MSc thesis: Plant community responses to the direct and indirect effects of climate in the Vestland Climate grid

Background Alpine grasslands are vulnerable to climate change, and are currently changing rapidly in both plant functional group dominance (1) and species distributions (2). These biotic shifts contribute to indirect effect of climate change through influencing biotic interactions (3,4). Indeed, research is still needed on the effect of climate on long-term vegetation dynamics (5). Our READ MORE

MSc thesis: Impacts of range-expanding plants on pollinator interactions

Project background As both native and exotic species shift their distributions in response to climate warming and through biological invasions, many expand their ranges across elevational gradients. This expansion results in the reassembly of ecological communities, which meditates the effects of climate warming on biodiversity and key ecosystem functions. RangeX is a multidisciplinary, replicated field READ MORE

MSc thesis: Disentangling drivers of plant population establishment after range expansion

Project background As both native and exotic species shift their distributions in response to climate warming and through biological invasions, many expand their ranges across elevational gradients. This expansion results in the reassembly of ecological communities, which meditates the effects of climate warming on biodiversity and key ecosystem functions. RangeX is a multidisciplinary, replicated field READ MORE

Two positions available in new FUNDER project

FUNDER got funded! We are excited to start exploring the Direct and indirect climate impacts on the biodiversity and Functioning of the UNDERground ecosystem this spring. To that end, we are now recruiting a PhD and a Postdoctoral research fellow.   The PhD position focuses on the roles of alpine soil mesofauna (nematodes, micro-arthropods) and READ MORE

New SeedClim paper out in PNAS

Studying climate change through a plant’s perspective It is finally here! In our recently published paper ‘Biotic rescaling reveals importance of species interactions for variation in biodiversity responses to climate change‘ in PNAS, we present important findings from the ongoing SeedClim project. Understanding climate-induced changes in biodiversity is complex, especially when different studies report varying rates, READ MORE

Data cleaning – finding the problems with turfmapper

All large data sets have problems. The community data gathered in the Between the Fjords projects are no exception – there are inevitable spelling mistakes, synonyms, misidentifications (for example of sterile Carex). Fortunately, having community data from several years, we can compare the community over time to identify and then fix these sorts of problems. READ MORE