Kannustaminen ja moraali : Kannustamisen idea suomalaisessa yhteiskuntapolitiikassa 1990-luvulta alkaen

Even though the concept of incentive has become very popular in Finnish welfare politics since the economic crisis of the 1990s, the content of this concept is not clear. Fundamentally, it is a matter of controlling the behaviour of individuals to accord with the authorities' objectives and interests in gaining cooperative benefits. As early as in Plato's Republic, citizens were encouraged to use their abilities and skills in a way most beneficial to the society. Similarly, in today's welfare society citizens are urged to produce common goods and distribute welfare to enable a better life for all through cooperation. The fundamental question is to what extent society can shape individuals' preferences with incentives, and encourage them without external coercion to choose actions beneficial for both the society and the individuals themselves. The objective of the incentive institution is to gain cooperative benefits, but there are different views on how it should be implemented. For example, the incentive system in the Finnish welfare society includes several economic and social conceptions which adjust the distribution of welfare. From an economic perspective, the objective of the incentive system is economic efficiency, while from a social perspective it is the securing of social rights and citizens' equality. The market mechanism, for example, can at best lead to economically efficient activity, but it might sacrifice fairness and equality. In this research, the idea of activation policy expands to cover normative and social incentives, in addition to the economic factors affecting human choice and social actions. Desirable co-living and meaningful cooperation have some prerequisites. We need the expanded idea of activation to study them, and to maintain them in society. The themes discussed in all the ten chapters aim at evaluating the preconditions of a just society. This study provides tools to examine the changes in the welfare state, also from the viewpoint of normative ethics. This offers a morally and conceptually wider perspective than a normative viewpoint of economics alone. In terms of the values of our welfare society, it makes a difference how the relationship between the legalities of economics and citizens' well-being is understood. The research asks whether economic benefits to the society should be allowed to supersede the principles of human dignity Key words:incentives, activation policy, morality, social philosophy, social justice, policy paradigm

Distribution of non-biting midges (Diptera, Chironomidae) in subarctic lakes of Finnish Lapland applications in lake classification and palaeolimnology

Climate change contributes directly or indirectly to changes in species distributions, and there is very high confidence that recent climate warming is already affecting ecosystems. The Arctic has already experienced the greatest regional warming in recent decades, and the trend is continuing. However, studies on the northern ecosystems are scarce compared to more southerly regions. Better understanding of the past and present environmental change is needed to be able to forecast the future. Multivariate methods were used to explore the distributional patterns of chironomids in 50 shallow (≤ 10m) lakes in relation to 24 variables determined in northern Fennoscandia at the ecotonal area from the boreal forest in the south to the orohemiarctic zone in the north. Highest taxon richness was noted at middle elevations around 400 m a.s.l. Significantly lower values were observed from cold lakes situated in the tundra zone. Lake water alkalinity had the strongest positive correlation with the taxon richness. Many taxa had preference for lakes either on tundra area or forested area. The variation in the chironomid abundance data was best correlated with sediment organic content (LOI), lake water total organic carbon content, pH and air temperature, with LOI being the strongest variable. Three major lake groups were separated on the basis of their chironomid assemblages: (i) small and shallow organic-rich lakes, (ii) large and base-rich lakes, and (iii) cold and clear oligotrophic tundra lakes. Environmental variables best discriminating the lake groups were LOI, taxon richness, and Mg. When repeated, this kind of an approach could be useful and efficient in monitoring the effects of global change on species ranges. Many species of fast spreading insects, including chironomids, show a remarkable ability to track environmental changes. Based on this ability, past environmental conditions have been reconstructed using their chitinous remains in the lake sediment profiles. In order to study the Holocene environmental history of subarctic aquatic systems, and quantitatively reconstruct the past temperatures at or near the treeline, long sediment cores covering the last 10000 years (the Holocene) were collected from three lakes. Lower temperature values than expected based on the presence of pine in the catchment during the mid-Holocene were reconstructed from a lake with great water volume and depth. The lake provided thermal refuge for profundal, cold adapted taxa during the warm period. In a shallow lake, the decrease in the reconstructed temperatures during the late Holocene may reflect the indirect response of the midges to climate change through, e.g., pH change. The results from three lakes indicated that the response of chironomids to climate have been more or less indirect. However, concurrent shifts in assemblages of chironomids and vegetation in two lakes during the Holocene time period indicated that the midges together with the terrestrial vegetation had responded to the same ultimate cause, which most likely was the Holocene climate change. This was also supported by the similarity in the long-term trends in faunal succession for the chironomid assemblages in several lakes in the area. In northern Finnish Lapland the distribution of chironomids were significantly correlated with physical and limnological factors that are most likely to change as a result of future climate change. The indirect and individualistic response of aquatic systems, as reconstructed using the chironomid assemblages, to the climate change in the past suggests that in the future, the lake ecosystems in the north do not respond in one predictable way to the global climate change. Lakes in the north may respond to global climate change in various ways that are dependent on the initial characters of the catchment area and the lake.