University of Lapland

About: University of Lapland is a education organization based out in Rovaniemi, Finland. It is known for research contribution in the topics: Arctic & Context (language use). The organization has 665 authors who have published 1870 publications receiving 39129 citations. The organization is also known as: University of Rovaniemi & Lapin yliopisto.

Predictors of Dutch and Finnish Children’s Satisfaction with Schooling

Abstract: Considerable research has shown that there are clear links among satisfaction with schooling, overall life satisfaction, and physical and psychological well-being. In this investigation, we expand on that line of research by identifying the predictors of overall satisfaction with schooling of 331 Dutch and Finnish pupils aged 6–13. Similar to previous research, student age, student gender, and teacher likeability were strong predictors of students’ overall satisfaction with schooling. New findings from this investigation were that teacher gender and class size were significant predictors of overall satisfaction with schooling.

A new era in the Arctic Council's external relations? Broader consequences of the Nuuk observer rules for Arctic governance

Abstract: This article studies the role of observers under both the Arctic Environmental Protection Strategy (AEPS) and the Arctic Council (AC) before the Nuuk ministerial meeting that took place in May 2011. In this meeting, the AC actors were able to find consensus on criteria for admitting new observers, an issue that has received much media attention, given that China and the European Union, for example, are queuing to become observers in the AC. It is of importance to examine the content of these recently adopted Nuuk observer rules and their potential to impact decision-making on whether the external actors can be included as observers. Moreover, this article studies how, if at all, the Nuuk observer rules might affect the position of the AC in the broader setting of circumpolar cooperation.

Ecological Efficiency of Voluntary Conservation of Boreal‐Forest Biodiversity

Abstract: Current networks of protected areas are biased in many countries toward landscapes of low productivity. Voluntary conservation incentives have been suggested as a socially acceptable way to supplement existing networks with more productive, privately owned areas of high priority for nature conservation. The limited resources committed to nature conservation demand cost-efficiency. Efficiency, however, depends not only on costs incurred to society from alternative ways of maintaining biodiversity but also on ecological values that can be captured. We examined the ecological efficiency of the new market-based voluntary program to preserve forest habitats on private land in southwestern Finland. We compared sites that have become protected (10-year contracts) in the program with managed forests, with sites that have been negotiated for protection for which no contract has been signed, and with the most ecologically valuable privately owned sites in the region that have not been offered for protection by forest owners. We surveyed sites for the amount of dead wood, wood-decomposing fungi, and epiphytic lichens to evaluate their ecological quality. Contracted sites had more features important for overall biodiversity than managed forests and negotiated sites with no contract. These results indicate that procedures used during site selection and negotiations were appropriate and not opportunistic. The contracted sites were also as valuable in ecological terms as the best, still-unprotected, privately owned forests in the region that have not been offered for protection. We conclude that voluntary conservation programs have the potential to yield ecologically valuable sites for protection if the site-selection procedures are appropriate. Reliance on completely voluntary programs, however, may entail uncertainties and inadequacies, for example, in terms of spatial configuration and persistence of the ecological values. Thus, such programs may often need to be supplemented with alternative methods such as land purchase to achieve an ecologically effective network of protected sites.

Strong Responses of Subarctic Plant Communities to Long-Term Reindeer Feces Manipulation

Abstract: Deposition of feces is a key mechanism by which herbivores influence soil nutrient cycling and plant production, but the knowledge about its importance for plant production and community structure is still rudimental since experimental evidence is scarce. We thus performed a 7-year long reindeer feces manipulation experiment in two tundra vegetation types with contrasting nutrient availability and analyzed effects on plant community composition and soil nutrient availability. Despite feces being fairly nutrient poor, feces manipulation had strong effect on both the nutrient-poor heath and the nutrient-rich meadow. The strongest effect was detected when feces were added at high density, with a substantial increase in total vascular plant productivity and graminoids in the two communities. Doubling natural deposition of reindeer feces enhanced primary production and the growth of deciduous shrubs in the heath. By contrast, removal of feces decreased only the production of graminoids and deciduous shrubs in the heath. Although the response to feces addition was faster in the nutrient-rich meadow, after 7 years it was more pronounced in the nutrient-poor heath. The effect of feces manipulation on soil nutrient availability was low and temporarily variable. Our study provides experimental evidence for a central role of herbivore feces in regulating primary production when herbivores are abundant enough. Deposition of feces alone does, however, not cause dramatic vegetation shifts; to drive unproductive heath to a productive grass dominated state, herbivore trampling, and grazing are probably also needed.