land-use

Development of land use and impact on water resources of hydrogeological unit 4232 Ústecká syncline in the Svitava river basin

The research area of hydrogeological unit 4232 Ústecká Syncline in the Svitava river basin (Ústecká synklinála v povodí Svitavy) is an important area of underground drinking water sources. These resources are of the highest quality and among the most abundant resources in the entire Czech Republic. The development of land use is closely connected with the development of settlements and industry (textile) in the research area, which in their importance far exceeded the borders of the region. Gradual development created pressure on natural resources, especially water; the demands on the quantity of service and drinking water increased, while the quality of water was affected by industrial and agricultural pollution. Despite the observed decrease in population in the last twenty to thirty years, we can see the expansion of settlements, mainly due to new construction on agri-cultural land, which is slightly compensated by the expansion of permanent grasslands and forests. With regard to current and future climate change, this increase, together with a slight increase in water bodies, can be considered as a positive phenomenon.

The analysis of agricultural landscape development shown on selected cadastral districts in the upper part of the Výrovka River basin

V tomto článku jsou ve vybraných katastrálních územích s převažující plochou zemědělské půdy porovnávány aktuální land use a struktura krajiny s historickým stavem z podkladů Císařských povinných otisků stabilního katastru. Jsou zde nastíněny možnosti využití analýz historického vývoje krajiny ke krajinné obnově v zemědělských oblastech, zejména s ohledem na obnovu mokřadních ekosystémů a revitalizaci vodních toků.

Hydrological modeling of precipitation­‑runoff process in the “Husí potok“ basin

The aim of the project “QJ1520268 The new procedures of optimization system integrated protection area in the context of their economic sustainability“ is to create a design optimized system of anagement of water and soil resources in the long term, including balancing the soil‑plant‑atmosphere system and also in order to reduce the impact of climate change on agricultural ecosystem, which is highly topical issue today.

Assessment of the relationship between water quality and functions of small water reservoirs

Small water reservoirs are one of the principal elements of agricultural landscape in the Central European context. The monitoring of the quality of aquatic environment of selected ponds and small reservoirs (SWR) in areas of southern and central Moravia and the Vysočina Region was carried out in 2013 to 2015.