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Research Network The Center for Research on Consciousness and Anomalous Psychology consists of a group of researchers and associates dedicated to the scientific study of unusual but not necessarily pathological experiences and events, including reputed parapsychological phenomena.We endorse programmatic research using a plurality of methodologies, and are open to diverse perspectives in this area,
https://www.psy.lu.se/en/cercap - 2026-05-09
Utvecklingspsykologiska perspektiv på barns delaktighet i relationellt laddade sammanhang: Från tid med föräldrar till terapeutiska miljöer Välkomna att delta i ett Symposium 11 – 12 december 2025 om Utvecklingspsykologiska perspektiv på barns delaktighet i relationellt laddade sammanhang: Från tid med föräldrar till terapeutiska miljöer. Symposiet kommer att äga rum i Lund. Se programmet för info
https://www.psy.lu.se/en/form/symposium-barn-i-relationellt-laddade-sammanhang - 2026-05-09
We meet on 22 April, 13:15–16:00 at Eden, room 129. Register at the latest on 14 April via the link below – thank you!Programme13.15–13.30 Status report from the Nomination Committee13.30–13.50 Presentation of CIRCLE – Center for Innovation Research, Johan Mörner13.50–14.30 Evaluation of the Research Organization at the Department14.30–15.00 Coffee break15.00–16.00 Education focus areasFrees
https://www.psy.lu.se/en/form/welcome-our-half-day-staff-meeting - 2026-05-09
MERGE is organised around research areas that collectively underpin a cohesive interdisciplinary research environment. The MERGE research areas are:Development, modelling and evaluation of climate-vegetation processes (RA1)Past variations in climate and vegetation (RA2)Vegetation, emissions and particles (RA3)Advanced statistics for model evaluation, simulation set-up and analysis (RA4)MERGE rese
https://www.merge.lu.se/research - 2026-05-09
RA1 focuses on the development of Earth system models and their application to learn about the character, scope and significance of feedback mechanisms linking the biosphere and atmosphere - both globally and in contrasting regions and climate zones of the world. The biosphere affects the energy balance and radiation retention of the atmosphere via biogeophysical and biogeochemical feedback mechan
MERGE involves staff from four Swedish universities and the Swedish Meteorological and Hydrological Institute. MERGE is a collaboration between Lund University, University of Gothenburg, Rossby Centre/SMHI, Chalmers University of Technology and Royal Institute of Technology. It involves more than 250 researchers, including senior scientists, young scientists and other contributing staff.Participat
https://www.merge.lu.se/modelling-regional-and-global-earth-system/participating-partners-and-departments - 2026-05-09
CoordinatorNatascha KljunCoordination and strategic development.E-mail: natascha [dot] kljun [at] mgeo [dot] lu [dot] se (natascha[dot]kljun[at]mgeo[dot]lu[dot]se)Phone: +46 46 222 47 31 Deputy CoordinatorsMoa SporreE-mail: moa [dot] sporre [at] fysik [dot] lu [dot] se (moa[dot]sporre[at]fysik[dot]lu[dot]se)David WårlindE-mail: david [dot] warlind [at] mgeo [dot] lu [dot] se (david[dot]warlind[at
https://www.merge.lu.se/contact - 2026-05-09
RA2’s overall aim is to use empirical proxydata of past climate and land cover to evaluate and develop Earth system models and regional, coupled vegetation-climate models. The research also addresses the identification of underestimated or missing processes in Earth System Models. The spread of the temperature projections for the next century indicates a considerable uncertainty range for climate
https://www.merge.lu.se/research/merge-research-areas/past-variations-climate-and-vegetation-ra2 - 2026-05-09
The overall aim of RA3 is to formulate and validate a model framework - linking vegetation, aerosols, clouds and their climate feedbacks. To do this, we use a combination of laboratory studies, field studies and modelling. Aerosol particles and their role for clouds and climate is an important part of climate research and of huge importance for air quality around the world. The concept of short-li
https://www.merge.lu.se/research/merge-research-areas/vegetation-emissions-and-particles-ra3 - 2026-05-09
The focus of RA4 is to provide and develop statistical models and methods that improve the analysis and evaluation of climate data and output from climate and earth system models on a global, regional, and local scale. The work includes both development of new statistical methodology that is widely applicable to spatial and spatio-temporal datasets and the use of modern statistical methods to anal
As a researcher within MERGE you have access to a wide network of colleagues within different disciplines, as well as the possibility to administrative and financial support on different issues. On these pages, we have gathered useful information for those of you who are researchers and PhDs connected to MERGE. On these pages you can find useful information about our research environment, importan
https://www.merge.lu.se/merge-researchers - 2026-05-09
MERGE is part of ClimBEco, an interdisciplinary research school focused on Climate, Biodiversity and Ecosystem services in a changing world. MERGE also offer undergraduate studies and the possibility to do your thesis work within one of our research areas. ClimBEco graduate research school To foster a new generation of researchers that can address societal grand challenges BECC, together with the
https://www.merge.lu.se/education - 2026-05-09
MERGE hosts events and meetings to share new research and strengthen collaboration among researchers as well as between researchers and stakeholders. MERGE workshopsWorkshops are often open for a wider audience than MERGE members. Workshops serve many purposes, for exampleto update a scientific area of particular interest to MERGE to interact with stakeholders, to initiate research applications, o
https://www.merge.lu.se/merge-researchers/merge-events - 2026-05-09
Processing of personal dataLund University processes personal data in accordance with the EU’s General Data Protection Regulation (GDPR) 2016/679, the Data Protection Act 2018:218 and other relevant legislation.Processing of personal data at Lund University – lunduniversity.lu.seCookiesThis website uses cookies. A cookie is a small text file that is stored on your computer when you visit a website
https://www.merge.lu.se/about-website - 2026-05-09
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https://www.merge.lu.se/form/registration-merge-annual-meeting-2020 - 2026-05-09
Utilising and developing research infrastructures Utilising and developing infrastructures for Ecosystem and Earth-System Modelling Providing world-leading climate-terrestrial biosphere interactions for the international Earth system modelling community and its science agenda. Multidisciplinary Swedish node Collaboration between researchers from departments spread across four Swedish universities
https://www.merge.lu.se/merge-startpage - 2026-05-09
As a strategic research area, MERGE not only provides a networking platform for its researchers, but also the possibility to apply for funds within the subject areas of MERGE. These funds comes mainly in the form of short projects. Listed below you will find information about current and finished MERGE-funded projects in the following order: Current short projects Current projects Finalized projec
https://www.merge.lu.se/research/merge-funded-research - 2026-05-09
MERGE is organised around research areas that collectively underpin a cohesive interdisciplinary research environment. The MERGE research areas are: Development, modelling and evaluation of climate-vegetation processes (RA1) Past variations in climate and vegetation (RA2) Vegetation, emissions and particles (RA3) Advanced statistics for model evaluation, simulation set-up and analysis (RA4) The c
https://www.merge.lu.se/research/merge-research-areas - 2026-05-09
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 - 2026-05-09
