Documents Krill, Ze'ev 3 results

"Germany intends to reach climate neutrality in 2045, tripling the speed of emission reductions that was achieved between 1990 and 2019. Soaring energy prices and the need to replace Russian energy imports have amplified the urgency to act. Various policy adjustments are needed to ensure implementation and achieve the transition to net zero cost-effectively. Lengthy planning and approval procedures risk slowing the expansion of renewables, while fossil fuel subsidies and generous tax exemptions limit the effectiveness of environmental policies. Germany should continue to rely on carbon pricing as a keystone of its mitigation strategy and aim to harmonise prices across sectors and make them more predictable. Carbon prices will be more effective if complemented by well-designed sectoral regulations and subsidies, especially for boosting green R&D, expanding sustainable transport and electricity network infrastructure, and decarbonising the housing sector. Subsidies for mature technologies and specific industries should be gradually phased out. Using carbon tax revenue to compensate low-income households and improve the quality of active labour market policies would help to support growth and ensure that the transition does not weaken social cohesion."

"The green transformation of the economy is expected to lead to a sharp reduction in employment in carbon-intensive industries. For designing policies to support displaced workers, it is crucial to better understand the cost of job loss, whether there are specific effects of being displaced from a carbon-intensive sector and which workers are most at risk. By using German administrative labour market data and focusing on mass layoff events, we estimate the cost of involuntary job displacement for workers in high carbon-intensity sectors and compare it with the displacement costs for workers in low carbon-intensity sectors. We find that displaced workers from high carbon-intensity sectors have, on average, higher earnings losses and face stronger difficulties in finding a new job and recovering their earnings. Our results indicate that this is mainly due to human capital specificity, the regional clustering of carbon-intensive activities and higher wage premia in carbon-intensive firms. Workers displaced in high carbon-intensity sectors are older, face higher local labour market concentration and have fewer outside options for finding jobs with similar skill requirements. They have a higher probability to switch occupations and sectors, move to occupations that are more different in terms of skill requirements compared to the pre-displacement job, and are more likely to change workplace districts after displacement. Women, older workers and those with vocational degrees as well as workers in East Germany, experience particularly high costs in case they are displaced from high carbon-intensity sectors."

"Choosing an academic field of study is an important economic decision; it impacts the skills acquired during the course of one's studies, the occupation and industry when entering the labor market, and consequently, one's potential salary. Using administrative records on the birth cohort of 1975–85 in Israel, we examine the impact of the choice of academic field of study on salary and find that this choice accounts for about 20 per cent of the explained variance in wages. In general, the effects we find are qualitatively similar to those found in a similar study conducted for the United States, although the variance found in Israeli data is slightly higher. Thus, compared with education studies graduates, we find a particularly high premium for computer science and engineering fields, and a negative premium for arts, psychology, architecture, and the humanities."