EAVESTROP used passive acoustic monitoring of amphibians to assess climate change impacts in tropical ecosystems.
UNIVERSIDADE FEDERAL DE GOIAS
Brazilian public university contributing tropical field expertise to EU consortia on climate ecology, arbovirus response, and phytoremediation-to-biofuels.
Their core work
Universidade Federal de Goiás is a major Brazilian public university in Goiânia with research capacity across tropical ecology, infectious disease, and environmental engineering. In EU projects they contribute field-based expertise rooted in the Brazilian Cerrado and Amazon contexts — acoustic monitoring of tropical amphibians, arbovirus surveillance during the Zika epidemic, and phytoremediation of contaminated land coupled with bioenergy conversion. Their value to European consortia is the ability to run tropical field sites, access Latin American case studies, and bring Global South perspectives to climate, health, and land-use research.
What they specialise in
ZIKAlliance, a multi-year global consortium for Zika virus control running 2016-2021, positioned UFG as a Latin American clinical and research site.
CERESiS applies energy crops to remediate contaminated soils, combining soil science with plant biology.
CERESiS explicitly targets pyrolysis and gasification pathways to convert remediation biomass into liquid biofuels.
Across EAVESTROP, ZIKAlliance, and CERESiS, UFG consistently contributes Brazilian field-site access and tropical case-study data to European-led consortia.
How they've shifted over time
Early H2020 participation (2016-2018) centred on tropical ecology and global change through EAVESTROP's amphibian bioacoustics work. Mid-period activity pivoted to infectious disease with ZIKAlliance during the Zika epidemic. By 2020, focus shifted again toward applied environmental engineering — phytoremediation, pyrolysis, gasification and decision-support systems for clean biofuels in CERESiS — signalling movement from observational ecology toward solution-oriented land-use and energy research.
UFG is moving from biodiversity observation toward applied environmental-energy solutions, making them a relevant partner for circular bioeconomy and contaminated-land projects.
How they like to work
UFG consistently joins European-led consortia as a partner or participant rather than coordinating — across three H2020 projects they have never held the lead role. They appear in large, diverse consortia (68 unique partners across 25 countries for just three projects), which suggests they are sought as a specialist Latin American node rather than a frequent repeat collaborator.
Unusually broad network for the project count: 68 partners across 25 countries, with a clear pattern of being the Brazilian / Latin American anchor in otherwise European consortia.
What sets them apart
UFG is one of the few H2020-active Brazilian universities whose portfolio spans three disconnected domains — tropical ecology, arbovirus epidemiology, and contaminated-land bioenergy. For European consortia that need a credible Global South partner with access to Cerrado, Amazon, or Latin American disease contexts, UFG is a flexible entry point rather than a sector-specialised institute. Their non-coordinator track record means they slot in as a contributing node rather than driving the agenda.
Highlights from their portfolio
- ZIKAllianceA flagship global response consortium to the Zika epidemic, running five years and linking UFG into worldwide arbovirus research networks.
- CERESiSMost recent and most applied project, combining phytoremediation with pyrolysis/gasification to turn contaminated land into a biofuel feedstock — their clearest signal of future direction.
- EAVESTROPDistinctive methodology using passive acoustic monitoring of amphibians as a climate-change indicator, leveraging UFG's tropical field access.