Long-term comparison of climatological variables used for agricultural land appraisement

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Official price of farmland in the Czech Republic is based on land value in different soil and climatic conditions. The paper compares relevant climatic and agroclimatic characteristics used for land appraisement. Characteristics defined in climatic region of estimated pedological ecological unit system for two fifty years period 1901-1950 and 1961-2010 were evaluated. Area of interest includes 53 points distributed within nine broad areas of the Czech Republic. It is evident that the development of climate has an enormous impact on soil fertility. Difference of station average values of air temperature of both fifty years vary from −0.5 to 1.1 ◦ C (mean difference is 0.3 ◦ C) in the case of vegetation period. The shift of precipitation is not so evident as in the case of temperature. The long term change in precipitation distribution within a year is documented by a different shift of annual, vegetation period and non-vegetation period values. Moisture certainty in vegetation period decreases in all cases of broad areas (except one region). All 50year averages of investigated parameters had been changed in 1961-2010 compared to the mean of 1901-1950. This should be taken into account when fixing the official price. Climatic region parameters should be replaced by a more complex “agroclimatological characteristic”, which take into account also the basic pedological and plant characteristics, for example the available water holding capacity.

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  • Bastian Ch. T. McLeod D. M. Germino M. J. Reiners W. A. Blasko B. J. 2002: Envi- ronmental amenities and agricultural land values: a hedonic model using geographic information systems data. Ecological Economics 40 3 337-349.

  • Brázdil R. Trnka M. Dobrovolný P. Chromá K. Hlavinka P. Zalud Z. 2009: Variability of droughts in the Czech Republic 1881-2006. Theoretical and Applied Climatology 97 297-315.

  • Brázdil R. Zahradníček P. Pišoft P. Štépánek P. Bélínová M. Dobrovolný P. 2012a: Temperature and precipitation fluctuations in the Czech Republic during the period of instrumental measurements. Theoretical and Applied Climatology 110 17-34.

  • Brázdil R. Bélínová M. Dobrovolný P. MikSovský J. Pišoft P. Ŕezníčková L. Štčpánek P. Valášek H. Zahradníček P. 2012b: Temperature and precipitation fluctuations in the Czech lands during the instrumental period. Masaryk University Brno 235 p. ISBN 978-80-210-6052-4. Collective of authors 1961: The Climate of Czechoslovak Socialist Republic: Tables. Praha Hydrometeorologický ústav 379 p. (in Czech).

  • Drescher K. Henderson J. McNamara K. 2001: Farmland prices determinants. In: American Agricultural Economics Association Annual Meeting August 5-8 2001 Chicago Illinois 14 p.

  • Kalvová J. Kašpárek L. JanouS D. Žalud Z. Kazmarová H. 2002: Zpfesnéní scenáru projekce klimatické zménv na území České republiky a odhadu projekce klimatické zmény na hydrologický režim sektor zemédélství sektor lesního hospodáfství a na lidské zdraví v ER. NKP Praha 151 p. (in Czech).

  • Kliment Z. Matoušková M. 2008: Long-term trends of rainfall and runoff regime in upper Otava River basin. Soil and Water Research 3 155-167.

  • Kohút M. Rožnovský J. Chuchma F. 2010: Dlouhodobá zásoba využitelné púdní vody a její variabilita na území České republiky. In Voda v krajine Lednice 31.5.-1.6.2010. 35-46 (in Czech).

  • Ma S. Swinton S. M. 2011: Valuation of ecosystem services from rural landscapes using agricultural land prices. Ecological Economics 70 9 1649-1659.

  • Mašát K. 1974: Metodika vymezování a mapování bonitovaných púdné ekologických jednotek 2. vydání CAZ - Ústav pro zemédélský prúzkum pud Praha 113 p. (in Czech).

  • Matejka F. Rožnovský J. Kohút M. Hurtalová T. 2004: The evapotranspiration of a maize stand at high evaporative demands of the atmosphere. Meteorologický časopis 7 4 161-165.

  • Mishra A. K. Singh V. P. 2010: A review of drought concepts. Journal of Hydrology 391 1-2 202-216.

  • Moliba J. C. Huth R. Kyselý J. 2006: Trends in percentiles of temperature and pre- cipitation distributions in the Czech Republic. Geophysical Research Abstracts 8 SRef-ID: 1607-7962/gra/EGU06-A-04149.

  • Mužíková B. Vlček V. Stfeda T. 2011: Tendencies of climatic extremes occurrence in different Moravian regions and landscape types. Acta Universitatis Agriculturae et Silviculturae Mendelianae Brunensis 59 5 169-178.

  • Palmquist R. B. 1989: Land as a differentiated factor of production: a hedonic model and its implication for welfare measurement. Land Economics 65 1 23-28.

  • Perry M. Hollis I). 2005: The generation of monthly gridded datasets for a range of climatic variables over the UK. International Journal of Climatology 25 8 1041-1054.

  • Pokladníková H. Rožnovský J.. Stfeda T. 2008: Evaluation of the monthly air tem- perature extremity for the 1961-2007 period. Contrib. Geophys. Geod. 38 4 391-403.

  • Pongrácz R. Batholy J. 2006: Tendency analysis of extreme climate indices with special emphasis on agricultural impacts. In: Bioklimatológia a voda v krajine. FMFI Comenius University Slovakia CD-ROM 19 p.

  • Rožnovský J. Kohút M. 2004: Drought 2003 and potential moisture balance. Contrib.

  • Geophys. Geod. 34 2 195-208. štépánek P. Zahradníček P. Farda A. 2013: Experiences with data quality control and homogenization of daily records of various meteorological elements in the Czech Republic in the period 1961-2010. Idôjárás 117 1 123-141.

  • štépánek P. Zahradníček P. Huth R. 2011a: Interpolation techniques used for data quality control and calculation of technical series: an example of Central European daily time series. Idôjárás 115 1-2 87-98.

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