Trace Genomics and EarthOptics introduce new accuracy for Carbon Measurement

The multi-year agreement combines the power of soil carbon insights from both companies to offer farmers and ranchers research grade C-Mapper. This new hyper-accurate C-Mapper product from EarthOptics, combines Trace Genomics' unmatched TraceCARBON data with GroundOwl Sensor data to power a new carbon measurement and mapping in its SoilMapper™ platform.

EarthOptics uses sensing power from multiple sensors in the field to scan the entire field. The data is then analyzed by artificial Intelligence combined with ground truth samples to deliver information to farmers and ranchers through the EarthOptics SoilMapper platform. This web-based platform gives farmers and ranchers a view of real carbon maps and measurement in their fields.

"Given the increasing importance of carbon and sustainable farming, this collaboration to improve the accuracy we quantify and verify soil carbon storage from field all the way through to the ones and zeros," according to Lars Dyrud, CEO of EarthOptics. "EarthOptics' ability to measure soil carbon combined with Trace Genomics' TraceCARBON is setting a new standard for accuracy."

Trace Genomics incorporates cutting-edge soil science, machine learning, and genomic sequencing technologies into an unparalleled, comprehensive soil diagnostic platform. This enables the delivery of targeted insights and actions at cost-speed-scale-accuracy for partners who are advancing modern, sustainable farming solutions. Trace's carbon offering (TraceCARBON) includes an advanced high-accuracy soil carbon evaluation pipeline to measure total organic carbon (TOC), total inorganic carbon (TIC), bulk density of soil, as well as active carbon (POxC).

"By combining our high-resolution TraceCARBON data with EarthOptics' spectral imaging capabilities, we can offer unprecedented insights to help the agriculture industry measurably increase soil carbon sequestration and build more sustainable, regenerative supply chains. We are thrilled to partner with EarthOptics to bring the power of soil carbon intelligence today, and soil microbial intelligence in the future, to more growers around the world." said Poornima Parameswaran, CEO and Co-founder of Trace Genomics.

About Trace Genomics

Trace Genomics is a pioneer in the use of hi-definition genomics, soil science and machine learning to activate the hidden insights in soil for economic and ecosystem benefits. Where most companies deliver a partial picture, we provide a comprehensive and precise understanding of the soil's composition—analyzing the soil's biology, physical properties and chemistry. Trace Genomics delivers targeted database insights and actions at cost-speed-scale-accuracy for partners who are advancing modern farming solutions.

About EarthOptics

At EarthOptics, we see soil. Differently. EarthOptics f/k/a GroundTruth Ag, Inc., was founded in 2018 and has offices in Raleigh, North Carolina; Arlington and Blacksburg, Virginia; Minneapolis, Minnesota; and Fayetteville, Arkansas. EarthOptics is an agricultural technology company developing next-generation soil-sensing technologies that give growers revolutionary insights into the physical characteristics of their soil. EarthOptics beat out three finalists and more than 100 international agtech startup entries to win the AGCO Innovation Challenge Award during the 2021 World Agri-Tech Innovation Summit. We believe that below-ground precision and innovation in the soil space is long overdue. Our ultimate goal is to deliver point-of-care soil health insights – related to physical, chemical, and biological attributes of soil – in real time. To achieve this goal, we have assembled a team with diverse backgrounds in engineering, software development, geospatial analytics, data science, machine learning, and logistics and operations.

More information can be found at www.tracegenomics.com and www.earthoptics.com.

Contacts
Pat Dumstorff
Trace Genomics
[email protected]

Erika Poppelreiter
EarthOptics
(785) 458-2953
[email protected]

SOURCE Trace Genomics