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The overarching goal of STAR Work Package 2 "Integration and Infrastructure" is to facilitate the long term sustainable integration of European radioecological research, with an appropriate governance structure. To ensure effective collaboration and integration, an inventory of infrastructure covering radioanalytical equipment and methods, bioinformatic equipment and methods, sample archives, models, expertise and facilities for radioecological research has been created (using an on‐line wiki pages). The infrastructure survey shows that STAR partners and the associated Alliance have a high‐quality infrastructure, extended expertise and competence for radioecological research in Europe. STAR partners have expertise in wide‐ranging areas of radioecology, encompassing the atmospheric dispersion, dosimetry, ecology, ecotoxicology, environmental radiation protection, environmental surveillance, foodstuffs, terrestrial, freshwater and marine radioecology, modelling, radiobiology and radionuclide analytics, emergency preparedness, education and training. Within STAR partners have more than 170 experts are covering these areas. A wide‐ranging expertise is available within STAR partners for radioanalytical methods. Many of the methods are accredited emphasising the remarkably high quality of the partner laboratories. There are also many different holistic bioinformatic equipment and platforms for molecular and biochemical analysisto study (radiation) effects endpoints in Europe. The STAR NoE is highly resourced. The large inventory of specialized facilities and research equipment highlights the ability of the STAR network to perform high‐quality radioecological research. The facilities comprise different kinds of laboratories, such as rooms for: pretreatment of samples, specially constructed experimental systems for radioecological and biological studies and measurement, specialized equipment for radioactivity measurements, radiochemical and biological treatment of samples a