Framework of climate change - and soil type - oriented tillage and land management in Croatia (CROSBI ID 45940)
Prilog u knjizi | izvorni znanstveni rad
Podaci o odgovornosti
Bašić, Ferdo ; Kisić, Ivica ; Mesić, Milan
engleski
Framework of climate change - and soil type - oriented tillage and land management in Croatia
For a long time in the past research of soil tillage was one-side, exclusive soil biomass production (crop yield)- oriented. Environmental problems, especially climate change and soil degradation as doubtless interconnected emergences are driving forces for re-orientation to respect the other, non-productive soil functions ; soil as reactor, transformer and integrator of matter and energy from other resources, storage, filter and buffer system, gen reservoir and medium of conserving of footsteps of our ancestors. Premise of soil tillage as component of (crop)land management will be to understand and improve efficiency of internal recycling and storage of water, carbon and plant nutrients. Creating of framework for soil-type- and climate change-oriented soil tillage, we take in account the forthcoming accession of Croatia to EU, acceptance of CAP as European model of agriculture which is at the same time market oriented, going to be environment friendly, multifunctional and respond to all the demands which society places upon it. Tillage system is impossible to divide from farming system, including past period. That is the reason way we analysed situation in all agricultural regions- subregions, on the level of soil type and propose guidelines for soil type- based tillage system. It is necessary to clear define of set of minimum standards for to keep the land in Good Agricultural and Environmental Condition (GAEC), as precondition for an efficient use of incentives in agriculture.
soil-type-oriented tillage, enhancement SOC management policy, SOCSI
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Podaci o prilogu
55-72.
objavljeno
Podaci o knjizi
Impact of tillage and fertilization on probable climate threats in Hungary and Croatia, soil vulnerability and protection
Birkas, Marta ; Mesić, Milan
Godollo: Szent István University Press
2012.
978-963-269-268-5