We present first estimates of rates of non-take-up for social assistance in Germany after the implementation of major social policy reforms in 2005. The analysis is based on a microsimulation model, which includes a detailed description of the German social assistance programme. Our findings...

Research on welfare participation often shows significant differences between immigrants and natives that are often attributed to immigrants' higher risk of welfare dependence. We study whether immigrants in Germany also differ from their German counterparts in their take-up behavior conditional...

We present first estimates of rates of non-take-up for social assistance in Germany after the implementation of major social policy reforms in 2005. The analysis is based on a microsimulation model, which includes a detailed description of the German social assistance programme. Our findings...

Die Zahl der abhängig beschäftigten Leistungsbezieher (sog. Aufstocker) ist von Dezember 2014 auf Januar 2015 um ca. 23 Tsd. gesunken (-2%). Vor allem geringfügige Beschäftigungsverhältnisse und Vollzeitbeschäftigung sind zurückgegangen. Im Vergleich zum Vorjahr gab es im Januar 2015 fast...

We present first estimates of rates of non-take-up for social assistance in Germany after the implementation of major social policy reforms in 2005. The analysis is based on a microsimulation model, which includes a detailed description of the German social assistance programme. Our findings...

We present first estimates of rates of non-take-up for social assistance in Germany after the implementation of major social policy reforms in 2005. The analysis is based on a microsimulation model, which includes a detailed description of the German social assistance programme. Our findings...

Microsimulation studies typically assume that all entitlements to means-tested benefits are actually claimed by eligible households, despite a large body of research that suggests that take-up rates are substantially below 100%. The assumption of full take-up tends to exaggerate the simulated...