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Sinikka Paulus

Umweltwissenschaftlerin

Name	Sinikka Paulus
Time	2022- (Wirkungsdaten)
Place	Jena (Wirkungsort) Deutschland
Profession	Umweltwissenschaftlerin (characteristic profession)
Variant	Sinikka Jasmin Paulus Sinikka J. Paulus
Related	Friedrich-Schiller-Universität Jena. Lehrstuhl für Ökohydrologie Bodenkunde (Thema)
Source	Internet: https://www.ecohydrology.uni-jena.de/people/sinikka-j-paulus (Stand:28.7.2023)
Record type	Person
GND-Identifier	1149093633
Record ID	1149093633
Involved in show all Relevance of near-surface soil moisture vs. terrestrial water storage for global vegetation functioning Relevance of near-surface soil moisture vs. terrestrial water storage for global vegetation functioning Relevance of near-surface soil moisture vs. terrestrial water storage for global vegetation functioning Dynamics of soil CO2 efflux and vertical CO2 production in a european beech and a scots pine forest Lysimeter based evaporation and condensation dynamics in a Mediterranean ecosystem Approach for using measured soil gas diffusion coefficients in Hydrus 1D with examples from forest soils Approach for using measured soil gas diffusion coefficients in Hydrus 1D with examples from forest soils Water stable isotopes in ecohydrological field research: comparison between in situ and destructive monitoring methods to determine soil water isotopic signatures Drivers of plot-scale variability of CH4 consumption in a well-aerated pine forest soil

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Sinikka Paulus

Relevance of near-surface soil moisture vs. terrestrial water storage for global vegetation functioning

Relevance of near-surface soil moisture vs. terrestrial water storage for global vegetation functioning

Relevance of near-surface soil moisture vs. terrestrial water storage for global vegetation functioning

Dynamics of soil CO2 efflux and vertical CO2 production in a european beech and a scots pine forest

Lysimeter based evaporation and condensation dynamics in a Mediterranean ecosystem

Approach for using measured soil gas diffusion coefficients in Hydrus 1D with examples from forest soils

Approach for using measured soil gas diffusion coefficients in Hydrus 1D with examples from forest soils

Water stable isotopes in ecohydrological field research: comparison between in situ and destructive monitoring methods to determine soil water isotopic signatures

Drivers of plot-scale variability of CH4 consumption in a well-aerated pine forest soil