Компьютерные технологии проектирования литейных и металлургических процессов

Учебная программа " Компьютерные технологии проектирования литейных и металлургических процессов " кафедры "Металлургия и технологии обработки материалов" для дневной и заочной форм получения образования: общее количество часов – 90, трудоемкость учебной дисциплины – 3 з.е., форма контроля знаний – экзамен

Risk governance through professional expertise : forestry consultants’ handling of uncertainties after a storm disaster

How do forestry consultants provide advice when facing a situation of great uncertainty? This question serves as the point of departure in analyzing how forestry consultants provide guidance in extreme situations. Three empirical cases are analyzed, all related to a storm that caused the most severe damage in Swedish history. The first case concerns how forestry consultants handled the immediate uncertainties in their advice on how to manage the windthrow. The second case concerns how they handled the risks associated with the large-scale timber depots that resulted from the decision to transport all windthrown trees away from the forest. The third case concerns how forestry consultants handled uncertainties regarding the reforestation of the area. Whereas there was discursive closure in the two first cases, and the forest owners followed the recommendations made by the forestry consultants, there was no discursive closure in the third case, resulting in the forest owners deciding against the advice provided by the consultants. In conclusion, this result is explained with reference to the epistemic authority and embodied knowledge of the forestry consultants.Funding Agencies:Forestry Research Institute of Sweden (Skogforsk)Swedish University of Agricultural Sciences (SLU)Umeå University</p

Power analysis as a tool to analyse trade-offs between ecosystem services in forest management: A case study from nine European countries

Forests are of major importance to people, providing fundamental ecosystem services (ESs). Increasing the supply of an ES might negatively affect the supply of another ES. For example, increasing game densities might reduce timber production. Such trade-offs among ESs may lead to conflicts between actors interested in prioritizing different ESs. This study describes which actors dominated conflicts about ES trade-offs, and which power strategies they used to do so. Forest management practices and resulting trade-offs between ESs differ widely among the studied countries: Germany, Ireland, Italy, Lithuania, Portugal, Slovakia, Sweden, the Netherlands, and Turkey. We triangulated 220 qualitative interviews, literature review, document analysis, and participatory observations. We mapped the interests of actors in ESs and identified conflicts between interests. We tested three hypotheses about which actors were more or less powerful, enabling them to be winners and losers in ES conflicts. Cultural and regulating and maintenance ESs played an important role in conflicts about forest ES trade-offs. We identified the power relations of actors with different interests in ES. Local interests often dominated national interests. Actors interested in provisioning ESs had strong power resources but because of specific bio-geophysical, political or economic conditions, actors with interest in regulating and maintenance ES or cultural ESs can have equal or stronger power resources. The study highlights the relevance of including power analysis in ES research