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NON-TECHNICAL SUMMARYIn this paper we exploit the microeconomic information contained in the European Central Bank (ECB) Survey of Professional Forecasters (SPF) as a means to contribute further to understanding the predictive performance of surveyed density forecasts. In particular, we examine the possible role of density features such as their location, spread, skewness and tail risk in determining density forecast performance both over time and across individuals. Understanding this link is of relevance to both forecast users -such as the ECB -and forecast producers. In particular, the insights from our study are of interest to survey users who may rely on specific density features when evaluating different policy choices (e.g. relating to tail risks or possible skewness in the distributions).Moreover, density forecast producers, including those forecast producers responding to the SPF questionnaire, can potentially improve their density forecast performance by gaining an understanding about how their density features have impacted on their historical density performance.Our analysis focuses on the one and two-year horizon density forecasts for euro area real output growth and consumer price inflation. We begin by constructing individual measures of density forecast performance from this dataset. Our preferred performance measure is the Ranked Probability Score (RPS) which is based on the entire predictive distribution and rewards forecasters who concentrate a high probability mass in regions of their density that are close to where the outcome occurs. Next, we estimate directly at the individual level key characteristics of the SPF densities such as their means and higher moment features such as their variances, their skewness and tail probability mass. We then proposes a set of cross-sectional and fixed effect panel regressions to examine the role of key distributional features in explaining density forecast performance both across time and across individuals. Controlling for the role of differences in point forecast accuracy (density location) as well as for other common shocks impacting on aggregate density performance, these regressions help shed light on whether or not higher order density characteristics, such as variance, skewness or the fatness of a density forecast's tails can contribute to improving forecast performance. Such a mode of analysis, responds to a clear need to generate empirical evidence...