Concepts

Methodology for measuring turbulent fluxes using high-frequency measurements of vertical wind velocity and scalar concentrations

The most recent period in Earth's history (~116-130 ka) when temperatures were persistently warmer than today, specifically the Eemian period at 125 ka

Statistical approach that tests all possible combinations of climate drivers and temporal windows to identify optimal predictive time scales

The positive feedback mechanism where reduced snow cover lowers surface albedo, increasing absorption and further reducing snow cover

Integration of time-series data across different temporal resolutions and scales

Statistical approach using prior information and measurement uncertainties to optimally estimate atmospheric properties

Raster representation of terrain elevation used to derive topographic attributes like slope and aspect

Rate at which turbulent kinetic energy is converted to heat, used as quantitative measure of atmospheric turbulence intensity

Parameter describing the water uptake ability of aerosol particles using κ-Köhler theory

Spatial intersection of radar beams from different systems enabling measurement comparison

Direct transition of snow from solid to vapor phase, important for water balance in mountain watersheds

Ability of models to predict across different spatial domains and time points using information from multiple locations and times

Radial velocity of particles measured by Doppler radar