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Ecosystem and Earth-system modelling In their research, MERGE-members often utilise research infrastructure for ecosystem and earth-system modelling, some of which are partly financed by MERGE. Some examples of the most relevant research infrastructure that is available to our researchers are listed and described below.Dynamic global vegetation modelling using LPJ-GUESS (Lund-Potsdam-Jena General
https://www.merge.lu.se/research/infrastructure - 2025-08-05
https://www.astro.lu.se/Outreach/Planetarium/Jorden - 2025-08-05
Business and economics students have been educated in Lund for centuries. With analytical acumen and knowledge based on solid academic ground, our graduates are well-equipped to meet society’s challenges at both local and global levels. Our excellent reputation is based on solid hard work. Added to this is our firm foundation as a part of Lund University, and the tradition of Scandinavian manageme
https://www.lusem.lu.se/study/bachelors-programmes - 2025-08-05
Doctoral student Contact details Email: martin [dot] bergvall [at] ekh [dot] lu [dot] seOrganisation Department of Economic History Visiting address: Scheelevägen 15 B, Service point: 10 WebpageMartin Bergvalls profile in Lund University research portalOther affiliations Doctoral student Centre for Economic Demography Doctoral student Economic demography Doctoral student Historical labour markets
https://www.lusem.lu.se/martin-bergvall - 2025-08-05
The purpose of this thesis is to introduce the concept of distinctive competence in a multi-theoretical setting, consisting of the resource-based view, strategic human resource management and organizational learning, in order to develop a theoretical framework for better understanding of the dynamic side of distinctive competence. The empirical part of the study consists of an in-depth case study
QCD at very high energies is still not very well understood. Difficulties arise from a strong non-linear dynamics and also from nonperturbative physics. Detailed analytic calculations are often only possible either for simple toy models, or for asymptotically high energies. In this thesis we investigate the high energy dynamics, with the goal of finding a realistic, working model for high energy Q
Increasingly cities compete for tourist dollars, shoppers, financial investments, know-how and tax-payers by bolstering the cities images as centers of creativity, innovation, knowledge, art, design and so forth. Accelerated and intensified globalization, technological advances, market deregulations,de-industrializations and socio-economic change have urged cities, especially former industrial cit
