Strengthening the citizens' role in international organizations

Today’s international organizations are characterized by a fundamental deficit in democracy. We therefore propose institutional measures to increase the direct participation possibilities of the citizens in international organizations. In order to reduce the number of citizens involved in decision-making to a manageable size, a representative sample of trustees is selected using a random mechanism. The trustees are given the right to launch initiatives and to vote in referendums on issues related to an international organization’s constitution. They can also recall executives when they are dissatisfied with their behavior. No specific changes to the organization of these entities, especially their executive function, are proposed. Rather, the executives of international organizations must obey the constitutional changes adopted by the trustees. The proposal gives international organizations democratic legitimacy. Moreover, the executives are subjected to the control of the citizens of the member states, which induces better responsiveness to the preferences of the people, as well as higher organizational efficiency

Small Changes in Gene Expression of Targeted Osmoregulatory Genes When Exposing Marine and Freshwater Threespine Stickleback (Gasterosteus aculeatus) to Abrupt Salinity Transfers

Salinity is one of the key factors that affects metabolism, survival and distribution of fish species, as all fish osmoregulate and euryhaline fish maintain osmotic differences between their extracellular fluid and either freshwater or seawater. The threespine stickleback (Gasterosteus aculeatus) is a euryhaline species with populations in both marine and freshwater environments, where the physiological and genomic basis for salinity tolerance adaptation is not fully understood. Therefore, our main objective in this study was to investigate gene expression of three targeted osmoregulatory genes (Na+/K+-ATPase (ATPA13), cystic fibrosis transmembrane regulator (CFTR) and a voltage gated potassium channel gene (KCNH4) and one stress related heat shock protein gene (HSP70)) in gill tissue from marine and freshwater populations when exposed to non-native salinity for periods ranging from five minutes to three weeks. Overall, the targeted genes showed highly plastic expression profiles, in addition the expression of ATP1A3 was slightly higher in saltwater adapted fish and KCNH4 and HSP70 had slightly higher expression in freshwater. As no pronounced changes were observed in the expression profiles of the targeted genes, this indicates that the osmoregulatory apparatuses of both the marine and landlocked freshwater stickleback population have not been environmentally canalized, but are able to respond plastically to abrupt salinity challenges