Sustainable finance taxonomies such as the European Union (EU) taxonomy can support the transition to a climate-neutral economy. As a classification system, these taxonomies serve to offer transparency and guidance as to how capital flows can be shifted to sustainable and environmentally-friendly activities. In this Weekly Report, we analyze 26 sustainable taxonomies from countries and regions around ...
Driven by the motivation to raise the ambition level of climate action and to foster the transformation of economies, current climate policy discourse revolves around ways to improve cooperation between industrialized countries and emerging economies. We identify three broad types of initiatives—multilateral-cross sectoral, multilateral, sector specific, and climate and development partnerships—and ...
A plethora of sustainable finance taxonomies are emerging worldwide to support shifting trillions for climate action. Employing a qualitative research approach, we use document analysis to assess 26 sustainable finance taxonomy frameworks worldwide that are in the developing phase or have been published and/or adopted. Based on literature and data we build a transition score (TS) to evaluate the framework’s ...
Advanced technologies are inherently dependent on critical minerals and their related metals. The mining extraction of these critical minerals leads to significant social and environmental impacts that extend beyond the regions where those advanced technologies are ultimately used. This study explores the global socio-environmental challenges arising from the European Climate Law's aim for net-zero ...
Diese Dissertation behandelt die Herausforderungen der Dekarbonisierung im Energiesektor aus verschiedenen Perspektiven mit unterschiedlichen Methoden. Kapitel 1 liefert Hintergrund und Motivation. Kapitel 2 analysiert die Beziehung zwischen geografischer und zeitlicher Flexibilität im Strommarkt in einem Szenario mit 100% erneuerbaren Energien in zwölf mitteleuropäischen Ländern. Unter Anwendung eines ...
Achieving climate neutrality and energy independence will require the accelerated diffusion ofexisting technologies, further cost reductions, as well as innovation in new technologies.However, climate related frontier innovation, as measured by patent fi lings, has been decliningsince 2012. In contrast, the deployment of existing technologies seems on the rise. The focus ondiffusion and commercialization ...
Making macroeconomics fit for a climate-neutral future: The European Union decided to be climate-neutral by 2050 and, hence, become the first climate-neutral continent in the world. Becoming climate-neutral can be considered one of the biggest challenges in our industrial societies. This transition will shape our future tremendously. The invasion of Ukraine further reinforced the necessity to speed ...
Critical discussions about decarbonising our economy: This new series brings together leading thinkers in the political economy of the environment to discuss why business as usual is still going so strong, despite the scientific evidence that urgent action is needed. In this series, we ask our guests "what is holding up the green transition"? The events explore systemic root causes of the climate crisis ...