A Fresh Look at Freshwaters—River Literacy Principles for the Environmental Education of Riverside Communities Affected by Water Scarcity, Desertification and Transboundary River Pollution

The sustainable management of water resources requires experts and also citizens who understand the hydrosphere and its key functions. To educate the public about water-related issues, various water literacy concepts have been developed. However, many of these concepts are too complex for people to understand. In contrast, the ocean literacy framework effectively translates knowledge into behavioral changes and actions. The Danube River, known as the world’s most international river, has a catchment area shared by 19 countries. This river basin has experienced unprecedented landscape alterations, floods, droughts, and pollution events, highlighting the need for a new approach to environmental education. Additionally, globally, more people live near rivers than by the ocean. To empower members of riverside communities with water literacy, we aimed to adapt the ocean literacy principles into river literacy principles. In this study, we introduce a novel concept of river literacy, consisting of seven principles. This framework aims to support sustainable development goals through education and to restore and revive damaged freshwater habitats more effectively. The principles were tested in formal education across five countries. The results indicate that participants in river literacy programs became more motivated to protect rivers, and their understanding of fluvial geography and riverine pollution improved.

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Publication Details

Journal
Earth
Published
2025-09-27
DOI
https://doi.org/10.3390/earth6040117
Primary Topic
Water Quality and Pollution Assessment
Type
article
Field-Weighted Citation Impact
0.00

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article

A Fresh Look at Freshwaters—River Literacy Principles for the Environmental Education of Riverside Communities Affected by Water Scarcity, Desertification and Transboundary River Pollution

Violin Raykov, Sabine Lenz, Gudrun Obersteiner, Tine Bizjak et al.
Earth
Water Quality and Pollution Assessment
article

A Fresh Look at Freshwaters—River Literacy Principles for the Environmental Education of Riverside Communities Affected by Water Scarcity, Desertification and Transboundary River Pollution

Violin Raykov, Sabine Lenz, Gudrun Obersteiner, Tine Bizjak, Tímea Kiss, Dušan Milovanović, Uroš Robič, Dejan Ubavin, Michal Kravčík, Attila Dávid Molnár, Štefan Trdan, Martin Kováč, Hélène Masliah-Gilkarov, Fruzsina Kardoss, Gergely Hankó, Zsuzsanna Bitter
article en

Abstract

The sustainable management of water resources requires experts and also citizens who understand the hydrosphere and its key functions. To educate the public about water-related issues, various water literacy concepts have been developed. However, many of these concepts are too complex for people to understand. In contrast, the ocean literacy framework effectively translates knowledge into behavioral changes and actions. The Danube River, known as the world’s most international river, has a catchment area shared by 19 countries. This river basin has experienced unprecedented landscape alterations, floods, droughts, and pollution events, highlighting the need for a new approach to environmental education. Additionally, globally, more people live near rivers than by the ocean. To empower members of riverside communities with water literacy, we aimed to adapt the ocean literacy principles into river literacy principles. In this study, we introduce a novel concept of river literacy, consisting of seven principles. This framework aims to support sustainable development goals through education and to restore and revive damaged freshwater habitats more effectively. The principles were tested in formal education across five countries. The results indicate that participants in river literacy programs became more motivated to protect rivers, and their understanding of fluvial geography and riverine pollution improved.

EarthVol. 6(4)
Hungarian Central Statistical Office (HU), University of Novi Sad (RS), Innovative Medicines Initiative (BE), Institute for Water of the Republic of Slovenia (SI), Národný Onkologický Ústav (SK), National Széchényi Library (HU), Slovak Water Management Enterprise (SK), Austrian Institute for International Affairs (AT), Institute of Oceanology (BG), BOKU University (AT)
Interreg
Openalex Percentile: Top 75%
Water Quality and Pollution Assessment
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