Both COSuccess and CLIMGROWTH are grounded in wild bird field populations, with keywords 'bird' and 'wild' appearing across all projects.
SCHWEIZERISCHE VOGELWARTE SEMPACH
Swiss ornithological institute specialising in wild bird fitness, cognitive ecology, and evolutionary responses to climate change.
Their core work
The Swiss Ornithological Institute (Vogelwarte Sempach) is Switzerland's leading field research center for wild bird ecology, population biology, and long-term ornithological monitoring. In H2020, they acted as host institution for Marie Skłodowska-Curie fellows, providing access to field populations, longitudinal datasets, and specialist expertise in avian ecology. Their research spans two distinct but connected areas: the physiological and cognitive determinants of bird fitness (linking oxidative stress, diet, and learning ability to reproductive success), and the evolutionary and developmental consequences of climate change on wild bird populations. They generate fundamental biological knowledge that informs biodiversity policy, conservation practice, and broader understanding of how animal populations adapt to environmental change.
What they specialise in
COSuccess (2020–2023) explicitly tests whether cognitive traits such as innovation and learning link oxidative stress and dietary antioxidants to reproductive success.
CLIMGROWTH (2021–2024) investigates how climate change drives shifts in adult body size through microevolution and developmental plasticity using integrated population models.
COSuccess focuses on oxidative balance and dietary antioxidants as mechanistic links between physiology, cognition, and fitness in wild birds.
CLIMGROWTH lists integrated population models as a core keyword, signalling capacity to combine field data with quantitative demographic and evolutionary modelling.
How they've shifted over time
In their earlier H2020 work (COSuccess, 2020), the institute focused on individual-level physiology and behaviour — how oxidative stress, diet, cognition, and learning capacity determine fitness and reproductive success in wild birds. By 2021, with CLIMGROWTH, the focus shifted upward in biological scale: from individual physiology to population-level evolutionary dynamics, examining how climate change reshapes body size through microevolution and phenotypic plasticity across generations. The trajectory is a clear move from mechanistic ecophysiology toward long-term evolutionary and demographic processes, with climate change emerging as the central organising pressure.
The institute is moving toward integrative, multi-generational approaches that combine field ecology, evolutionary biology, and population modelling to understand how wild bird populations respond to climate change — a direction strongly aligned with EU biodiversity and climate adaptation research priorities.
How they like to work
The Swiss Ornithological Institute has acted as coordinator (host institution) in both its H2020 projects, both of which are MSCA Individual Fellowships — meaning they attract and host top-tier researchers rather than building large consortia. Their network is deliberately small: just 2 unique partners across 2 countries. This pattern describes a specialist research host that offers fellows access to unique long-term field data and ornithological infrastructure, rather than a consortium broker seeking large multi-partner networks.
Extremely compact network with only 2 unique consortium partners across 2 countries, consistent with the MSCA-IF model where the host institution provides the research environment rather than coordinating a broad alliance. Geographic reach is Swiss-centred with limited cross-border partnering visible in H2020 data.
What sets them apart
The Swiss Ornithological Institute is one of Europe's most respected long-term bird monitoring and research institutions, with decades of population data that are rare assets for evolutionary and ecological research. As an MSCA host, they offer visiting scientists something most universities cannot match: deep, longitudinal field datasets on identified wild bird individuals across multiple life stages. For consortium builders in biodiversity, climate adaptation, or animal behavior research, they bring specialist field capacity and methodological depth that pure university groups rarely possess.
Highlights from their portfolio
- CLIMGROWTHThe largest-funded project (EUR 209,598) and the most policy-relevant, directly addressing how climate change reshapes body size through microevolution and developmental plasticity — a question central to biodiversity conservation and species resilience under future climate scenarios.
- COSuccessAn unusually integrative project linking oxidative biology, dietary nutrition, and cognitive capacity to reproductive fitness — a rare mechanistic bridge between ecophysiology and behavioral ecology in wild populations.