Abstract
In climatic and hydrological studies, deuterium excess has proven to be a useful parameter; therefore this parameter has been investigated in the waters of slovenia - positioned in central europe. All the data were acquired from publicly available data sources (e.g. journals, databases). Data were collected for four different parts of the water cycle: precipitation, surface water, groundwater and water in the unsaturated zone. For precipitation the value for deuterium excess ranges between -19.9 per mille and 28.8 per mille with the median at 10.1 per mille. Surface water has the minimum at 2.9 per mille, the maximum at 22.4 per mille and the median at 13.2 per mille. Values for groundwater vary between -17.7 per mille and 34.9 per mille with the median at 11.8 per mille. Median for deuterium excess for the unsaturated zone is 15.1 per mille and the values are between -2.8 per mille and 17.6 per mille. (author)
Brencic, M.;
Torkar, A.;
[1]
Vreca, P.
[2]
- Faculty of Natural Sciences and Engineering, University of Ljubljana, Ljubljana (Slovenia)
- Jozef Stefan Institut, Department of Environmental Sciences, Ljubljana (Slovenia)
Citation Formats
Brencic, M., Torkar, A., and Vreca, P.
Deuterium Excess of Waters in Slovenia. Preliminary Results.
IAEA: N. p.,
2013.
Web.
Brencic, M., Torkar, A., & Vreca, P.
Deuterium Excess of Waters in Slovenia. Preliminary Results.
IAEA.
Brencic, M., Torkar, A., and Vreca, P.
2013.
"Deuterium Excess of Waters in Slovenia. Preliminary Results."
IAEA.
@misc{etde_22122064,
title = {Deuterium Excess of Waters in Slovenia. Preliminary Results}
author = {Brencic, M., Torkar, A., and Vreca, P.}
abstractNote = {In climatic and hydrological studies, deuterium excess has proven to be a useful parameter; therefore this parameter has been investigated in the waters of slovenia - positioned in central europe. All the data were acquired from publicly available data sources (e.g. journals, databases). Data were collected for four different parts of the water cycle: precipitation, surface water, groundwater and water in the unsaturated zone. For precipitation the value for deuterium excess ranges between -19.9 per mille and 28.8 per mille with the median at 10.1 per mille. Surface water has the minimum at 2.9 per mille, the maximum at 22.4 per mille and the median at 13.2 per mille. Values for groundwater vary between -17.7 per mille and 34.9 per mille with the median at 11.8 per mille. Median for deuterium excess for the unsaturated zone is 15.1 per mille and the values are between -2.8 per mille and 17.6 per mille. (author)}
place = {IAEA}
year = {2013}
month = {Jul}
}
title = {Deuterium Excess of Waters in Slovenia. Preliminary Results}
author = {Brencic, M., Torkar, A., and Vreca, P.}
abstractNote = {In climatic and hydrological studies, deuterium excess has proven to be a useful parameter; therefore this parameter has been investigated in the waters of slovenia - positioned in central europe. All the data were acquired from publicly available data sources (e.g. journals, databases). Data were collected for four different parts of the water cycle: precipitation, surface water, groundwater and water in the unsaturated zone. For precipitation the value for deuterium excess ranges between -19.9 per mille and 28.8 per mille with the median at 10.1 per mille. Surface water has the minimum at 2.9 per mille, the maximum at 22.4 per mille and the median at 13.2 per mille. Values for groundwater vary between -17.7 per mille and 34.9 per mille with the median at 11.8 per mille. Median for deuterium excess for the unsaturated zone is 15.1 per mille and the values are between -2.8 per mille and 17.6 per mille. (author)}
place = {IAEA}
year = {2013}
month = {Jul}
}