SDG 15. Life On Land

Life on land

Article

Impacts of the Russian aggression on forest ecosystems in Ukraine and identification of key restoration areas to improve connectivity

Velázquez, J., Díaz-Ireland, G., Rincón, V., …Gontsa, F., Gülçin, D.

Biodiversity and Conservation, 2025

Review •  Open access

Agricultural Practices’ Impact on Achieving the Sustainable Development Goal: Eliminating World Hunger

Semchuk, I.A., Mishchenko, V., Petrukha, N.M., Strochenko, N., Kapelista, I.M.

Grassroots Journal of Natural Resources, 2025

Conference Paper

Development of Emission Determination Method Concept

Biloshchytskyi, A., Kazambayev, I., Toxanov, S., …Biloshchytska, S., Abzhanova, D.

IEEE Conference on Technologies for Sustainability Sustech, 2025

Article •  Open access

Assessment and Analysis of Public Policy Impact: Contemporary Approaches and Future Application Opportunities | Evaluación y análisis del impacto de las políticas públicas: Enfoques contemporáneos y futuras oportunidades de aplicación

Stativka, N., Nadtochii, A., Hordieieva, T., Petrukha, N.M., Telendii, A.

Management Montevideo, 2025

Review

Preventing Crime against Animals: A Review of Effective Situational Prevention Approaches | Prevención de delitos contra los animales: una revisión de enfoques eficaces de prevención situacional

Kadhim, J., Ghassan, A., Ibraheem, A.S., Hotsalyuk, A.

Encuentros Maracaibo, 2024

Article

Integration of Genetic Resources and Intellectual Property Rights within Global and Islamic Legal Frameworks

Shaker, R.S., Najim, S.R., Abdulameer, N.A., Kabrch, J.K., Turchyn, M.Y.

Al Istinbath Jurnal Hukum Islam, 2024

Conference Paper

Ecological Park—A Step Toward Sustainable Development

Bulakh, I.V.

Advances in Science Technology and Innovation, 2024

Article •  Open access

INVESTMENT POLICY OF CONSTRUCTION ENTERPRISES UNDER THE CONDITIONS OF MARITAL STATE | Інвестиційна політика будівельних підприємств в умовах воєнного стану

Iastremska, O.M., Ivanova, T.M., Ordukhanov, T., Denysiuk, O., Zinchenko, M.

Naukovyi Visnyk Natsionalnoho Hirnychoho Universytetu, 2024

Article •  Open access

Approaches to the Territorial Communities’ Typification of Ukraine as a Result of the Russian Military Aggression

Palekha, Y.M., Malchykova, D.S., Antonenko, N.V., Pylypenko, I.O.

Ukrainian Geographical Journal, 2023

Conference Paper

Holistic Vision as a Driver for the Project’s Success

Bushuyev, S.D., Bushuyeva, N., Bushuiev, D.A., Bushuieva, V.

International Scientific and Technical Conference on Computer Sciences and Information Technologies, 2023

Article •  Open access

MODERN ROLE OF STAKEHOLDERS IN UKRAINIAN LAND AND ENVIRONMENTAL MANAGEMENT

Lizunova, A., Petrakovska, O.S., Mykhalova, M.Y.

Acta Scientiarum Polonorum Formatio Circumiectus, 2023

Conference Paper

Inspirational Development of Education Establishment. Astana IT University Case

Bushuyev, S.D., Murzabekova, S., Biloshchytskyi, A., Khusainova, M., Sukach, S.

Sist 2023 2023 IEEE International Conference on Smart Information Systems and Technologies Proceedings, 2023

Conference Paper •  Open access

AGROCENOSES AIR IMPROVEMENT FOR LONGER A ND HEALTHIER PEOPLE LIFE

Tkachenko, T., Mileikovskyi, V.O., Satin, I., Ujma, A.

Engineering for Rural Development, 2023

Article

Peculiarities of the Influence of Oil Products on the Content and Ratio of Photosynthetic Pigments of Ceratophyllum demersum L.

Gorbatiuk, L.O., Pasichna, O.O., Platonov, M.O., …Nezbrytska, I.M., Vitovets’ka, T.V.

Hydrobiological Journal, 2023

Article •  Open access

Dendroflora in Spatial Planning Compositionof Children’s Squares in Vyshhorod Town

Zibtseva, O.V., Troshkina, O., Olkhovska, O.

Ukrainian Journal of Forest and Wood Science, 2022

Article

Peculiarities of the Influence of Copper (II) and Lead (II) on the Content of Pigments in Ceratophyllum demersum L

Pasichna, O.O., Gorbatiuk, L.O., Platonov, M.O., …Godlevska, O.O., Vitovets’ka, T.V.

Hydrobiological Journal, 2022

Conference Paper •  Open access

Hydrological simulation and assessment of the optimal parameters of the water replenishment of the floodplain lake and old riverbed on the Uzh river

Velychko, S., Dupliak, O.

Iop Conference Series Earth and Environmental Science, 2022

Conference Paper •  Open access

Environmental Assessment of Relationships and Mutual Influences in the System “protective Forest Plantations – Anthropogenic Landscapes”

Abu Deeb, S., Tkachenko, T., Mileikovskyi, V.O.

Iop Conference Series Earth and Environmental Science, 2021

Article

SPECIFICITIES OF THE CREATION OF GEOINFORMATION MAINTENANCE OF THE TERRITORY OF CHORNOBYL RADIATION AND ECOLOGICAL BIOSPHERE RESERVEFOR GEOINFORMATION MONITORING CONDUCTION

Lazorenko, N., Galius, I., Zatserkovnyi, V.I., Denysiuk, B., Shudra, N.

Visnyk of Taras Shevchenko National University of Kyiv Geology, 2021

Conference Paper •  Open access

Sustainable development and the role of instrumentalism concepts for social institutions and educational system

Bilan, T., Lakusha, N., Petriv, O., Sylkina, S.

E3s Web of Conferences, 2021

Conference Paper •  Open access

Methodology of the environmental efficiency assessment of spatial organization of rural areas

Shkuratov, O., Chudovska, V., Kushniruk, T., Sotnikova, I., Sotnikov, D.

E3s Web of Conferences, 2021

Book Chapter

Uses, applications, and disciplinary integration using myxomycetes

Kryvomaz, T., Tran, H.T.M., Rojas, C.

Myxomycetes Biology Systematics Biogeography and Ecology, 2021

Article

Peculiarities of accumulation of heavy metals by aquatic macrophytes of the lakes of kyiv and assessment of their bioremediation capacity

Pasichna, O.O., Gorbatiuk, L.O., Platonov, M.O., …Godlevska, O.O., Vitovets’ka, T.V.

Hydrobiological Journal, 2021

Article •  Open access

Hydrological assessment of the water replenishment possibility of the uzh river urbanized floodplain on the example of bozdosky park, ukraine

Velychko, S., Dupliak, O.

Ecological Engineering and Environmental Technology, 2021

Article •  Open access

Role of Natural Landscape in Perception of Ukrainian Sacral Architecture Monuments

Chernyshev, D.O., Ivashko, Y., Kusnierz-Krupa, D., Dmytrenko, A.

Landscape Architecture and Art, 2020

Article •  Open access

The possibilities of sustainable land use formation in Ukraine

Malashevskyi, M., Palamar, A., Malanchuk, M., Malashevska, O.

Geodesy and Cartography Vilnius, 2020

Article •  Open access

The opportunities for use the peer land exchange during land management in Ukraine

Malashevskyi, M., Palamar, A., Malanchuk, M., Malashevska, O., Tarnopolsky, E.

Geodesy and Cartography, 2018

Article •  Open access

The analysis of metals biotransformation by alpine nivicolous myxomycetes from substrates

Kryvomaz, T., Voloshkina, O.S., Michaud, A., Andrusyshyna, I.M.

Eastern European Journal of Enterprise Technologies, 2016

SDG 15 — Life on Land

Commitment to Terrestrial Sustainability

Kyiv National University of Construction and Architecture (KNUCA) recognises that sustainable land use and biodiversity conservation are fundamental to environmental resilience, human well-being, and climate stability. In alignment with the UN Sustainable Development Goal 15 “Life on Land”, the university integrates land restoration, sustainable forestry, soil conservation, and biodiversity protection into its academic, research, and operational policies.

KNUCA’s mission is to promote sustainable urban and rural landscapes, preserve natural habitats, and support ecosystem services through science-based education, applied research, and community partnerships. The institution’s Environmental Policy commits to preventing land degradation, fostering green spaces, and protecting biodiversity within and beyond its campuses.

Research on Ecosystems and Land Management

Research at KNUCA plays a central role in achieving SDG 15 targets. The university’s scientists and postgraduate researchers conduct multidisciplinary studies on soil quality, vegetation recovery, landscape ecology, afforestation, and environmental monitoring.

Ongoing projects examine soil erosion control in urban and agricultural zones, restoration of degraded lands, and design of green infrastructure to increase biodiversity in cities. Publications indexed in Scopus contribute to the Elsevier SDG 15 keyword areas: land degradation, soil fertility, forest restoration, habitat conservation, and ecosystem resilience.

KNUCA’s researchers collaborate with the Institute of Agroecology and Environmental Management of the National Academy of Sciences of Ukraine, developing nature-based solutions for carbon sequestration and sustainable forestry practices. International cooperation with universities in Germany, Poland, and Lithuania focuses on reforestation of post-industrial areas and land reclamation after construction and mining activities.

Campus Greening and Sustainable Landscaping

KNUCA has transformed its campus into a model of urban biodiversity and sustainable landscaping. Over 3 000 trees and shrubs have been planted in the last decade, forming a green belt that improves air quality and supports pollinators.

Landscape architecture students design and maintain eco-zones, rain gardens, and green roofs that absorb runoff, enhance soil fertility, and reduce the urban heat-island effect. The university uses native and drought-resistant plant species to conserve water and increase resilience to climate change.

The Green Campus Programme encourages students and staff to participate in tree-planting campaigns, biodiversity surveys, and habitat restoration activities, directly contributing to the forest restoration and biodiversity conservation indicators of SDG 15.

Soil Conservation and Land Restoration

KNUCA’s Department of Environmental Engineering has developed innovative methods for soil stabilisation, erosion prevention, and remediation of contaminated sites. Pilot projects in Kyiv and central Ukraine apply bio-engineering technologies, vegetation mats, and geotextiles to rehabilitate degraded slopes and construction zones.

In collaboration with local authorities, the university provides expertise in sustainable land-use planning for industrial and residential developments, integrating ecological impact assessments and landscape preservation principles. These projects ensure that construction activities adhere to sustainable land management standards and environmental impact reduction policies.

Forestry, Biodiversity, and Ecosystem Protection

Although located in an urban environment, KNUCA actively supports forest and wildlife conservation through education and outreach. Partnerships with regional forestry departments promote afforestation and reforestation programmes aimed at restoring degraded forests in Kyiv Oblast and Carpathian regions.

Students and staff participate in biodiversity monitoring, mapping endangered plant and animal species, and developing management plans for protected areas and green corridors. The university’s researchers contribute to studies on invasive species control, habitat connectivity, and forest fire prevention.

Annual events such as Green Planet Week and Tree for the Future engage local communities in ecological restoration, emphasising the link between healthy forests, climate resilience, and human well-being.

Education and Public Awareness

Sustainability and biodiversity protection are embedded in the university’s curricula across all levels. Courses in environmental science, landscape architecture, ecology, and sustainable urban development integrate SDG 15 concepts, including ecosystem services, conservation policy, and climate adaptation.

KNUCA regularly conducts public lectures, seminars, and field workshops on sustainable land use, nature-based solutions, and biodiversity monitoring. Educational activities are coordinated with the Kyiv Eco-Alliance, local schools, and municipalities to raise public awareness of land degradation, deforestation, and habitat loss.

Student-led organisations promote citizen science projects, wildlife photography exhibitions, and eco-tourism initiatives that connect people with nature and inspire stewardship of terrestrial ecosystems.

Policies and Governance

The university’s Sustainable Land and Biodiversity Policy provides the institutional framework for land management, campus greening, and environmental protection. The policy aligns with ISO 14001 Environmental Management System standards and national biodiversity strategies.

It establishes commitments to:

  • maintain and expand green spaces within the campus and regional centres;

  • integrate biodiversity protection into construction and design practices;

  • prevent soil degradation and contamination during building operations;

  • support research and public engagement in land restoration;

  • publish annual progress reports with open-access evidence.

These actions fulfil the Existence + Evidence + Public Access requirements under the THE Sustainability Impact Ratings 2026 methodology.

Community and Global Engagement

KNUCA participates in national reforestation and biodiversity conservation programmes supported by the Ministry of Environmental Protection and Natural Resources of Ukraine. The university also joins global campaigns such as the UN Decade on Ecosystem Restoration (2021–2030), contributing knowledge and practical solutions to restore degraded landscapes.

Collaborations with UNESCO Man and the Biosphere Programme, European Green Deal projects, and Nature-based Solutions initiatives strengthen KNUCA’s role in shaping sustainable land policies and ecological restoration practices.

Through the Community Forestry Partnership Programme, KNUCA helps local authorities develop management plans for urban parks, botanical gardens, and peri-urban forests, ensuring public participation and ecosystem integrity.

Monitoring, Transparency, and Reporting

KNUCA conducts annual biodiversity and soil monitoring to track ecosystem health and inform decision-making. Indicators include tree density, vegetation diversity, soil organic content, and green-area ratios per student.

The university publishes all monitoring data and reports on its SDG portal sdg.knuba.edu.ua, ensuring open access to evidence for national and international benchmarking. These actions reinforce KNUCA’s reputation as a transparent and accountable leader in environmental governance.

Innovation and Future Goals

KNUCA plans to establish a Centre for Ecosystem Restoration and Green Infrastructure to support interdisciplinary research on land restoration, forest ecology, and carbon-neutral construction. Future goals include:

  • achieving a 30 % increase in campus green cover by 2030;

  • restoring at least 100 hectares of degraded land through student and community projects;

  • integrating biodiversity offsetting mechanisms into construction curricula;

  • publishing open datasets on land-use change and biodiversity trends;

  • participating in EU-funded landscape ecology projects and the Horizon Europe Nature Restoration Mission.