Project description
Pollination climate change impact on animal-pollinated plants
The decline and shifts in the composition of pollinator populations are among the best-documented and most concerning consequences of ongoing environmental disruptions. The ERC-funded POLLCLIM project will investigate the impact of pollination climate change on animal-pollinated plants in southern Scandinavia. The project aims to develop a new framework for analysing plant adaptation to diverse pollinators and apply it to empirical studies of wildflowers. Through field studies, experiments, and statistical modelling, the project will assess the influence of individual pollinators on natural selection and population divergence. The results will provide valuable insights into how plants respond to changes in pollination climate and the role of selection in evolution.
Objective
Pollinator population declines and changes in assemblage composition are among the best documented and most worryDeclines in pollinator populations and changes in the composition of local pollinator assemblages are among the best documented and most worrying consequences of ongoing environmental disruptions. The POLLCLIM project aims to better understand the consequences of these changes in pollination climate for animal-pollinated plants. We will develop a novel conceptual framework for analysing plant adaptation to a functionally diverse set of pollinators and apply it in empirical studies of a pollination-generalized wildflower. Through observational field studies, controlled experiments and tailored statistical modelling approaches, we will evaluate the contributions of individual pollinators to natural selection on flowers and other plant phenotypic traits functionally involved in the pollination process, and how well these refined estimates of pollinator-mediated selection extrapolate to evolutionary population divergence.
Our conceptual framework emphasizes the (likely non-additive) individual contributions of each pollinator species in pollination-generalized plants visited by a functionally diverse set of pollinators. Building on three years of preparatory work, we will study a set of 50 plant populations in southern Scandinavia. Annual population surveys will inform on phenotypic adaptation to local pollinators, well-replicated selection studies will inform on spatio-temporal variation in selection, single-pollinator flight-cage experiments will allow us to estimate the contribution of each pollinator taxon to selection, and quantitative-genetic analyses will evaluate the relative influence of natural selection and genetic constraints in population divergence.
The expected results will be of direct value for understanding plant responses to pollination climate change, and more generally the role of selection in the link between micro- and macroevolution.
Programme(s)
- HORIZON.1.1 - European Research Council (ERC) Main Programme
Topic(s)
Funding Scheme
HORIZON-ERC - HORIZON ERC GrantsHost institution
22100 Lund
Sweden