Institutional Programmes for Sustainable Freshwater Resource Management
Termez State University develops and supports programmes that encourage responsible stewardship of freshwater resources, promote aquatic biodiversity conservation and strengthen environmentally sustainable practices among students, employees and local communities. Situated within the wider Amu Darya basin, the university operates in a region where freshwater availability, agricultural irrigation and the ecological condition of rivers and reservoirs are closely connected to economic development and environmental security. Its approach to aquatic stewardship therefore extends beyond conventional water-saving measures to include pollution prevention, sustainable fisheries management, environmental education, scientific monitoring and the development of technologies that reduce pressure on freshwater ecosystems. The university's Water Reuse and Sustainable Water Management Policy, aquatic ecosystem protection framework and environmental conservation programmes establish institutional expectations for responsible resource use, while research funding, innovation competitions, community participation and practical training provide opportunities for individuals and organisations to adopt and maintain sustainable practices.
The university combines administrative measures with educational and voluntary participation rather than relying exclusively on regulatory compliance. Its environmental programmes involve academic departments, student organisations, facilities management personnel and regional institutions responsible for ecology and water resources. Responsibilities include identifying opportunities to reduce freshwater consumption, improving wastewater management, promoting environmentally responsible irrigation and supporting the conservation of aquatic biological resources. The university's publicly documented cooperation with the Surkhandarya Regional Department of Ecology, Environmental Protection and Climate Change and regional water-management organisations allows scientific knowledge to be shared with communities and practitioners. These relationships are particularly relevant in southern Uzbekistan, where responsible irrigation and pollution prevention influence both agricultural productivity and the environmental condition of connected freshwater systems.
Encouraging Community Participation in Aquatic Stewardship
An important component of the university's stewardship programme is its community water-conservation education initiative, which extends environmental knowledge beyond academic classrooms into schools, neighbourhoods and rural communities. Through the Faculty of Natural Sciences and associated environmental research structures, the university organises awareness activities under themes such as Water Is the Source of Life (Suv — hayot manbai). The activities address freshwater scarcity, water pollution, climate-related pressures, domestic consumption and the importance of protecting rivers, canals and other water bodies. Practical sessions introduce water-saving irrigation methods, responsible household water use and ways to prevent waste from contaminating freshwater environments. By directing these activities towards school pupils, residents and agricultural communities, the university creates opportunities for people who are not enrolled at the institution to participate in water stewardship and apply conservation practices in their own environments.
The university's Eco-Volunteers programme provides an additional mechanism for sustained participation. Student volunteers contribute to awareness campaigns, environmental cleanups, community education and the dissemination of practical recommendations concerning water conservation. The university's publicly described Water Conservation Week (Suvni tejash haftaligi) framework includes activities associated with river and canal protection, discussions about climate change and freshwater resources, and environmental restoration. Participation is encouraged through organised student groups, opportunities to gain practical experience and the integration of voluntary activities with educational programmes. The university's 2025 environmental reporting records World Water Day activities, school workshops, neighbourhood sessions, field monitoring and technical study visits as part of its wider water-management programme. These initiatives provide pathways for students and community members to move from environmental awareness towards direct participation in conservation-related activities.
Financial Incentives for Water-Saving Research and Environmental Innovation
Termez State University supports environmental stewardship through research funding and competitive opportunities that encourage students and researchers to develop practical solutions to resource-management challenges. During the second quarter of 2025, a university research initiative led by Behruz Muhammadiyev was selected for financial support under the academic mobility programme. The project, entitled Design and Automation of Modern Water-Saving Irrigation Systems in Surkhandarya Region Using Solar Energy, received UZS 66 million in reported project funding. Its objective is to investigate irrigation systems that combine solar power, soil-moisture monitoring and automated water distribution, allowing irrigation to respond more closely to crop requirements. By encouraging research into technologies that can reduce unnecessary agricultural water consumption, the funding mechanism supports the development of practical alternatives to conventional irrigation methods and promotes more efficient management of scarce freshwater resources.
The university also organised the Eco-innovations-2025 competition on 19 September 2025, creating a financial and professional incentive for students to propose environmentally responsible technologies and practical solutions. More than 50 students participated with projects addressing environmental protection, renewable energy, waste reduction and innovative ecological technologies. The university awarded prizes to nine successful participants: three first-place awards of UZS 6 million, three second-place awards of UZS 4 million and three third-place awards of UZS 2 million, representing UZS 36 million in total awards. Although the competition covered environmental sustainability more broadly and the entire prize fund was not reserved for aquatic-resource projects, its structure encouraged student participation in environmentally beneficial innovation, including technologies and resource-management approaches relevant to water conservation. The competition also provided opportunities for promising ideas to attract further development and commercialisation support.
Applied Research and Practical Water-Stewardship Technologies
The university's innovation framework supports the translation of research into technologies that can help prevent freshwater pollution and reduce unnecessary water consumption. Its institutional sustainability records identify a 2025 startup focused on producing ion-exchange and ultrafiltration membranes from locally available raw materials. The initiative aims to develop materials capable of separating selected harmful ions, organic compounds and other pollutants from water, with potential applications in drinking-water treatment, industrial wastewater management and water recycling. The university's Faculty of Chemistry also maintains applied research projects addressing membrane technologies and the removal of metal ions from industrial wastewater. These projects contribute scientific and technical knowledge that can support environmentally responsible industrial practices. Their development constitutes research and innovation support; the degree of successful deployment in commercial water-treatment facilities requires separate confirmation through pilot results or industrial partner records.
The university's water-saving technology programme also incorporates practical examples from its own infrastructure. Drip and sprinkler irrigation systems, rainwater storage, water-efficient sanitary equipment and monitoring technologies are used to manage campus water consumption. Its 2025 water-conservation records describe four artesian wells, six water towers, three reservoirs, three rainwater storage tanks and five groundwater recharge pits, supported by infrastructure inspections and water-use monitoring. These facilities are operated as part of the university's resource-management programme and provide practical examples for educational activities addressing water conservation. The university reported that annual artesian groundwater abstraction declined from 94,000 cubic metres in 2022 to 42,280 cubic metres in 2025, a reduction of approximately 55%. While lower abstraction does not independently establish improvements in nearby ecosystem health, it demonstrates progress in managing a resource whose excessive withdrawal can create environmental pressures.
Supporting Responsible Fisheries and Aquatic Biodiversity Conservation
The university's aquatic stewardship activities extend to sustainable fisheries management and the protection of freshwater biological resources. Through its Department of Zoology, Termez State University maintains educational and scientific cooperation with regional fish-farming enterprises, environmental organisations and fisheries-sector representatives. Its published institutional records describe specialist training involving 62 fish-farming enterprises in Surkhandarya Region, covering aquaculture management, fish breeding and the production of juvenile fish. These activities provide professional knowledge that can help operators understand appropriate production practices and the importance of maintaining suitable environmental conditions in artificial and natural aquatic systems. The reported number represents a programme outcome for which a separate 2025-specific beneficiary breakdown has not yet been established.
The university's cooperation with the O‘zbekbaliqsanoat Association and the regional environmental authority also supports awareness of the consequences of overfishing, illegal and unregulated fishing, destructive harvesting methods and the disturbance of natural fish populations during reproductive periods. Educational activities address the need to maintain healthy fish stocks, protect aquatic habitats and comply with applicable fisheries regulations. The university's zoological research contributes to these efforts through studies of regional freshwater fauna, species distribution and ecological conditions. Research into the fish populations of Surkhandarya's water bodies has identified 37 species belonging to 34 genera, 15 families and seven orders, creating a scientific reference relevant to the protection of aquatic biodiversity. By providing access to research findings, technical expertise and conservation education, the university supports better-informed resource-management decisions among external partners and communities.
Monitoring, Participation and Continued Stewardship Practices
Termez State University maintains monitoring and reporting arrangements to support the continuation of responsible water-management practices. Its environmental monitoring programme includes assessments of water consumption, wastewater infrastructure, pollution risks and water-quality conditions. The university's 2025 institutional records identify six designated water-monitoring points and procedures for regular infrastructure inspections and laboratory testing. Digital monitoring tools complement these arrangements by providing information on water consumption, identifying abnormal use and supporting management decisions. The monitoring system principally addresses university-managed water infrastructure, while separate academic investigations contribute information about natural freshwater systems. This distinction enables the university to examine both the efficiency of its own operations and the broader environmental issues investigated through its research programmes.
Participation in water stewardship is also reinforced through practical learning, research opportunities and community engagement. The university's 2025 water-management report records 1,665 attendance entries across water-related education, research and community activities, including World Water Day, environmental campaigns, field monitoring, school workshops and technical visits. The figure combines several participant groups and activities and does not represent 1,665 unique participants or exclusively aquatic conservation beneficiaries. The reporting framework nevertheless indicates that water management is addressed through multiple forms of engagement rather than a single annual awareness event. Through continuing outreach, volunteer participation, funded research, innovation incentives and operational monitoring, the university maintains mechanisms intended to encourage responsible freshwater use and the protection of aquatic ecosystems among its academic community and regional partners.