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Storing of manure, treated sludge and feed on agricultural land
Svoboda, Pavel ; Wollnerová, Jana ; Kozlovská, Lada ; Klír, Jan
Solid manure of various livestock, compost and, more recently, digestate separates may be deposited on agricultural land under certain conditions. The rules for their imposition are laid down by legislation. The methods of storing treated sludge and voluminous fodder, such as silage and hay, and the operation of feeding grounds on agricultural land are also determined by current legislation. Of the mineral fertilizers, it is possible to deposit on agricultural land only the calcium fertilizer (sugar bowl, fertilizers based on ground limestone). The methodology responds to the changes in legislation in 2020 and 2021, is based, among other things, on agricultural practice and provides comprehensive guidance for storing these materials and operating feeding grounds on agricultural land. It clearly describes all measures aimed at maintaining the quality of the material stored and reducing the risk of environmental pollution, in particular surface water and groundwater. It also recommends the possibility of reclamation after delivery of fertilizers, treated sludge, removal of feed and closure of the feeding grounds. Particular attention shall be paid to measures addressing the potential of sites in vulnerable areas identified under the Nitrates Directive Action Programme. Last but not least, the methodology also includes instructions for selecting a suitable place to store fertilisers, treated sludge and voluminous feed, or a place to feed, using data from the Land Register (LPIS) at the Farmer's Portal.
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The methodology of the proper way of manure storing on agricultural land: 2nd edition; Certified methodology for practice
Svoboda, Pavel ; Wollnerová, Jana ; Kozlovská, Lada ; Klír, Jan
The proposed methodology describes a complete manual to the correct storage of farmyard manure on agricultural land before its application. Special attention is paid to measures for storage of farmyard manure in vulnerable zones identified in the action program of the Nitrates Directive. For selecting a suitable place to storing farmyard manure are available in the methodology detailed instructions, with the help of data in the registry of soil LPIS at web site Portál farmáře. The model of the required emergency plan or supplement of the plan is also given in the methodology. The second updated edition responds to changes in legislation in 2016, in particular the amendment to the Government Regulation no. 262/2012 Coll., On determining the vulnerable areas and Action Programme, which was issued under No. 235/2016 Coll.
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The methodology of the proper way of storing manure on agricurtural land
Svoboda, Pavel ; Wollnerová, Jana
The proposed methodology describes a complete manual to the correct storage of farmyard manure on agricultural land before its application. The publication notes a practical approach to storage farmyard manure on agricultural land from the selection of suitable disposal site through ongoing treatment of deposited manure to agricultural measures that are suitable implement in the disposal site after the distribution of farmyard manure on fields. In the methodology are also given legislative measures that impose conditions for storing farmyard manure on farmland. All the measures are clearly described that are aimed at maintaining the quality of stored farmyard manure and reduction of the risk of environmental pollution, especially of surface and ground waters. Special attention is paid to measures for storage of farmyard manure in vulnerable zones identified in the action program of the Nitrates Directive. For selecting a suitable place to storing farmyard manure are available in the methodology detailed instructions, with the help of data in the registry of soil LPIS at web site Portál farmáře. The model of the required emergency plan or supplement of the plan is also given in the methodology.
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Methods for determining the depth of impermeable bedrock as a basis for hydrological reserch.
DUBEC, Štěpán
This thesis is focused on the description of subsurface structures in the area of interest - Kopaninský stream catchment - and consequently the most accurate interpretation depth of bedrocks. Geophysical multicable metod (ERT ?electric resistivity tomography?) was selected for field measurements. This method of geophysical survey provides the information on subsurface structures, verifies hypotheses and brings new information on the lithological and structural conditions below the surface. ERT measurements were performed automatically by geoelectrical ARES device in combination with intelligent electrodes. The data obtained by field measurements were plotted in the form of resistive sections (using RES2DINV software) which were used for interpretation. The result of this work is to determine the depth of bedrocks and should serve as a data input for MIKE SHE hydrological modeling.
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