The ESFE research group includes eight senior researchers (4 holding academic positions), and a variable number of PhD and MSc students. In addition, the group collaborates in the supervision of PhD students with other national and international Universities.
There are three sub-groups:
(i) Plant community ecology and ecological restoration, coordinated by Prof. Otília Correia,
(ii) Stable isotope ecology and ecosystems functioning, coordinated by Prof. Cristina Máguas, and
(iii) Tropical plants and systems, coordinated by Dr. Luís Catarino.
Our group specializes in the physiological ecology of plants in relation to natural and anthropogenic stresses and disturbances. A mechanistic understanding of plant response to the immediate environment, from leaf to ecosystem levels, can help explain current vegetation patterns, but also predict future distributions. Therefore, our central goal is to extend current, basic knowledge of plant-environment interactions, but to further provide applied information presently needed to mitigate anthropogenic impacts and biodiversity loss.
We are particularly interested in the impacts of abiotic factors such as drought and other climatic variations on plant ecological processes in Mediterranean and tropical ecosystems.
We use an impressive array of popular and novel tools and methods to answer those burning questions in plant community ecology today, which includes biogeochemistry, plant anatomical structure and function, stable isotopes, and finally process-based modeling. Our studies often combine lab-based experiments and field-based studies. We are also fortunate to have access to long-term monitoring data to further augment quantitative laboratory analyses and modeling approaches to find the main mechanisms and drivers affecting plant form and function, and thus ecosystem stability. Our group is also responsible for the Stable Isotopes and Instrumental Analysis Facility (CRIE-SIIAF).
Using the principles of functional ecology, we ultimately intend to contribute data and disseminate knowledge on:
Munzi, S., Branquinho, C., Cruz, C., Máguas, C., Leith, I., Sheppard, L. & Sutton, M. (2018) δ15N in lichens reflects the isotopic signature of ammonia source.Science of the Total Environment, Online early, . DOI:https://doi.org/10.1016/j.scitotenv.2018.11.010 (IF2017 4,610; Q1 Environmental Sciences)
Aronne, G., Arena, C., De Micco, V., Giovanetti, M., & Buoananno, M. (2018) Full light and soil drought constrain plant growth in Mediterranean cliffs: the case of Primula palinuri Petagna.Plant Biosystems, 152(4), 863–872. DOI:10.1080/11263504.2017.1359211 (IF2017 1,203; Q3 Plant Sciences) NON-cE3c affiliated
Giuliani, C., Ascrizzi, R., Lupi, D., Tassera, G., Santagostini, L., Giovanetti, M., Flamini, G. & Fico, G. (2018). Salvia verticillata: Linking glandular trichomes, volatiles and pollinators.Phytochemistry, 155, 53-60. DOI:10.1016/j.phytochem.2018.07.016 (IF2016 3,205; Q1 Plant Sciences)