European Central Bank

Climate change poses a significant risk to financial stability by impacting sovereign credit risk. Quantifying the exact impact is difficult as climate risk encompasses different components– transition risk and physical risk – with some of these, as well as the policies to address them, playing out over a long time horizon. In this paper, we use a large panel of 52 developed and developing economies over two decades to empirically investigate the extent to which climate risks influence sovereign yields.

This paper contributes to the literature on the price Phillips curve by exploiting subnational regional data from 11 euro area countries. Beyond controlling for aggregate fluctuations common across euro area regions, our approach accounts for country-specific dynamics, including national inflation expectations, thereby addressing key limitations in previous studies. Our results suggest that the Phillips curve in the euro area is relatively flat, but statistically significant.

The purpose of this paper is to empirically examine the effects of capital and liquidity on bank stability as well as the existence of a potential complementary or substitute relationship between both dimensions to explain bank stability. We use a sample of 16,061 banks from 27 countries during the period 2013-2023. Our results show that both capital and liquidity increase bank stability. However, the joint interactive effect presents a negative coefficient indicating the existence of a potential substitution effect between both variables.

Global temperatures are rising at an alarming pace and public awareness of climate change is increasing, yet little is known about how these developments affect consumer expectations. We address this gap by conducting a series of experiments within a large-scale, population-representative survey of euro area consumers. We randomly assign consumers to hypothetical global temperature change scenarios, after which we elicit their expectations for inflation and key macroeconomic indicators under these conditions.