Filtyp
This paper provides a review of research into financialisation of built environments, especially in relation to urban politics, social geographies and sustainability. Focus is limited here to the theoretical and conceptual substance of selected literature. Financialisation is conceptualised as a profoundly spatial process, forging social relations that form conditions for urban governance, social
This paper investigates financialisation of built environments in Stockholmand Copenhagen, especially within the sphere of housing. It presents empiricalanalyses of processes of financialisation of built environments in the two cities, and how these processes relate to urban politics and governance. The case studies include analyses of how financialisation of built environments and associated shif
En rad studier har pekat på att en väl utbyggd primärvård har stor betydelse för både folkhälsa och god resursanvändning inom vården. I denna artikel jämför vi de svenska landstingens sjukvårdsproduktion under perioden 2005–09 och hur produktiviteten i vården varierar med landstingens satsningar på primärvård. Den decentraliserade svenska vårdorganisationen erbjuder goda möjligheter till jämförand
Boundary issues are central to globalisation – the expansion and time-space integration of human societies – and to both biological and cultural diversity. The latter are, in turn, intrinsically related in processes of coevolution that generate change in the patchwork quilt of cultural and natural landscapes. These processes are especially discernible in small island societies. This paper argues t
In analysing speeches made by legislators, this book provides theoretical and empirical answers to questions such as: Why do some Members of Parliament (MPs) take the parliamentary floor and speak more than others, and why do some MPs deviate more than others from the ideological position of their party? The authors evaluate their hypotheses on legislative speechmaking by considering parliamentary
The moving bed biofilm reactor (MBBR) is a biological wastewater treatment process in which microorganisms grow as biofilms on suspended carriers. Conventionally, MBBRs are mainly designed and optimized based on the carrier surface area, neglecting the dynamic relationship between carrier design, reactor operation and biofilm characteristics, such as biofilm thickness and the composition of the mi
A new principle for mainstream nitrogen removal through nitritation followed by anammox was studied in a two-stage moving bed biofilm reactor (MBBR) configuration. The first stage was optimized for nitritation by using thin biofilms and a feed alternating between synthetic mainstream wastewater at 15°C and, for shorter periods, synthetic reject water at 30 °C. The exposure of the biofilm to rejectA new principle for mainstream nitrogen removal through nitritation followed by anammox was studied in a two-stage moving bed biofilm reactor (MBBR) configuration. The first stage was optimized for nitritation by using thin biofilms and a feed alternating between synthetic mainstream wastewater at 15°C and, for shorter periods, synthetic reject water at 30 °C. The exposure of the biofilm to reject
