A model-error based sampling method for stochastic tendencies in ensemble predictions

Big Data Simulation of Climate Change in Central Asia and Analysis of the Causes of Extreme Climate

Changes in carbon fluxes and driving mechanisms in terrestrial ecosystems based on meteorological stations

Doctoral project Annelies Duerinckx

Doctoral project Joris Van den Bergh

Doctoral project Mina Petric

Doctoral project Pieter De Meutter

Doctoral project Rozemien De Troch

Doctoral project Steven Caluwaerts

Estimation of accurate and extensive carbon fluxes for assessing the ability of regional carbon sink

Extensible tools for renewable energy decision making

High-resolution ensemble climate scenarios for impact studies of climate extremes

Improved deposition modelling based on combining state-of-the-art atmospheric dispersion simulations and numerical weather data

Monitoring and precise assessment of Carbon dynamic for degraded grassland ecosystem restoration engineering under the background of climate change

Spatial and temporal distribution of dew formation and its influencing factors in arid/semi-arid areas of northwest China

Uncertainty quantification for short-range atmospheric dispersion modeling

Doctoral project Peng Cai

Doctoral project Xiaolin Chen

Extreme precipitation and climate change: novel insights by case-selective convection-permitting model downscaling

High resolution climate modeling to study thermal comfort in Chinese coastal cities in 1.5°C, 2°C and 3°C global warming world.

Spatiotemporal Dynamic Analysis of Dryland Ecosystem Services in Central Asia under Historical Periods and Future SSPs-RCPs Scenarios

Using crowdsourced meteorological data for high-resolution weather modelling

AURA: Advancing the UGent-RMI Atmospheric models

Future socio-economic and climate risk of compound and cascading drought and heatwave events

STOCHLIM: Improving the representation and predicton of climate processes through stochastic parameterization schemes

Extreme precipitation and climate change: novel insights by case-selective convection-permitting model downscaling

Extreme precipitation and climate change: novel insights by case-selective convection-permitting model downscaling

Modelling topoclimate over the Ethiopian highlands: effects on rainfall distribution, vegetation and hydrology

The global response of surface air temperature to vegetation changes and its underlying biophysical mechanism