Aquatic ecosystems

Explore the programs and courses offered by Aquatic ecosystems

Browse Programs Admission Information

Program Overview

This program aims to establish a strong link between the university and the natural environment by training specialists in environmental sciences, particularly in the field of aquatic ecosystems. It allows students to acquire in-depth scientific knowledge and technical skills in the biology, ecology, microbiology, and physical chemistry of aquatic environments. Learners will be trained to assess surface water quality, analyze the impact of contaminants on living organisms, and propose solutions to environmental issues.

The program also includes the study of biomonitoring animal and plant species in the hydrosystems of eastern Algeria, in order to understand their typology and functioning. On a professional level, it aims to address the shortage of teacher-researchers in hydroecology and hydrobiology and to develop research areas applicable in various sectors (health, industry, agriculture, agri-food, water treatment, etc.). It thus prepares students for professional integration or an academic and scientific career in the field of the aquatic environment.

Teaching Language : French

Curriculum Highlights

Core Courses

In summary, nine courses can be considered the scientific pillars of the program:

Aquatic Ecosystems: Structure and Function

Systematics of Aquatic Organisms

Biology and Ecology of Aquatic Plants

Biology and Ecology of Aquatic Animals

Bioindicators of Aquatic Environment Quality

Biological Indices and Biomarkers

Population Dynamics

General Hydrology

Analytical and Molecular Methods

These courses provide the backbone of the Master's program, training specialists capable of understanding, evaluating, and restoring aquatic environments using a rigorous and integrated scientific approach.

Advanced Topics

  1. Mapping, Remote Sensing and GIS Applied to Aquatic Environments
  2. This course uses technological tools such as satellite imagery, remote sensing, and GIS, which are essential for spatial analysis of ecosystems. Highly sought-after in environmental management, it enables the visualization, modeling, and interpretation of large-scale dynamics.
  3. Biomarkers and Molecular Ecotoxicology
  4. Working at the molecular level, this module requires solid laboratory skills. It focuses on biological markers (such as HSP, EROD, metallothioneins) used to detect chronic pollution and subcellular effects of contaminants, making it a valuable tool for detailed toxicological studies.
  5. Mathematical Modeling of Ecosystems and Populations
  6. This field relies on advanced quantitative tools: stochastic models, Markov chains, cellular automata. It allows for the simulation of ecological dynamics (such as predator-prey relationships) and the prediction of population or ecosystem changes.
  7. Chemical Monitoring of Pollution + Advanced Statistics
  8. Focused on measuring chemical parameters (BOD5, COD, etc.) and multivariate statistical analysis (PCA, hierarchical clustering, correspondence analysis), this course is essential for environmental impact assessments. It combines analytical rigor with ecological interpretation.
  9. Environmental Economics and Ecological Valorization
  10. This module offers an interdisciplinary perspective combining ecology, economics, and governance. It prepares students to design sustainable projects, useful in NGOs, consulting firms, or public policies, by integrating nature into socio-economic decision-making.
  11. Environmental Legislation and Applied Law
  12. This course covers the legal framework for environmental protection—essential for those aiming for careers in management, administration, or ecological consulting. It helps understand regulations, responsibilities, and legal mechanisms for ecosystem protection.


Admissions Information

Admission requirements:

1. Bachelor's degree in ecology and environment

2. Plant protection

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