Horizon Europe project RAINFOREST kick-off meeting


With work packages led by David Leclère from the Integrated Biosphere Futures Research Group (IBF) and Thomas Schinko from the Equity and Justice Research Group (EQU), the RAINFOREST project kicked off on 19 January with a two-day workshop hosted by the project coordinator, Francesca Verones from the Norwegian University of Science and Technology (NTNU), in Trondheim, Norway. This three-year project seeks to generate new knowledge on just transformative change in EU food and biomass systems required to bend the curve on biodiversity loss and halt climate change.

Human consumption, production, and trade of food and biomass are the main underlying causes of biodiversity loss. And as demand for food and biomass rises with affluence and population growth, this threatens ecosystem service provision and, ultimately, human well-being. Three quarters of the global land area have been significantly changed, more than 80% of global wetlands have been lost, and marine systems are increasingly under pressure. The intensification and expansion of agriculture has enhanced the supply of food and biomass to a growing world population but come at a substantial cost in terms of loss of natural forests and grasslands, over-fertilization, and increasingly uniform and biodiversity-poor agro-ecosystems. These trends are responsible for a good share of both the climate and biodiversity crises, and addressing them can contribute a long way to solving both crises jointly.

The ambition to address these issues is at the center the recently adopted EU Green Deal and Kunming-Montreal Global Biodiversity Framework, but the targeted changes in our consumption and production patterns and in our relationship with nature are wide-ranging. The goal of the RAINFOREST project is to support such a transition by developing a better understanding of equity considerations (such as how to equitably share the burden across nations and supply chain actors), human behavior (such as how to enact a transition to healthy diets), and governance issues (such as what institutional change is needed to enact ambitious change).

Towards these ambitions, IIASA will be actively delivering 5 tasks, including case studies on the EU, Austria and Ireland, to understand enablers and barriers at different governance scales and in generating the transformative change pathways.



Beijing skyline

29 November 2023

Embracing Ecological Perspectives, Tools, and Models to Navigate the Digital Economy

Digitalization has ushered in new markets worldwide and in BRICS countries. However, the concentration of market power and digital resources by only a handful of digital platform ecosystems (DPEs) has also triggered new governance challenges, particularly, for BRICS countries. As part of the dissemination process of the ECOANTITRUST initiative, Elena Rovenskaya delivered a presentation on the adoption of ecological insights and tools to improve understanding of the complex nature of digital platforms, their ecosystems, and their interactions with the wider economy.
Amazon Brazil

27 November 2023

A credible path for Brazil to reach net zero by 2050 depends on nature-based solutions

Without the implementation of nature-based solutions through actions such as halting deforestation and promoting large-scale native vegetation restoration, Brazil would jeopardize its Nationally Determined Contribution (NDC) pledges including achieving net zero GHG emissions by 2050, according to a new study. The researchers also emphasize that stopping deforestation is the most important mitigation measure Brazil can take towards net zero while preventing biodiversity loss.
View on purple sunset over the Brazilian rainforest in the Amazon region

05 August 2022

Carlos Nobre elected as a foreign member of the Royal Society

Brazilian climatologist and former IIASA Council Member for Brazil, Carlos Nobre, has been elected as a foreign member of the Royal Society. He is the first Brazilian scientist to join the world’s oldest scientific society since the 1800s.