EISCAT SCIENTIFIC ASSOCIATION

Their core work

EISCAT operates incoherent scatter radar systems in Northern Scandinavia and Svalbard, providing critical measurements of the upper atmosphere, ionosphere, and near-Earth space environment. Their flagship initiative, EISCAT_3D, is a next-generation phased-array radar facility designed to deliver continuous 3D observations of the polar atmosphere and space weather phenomena. Beyond operating radar infrastructure, they contribute atmospheric and space weather data to European research infrastructure networks and open science platforms, making their observations accessible across disciplines including environmental science, climate research, and space weather forecasting.

What they specialise in

How they've shifted over time

In the early H2020 period (2015–2018), EISCAT focused on building its next-generation radar facility (EISCAT_3D) and connecting environmental research infrastructures around shared challenges like climate change, biodiversity, and Arctic/marine observations. From 2019 onward, the emphasis shifted decisively toward data infrastructure — FAIR principles, EOSC integration, federated cloud computing, and making space weather and atmospheric data accessible through standardized digital services. This mirrors the broader European push from building physical infrastructure toward making the data those instruments produce openly and interoperably available.

EISCAT is transitioning from a physical radar operator into a data-rich, cloud-connected observation service provider — future partners should expect emphasis on FAIR data delivery and EOSC integration.

How they like to work

EISCAT operates overwhelmingly as a participant (8 of 9 projects), contributing specialized infrastructure and data rather than leading large consortia. Their single coordinator role was for their own facility upgrade (EISCAT_3D), which is typical for infrastructure providers. With 217 unique partners across 40 countries, they are deeply embedded in European research infrastructure networks — a reliable, well-connected partner that brings unique observational assets to large multi-partner projects.

With 217 unique consortium partners spanning 40 countries, EISCAT has one of the broadest networks among specialized research infrastructures. Their connections span environmental science, e-infrastructure, and space science communities across virtually all EU member states and associated countries.

What sets them apart

EISCAT is the only organization in Europe operating large-scale incoherent scatter radars specifically designed for ionospheric and upper-atmosphere research in the Arctic region. This makes them irreplaceable for any project requiring ground-based space weather observations at high latitudes. Their ongoing EISCAT_3D upgrade will deliver continuous volumetric radar measurements — a capability no other facility worldwide can match — positioning them as a critical node for space weather services and polar atmospheric science.

Highlights from their portfolio

• EISCAT3D_PfP
  Their only coordinated project and by far the largest (EUR 3.1M) — preparing the next-generation 3D radar facility that will transform upper-atmosphere observation in Europe.
• PITHIA-NRF
  Most recent and second-largest project (EUR 609K), integrating ionosphere, thermosphere, and plasmasphere research into a unified access network — shows where EISCAT is heading.
• ENVRI-FAIR
  Key project connecting EISCAT's observational data to the FAIR and EOSC ecosystem, demonstrating their transition from instrument operator to data service provider.