PRR Project

Summary

Job description:To investigate the ecological and geomorphological changes in coastal wetlands and to develop/apply ecosystem restoration solutions. The Researcher must develop interdisciplinary research and innovative methods for monitoring physical forcing and ecological feedback in coastal wetlands, and to provide science-based evidence of the role of vegetated ecosystems in mitigating and attenuating the impacts of climate change. It involves implementing tangible solutions to enhance the functioning of wetlands, thereby promoting ecosystem services and biodiversity.*Responsibilities: 1. Fieldwork: (a) to collect high-quality field data on wetlands by using state-of-the-art equipment (e.g., RTK-GPS, sediment traps, pressure transducers, current meters, UAV, amongst others), including the implementation of outdoor field experiments. The living lab of the Ria Formosa can be used as a baseline for experimental testing; and (b) to collaborate with interdisciplinary teams to gather comprehensive field observations and measurements. 2. Research and Analysis: (a) to analyze biophysical data, employ remote sensing data (utilizing mid and high-resolution imagery), and integrate process-based models for the detection of ecogeomorphic thresholds being crossed by both natural and artificial wetlands, considering various scales of analysis; and (b) to predict wetland landscape adaptation to climate change, including the anticipation of state changes and resilience.The job also involves developing science-policy practices for wetland restoration, utilizing holistic transdisciplinary approaches. The Researcher must demonstrate proficiency in executing independent research initiatives and provide tangible evidence of research accomplishments through peer-reviewed publications and conference presentations. Additionally, they should exhibit a track record in supervising students and demonstrate the ability to engage in scientific activities (e.g., participation in R&D projects) with multidisciplinary teams. Experience in engaging with regional stakeholders is also required. Scientific profile:A Ph.D. is required in Marine, Earth, and Environmental Sciences. The researcher should concentrate on understanding eco-geomorphic processes within tidal wetlands and other lower-energy coastal environments. This focus should encompass investigations at both small and large spatial scales, ranging from short-term perspectives (days) to long-term perspectives (decades to centuries), and across various timescales. Specific areas of interest include field experiments, ecology, ecosystem services, geomorphology, blue carbon, nature-based solutions, biodiversity, and conservation.Professional experience includes proven proficiency in field data collection (e.g., phytosociology purveys, biomass assessments, sediment coring, currents, water levels, sediment transport, amongst others), laboratory analyses (e.g., sediment geochemistry), hydrodynamic modeling, and experience with remote sensing. The candidate should demonstrate an understanding of the impacts of climate change on coastal ecosystems. Knowledge of field ecological restoration projects (including plant transplantation) is also required.Other important competencies also include experience in preparing technical reports, strong public speaking and science communication skills, experience in science-for-policy approaches, and being part of national and international scientific boards. Research Rationale:Coastal wetlands are dynamic ecosystems shaped by the complex interplay of ecological and geomorphological processes. The role of an Applied Eco-geomorphologist for Coastal Wetlands is pivotal in addressing the pressing challenges associated with the sustainable management and conservation of such valuable ecosystems. Through the incorporation of research findings into tangible strategies, this role actively contributes to the development of climate adaptation plans and the successful restoration of coastal wetlands, thus safeguarding their long-term sustainability. Central to this effort is a meticulous consideration of varying timescales, ranging from short-term (days) to long-term (decades to centuries). By embracing a temporal perspective, it is possible to discern immediate ecological responses and forecast enduring trends The research is of utmost importance to CIMA-UAlg, as it will actively promote the development of ecosystems resilient to climate change (and nature-based approaches) for climate adaptation, ultimately playing a pivotal role in advancing biodiversity conservation and enhancing human well-being; it also strengthens the teaching and supervising demands of the university. The presented research delivers important outcomes to the public conservation policies and spatial planning strategies (e.g., the EU Biodiversity 2030 strategy, the EU Green Deal and Climate Action, the Ecosystem Restoration 2020-2030 strategy, and the forthcoming EU Restoration Law).