Publication result detail
Methodology for prediction of soil respiration by methods of thermal analysis
ČTVRTNÍČKOVÁ, A.; KUČERÍK, J.; SIEWERT, C.
Original Title
Methodology for prediction of soil respiration by methods of thermal analysis
English Title
Methodology for prediction of soil respiration by methods of thermal analysis
Type
Abstract
Original Abstract
Methods of thermal analysis and mainly thermogravimetry are traditionally used in material science and serve for prediction of stability and degradability of various materials. In soil science, first applications were aimed to determine stability and content of soil organic and inorganic matter. However, last decades brought a remarkable progress and more sophisticated applications of thermogravimetry allowing for example reliable estimation of total organic carbon and nitrogen, carbonate and clay content.
English abstract
Methods of thermal analysis and mainly thermogravimetry are traditionally used in material science and serve for prediction of stability and degradability of various materials. In soil science, first applications were aimed to determine stability and content of soil organic and inorganic matter. However, last decades brought a remarkable progress and more sophisticated applications of thermogravimetry allowing for example reliable estimation of total organic carbon and nitrogen, carbonate and clay content.
Keywords
soil respiration, thermal analysis
Key words in English
soil respiration, thermal analysis
Authors
ČTVRTNÍČKOVÁ, A.; KUČERÍK, J.; SIEWERT, C.
RIV year
2012
Released
05.09.2011
BibTex
@misc{BUT73697,
author="ČTVRTNÍČKOVÁ, A. and KUČERÍK, J. and SIEWERT, C.",
title="Methodology for prediction of soil respiration by methods of thermal analysis",
year="2011",
note="Abstract"
}