Central to nearly all their projects — from Ground Truth 2.0's citizen observatories to MICS where they coordinated development of metrics for citizen science impacts.
CONSERVATION EDUCATION AND RESEARCH TRUST
Oxford-based citizen science specialists who design community environmental monitoring programs and measure their real-world impact across Europe.
Their core work
Earthwatch is an Oxford-based research trust that specializes in citizen science — designing, deploying, and measuring the impact of programs where non-scientists collect environmental data. They build citizen observatories for water quality, biodiversity, and coastal monitoring, combining sensor networks with community-based data collection. Their core contribution to EU projects is bridging the gap between professional environmental monitoring and public participation, bringing methodology for measuring how citizen science actually affects environmental outcomes and society.
What they specialise in
Ground Truth 2.0, MONOCLE, and COS4CLOUD all involve citizens collecting environmental data on water quality, biodiversity, and coastal conditions.
EU-Citizen.Science built a European citizen science sharing platform; COS4CLOUD developed EOSC-connected cloud services; both focused on open science principles.
MONOCLE focused on optical monitoring of coastal waters, lakes, and estuaries using sensors, UAVs, and ships; ILIAD extends this to comprehensive maritime data services.
ILIAD (2022-2025) marks a new direction into digital twins of the ocean, immersive visualisation, and sustainable ocean economy frameworks.
How they've shifted over time
Earthwatch's early H2020 work (2016-2018) was grounded in building citizen observatories with physical sensor networks — water quality sensors, UAVs, buoys, and ships — combined with socio-technical approaches to community engagement. From 2019 onward, the focus shifted decisively toward the science-of-citizen-science itself: measuring impacts (MICS), building European platforms (EU-Citizen.Science), and connecting citizen observatories to cloud infrastructure like EOSC. Their most recent project (ILIAD, 2022) signals a further pivot into digital ocean services and data integration at scale.
Earthwatch is moving from collecting environmental data with citizens toward measuring, standardizing, and scaling citizen science across European digital infrastructure — expect them to bring impact assessment expertise to future consortia.
How they like to work
Earthwatch predominantly joins projects as a participant (5 of 6 projects), contributing specialized citizen science expertise rather than leading large consortia. Their one coordinated project (MICS) was specifically about measuring citizen science impacts — their core competency. With 116 unique partners across 28 countries, they are a well-connected node in the European citizen science network, working comfortably in mid-to-large consortia rather than small bilateral setups.
Earthwatch has built a broad European network of 116 unique partners across 28 countries, reflecting their role as a go-to citizen science partner that different consortia invite for their specialized expertise. Their network spans environmental research institutes, universities, and technology providers across virtually all EU member states.
What sets them apart
Earthwatch occupies a rare niche: they don't just run citizen science programs, they measure whether citizen science actually works. Their MICS coordination — developing metrics and instruments to evaluate citizen science impacts — is something few organizations in Europe can claim. For any consortium that needs a credible citizen engagement component with built-in impact assessment, Earthwatch brings both the practical experience of running observatories and the academic rigor of evaluating their outcomes.
Highlights from their portfolio
- MICSTheir only coordinated project and largest budget (EUR 582,720) — focused on the meta-question of how to measure citizen science impacts, positioning them as thought leaders in the field.
- COS4CLOUDConnected citizen observatories to European Open Science Cloud infrastructure with EUR 448K budget, bridging grassroots environmental monitoring with large-scale data platforms.
- MONOCLETheir most technically diverse project combining UAVs, ships, buoys, and citizen sensors for coastal water monitoring — demonstrates ability to work across sensor technologies.