Case sequence segments for EMU, ECB and Eurozone: A Eurozone country profile and related Euro matters. ACES Working Papers, August 2010

No European country employs a U.S.-style electoral college in presidential elections. Presidents with largely ceremonial functions are elected in some countries by the national parliament or a special assembly (Germany, Italy, Estonia, Turkey and others) or by the people in other countries (Greece, Poland, Slovakia and others). The presidents of Cyprus, Finland, France, Russia and Ukraine -- who have real decision-making power -- are elected directly by the voters. Keep in mind that no two countries are exactly alike in their institutional and electoral arrangements; all of these institutions and electoral systems are capable of being modified and adapted to suit national peculiarities and preferences.

German macro: how it's different and why that matters. EPC Discussion Paper, May 2016

Do the macroeconomics of the German political establishment really differ from standard western macroeconomics? That question was the starting point for the seminar on ‘German macro: How it’s Different and Why that Matters’, which was held at Heriot-Watt University in December 2015, with financial support from the Scottish Institute for Research in Economics (SIRE) and the Money, Macro & Finance Research Group (MMF). This ebook, edited by George Bratsiotis and David Cobham, is the result of that exercise; six of the papers were presented at the seminar in earlier versions, and the editors sought some additional papers to complete the range of perspectives offered. The authors all sought out to discover whether or not there is something unique about German macroeconomics, and in what ways it differs from standard western macroeconomics; is it true that the former neglects demand management (although it may be quite interventionist in other ways), rejects debt relief and emphasises structural reform designed to improve competitiveness as the (only) key to economic growth? How much of whatever difference exists is due to a well worked out set of ideas in the form of Ordoliberalism? In what way does it relate to Germany’s own experiences in different periods? And how far is this the result of political preferences and how much do the idiosyncrasies of these German views matter, for the development of the Eurozone and indeed the health of the German economy?

Bioethical perspectives for ageing: the documents produced by the Ethics Councils

Aging attracted keen interest in research, health, education as well as cross-sectors approaches. We researched what has been produced by the National Bioethics/Ethics Councils in the form of opinions or other documents, relating to aging and elderly people. In the websi-tes of the 28 EU councils and 12 other countries, we identified 4 documents relating to aging and 8 opinions, which we analyse. The Councils have proposed to draw the attention and reflection of public opinion to the elderly condition; all agree that the age has its own traits and that matters revert to a “culture of old age”, respect and promotion of a positive aging. Enhance the diversity of modes of aging and the importance of preparing all, promoting literacy for aging, creating social and legal protective elements (Elderly Statute, Observatory of the Elderly Conditions). From the analysis, a set of principles and bioethical elements: [1] respect for human dignity, regardless of the stage of life; [2] recognition of the person’s situation uniqueness to aging; [3] freedom of one’s own decision, which is materialized in respect for autonomy; [4] recognition of the vulnerabilities of the elderly, [5] ethical commitment and social responsibility in monitoring the elderly, [6] non-discrimination by age and [7] the guidance to the conditions of the integral good and quality of life. Aging is an existential step for which we can prepare, on the assumption that human life in its longevity, interweaves those who are older and those younger, on the crucial issue of human existence.

Ecosystem size matters: The dimensionality of intralacustrine diversification in Icelandic stickleback is predicted by lake size

Cases of evolutionary diversification can be characterized along a continuum from weak to strong genetic and phenotypic differentiation. Several factors may facilitate or constrain the differentiation process. Comparative analyses of replicates of the same taxon at different stages of differentiation can be useful to identify these factors. We estimated the number of distinct phenotypic groups in threespine stickleback populations from nine lakes in Iceland and in one marine population. Using the inferred number of phenotypic groups in each lake, genetic divergence from the marine population, and physical lake and landscape variables, we tested if ecosystem size, approximated by lake size and depth, or isolation from the ancestral marine gene pool predict the occurrence and the extent of phenotypic and genetic diversification within lakes. We find intralacustrine phenotypic diversification to be the rule rather than the exception, occurring in all but the youngest lake population and being manifest in ecologically important phenotypic traits. Neutral genetic data further indicates non-random mating in four out of nine studied lakes, and restricted gene flow between sympatric phenotypic groups in two. Although neither the phenotypic variation nor the number of intralacustrine phenotypic groups were associated with any of our environmental variables, the number of phenotypic traits that were differentiated was significantly positively related to lake size, and evidence for restricted gene flow between sympatric phenotypic groups was only found in the largest lakes where trait specific phenotypic differentiation was highest.

Effects of plant functional traits on soil stability: intraspecific variability matters

This data set describes different vegetation, soil and plant functional traits (PFTs) of 15 plant species in 30 sampling plots of an agricultural landscape in the Haean-myun catchment in South Korea. We divided the data set into two main tables, the first one includes the PFTs data of the 15 studied plant species, and the second one includes the soil and vegetation characteristics of the 30 sampling plots. For a total of 150 individuals, we measures the maximum plant height (cm) and leaf size (cm**2), which means the leaf surface area for the aboveground compartment of each individual. For the belowground compartment, we measured root horizontal width, which is the maximum horizontal spread of the root, rooting length, which is the maximum rooting depth, root diameter, which is the average root diameter of a the whole root, specific root length (SRL), which is the root length divided by the root dry mass, and root/shoot ratio, which is the root dry mass divided by the shoot dry mass. At each of the 30 studied plots, we estimated three different variables describing the vegetation characteristics: vegetation cover (i.e. the percentage of ground covered by vegetation), species richness (i.e. the number of observed species) and root density (estimated using a 30 cm x 30 cm metallic frame divided into nine 10 cm x 10 cm grids placed on the soil profile), as we calculated the total number of roots that appear in each of the nine grids and then we converted it into percentage based on the root count, following. Moreover, in each plot we estimated six different soil variables: Bulk density (g/cm**3), clay % (i.e. percentage of clay), silt % (i.e. percentage of silt), soil aggregate stability, using mean weight diameter (MWD), penetration resistance (kg/cm**2), using pocket penetrometer and soil shear vane strength (kPa).