Researcher ID: L-6201-14
Position: Associate professor
Bachelor's degree in Physics (University of Barcelona, ??1998).
Master in Research: Diploma d'Estudis Avançats (University de Girona, 2001).
Master in Teaching: Curs de Qualificació Pedagògica especialitat Ciències -CQP- (University of Girona, 1999).
Phd in Environmental Physics (University of Girona, 2008)
Thesis title: Dynamics of hydrothermal plumes in Lake Banyoles.
Thesis supervisors: Dr. Teresa Serra & Dr. Jordi Colomer
During my PhD I was interested in the determination of synoptic patterns in the western Mediterranean, working with Dr. R. Romero from the UIB and carrying out collaborative projects with Dr. Sonya Legg at Princeton University specialized in modelling of coupled ocean-climate systems.
Currently my main line of research is dedicated to the study of sediment transport in coastal systems (costal seagrasses and saltmarshes) where circulations generated by tides, gravity currents can be found. These studies are carried out in both the laboratory and the field, and they are focussed on determining the geomorphologic changes in the presence, absence of vegetation or fragmented canopies.
I have developed a range of research that can be divided in two areas:
- Research on coastal sea habitats and the ecosystem services they provide
Associated project: FRAGMENTUM: Hydrodynamics in fragmented wetlands. Funded by the Ministerio de Economía, Industria y Competitividad. Partnership with the University of Lancaster and the University of Western Australia. Budget: 65,200.00 euros.
- Application of active methodologies in teaching
Associated project: Application of new methodologies for competence learning in the rural school of Abay Mado (Ethiopia) and in the schools in Ahmara region (Ethiopia) and in Emboret (Tanzania). Funded by the Area of Cooperation for Sustainable Development at the UdG. Budget: 39,508.52 euros.
Publications in the last 5 years
- Soler, M., Serra, T., Folkard, A. & Colomer, J. (2021) Hydrodynamics and sediment deposition in turbidity currents: comparing continuous and patchy vegetation canopies, and the effects of water depth. Journal of Hydrology. 594, 11 p., 125750. SCI (6 out of 94) Q1.
- Soler, M., Colomer, J., Folkard, A. & Serra, T (2020) Particle size segregation of turbidity current deposits in vegetated canopies. Science of the Total Environment. 703, 134784 . SCI (22 out of 265) Q1.
- Soler, M., Colomer, J., Serra, T., and Folkard, A. (2017). Sediment deposition from gravity currents in simulated aquatic vegetation canopies. Sedimentology. 64(4): 1132-1146. SCI (6 out of 44) Q1.
- Colomer, J., Soler, M., Casamitjana, X., Serra, T. and Oldham, C. (2017). Impact of anthropogenically created canopy gaps on wave attenuation in a Posidonia oceanicaseagrass meadow. Marine Ecology Progress Series. 569:103-116. SCI (28 out of 106) Q2.
- El Allaoui, N., Serra, T., Soler, M., Colomer, J. and Oldham, C. (2016). Modified hydrodynamics in canopies with longitudinal gaps exposed to oscillatory flows. PlosOne. Doi: 10.1371/journal.pone.0156364. 11(5): e0156264. SCI (15 out of 64) Q1.
- El Allaoui, N., Serra, T., Soler, M., Colomer, J., Pujol, D and Oldham, C. (2015). Modified hydrodynamics in canopies with longitudinal gaps exposed to oscillatory flows. Journal of Hydrology. 531(3): 840-849. SCI (4 out of 125) Q1.