Globalização, desemprego e (nova) pobreza: estudo sobre impactes nas sodiedades portuguesa e brasileira

This article reflects upon the possible connections between the processes of economic globalization, changes in the labour market and the new forms of poverty. The debate is framed by two different economic contexts: Portugal (characterized by slow and insufficient growth rates, a serious social crisis, and difficulties in asserting itself economically and politically in the European and world contexts) and Brazil (a dynamic emerging economy, with high growth rates and receding poverty levels). This allows us to assess some of the economic and social impacts arising from the global pressure to be economically competitive, which have led to new forms of poverty, social precariousness and job insecurity in both societies.

Novos rumos, velhos hábitos: debates acerca do trabalhador rural na Assembléia Nacional Constituinte Portuguesa de 1911

Pós-graduação em História - FCLAS

Círculo de cultura e economia solidária: uma investigação dessa aliança no cotidiano dos catadores da Coocassis

Coordenação de Aperfeiçoamento de Pessoal de Nível Superior (CAPES)

Avaliação do desempenho de uma unidade em escala real para tratamento de água pluvial empregando a filtração direta por meio de filtro de pressão e amido natural de milho como coagulante primário

The aim of this study was to investigate the performance of an experimental rainwater treatment system for non-potable uses. Without the first-flush discharge it was expected to control the quality of captured rainwater and to minimize the rainwater by-pass caused by the first-flush strategy. A full-scale direct filtration unit was operated and a solution of natural corn starch was used as the primary coagulant. The color, turbidity e coliform efficiencies of the unit was analyzed based on filtration loads and the net water production was estimated. The results pointed out turbidity removal up to 70.8% and color removal up to 61.0%. The backwash of the filtering system was completed in 3 minutes at the rate of 1,440 m3/m2day with consumption of treated water from 0.5% to 2.2%, based on the potentially harvesting.