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Succession of Chitinolytic Microorganisms in Chernozem Soil
Microbiology, 2005The chitinolytic prokaryotic and eukaryotic microbial complex of chernozem soil has been investigated in the course of a succession initiated by the introduction of chitin and humidification. The dynamics of the cell numbers of chitinolytic microorganisms and of their biomass was assessed by fluorescent microscopy and by inoculation of selective media.
N A, Manucharova +4 more
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Phyto-amelioration of Degraded Chernozem
2013The prevailing farming system in Moldova has brought about a loss of humus, degradation of soil structure and compaction of the plough layer of chernozem soils. The most effective remedy is steppe vegetation. Fifteen years under grass fallow restored 80 % of the humus and 95 % of structural quality.
V. Cerbari, T. Ciolacu
openaire +1 more source
2013
Chernozem is the predominant soil of Moldova and the country’s greatest natural treasure. Its profile is very thick, well humified and well structured – properties inherited from the steppe. Only grassland with its many-branched and deeply-ramified root system is able to produce abundant organic matter and humification throughout the solum.
A. Ursu +3 more
openaire +1 more source
Chernozem is the predominant soil of Moldova and the country’s greatest natural treasure. Its profile is very thick, well humified and well structured – properties inherited from the steppe. Only grassland with its many-branched and deeply-ramified root system is able to produce abundant organic matter and humification throughout the solum.
A. Ursu +3 more
openaire +1 more source
Nutrient retention, availability and greenhouse gas emissions from biochar-fertilized Chernozems
Catena, 2021Carlos M Romero +2 more
exaly