Headline: RIFS Blog

Concern with the Amazon is common in international climate discourse. Indeed, “saving” the Amazon for the sake of the climate has become a rallying cry among climate policymakers and researchers alike. In this post, I want to argue that while curbing deforestation in the Amazon is undoubtedly important, framing the challenge as a mission to “save” the Amazon in order to fight climate change is problematic.

Empowering consumers to adopt more sustainable food habits is one of the foremost goals of the EU’s Farm to Fork Strategy. This goal is diluted by a recent amendment passed by the EU Parliament that imposes strict limits on how substitutes for dairy products can be described and marketed.

Brazilian geographer Bertha Becker referred to the Amazon region as the oldest periphery of the capitalist world system. Its colonial occupation, or 'frontier economy', is based on the continuous incorporation of available land and the exploitation of their resources – both of which are regarded as infinite. This perspective on the Amazon has existed for centuries and continues to loom large in Brazil today. To meet its growing demand for raw materials, the outside world assumed the rainforest to be of little value, discounting the services that it provides to humankind. This view encourages the rainforest’s destruction and is not sustainable. A model for the sustainable development of the Amazon region is feasible however and could play an important role in Brazil's post-pandemic economic recovery efforts.

In recent years, there have been increasing calls for central banks to become pioneers in sustainability transformation. Is this the best idea - or are there alternatives? In the blog post written by Andrei Guter-Sandu and Steffen Murau, the authors present an alternative and reflect on the implications of their proposal for a "green transition" towards a more sustainable economy. It refers to an essay published in the "Wirtschaftswoche" on the democratization of the Eurozone.

On the 7th of October, the European Parliament voted to adopt a more ambitious climate target to reduce EU emissions by 60% in 2030 compared to 1990, up from 40% currently. Policymaking and planning decisions towards this target are not straight forward, and it bears the question: How can we foster the societal and political acceptance needed to completely decarbonise our energy systems? While energy models can be used to study the pathways towards a decarbonised energy system, they largely neglect the social and political dimensions of the energy transition. To provide more realistic, relevant, and sustainable decision-advice, it’s time for energy modellers to integrate social concerns in their models.

Vietnam has recently incorporated a new section into its updated Nationally Determined Contribution (NDC) under the United Nations Framework Convention on Climate Change (UNFCCC) to emphasize the socio-economic co-benefits of climate action for the country.

The energy transition raises many questions about how to achieve and design net-zero emission energy systems. Energy models can support decision-makers by providing virtual laboratories in which different energy futures can be explored. But what are the requirements of different stakeholders on these energy models? Which challenges of the energy transition should they tackle? What questions should these models be able to answer? In order to identify needs and discuss the expectations placed on energy modelling in the framework of the project Sustainable Energy Transition Laboratory (SENTINEL), we conducted an online survey in summer and held an online expert workshop on the 1st of October.

A long, grotty corridor, bathed in cold neon light. The audience of just ten people is divided into two groups and has to keep the mandatory distance of 1.5 metres while standing in line. You wait and ask yourself what’s going to happen next. This is how a performance of Tornado, a “Climate-Theatre-Disaster”, gets under way at Berlin’s Theaterdiscounter.

How do you get a feel for a place? I have to be there in person. I feel the ground, taste the air, dip my fingertips in the water; I let the sounds weave its stories me. Since April, I've been working on an artistic project about the region of Lusatia. The region has long captivated my imagination, since learning about its cross-border identity and the history of the Sorbs in Lusatia, pre-dating current nation states.

The neoclassical approach that currently prevails in economics does not factor in the damages caused to health and the lives of people, animals, plants and ecosystems in capitalist economies. Instead, they are regarded as unforeseen side effects and treated as “externalities”.

The current death toll from Covid-19 is just over 800,000 people worldwide. This is likely to be a conservative estimate. To provide some perspective, in 2017, around 56 million people died, with the largest cause of death being cardiovascular diseases, which accounted for about 32% of deaths. 4.2 million people die every year as a result of exposure to outdoor air pollution. If we consider the rankings of risk factors for death, air pollution is number 4 on the list. 4!! Why am I suddenly bringing air pollution into this? Initial research has shown that there is a link between air pollution and Covid-19 cases.

The former seat of the Prussian Kings and Kaisers, Potsdam is famous for its ensemble of parks and palaces, which has made it onto the UNESCO World Heritage list. But Potsdam is also an international science hub, where international researchers spend anything from a month to several years at one of the city’s many research institutes. To learn more about these international guest scholars and their needs, a working group on “Internationales Wohnen und Begegnen” was formed within the City Administration in 2017. Angela Borowski from the IASS has contributed to its work.

Countries have responded differently to the large societal and economic impacts of the Covid-19 pandemic. While some view the crisis as a window of opportunity for new technologies and approaches to achieve climate neutrality, others will be tempted to reinforce their dependence on old technologies, leading to a carbon lock-in. Israel’s response as a start-up nation is promising, but further measures are needed to support a green transition.

According to a recent report, German households are producing 15% more waste compared to before the pandemic as concerns around hygiene and safety overshadow the public's interest in sustainability. Additionally, with people enjoying outdoor spaces in the summer, plastic packaging waste is even more starkly noticeable in the environment. With common plastic items, and particularly to-go food packaging, constituting 10-20% of the waste found in parks, public places and streets in Germany, the urgent need to regulate these products cannot be understated. Long-term measures to avoid the excessive production and consumption of plastic in its various forms are clearly needed.

Socio-environmental governance is not an area of exclusive government action. Corporations, investors, civil and consumer organizations are reinventing themselves as political players in an increasing number of self-regulatory arrangements. Private environmental governance covers a wide-range of schemes such as Corporate Social Responsibility (CSR), Environmental, Social and Governance (ESG) criteria; Voluntary Sustainability Standards (VSSs) and certifications. Private initiatives have been praised for their potential to contribute to the goals of the Paris Agreement. Nonetheless, the current situation in Brazil shows that the private sector has a role to play not only in making its own environmental commitments, but in demanding that governments respond.

Thanks to plummeting prices for electricity generated from renewables, the energy transition in the electricity sector has really taken off. It has also been at the forefront of recent public debates on the coal exit and minimum distance rules for wind turbines. But it is the heating sector that accounts for most of Germany’s energy consumption: According to the German Environment Agency, building heating alone represents around 32 per cent of the country’s total energy consumption. So the energy transition in the heating sector is a key arena for successful climate protection. The Building Energy Act (Gebäudeenergiegesetz) adopted by the German Bundestag on 18 June explicitly refers to the need for action in this sector.