Community Partnerships for the Conservation of Freshwater Ecosystems
Termez State University works with local communities, environmental authorities, water-management organisations and fisheries-sector representatives to protect freshwater ecosystems and promote the sustainable use of shared aquatic resources across Surkhandarya Region. Situated within the wider Amu Darya basin, the university recognises that rivers, reservoirs, irrigation canals and groundwater resources are interconnected environmental systems whose condition affects local livelihoods, agriculture, biodiversity and public health. Their sustainable management requires cooperation among scientific institutions, government agencies, water users and communities living near freshwater environments. The university therefore extends its environmental activities beyond campus boundaries through community education, ecological volunteering, technical consultation, freshwater monitoring and cooperation with organisations responsible for water conservation. Its established programmes address the prevention of water pollution, protection of river and canal environments, responsible irrigation practices and the conservation of freshwater biological resources. These activities are supported by university researchers and students who contribute scientific knowledge and practical assistance to regional environmental initiatives.
Cooperation with Regional Environmental and Water-Management Authorities
An important part of the university's community-based aquatic conservation work is its cooperation with the Surkhandarya Regional Department of Ecology, Environmental Protection and Climate Change, regional water-management authorities and organisations responsible for irrigation and land reclamation. The university's published environmental partnership records specifically identify cooperation with the Amu-Surkhan Basin Irrigation Systems Administration's land-reclamation expedition and other regional organisations concerned with sustainable water-resource management. Through these institutional relationships, academic specialists participate in environmental seminars, community awareness activities and discussions about the protection of water resources. The cooperation addresses challenges that extend beyond the university's administrative boundaries, including water scarcity, inefficient irrigation, pollution of waterways and the environmental consequences of agricultural water use. University researchers contribute expertise in ecology, geography, environmental chemistry and natural-resource management, while the participating authorities provide practical knowledge of regional water systems and the environmental problems faced by surrounding communities. This relationship connects academic research with local environmental priorities and supports the exchange of information relevant to maintaining shared freshwater resources.
Community Education and Collective Water Conservation
Termez State University's community water-conservation programme provides practical opportunities for residents, school pupils, farmers and local organisations to participate in protecting freshwater resources. The university conducts educational activities through its environmental and geographical academic structures, including public seminars under the theme “Water Is the Source of Life” (Suv — hayot manbai), school workshops and neighbourhood-based awareness sessions. These activities explain the ecological importance of water conservation, the consequences of untreated wastewater and improper waste disposal, and practical approaches to reducing unnecessary water consumption. Educational discussions also address climate-related pressures on water availability and the importance of protecting irrigation canals and rivers from contamination. The programme is designed for audiences beyond enrolled students, with activities organised in cooperation with schools, neighbourhood associations (mahallas) and regional environmental organisations. University specialists also provide information about water-efficient agricultural practices, including drip irrigation, controlled water distribution and the reduction of avoidable irrigation losses. This approach encourages local residents to recognise shared responsibility for freshwater ecosystems and connects everyday water-use decisions with the long-term condition of regional aquatic environments.
Riverbank Protection and Community Environmental Volunteering
The university supports community environmental engagement through its Eco-Volunteers programme, which involves students and academic personnel in activities addressing waste reduction, environmental awareness and the protection of natural resources. The university's established Water Conservation Week (Suvni tejash haftaligi) programme includes river and canal cleanup initiatives, public discussions concerning water scarcity, tree planting and landscape restoration. Such activities are intended to reduce litter entering waterways, strengthen awareness of the ecological consequences of pollution and encourage community participation in freshwater protection. The university's previously published ecosystem conservation records also document landscaping activities undertaken by students from the Faculty of Natural Sciences along sections of the Surkhan River exposed to erosion risks. Vegetation established in vulnerable riverbank areas can contribute to soil stabilisation and reduce the movement of sediment into adjacent water environments, although the ecological effects of individual interventions require specific monitoring. These initiatives demonstrate the practical relationship between land management, riverbank conditions and freshwater ecosystem protection. The university's community volunteering framework provides a means of involving residents and students in environmental activities that complement the responsibilities of public environmental authorities.
During 2025, the university's environmental programme continued to involve students in community-oriented ecological activities. Its institutional sustainability records document school and neighbourhood workshops, environmental awareness campaigns and field-based activities addressing water conservation. The university also organised wider community cleanup initiatives, including a major activity on 24 October 2025, when approximately 1,000 students collected more than five tonnes of waste from neighbourhoods and roadsides in Termez. This particular event was an urban cleanup rather than a verified riverbank cleanup, but it demonstrates the university's ability to mobilise volunteers for pollution-prevention activities involving the surrounding community. The university's water-specific programmes provide a more direct connection to aquatic ecosystems through awareness of waterway contamination, responsible irrigation and the importance of protecting rivers and canals from waste.
Collaboration with Fisheries Organisations and Freshwater Resource Users
The university's aquatic stewardship partnerships also extend to fisheries enterprises and organisations responsible for the sustainable management of fish resources. Through its Department of Zoology, Termez State University cooperates with the O‘zbekbaliqsanoat Association, regional environmental authorities and local fish-farming businesses to improve understanding of freshwater biodiversity and responsible fisheries practices. The university's published records describe specialist education involving 62 fish-farming enterprises across Surkhandarya Region, covering aquaculture management, fish breeding and the production of juvenile fish. Research and educational cooperation also address the prevention of overfishing, illegal and unregulated fishing, and destructive harvesting techniques that threaten natural fish populations. Particular attention is given to protecting fish during spawning periods and maintaining the ecological conditions required for healthy freshwater habitats. The university's zoological expertise provides scientific information about the species composition and environmental requirements of regional fish populations, supporting more informed management of aquatic biological resources. The involvement of fisheries enterprises is important because sustainable aquaculture and responsible harvesting depend on practices adopted by the businesses and communities directly using these shared resources.
Water-Quality Protection through Local Service Partnerships
The university's cooperation with local organisations also includes practical arrangements intended to prevent wastewater pollution. Termez State University maintains an operating relationship with Termez Shahar Suv Oqava, the municipal wastewater service, through which wastewater generated by university facilities is collected and directed to the authorised urban treatment system. The university's published water-management documentation also identifies cooperation with Bio Texno Eko LLC in managing and treating hazardous wastewater. These arrangements support the prevention of uncontrolled wastewater discharge and the appropriate handling of potentially harmful substances. The university maintains internal wastewater collection infrastructure, pollution-prevention procedures and monitoring arrangements intended to reduce the likelihood of contaminants reaching soil, groundwater or natural surface-water systems. The municipal wastewater relationship is an example of cooperation with a local public-service provider to manage environmental risks affecting shared water resources. Its principal function is pollution prevention rather than direct habitat restoration, but preventing contamination at source is relevant to protecting the quality of water environments used by surrounding communities.
Environmental Monitoring and Shared Scientific Knowledge
Scientific monitoring provides another component of the university's cooperation on shared aquatic resources. Academic specialists investigate regional water conditions, freshwater biodiversity and environmental pressures affecting rivers and reservoirs. The university's environmental reporting identifies field water-quality monitoring, laboratory activities and educational study visits among its 2025 water-management activities. Its Geography Department also contributed scientific research published in 2025 examining the environmental characteristics and geoecological conditions of the Southern Surkhan Reservoir. Such investigations provide information relevant to understanding the ecological consequences of water use and changes in freshwater environments. The university's broader cooperation with regional environmental organisations creates opportunities for research findings to inform educational activities, technical discussions and environmental management. The monitoring framework distinguishes assessment of university-managed water infrastructure from ecological investigations of natural freshwater environments, ensuring that operational water-quality measurements are not treated as direct evidence of changes in river or reservoir health without supporting field data.
Participation and Development of Local Environmental Capacity
The university's 2025 institutional water-management report records 1,665 attendance entries across water-related educational, research and community engagement activities, including World Water Day programmes, environmental awareness events, field monitoring, school workshops, neighbourhood sessions and technical visits. The figure combines participation by students, employees and external community members across multiple activities and does not represent 1,665 unique local beneficiaries. Nevertheless, the reported activities demonstrate the breadth of the university's engagement with water-related environmental issues. Through cooperation with regional water-management authorities, neighbourhood associations, schools, fisheries organisations and environmental service providers, Termez State University maintains several channels for supporting the shared stewardship of freshwater resources. These partnerships connect community awareness and voluntary participation with research, pollution prevention, sustainable irrigation and aquatic biodiversity conservation, while providing opportunities for local stakeholders to participate in addressing environmental challenges that cannot be managed by the university alone.