HomePosts Tagged "agrifood"

The 154-country study makes a case for true cost accounting to guide policy

Our current agrifood systems impose huge hidden costs on our health, the environment and society, equivalent to at least $10 trillion a year, according to a ground-breaking analysis by the Food and Agriculture Organisation of the United Nations (FAO), covering 154 countries. This represents almost 10 per cent of global GDP.

According to the 2023 edition of The State of Food and Agriculture (SOFA), the biggest hidden costs (more than 70 per cent) are driven by unhealthy diets, high in ultra-processed foods, fats and sugars, leading to obesity and non-communicable diseases, and causing labour productivity losses. Such losses are particularly high in high- and upper-middle-income countries.

One-fifth of the total costs are environment-related, from greenhouse gas and nitrogen emissions, land-use change and water use. This is a problem that affects all countries, and the scale is probably underestimated due to data limitations.

Low-income countries are proportionately the hardest hit by hidden costs of agrifood systems, which represent more than a quarter of their GDP, as opposed to less than 12 per cent in middle-income countries and less than 8 per cent in high-income countries. In low-income countries, hidden costs associated with poverty and undernourishment are the most significant.

The report makes the case for more regular and detailed analysis by governments and the private sector of the hidden or ‘true’ costs of agrifood systems via true cost accounting, followed by actions to mitigate these harms.

There have been other attempts at measuring the hidden costs of agrifood systems, producing similar estimates as FAO. The new FAO report, however, is the first to disaggregate these costs down to the national level and ensure they are comparable across cost categories and between countries.

For the first time, FAO will dedicate two consecutive editions of The State of Food and Agriculture to the same theme. This year’s report presents initial estimates, while next year’s will focus on in-depth targeted assessments to identify the best ways to mitigate them. Governments can pull different levers to adjust agrifood systems and drive better outcomes overall. Taxes, subsidies, legislation and regulation are among them.

The report urges governments to use true cost accounting to transform agri-food systems to address the climate crisis, poverty, inequality and food security. It notes that innovations in research and data, as well as investments in data collection and capacity building, will be needed to scale the application of true cost accounting, so it can inform decision-making transparently and consistently.

The 154-country study makes a case for

TierraSpec will revolutionise the measurement and validation of carbon sequestration in agricultural soils

The Bayer Trendlines Ag Innovation Fund, set up by Bayer CropScience LP (Bayer) and The Trendlines Group Limited, announced the establishment of TierraSpec Limited, a new company focused on real-time remote measurement and validation of carbon sequestration in agricultural soil to allow the issue of carbon credits and soil health monitoring.

TierraSpec is developing a platform for measuring and validating carbon sequestration in agricultural soils using remote sensing, employing unique testing methods and advanced machine learning modelling. The platform will be a cost-effective tool for the validation of carbon sequestration that will allow reporting to carbon registries for issuance and sale of carbon credits.

Trendlines Agrifood Fund CEO, Nitza Kardish, PhD commented, “We believe TierraSpec will revolutionise the measurement and validation of carbon sequestration in agricultural soils. Enabling farmers to accurately report on the carbon content in their fields will give them access to the carbon credit markets and encourage a widespread move to more sustainable agricultural practices.”   

“Scalable soil measurement, reporting, and verification will be crucial in the development of a model-based soil organic carbon estimation,” said Johan Botterman, PhD, from the Open Innovation and Strategic Partnerships team for Bayer CropScience.

TierraSpec will revolutionise the measurement and validation

OmniX Bio will provide venture funding, mentorship from global agrifood life sciences leaders, institutional partnerships and business development support to access domestic and export sales channels  

Omnivore announced today the launch of its OmniX Bio initiative to back early stage agrifood life science startups. The program will support Indian entrepreneurs who are working in agricultural biotechnology, novel farming systems, bioenergy and biomaterials, as well as innovative foods, including alternative protein. 

 Agrifood life sciences can play a critical role in tackling both climate mitigation (reducing India’s GHG emissions) and climate adaptation (securing a future for India’s farmers), as well as other agricultural sustainability challenges. 

OmniX Bio will provide venture funding, mentorship from global agrifood life sciences leaders, institutional partnerships, and business development support to access domestic and export sales channels. While all members of the Omnivore team will support OmniX Bio, a PhD life scientist will join the investment team in 2022 to oversee the initiative and help develop the agrifood life sciences ecosystem across India.

 Omnivore also disclosed the first investment under the OmniX Bio initiative: BioPrime, which is developing biological crop inputs that enhance yields without harming the environment or the health of farmers and consumers.  The BioPrime team has spent the past few years building SNIPR (Smart Nanomolecules Induced Physiological Response) and BIONEXUS. SNIPR is a discovery platform which identifies innate immunity or natural defence mechanisms in plants, curates unique traits, and delivers tailored crop input formulations. BIONEXUS is India’s largest trait modifying, plant-associated microbe collection. Changes in the diversity of microbiota can confer plants acquired traits like drought tolerance, disease resistance, and enhanced yields, to name a few.

Renuka Diwan, Co-Founder and CEO of BioPrime, said, “At BioPrime we are focusing on discovering fundamental aspects of plant communication, identifying new biomolecules and new modes of modulating plant responses. SNIPR and BIONEXUS enable BioPrime to develop new biologicals and radically improve existing products at a fraction of cost and time.”

Mark Kahn, Managing Partner of Omnivore, commented, “We are excited to launch OmniX Bio to help reboot the agrifood life sciences ecosystem in India. Technological advances in this space can effectively solve some of the toughest challenges in Indian agriculture. We hope to see more entrepreneurs like the BioPrime team step up to the challenge and help change the course of Indian agriculture for the better.”

OmniX Bio will provide venture funding, mentorship