Carbon fluxes

We aim at (1) identifying the size and patterns of organic carbon storage in soils at different scales of resolution, (2) assessing the turnover time of soil organic carbon (SOC), (3) continuously quantifying the CO2-exchange at high temporal resolution and partition carbon fluxes, (4) assessing the carbon transport to the hydrosphere as dissolved organic matter, along with inorganic solutes, and (5) projecting changes in SOC storage and carbon fluxes under different climate and land use regimes.

C1

Carbon translocation from glacial and terrestrial to aqueous systems

C2

Sensitivity of soil OC storage to changes in climate and land use on the TP

C3

Assessing land-atmosphere heat and CO2 exchange with Eddy covariance

C4

Resilience of grassland ecosystem services to abiotic stress depending on biodiversity: (a) soil structure and carbon cycling

C5

Soil warming and timescales of carbon cycling in high elevation peatlands of the Tibetan Plateau

C6

Assessing land-atmosphere heat and CO2 exchange with Eddy covariance

C7

Understanding nitrification in high-altitude lakes and soils