Tasks      Scientific Approach     Methods     Results     Relevance
Scientific Approach Work packages:
1) Process studies
2) Modelling
3) German Dendeo-Isotope Network
TRICE aims to assess in detail the impact of changing environmental quantities on physiological processes underlying tree growth to develop and constrain measures of past climate variability. Isotopes are used as climate proxies, as well as indicators of physiological processes. 1. Process studies on Climate and Isotope Signal Transfer in Trees

Changing seasonality, seasonal hazards and increased inter-annual variability indicate climate change. The ability to recognise these trends not only today, but also in the context of past regional climatic change will help in the detection of future environmental developments and through identification of characteristic patterns or cycles assist modellers in evaluating their future predictions.

TRICE will provide novel high resolution and process based studies at well-monitored sites in the Solling-Region, N-Germany, Oberammergau, S-Germany and at the large lysimeter facility of the Staatliches Umweltamt Münster in St. Arnold near Rheine.