Lobelia utilizes advanced Earth observation techniques to generate precise datasets from geophysical features, focusing on air, water, soil, and vegetation resources. The company provides decision-makers with evidence-based analyses and visualization tools to understand climate vulnerabilities and risks, facilitating informed actions in response to climate challenges.
Funding
Funding not disclosed
Founders
Product
Problem
Decision-makers lack precise, readily available datasets on geophysical features, hindering their ability to understand climate vulnerabilities and risks. Traditional methods for monitoring air, water, soil, and vegetation resources are often costly, time-consuming, and lack the granularity needed for effective climate action. This makes it difficult to implement evidence-based strategies for climate resilience and decarbonization.
Solution
Lobelia provides accurate observational datasets derived from Earth observation techniques, focusing on air, water, soil, and vegetation resources. The company delivers evidence-based analyses and visualization tools that enable decision-makers to understand climate vulnerabilities and risks. By integrating validated data on connected ecosystems, Lobelia supports the transition to a decarbonized economy and facilitates informed actions in response to climate challenges.
Target Audience
Lobelia's primary customers are decision-makers in organizations focused on climate action, including governmental bodies, NGOs, and private sector companies involved in sustainability and environmental management.
Features
- Generation of precise datasets from geophysical features using advanced Earth observation techniques
- Exclusive and validated data of Earth’s air, water, soil, and vegetation resources
- Development of visualization tools for decision-makers
- Evidence-based analyses for understanding climate vulnerabilities and risks
- Monitoring of soil moisture to anticipate locust outbreaks
- Digital view of the world’s oceans
- Biomass monitoring at the tree level
- Climate risk assessment in ports
- Detection of plastic in marine environments using SAR and AI
- Assessment of thermal stress impact
- Analysis of the economic impact of extreme storms
- Monitoring of surface water availability
- Air pollution analysis