Research Projects & Aquatic Conservation Scope

Based in the Upper Rakitata catchment and braided river ecosystems, the four doctoral projects address critical freshwater conservation priorities:

• Project 1 (Invasive Aquatic Plants): Assessing ecological drivers and restoration opportunities for managing invasive macrophytes in high-country spring habitats.
• Project 2 (Threatened Freshwater Fish): Investigating persistence mechanisms and habitat requirements of the threatened upland longjaw galaxias in dynamic braided rivers.
• Project 3 (Spring Ecosystems): Evaluating the role of stable spring-fed refugia in supporting biodiversity and food web resilience across river networks.
• Project 4 (Braided River Birds): Modeling interactions between flow regimes, aquatic food resources, invasive predators, and breeding bird populations.

Scholarship Package & Contract Terms

• Host Institution: School of Biological Sciences / FERG, University of Canterbury, Christchurch, New Zealand.
• Partner Body: Department of Conservation (DOC) Ngā Awa River Restoration Programme.
• Duration: 3 Years full-time doctoral scholarship.
• Financial Package: Annual living stipend (NZD $35,000/year tax-free) plus full tuition fee waiver and operational research costs.

Candidate Requirements

• Master’s degree or First-Class Honours (B.Sc. Hons) in Freshwater Ecology, Fisheries Biology, Zoology, Aquatic Science, or Conservation Biology.
• Fieldwork experience in river/stream environments, fish sampling, or spatial ecological analysis.
• Fluency in scientific English.

How to Apply

Applications must be submitted electronically via the University of Canterbury scholarship portal. Applicants should provide a CV, cover letter specifying preferred project(s), academic transcripts, and contact details for two academic referees.

Research Focus & Aquatic Ecosystem Scope

The Wilson Lab investigates ecological, ecotoxicological, and limnological mechanisms influencing freshwater plankton communities and harmful algal blooms (HABs). Key research areas include:

• Harmful Algal Bloom Dynamics: Unraveling environmental drivers of cyanobacteria and HAB toxicity in drinking water reservoirs and aquaculture systems.
• Aquaculture & Limnology Infrastructure: Utilizing Auburn’s extensive field station featuring hundreds of experimental aquaculture ponds and regional lake monitoring networks.
• Plankton Ecology & Ecotoxicology: Combining field experiments, laboratory analytical chemistry, mathematical modeling, and meta-analyses supported by USDA ARS and USDA NIFA funding.

Assistantship Package & Benefits

• Host Department: School of Fisheries, Aquaculture, and Aquatic Sciences, Auburn University, Alabama, USA.
• Degree Level: Ph.D. (preferred) or M.S. degrees.
• Funding Support: Full graduate research assistantship stipend, tuition waiver, and research project funding.
• Start Date: Spring or Fall academic terms.

Candidate Requirements

• Bachelor’s or Master’s degree in Fisheries Science, Aquaculture, Limnology, Aquatic Ecology, Environmental Science, or related discipline.
• Interest in freshwater plankton communities, field sampling, and quantitative ecological modeling.
• Strong academic writing and analytical capabilities.

How to Apply

Interested candidates should email Dr. Alan Wilson directly with a cover letter outlining research interests, CV, unofficial transcripts, and GRE scores (if available). Full application instructions are available on the Wilson Lab website.

Research Focus & Aquaculture Technology Scope

Norway is a global leader in cold-water aquaculture and salmonid biotechnology. The doctoral positions focus on cutting-edge sustainable fish farming challenges:

• Recirculating Aquaculture Systems (RAS) & Water Quality: Investigating biofiltration dynamics, microbial community control, and water chemistry in land-based aquaculture.
• Fish Nutrition, Health & Mucosal Immunity: Formulating novel functional feeds, assessing gut-microbiome interactions, and enhancing disease resistance in Atlantic salmon and trout.
• Aquaculture Genetics & Selective Breeding: Applying genomic selection to improve growth, fillet quality, and sea lice resistance in commercial fish stocks.

Fellowship Package & Contract Terms

• Host Institution: Faculty of Biosciences, Norwegian University of Life Sciences (NMBU), Ås, Norway.
• Duration: 3 Years full-time doctoral fellowship contract.
• Salary: Position code 1017 under the Norwegian State Salary Scale (approx. NOK 532,000 to NOK 575,000 per annum) plus 2% pension contribution to SPK.

Candidate Requirements

• Master’s degree (M.Sc.) in Aquaculture, Fisheries Science, Marine Biology, Aquatic Bioscience, or related discipline.
• Strong quantitative skills, molecular biology experience, or aquaculture lab background.
• Fluency in scientific English.

How to Apply

Applications are submitted electronically through Jobbnorge / NMBU portal. Submit a cover letter detailing research interests, academic CV, transcripts, master’s thesis summary, and contact info for 2-3 references.

Research Focus & Coastal Restoration Scope

Coastal and marine ecosystems face multi-factorial environmental pressures. This doctoral project focuses on strategic, spatial planning for coastal marine restoration across three sustainability dimensions:

• Key Performance Indicators (KPIs): Developing quantitative indicators assessing ecological, economic, and social outcomes of coastal restoration actions.
• Interdisciplinary Modeling: Combining marine spatial analysis, socio-economic trade-offs, and ecological restoration data across Baltic coastal zones.
• Policy & Ecosystem Management: Formulating practical decision-support frameworks for marine spatial planners, environmental agencies, and coastal managers.

Position Benefits & Details

• Host Institution: Institute of Coastal Research, SLU Aqua, Uppsala, Sweden.
• Contract Duration: 4 Years full-time doctoral employment (100% workload).
• Salary: Standard Swedish doctoral salary scale with comprehensive health and pension benefits.
• Application Deadline: 26 September 2026.
• Reference Number: SLU.ua.2026.2.5.1-2316.

Candidate Requirements

• Master’s degree (M.Sc.) in Environmental Science, Aquatic Ecology, Marine Biology, Coastal Resource Management, or related field.
• Experience in spatial data analysis (GIS, R, Python), restoration planning, or quantitative ecological indicators.
• Strong command of spoken and written English.

How to Apply

Applications must be submitted via the official SLU recruitment portal before 26 September 2026. Include a CV, cover letter, master’s thesis summary, and academic transcripts.

Research Focus & Aquatic Science Scope

DTU Aqua leads European research in sustainable fish production, marine biodiversity conservation, and aquatic resource modeling. Key doctoral research themes include:

• Recirculating Aquaculture Systems (RAS): Optimizing water purification, biofiltration kinetics, and microbial water quality control in intensive fish farming.
• Fish Population Dynamics & Stock Assessment: Formulating mathematical models for marine fish stock assessment, pelagic food webs, and climate impacts on fisheries.
• Aquatic Microbial Ecology & Fish Welfare: Investigating host-microbiome interactions, mucosal immunity, and pathogen prevention in salmonid and marine fish species.

Position Benefits & Employment Terms

• Host Institution: DTU Aqua (Technical University of Denmark), Lyngby/Silkeborg, Denmark.
• Duration: 3 Years full-time doctoral appointment.
• Salary & Benefits: Full employment contract under Danish University CLA with competitive monthly salary, pension contributions, and holiday allowance.

Candidate Requirements

• Master’s degree (M.Sc.) in Fisheries Science, Aquaculture, Marine Biology, Hydrobiology, Environmental Engineering, or related fields.
• Strong quantitative research skills, laboratory experience, or marine field survey experience.
• Fluency in spoken and written scientific English.

How to Apply

Applications are submitted online via the official DTU job portal. Upload a motivation letter, curriculum vitae, master’s thesis summary, and academic transcripts.

Research Focus & Fisheries Scope

The OECD CRP fellowship supports international scientific mobility and collaborative research across key ocean and aquaculture themes:

• Sustainable Aquaculture Management & Innovation: Investigating resource efficiency, fish disease management, and climate-resilient aquaculture systems.
• Ocean Fisheries Policy & Stock Conservation: Evaluating sustainable harvest levels, marine ecosystem services, and economic policy instruments for fisheries management.
• Aquatic Biogeochemistry & Resilience: Strengthening international research networks across OECD member countries.

Fellowship Benefits & Key Details

• Duration: 6 to 26 weeks research visits at host research institutions in participating OECD countries.
• Support: Travel expenses, monthly subsistence allowance, and international research networking support.
• Application Deadline: 10 September 2026.

Eligibility Requirements

• Senior scientists, postdoctoral researchers, and academic faculty working in OECD member countries.
• Ph.D. degree with a proven track record of peer-reviewed scientific publications in fisheries science, aquaculture, or aquatic resource economics.

How to Apply

Applications must be submitted electronically through the official OECD CRP portal before 10 September 2026. Submissions require a joint research project proposal, host institution invitation letter, CV, and publication list.

Research Focus & Marine Science Scope

EuroMarine fellowships support collaborative interdisciplinary research addressing urgent European and global ocean science challenges:

• Pelagic & Benthic Ecosystem Dynamics: Assessing marine biodiversity loss, food web structures, and macro-ecological shifts under ocean warming and acidification.
• Blue Carbon & Coastal Biogeochemistry: Quantifying carbon burial rates in seagrass meadows, salt marshes, and kelp forests.
• Sustainable Fisheries & Marine Policy: Integrating ecosystem-based fisheries management, marine protected area (MPA) networks, and ocean conservation policy.

Fellowship Features & Mobility Support

• Eligible Institutions: Member oceanographic laboratories across France, Germany, Spain, Norway, Portugal, Italy, and partner European nations.
• Support: Individual research grants, international mobility funding, specialized summer school access, and collaborative workshop sponsorship.
• Target Group: PhD students, postdoctoral fellows, and early-career marine researchers within 5 years of doctoral completion.

How to Apply

Applications are submitted electronically through the EuroMarine official portal (euromarine-network.eu). Applicants must submit an abstract proposal aligned with EuroMarine scientific priorities, a CV, and an institutional endorsement letter.

Research Focus & Ocean Biology Scope

India’s Deep Ocean Mission aims to explore bathyal and abyssal marine environments, safeguard deep-sea biodiversity, and advance blue economy technology. The postdoctoral fellowships support research across key mission verticals:

• Deep-Sea Biodiversity & Marine Biotechnology: Developing innovative field sampling, DNA barcoding, and bioprospecting tools for deep-sea extremophiles, benthic invertebrates, and hydrothermal vent organisms.
• Ocean Climate Advisory & Biogeochemistry: Investigating ocean carbon sequestration, deep-sea nutrient cycling, and climate change dynamics in the Indian Ocean.
• Underwater Robotics & Ocean Engineering: Collaborating on deep-sea manned submersibles, autonomous underwater vehicles (AUV), and sea-floor mining sensor networks.

Fellowship Benefits & Details

• Host Institutions: NIOT (Chennai), CMLRE (Kochi), NCPOR (Goa), and AMSOB research hubs across India.
• Total Openings: 25 Postdoctoral Fellowships for the 2026–2027 cycle.
• Stipend & Support: Competitive national postdoctoral fellowship stipend, contingency research grant, and access to oceanographic research vessel cruises.

Candidate Requirements

• Ph.D. in Marine Biology, Biological Oceanography, Hydrobiology, Marine Biotechnology, Oceanography, or related marine science disciplines.
• Age limit generally 35 years or under (with standard government relaxation).
• Strong record of scientific peer-reviewed publications and marine field experience.

How to Apply

Applications must be submitted online via the official AMSOB (amsob.in) and NIOT (niot.res.in) recruitment portals. Submit a detailed research proposal, CV, list of publications, and degree certificates.

Research Focus & Coastal Resilience Scope

Coastal zones across Europe face increasing storm surge exposure, sea level rise, and extreme hydrological events. This doctoral project focuses on ex-ante and ex-post quantitative assessment of coastal adaptation effectiveness:

• Coastal Hazard Data Collection & ABM Modeling: Developing Agent-Based Models (ABM) and structured household surveys quantifying autonomous adaptation to coastal flooding and estuarine storm hazards.
• Policy & Risk Assessment Frameworks: Contributing quantitative evidence to the European Environment Agency, EU Commission climate adaptation policies, and IPCC assessment frameworks.
• Interdisciplinary Collaboration: Working as part of a 20-institution European consortium assessing physical, economic, and institutional limits of coastal adaptation.

Position Benefits & Details

• Host Faculty: Faculty of Technology, Policy and Management (TPM), TU Delft, Netherlands.
• Duration: 4 Years full-time doctoral position.
• Salary: €3,059 to €3,881 gross per month under the Collective Labour Agreement for Dutch Universities.
• Deadline: 31 August 2026.

Candidate Requirements

• Master’s degree (M.Sc.) in Environmental Economics, Coastal Risk Management, Environmental Systems Engineering, or related quantitative field.
• Solid grounding in quantitative research methods, Agent-Based Modeling, micro-econometrics, or spatial data analysis.
• Fluency in English.

How to Apply

Interested candidates must apply through the TU Delft job portal before 31 August 2026. Submit a motivation letter, curriculum vitae, publication list/M.Sc. summary, and academic transcripts.

Research Focus & Aquatic Ecosystem Scope

Remote sensing, high-tech sensors, and GeoAI are essential for tracking surface water energy budgets, coastal thermal dynamics, and aquatic ecosystem health. The two doctoral vacancies cover complementary domains:

• Position 1 (Spatial Integration for High-Tech Sensing): Integrating airborne and optical-thermal satellite observations to model radiative exchanges, surface water energy balances, and aquatic/coastal reflectance properties.
• Position 2 (Temporal Integration & GeoAI): Developing open explainable GeoAI frameworks to temporally couple Earth system models with observational monitoring across land-water interfaces.

Funding Package & Contract Terms

• Host Faculty: ITC Faculty of Geo-Information Science and Earth Observation, University of Twente, Enschede, Netherlands.
• Duration: 4 Years full-time doctoral appointment (40 hours/week).
• Salary: €3,059 (Year 1) to €3,881 (Year 4) gross per month, plus 8% holiday allowance, 8.3% year-end bonus, and 41 paid annual leave days.
• Deadline: 31 August 2026.

Candidate Requirements

• Master’s degree (M.Sc.) in Remote Sensing, Meteorology, Geoinformatics, Environmental Physics, Aquatic Science, or related field.
• Strong quantitative modeling, programming skills (Python/R/C++), and experience handling satellite earth observation datasets.
• Full proficiency in scientific English.

How to Apply

Applications should be submitted via the official University of Twente vacancy portal before 31 August 2026. Upload a letter of motivation, academic CV, transcripts, and referee contact details.