A science and technology platform developed in Australia is helping reduce greenhouse gas emissions across the global agricultural supply chain.
Regrow’s Agriculture Resilience platform is helping more than 100 agribusinesses, retailers and food companies worldwide to measure emissions across their supply chains and use the insights to improve farming practices or develop remediation programs. The platform continuously monitors 1.2 billion acres using data captured by satellites operated by NASA and the European Union and processed by Google Earth Engine. It can cater to the unique soils, crops and farming practices of 45 countries.
Regrow’s innovative technology has attracted A$55 million in venture capital to date. It was named one of Fast Company’s 50 most innovative companies and the number one most innovative company in agriculture in 2023. Time Magazine also included Regrow in its list of 100 most influential companies of 2023.
‘Agriculture is responsible for around 30% of the world’s greenhouse gas emissions,’ says Dr. Anastasia Volkova, Regrow’s co-founder and CEO. ‘Reducing emissions across the agricultural supply chain will be key to the world’s transition to net zero.
‘Regrow’s solution evaluates the environmental impacts of agricultural management and finds ways to remediate them. Our goal is to help growers and companies develop and invest in sustainable regenerative agriculture programs that build resilience across the supply chain.’
Regrow had its roots in Flurosat, Volkova’s first company. Founded in 2016, Flurosat used drone and satellite data, along with algorithms and other tools, to help farmers optimise crop production. In early 2021, FluroSat merged with the soil health startup Dagan to form Regrow.
Regrow’s mandate is to promote resilience across the agriculture, food and fibre supply chain. Its platform gives companies unprecedented visibility into emissions across their agricultural supply chain so they can identify opportunities to reduce or abate emissions. The Regrow Agriculture Resilience platform also measures the potential impact of these opportunities, helping companies develop effective and attainable emission-reduction programs.
Growers can also use the platform to adjust their inputs or crop type to boost yield, while reducing carbon emissions. For instance, they can reduce the number of times they till a field, or plant a cover crop rather than leave a field bare, to minimise emissions.
In the US, Regrow is working with the Kellogg Company to reduce greenhouse gas emissions across the company’s value chain by 15% by the end of 2030. Kellogg’s InGrained™ program incentivises rice farmers in the company’s main sourcing region to adopt climate-friendly practices.
Regrow’s platform will model the emissions outcomes of specific farm management practices, such as irrigation and fertiliser optimisation and soil health management. These assessments use data specific to each farmer’s location, soil type, crop variety, weather data and other factors. This hyper-specific data allows farmers to choose the soil health practice(s) that will best serve their operations, both environmentally and financially.
Regrow will then quantify the impact of those changes on methane emissions using its proprietary soil carbon model, DNDC. Regrow will also verify farm management practices, so that Kellogg’s can confidently compensate farmers for their emissions reductions.
‘Other solutions are locally focused, so they may only analyse a certain number of crops in a specific country,’ says Volkova. ‘We have exclusive commercial rights to science models that allow us to assess land on a global scale. It makes our solution unique as it meets the needs of companies touching global agricultural supply chains.’
In addition to Kellogg’s, Regrow counts Cargill, General Mills, Nutrien and BASF among its customers. The company has also partnered with like-minded organisations such as environmental sustainability consultancy Quantis.