Project description
How shrubline species adapt to a changing climate
The EU-funded HimFunDiff project will explore the different strategies used by long-lived shrubline-forming species that allow them to adapt to changing climatic conditions. The aim is to determine the independent and combined effects of temperature and water availability on functional traits (morphological and biochemical) without the confusing effects of other factors. The initiative will also study the direction and magnitude of shift in trait values (as per trait driver theory) along climatic gradients and determine the role of climatic, spatial and organisational factors causing functional trait variability between different populations. This will reveal insights into specific traits that are favoured in particular climates, such as colder and drier or colder and wet.
Objective
The major aim of the proposal is to obtain novel insights into the ability of plant species to adapt to changing climatic conditions by exploring their functional differentiation along natural gradients. Specifically, I propose to elucidate adaptive strategies of long-lived shrub-line forming species with contrasting strategies to changing climatic conditions (in natural experimental settings). The study will allow disentangling the independent and combined effects of temperature and water availability on functional traits (morphological and biochemical) without confounding effects of other factors. The study will also enable to analyse the direction and magnitude of shift in trait values (as per trait driver theory) along climatic gradients and elucidate the relative role of various factors (e.g. climatic, spatial, organisational) causing functional trait variability (e.g. intra-individual to inter-population). We will get insights into specific traits that are favoured at particular climate (e.g. at colder and drier, colder and wet etc.). Further, combination gradients and virtual transplant experiment will allow to verify the direct link between species traits and climatic conditions, at short and long temporal scales, respectively. In addition, the project will allow to test if the functional responses of single species to climatic variability can be generalized to whole communities.
This fellowship will be a perfect stepping stone in achieving my career goal to become a researcher at the top of the interdisciplinary field of population and community ecology in climatically heterogenous and diverse high elevation ecosystems. My quality as a researcher will be improved by the new skills and deepened knowledge that I will acquire at the Institute of Botany of the Czech Academy of Sciences and Helmholtz Centre for Environmental Research, Germany.
Fields of science
Keywords
Programme(s)
Topic(s)
Funding Scheme
MSCA-IF - Marie Skłodowska-Curie Individual Fellowships (IF)Coordinator
25243 Pruhonice
Czechia