Farmers and other producers frequently struggle against weather variability and product cost uncertainties. Our solutions leverage remote sensing data, global and regional weather phenomena, to accurately identify potential influences on local weather patterns that can impact a producer's fields and monitor crop performance. Our team forecast yield and the outcome of agronomic decisions, while also predicting freezes, heatwaves, droughts, and any other severe weather at the micro-scale that could affect in-season yield potential and harvest.
Increase agricultural yields, reduce losses, and avoid waste using our cutting-edge solutions.
At the core of our Carbon Removal Solution lies our advanced technology, expertly designed to provide precise and real-time monitoring of CO2 capture. This enables us to accurately track and report CO2 sequestration, ensuring that our clients receive the maximum possible credits for their environmental contributions and that investors securely make the difference in Ag carbon removal projects.
Our system not only monitors but also advises on optimizing CO2 capture potential. By analyzing real-time data, we can make recommendations to enhance CO2 soil retention in agricultural lands and pastures. Our approach has been widely tested and validated globally, proving its accuracy across diverse environmental conditions.
The integration of our technology ensures that carbon capture processes are more efficient, transparent, and profitable, contributing significantly to global carbon reduction efforts.
Rapid growth and increasingly severe weather events have exacerbated the energy supply and climate resiliency challenges for urban regions. Urban vegetation plays a critical role in stabilizing micro- and regional climates, such as enhancing local resiliency to severe weather and reducing the urban heat island effect. However, its complex composition and dynamic changes pose major challenges for data collection.
Our novel and innovative visualization and data analysis tools can capture this data and inform urban researchers, stakeholders, and other decision-makers about the predictability of urban systems and potential impacts on community resilience.
Our solutions integrate urban vegetation, climate, population, socio-economic, and building data at parcel and neighborhood scales for any community.
We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.