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SDG 14 – Life Below Water Conserve and sustainably use the oceans, seas and marine resources for sustainable development. |
Our Contribution to SDG 14
Although the Slovak University of Agriculture in Nitra (SUA) is situated in a landlocked country, its research and educational activities address water quality, aquatic ecosystems and pollution pathways that are relevant to the health of water environments. The university's contribution to SDG 14 is principally indirect, through freshwater research, pollution prevention and knowledge relevant to catchment-to-sea connections.
SUA does not present inland-water activities as direct marine conservation interventions. Instead, the university focuses on the scientific and practical links between agricultural land use, nutrient and contaminant flows, river systems and downstream aquatic environments.
Research and Innovation
SUA researchers examine water chemistry, nutrient pollution, aquatic organisms and the environmental impacts of agriculture. Published studies have assessed water-quality parameters and their implications for fish in Slovak watercourses and ponds, as well as ecological effects of pollution in the Slaná River.
The NENUPHAR project explores nutrient pollution and approaches to recovering and recycling nitrogen and phosphorus from waste streams. Such research is relevant to reducing nutrient losses that may eventually affect connected freshwater and marine systems. WATERGRID investigates integrated water and drought management through nature-based solutions.
These projects address different aspects of water sustainability, and any specific claims about marine outcomes would require evidence demonstrating a direct link.
Education and Student Engagement
Courses and fieldwork in environmental sciences, ecology, water management and agriculture introduce students to water quality, nutrient cycles, pollution and the protection of aquatic environments. Laboratory analysis and field measurements offer practical experience in investigating ecological pressures.
Students can participate in environmental research and applied projects connecting agricultural practices with catchment management. Educational activities related to responsible fertiliser use, waste management and water protection can also strengthen awareness of downstream impacts.
Public Engagement and Community Activities
SUA shares knowledge on water quality, pollution prevention and sustainable land management with schools, public authorities, professional groups and other external stakeholders. Educational workshops and field-based activities help explain the links between land use and aquatic ecosystems.
The university's outreach on water conservation and environmental protection supports broader awareness of responsible resource management. It should not be described as a marine clean-up or coastal restoration programme unless such an activity is independently documented.
Water Protection and Institutional Practices
SUA's campus and research practices include waste-management arrangements, controlled handling of laboratory materials and measures intended to prevent pollution. Water monitoring and responsible use of resources are also relevant to reducing pressure on local environments.
Research cooperation provides opportunities to improve methods for analysing nutrient pollution and water quality. The institution-wide contribution to marine protection is best expressed in terms of research, education and pollution prevention rather than unsupported claims about conservation of ocean habitats.
Key Achievements
- Peer-reviewed research examining water quality and effects of pollution on freshwater fish and aquatic ecosystems.
- Participation in NENUPHAR research on nutrient pollution and nutrient recovery.
- Education and field-based research in water quality, ecology and environmental management.
- Institutional waste-management and pollution-prevention practices relevant to protecting water resources.
Evidence and Further Information
Aquatic Ecosystems and Water Quality Research
- Water Quality and Fish Life in the Bocegaj Watercourse
- Ichthyocenoses of the Slaná River Affected by Mine Water
- Nitrogen Forms in the Bocegaj Watercourse and Kolínany Pond
Pollution Prevention and Research Cooperation