Pythium species considered as fungi … Read more
A few centuries ago the world was largely dominated by farmers. Back then, 90% of the world’s population practiced what was mainly subsistent farming, providing food and selling crop for their needs as well as for their family. Today, however, that story has changed – only 2% of the world’s population produce and fulfill the … Read more
