SciTransfer
Organization

LOBELIA EARTH SL

Barcelona SME providing Earth observation data services for emissions monitoring, water resources, and climate adaptation using Copernicus and Sentinel satellites.

Technology SMEenvironmentESSMEThin data (2/5)
H2020 projects
3
As coordinator
0
Total EC funding
€361K
Unique partners
61
What they do

Their core work

Lobelia Earth is a Barcelona-based SME specializing in Earth observation data services, particularly satellite-derived environmental monitoring. They process Sentinel and Copernicus satellite data to track industrial and biogenic emissions, monitor inland water bodies, and support climate adaptation planning. Their work bridges the gap between raw satellite imagery and actionable environmental intelligence for policy-makers and industry.

Core expertise

What they specialise in

Satellite-based emissions monitoringprimary
1 project

SEEDS project focused on Sentinel EO-based emission and deposition services using inverse modelling and data assimilation.

Earth observation for water resourcesprimary
1 project

Water-ForCE project addressed remote sensing of inland waters and integration with Copernicus services and in situ networks.

Copernicus data exploitationprimary
2 projects

Both SEEDS (Sentinel EO) and Water-ForCE (Copernicus Exploitation) centre on extracting value from EU Earth observation infrastructure.

Evolution & trajectory

How they've shifted over time

Early focus
Satellite emissions and water monitoring
Recent focus
Climate adaptation and nature-based solutions

All three of Lobelia's H2020 projects started in 2021, so the evolution window is narrow. However, a thematic shift is visible: their third-party roles in SEEDS and Water-ForCE are technically focused on satellite data processing (emissions, water cycle monitoring), while their participant role in IMPETUS broadens into climate adaptation governance, co-creation, and behavioural change. This suggests a company moving from pure EO data services toward applied climate resilience advisory.

Lobelia appears to be expanding from technical EO data processing into the broader climate adaptation and resilience space, positioning itself as a provider of decision-support services rather than raw satellite analytics alone.

Collaboration profile

How they like to work

Role: third_party_expertReach: European15 countries collaborated

Lobelia operates primarily as a third-party contributor (2 of 3 projects), suggesting they are typically brought in for specific technical expertise — likely satellite data processing — rather than leading or co-designing projects. Their single participant role in IMPETUS, which is also their only directly funded project, may signal a recent push toward deeper consortium involvement. With 61 consortium partners across 15 countries, they are embedded in large European consortia but not yet driving them.

Through their three projects, Lobelia has been connected to 61 unique partners across 15 countries, indicating exposure to broad European consortia. However, as a predominantly third-party contributor, their direct collaborative relationships are likely narrower than these numbers suggest.

Why partner with them

What sets them apart

Lobelia sits at the intersection of Copernicus/Sentinel satellite infrastructure and real-world environmental applications — emissions tracking, water monitoring, and climate adaptation. For consortium builders, they offer a compact SME that can translate raw EO data into usable environmental services without the overhead of a large research institute. Their Barcelona base and cross-thematic reach (space, climate, environment) make them a flexible partner for projects needing applied remote sensing expertise.

Notable projects

Highlights from their portfolio

  • IMPETUS
    Their only directly funded H2020 role (EUR 360,762 as participant), and their broadest project — spanning climate adaptation, governance models, and nature-based solutions across multiple bio-geographical regions.
  • SEEDS
    Demonstrates core technical capability in satellite-based emission monitoring using Sentinel data, inverse modelling, and data assimilation techniques.
  • Water-ForCE
    Positions Lobelia within the Copernicus ecosystem specifically for inland water monitoring, connecting remote sensing with in situ observation networks.
Cross-sector capabilities
space and Earth observationclimate change adaptationwater resource managementair quality and emissions policy
Analysis note: Profile based on only 3 projects, all from 2021, with 2 as third-party roles (no direct funding data for those). The thematic evolution analysis is tentative given the narrow timeframe. The 61-partner / 15-country network figures reflect consortium-level connections and likely overstate Lobelia's direct collaborative footprint. Confidence is low; a richer profile would require data from national or ESA contracts beyond H2020.