Spelling suggestions: "subject:"geotechnological"" "subject:"biotechnological""
1 |
Zemědělství v chráněné krajinné oblasti Šumava / Agriculture in the Protected Landscape Area ŠumavaPOLENSKÝ, Jakub January 2014 (has links)
Landuse for farming purposes is an indispensable part of management in specially protected areas although the process of farming has been importantly limited by restrictive arrangements, as agrotechnological terms which are caused by the needs of environmental protection. This diploma thesis deals with the impact of some limiting rules on running of the farms which are farming in convenction way, situated in the area CHKO Šumava. Field research was performed in the form of dialogs and was focused on detection of owner´s opinions concerning their relationship with CHKO authority, impact of agrotechnological terms on running of the farm and revealing of their future plans. Based on the analysis it is possible to say that all the farmers declare the cooperation with CHKO authority as definitely negative whereas the present payments for natural disadvantage compensation appears to be clearly positive and they cannot imagine future farming without them. Agrotechnological terms followed from specific regime of specially protected areas have been declared as minimally restrictive because the owners have adopted them the farm working.
|
2 |
Návrh protierozní a protipovodňové ochrany v zájmovém území reagující na klimatickou změnu / Design of erosion and flood control measures in the study case area responding to climate changeMrázek, Vojtěch January 2022 (has links)
The aim of the work is to design anti-erosion and flood protection in the area of interest KÚ Lukavec to the current state and responding to climate change. At the same time, it is necessary to assess the degree of erosion threat to the soil and analyze runoff conditions in critical areas. The introductory part summarizes information about the studied area and methods for calculation. The erosion analysis is processed in the design part and suitable anti-erosion and anti-flood measures will be proposed. DesQ-MaxQ software was used to calculate the runoff conditions, graphical outputs and analysis of erosion conditions were created in the ArcGIS environment.
|
Page generated in 0.0708 seconds