9 jobs found in Barcelona

At iMARES (ICM‑CSIC), we offer a research internship for bachelor’s or master’s students interested in ecosystem modelling, climate‑change impacts and marine ecology. The project uses mechanistic Marine Ecosystem Models (MEMs) to investigate how ocean warming and extreme events shape food‑web dynamics in Bass Strait (southeastern Australia), a well‑known climate‑change hotspot. The study focuses on the little penguin ( Eudyptula minor ), a key mid‑trophic predator, and evaluates how rising temperatures and marine heatwaves cascade through the food web to influence penguin populations. The student will update and apply an existing MEM to assess historical trends and explore future climate scenarios, helping to distinguish long‑term environmental effects from acute extreme‑event impacts. The internship provides hands‑on training in process‑based ecosystem modelling, R‑based analysis, climate‑scenario evaluation and quantitative ecological interpretation within a...

At iMARES (ICM‑CSIC), we offer a research internship for bachelor’s or master’s students interested in quantitative ecology, spatial analysis and reproducible data science. The project introduces students to Species Distribution Models (SDMs) to explore how marine species respond to global change, using open biodiversity records and environmental variables such as temperature or salinity. The study will involve integrating heterogeneous datasets, preparing spatial data, implementing SDMs and evaluating model performance using reproducible statistical workflows. The student will develop skills in spatial modelling, R programming, data visualisation and best practices in open science while working in a collaborative, international research environment. Requirements: University students in the final year of a bachelor’s degree or enrolled in an official master’s degree during the 2025–2026 or 2026–2027 academic year. Bachelor’s degree GPA: 7.5 or higher...

At iMARES (ICM‑CSIC), we offer a research internship for bachelor’s or master’s students interested in biodiversity conservation, digital ecology and human–nature interactions. The project applies emerging approaches such as conservation culturomics and iEcology to improve monitoring of recreational fisheries, a key but under‑quantified component of Mediterranean marine ecosystems. The study will use digital data to explore ecological and social dimensions of recreational fishing, helping to assess its ecological impact and its potential as a large‑scale, cost‑effective monitoring tool. The student will work with R‑based digital data mining workflows, analyse ecological and socio‑ecological datasets, interpret results and contribute to written outputs. The internship offers training in data mining, quantitative analysis, reproducible workflows, R programming and interdisciplinary conservation science within an international research environment. Requirements:...

At iMARES (ICM‑CSIC), we offer a research internship for bachelor’s or master’s students interested in urban ecology, wildlife health and environmental contamination. The project investigates how urban gulls can serve as sentinel species for detecting pollutants and pathogens in human‑dominated environments. The study will examine the origin and distribution of contaminants, compare exposure among different gull species, and assess related public health risks. Combining GPS‑based movement ecology with laboratory analyses, the student will help generate contamination‑risk maps and contribute to a multidisciplinary framework for monitoring pollution in urban landscapes. The internship provides training in ecological data analysis, GIS, wildlife tracking, laboratory workflows and applied environmental health assessment within a collaborative research team. Requirements: University students in the final year of a bachelor’s degree or enrolled in an official...

At iMARES (ICM‑CSIC), we offer a research internship for bachelor’s or master’s students interested in trophic ecology, conservation science and ecological data analysis. The project examines whether no‑take Marine Protected Areas (MPAs) lead to measurable changes in the diet, trophic role and predator–prey interactions of selected fish species. The study will compile and clean dietary and community datasets (stomach contents, stable isotopes, eDNA and visual surveys), and quantify differences in diet composition, niche breadth, trophic overlap and, when possible, trophic position inside versus outside MPAs. The student will follow a structured workflow that includes designing the comparative framework, computing trophic metrics, running statistical analyses, and generating reproducible outputs for management evaluation. The internship provides training in R‑based ecological analysis, trophic metrics, reproducible workflows, database management, and complementary field...

At iMARES (ICM‑CSIC), we offer a research internship for bachelor’s or master’s students interested in marine spatial planning, biodiversity conservation, and geospatial ecological analysis. The project will develop a standardized workflow to identify Ecologically or Biologically Significant Marine Areas (EBSAs) in two major climate‑change hotspots: the Western Mediterranean Sea and the Eastern & Central Tropical Pacific. Using ecological and oceanographic datasets, the study will generate spatial products that highlight areas of high ecological value, regions of vulnerability or productivity, and priority zones for conservation planning. The student will analyse geospatial data, apply EBSA criteria, and explore multiple spatial prioritization scenarios to produce comparable outputs across ocean basins. The internship provides hands‑on training in R programming, ecological data analysis and geospatial modelling, while working closely with researchers in an...

At iMARES (ICM‑CSIC), we offer a research internship for bachelor’s or master’s students interested in urban ecology, wildlife behaviour and eco‑physiology. The project investigates the ecological drivers behind the success of the yellow‑legged gull in cities and the consequences of its increasing reliance on human‑dominated environments. The study will integrate fieldwork (capture, GPS tagging, sample collection and behavioural observations), laboratory analyses (physiology, zoonotic pathogens and urban contaminants) and statistical modelling. The student will examine habitat selection, interactions with human activities, physiological condition, pathogen prevalence, contaminant loads and diet composition to understand how this “winner species” adapts to urban ecosystems. The internship offers training in field techniques, lab workflows, ecological data analysis and interdisciplinary approaches to wildlife research in human‑impacted environments. Requirements:...

At iMARES (ICM‑CSIC), we offer a research internship for bachelor’s or master’s students interested in trophic ecology, stable isotope analysis and marine fish life‑history reconstruction. The project uses δ¹³C and δ¹⁵N from sequential layers of fish eye lenses to trace lifetime changes in diet and habitat use in pelagic species of the Western Mediterranean. The study will analyse ontogenetic dietary shifts, quantify individual specialisation using isotopic variance components, and identify when and how individuals transition among prey fields and habitats. With an extensive dataset already available, the student will work with eye‑lens isotope chronologies to infer trophic trajectories and support assessments of population flexibility and vulnerability under environmental change. The internship provides training in stable isotope data processing, R‑based ecological analysis, quantitative modelling, and sample preparation (lens extraction and material processing),...

At iMARES (ICM‑CSIC), we offer a research internship for bachelor’s or master’s students interested in studying seabird–fishery interactions in marine ecosystems. The project will analyse how light‑level geolocators and GPS data can be used to detect encounters between seabirds and fishing vessels at sea. Using one of the most comprehensive datasets available, the study will assess how light signals recorded by seabirds reveal fishing activity, identify hotspots where birds and vessels overlap, and explore environmental features driving these interactions. The student will learn and apply tools for ecological analysis, tracking data processing, GIS and modelling, working closely with researchers in a collaborative environment. Requirements: University students in the final year of a bachelor’s degree or enrolled in an official master’s degree during the 2025–2026 or 2026–2027 academic year. Bachelor’s degree GPA: 7.5 or higher Preferred...