Educational degree "Master"
Approximate topics of master's qualification theses for applicants for higher education in specialty 193 "Geodesy and Land Management":
Land management:
1. Ecological and economic aspects of land management in conditions of military operations: challenges and prospects for restoration
(Topic: Features of land use in conditions of martial law, preservation of their productivity and legal regulation).
2. Environmental insurance mechanisms as a tool for reducing the risks of degradation of agricultural lands
(Topic: Creation of a system of compensation for land damage and protection of agricultural enterprises).
3. Institutional aspects of integrating land monitoring into the system of sustainable regional development management
(Topic: Implementation of effective monitoring to improve management decisions in the field of land resources).
4. Development of regional programs for the reclamation of degraded lands: organizational and economic aspects
(Topic: Rehabilitation of lands disturbed by industry or agricultural activities).
5. Efficiency of use of agricultural lands in the context of the introduction of the land market in Ukraine
(Topic: Assessment of the economic consequences of the opening of the land market and their impact on agriculture).
6. Administration of land resources in the context of decentralization: analysis of the impact on the efficiency of land management
(Topic: Study of the impact of the transfer of powers to communities on the rational use of land).
7. Optimization of the structure of land to ensure the sustainable use of land resources in the region
(Topic: Development of models to increase the environmental and economic efficiency of land use).
8. Methodological approaches to land use management in the context of integration of monitoring studies in geodesy and land management
(Relevance: improvement of land resources management mechanisms using modern monitoring data).
9. Formation of a system of restrictions and burdens in land use to prevent land degradation in agricultural landscapes
(Relevance: determination of optimal models of restrictions for sustainable use of land resources).
10. Assessment and forecast of land quality based on the integration of geodetic and remote data
(Relevance: use of modern data analysis methods to develop forecasts and recommendations for improving soil quality).
11. Forecasting changes in agricultural landscapes under the influence of climatic factors using remote sensing data
(Relevance: consideration of climate change for adaptive land management).
12. Development of a system for assessing the impact of land reclamation measures on land quality in the context of land management projects
(Relevance: assessment of land reclamation effectiveness to increase land productivity).
13. Geodetic monitoring of changes in the structure of agricultural land
(Relevance: analysis of land cover changes for management decision-making).
14. Analysis of the impact of natural and anthropogenic factors on land quality: integration of monitoring studies
(Relevance: comprehensive approach to studying factors affecting land degradation).
Working design of land management solutions:
1. Design of perennial plantings to protect territories from wind erosion
(Relevance: prevention of soil degradation through the creation of protective strips).
2. Development of working designs for the reclamation of degraded agricultural lands
(Relevance: restoration of land productivity through effective design).
3. Designing sanitary protection zones around water sources taking into account local natural conditions
(Relevance: protection of water resources and ensuring safe land use).
4. Creation of a working land management project for the integration of irrigation systems in arid regions
(Relevance: rational use of water resources to increase productivity).
5. Development of working projects for the implementation of ecological corridors in agricultural areas
(Relevance: ensuring biodiversity through adaptive land planning).
6. Designing areas for development taking into account the need to preserve soil cover
(Relevance: balance between urbanization and conservation of natural resources).
7. Working design of land plots for the needs of organic farming
(Relevance: development of practical projects for ecological agriculture).
8. Development of a working land management project for the creation of nature reserve fund objects
(Relevance: preservation of the natural environment through effective planning of land territories).
Photogrammetry and remote sensing:
1. Photogrammetric analysis of land use changes for the development of agrolandscape planning projects
(Relevance: using photogrammetry for accurate analysis of changes and planning of agrolandscapes).
2. Using photogrammetry and remote sensing to assess the state of agrolandscapes and monitor land degradation
(Relevance: developing tools for rapid assessment of land condition using the latest technologies).
3. Using photogrammetric methods to create high-precision land use maps in conditions of intensive agricultural production
(Relevance: ensuring accurate planning and monitoring of land use to improve land efficiency).
4. Analysis of land use changes in agricultural areas based on multi-temporal satellite images
(Relevance: assessing land use dynamics to improve management decisions).
5. Development of a system for monitoring land degradation using remote sensing
(Relevance: identification and assessment of degradation zones for the implementation of measures to restore them).
6. Integration of photogrammetry data into GIS systems to optimize land resource management of territorial communities
(Relevance: use of modern technologies for making informed decisions in the field of land use).
7. Assessment of the effectiveness of agro-landscape land use based on high-resolution satellite data
(Relevance: ensuring a balance between agricultural land use and their ecological state).
8. Monitoring erosion processes on agricultural lands using remote sensing data
(Relevance: prevention of erosion processes and development of measures to minimize them).
9. Determination of land boundaries based on the results of photogrammetric analysis of drone images
(Relevance: improvement of cadastral inventory procedures and land resource management).
10. Application of remote sensing to detect illegal land use in nature conservation areas
(Relevance: effective control over compliance with environmental legislation).
11. Assessment of the condition of irrigated lands using photogrammetry data and their impact on land use productivity
(Relevance: increasing the efficiency of the use of land reclamation systems).
Post-war reconstruction:
1. Development of strategies for the restoration of land resources in areas affected by military operations
(Relevance: assessment of land damage and planning their restoration for sustainable use).
2. Monitoring and reclamation of lands contaminated by military operations: organizational and legal aspects
(Relevance: creation of mechanisms for cleaning land from toxic substances and their re-involvement in economic circulation).
3. Formation of spatial restrictions in land use for the safe restoration of affected territories
(Relevance: identification of risk zones for safe land use after the end of military operations).
4. Development of integrated land management programs for the restoration of rural infrastructure
(Relevance: combining land management and infrastructure planning for the reconstruction of rural communities).
Adaptation to climate change:
1. Assessment of land degradation risks due to climate change and development of measures to minimize them
(Relevance: forecasting climate threats and preventing their impact on land resources).
2. Use of geographic information systems for planning adaptation measures in land use
(Relevance: application of innovative tools for adaptation).
3. Effective management of water resources in the context of climate change: a geodetic approach
(Relevance: integration of data for optimal use of water and land resources).
4. Reclamation of lands degraded by droughts using modern agrotechnical solutions
(Relevance: ensuring soil productivity in the context of climate change).
5. Adaptation of land reclamation systems to climate change: spatial planning and technical solutions
(Topic: modernization of systems to reduce water losses and improve land use).
6. Development of spatial scenarios for adaptation of land resources to projected climate change in Ukraine
(Topic: long-term land use planning in the context of global change).