Characterization of soil organic carbon at profile scale in two forest soils under pine and holm oak
A. P. Fernández-Getino García
A *
A
Abstract
It is essential to promote soil carbon sequestration as a means to mitigate climate change. Thus, it is fundamental to know the distribution of C in the soil at profile scale, the characteristics of humic substances as indicators of soil organic matter (SOM) turnover and their relationship with other soil properties.
Two forest ecosystems under pine and holm oak developed under a Meso-Mediterranean climate in Spain were used to characterize SOM through the complete sequence of layers of the soil profile.
General soil analysis, infrared spectroscopic analysis and soil color measurements were conducted for the characterization.
Humus form under oak was found to be Mull mesotrophic–Mull acid while humus under pine Moder oligotrophic. The infrared spectrum determined that oxidation of the humic acids was more complete in the deeper horizons. Relationships between intensities of the main spectral bands in both soils followed similar maximum and minimum sequence values. The total humic extract (THE) color measured by reflection was found inversely related to the THE color measured by transmission. In the same way, the color spectrum between 350 and 800 nm in the THE showed an inverse relation between hue/brightness and absorbance values.
Infrared analysis and color measurements provided evidence of a different level of stabilization of humic substances from each soil, and between the different horizons. Large spatial variability in soil organic carbon quantity and quality was observed.
Better understanding of carbon sequestration behavior in different soil ecosystems in its crucial role within the global carbon cycle
Keywords: color by reflection, color by transmission, humic extract, humic substance, humification index, organic matter turnover, soil profile.
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