Fluvial Valley Microclimates
Study on humidity retention and thermal buffering in alluvial plains during summer heatwaves.
Read more →Field observations, model updates and thermal stress records from the Vegas-th network.
Thermal stress alert · Guadalquivir valley
Surface temperature exceeded 42°C in the lower basin. Riparian transpiration rates critical.
2025-07-14 · 14:32 UTCEvaporation anomaly detected · Ebro floodplain
Open water evaporation 18% above July average. Humidity gradient shifting eastward.
2025-07-12 · 09:15 UTCFlora resilience report · Vegas del Segura
Phragmites australis shows recovery after 5-day heatwave. Soil moisture remained above wilting point.
2025-07-10 · 11:47 UTCHumidity map updated · Guadiana corridor
New high-resolution moisture balance layer added. Daily evapotranspiration now available.
2025-07-08 · 16:20 UTCMicroclimate station online · Tajo valley
New sensor array deployed at 39.2°N, 4.5°W. Recording air temperature, humidity and soil heat flux.
2025-07-05 · 08:05 UTCHeatwave persistence index · Vegas-th domain
Three consecutive days with thermal stress above threshold. Riparian corridors under moderate risk.
2025-07-03 · 22:10 UTCStudy on humidity retention and thermal buffering in alluvial plains during summer heatwaves.
Read more →Adaptation mechanisms of riverbank vegetation under extreme temperature and low water availability.
Read more →Interactive cartography of evaporation rates and soil moisture across major river basins.
View maps →First comprehensive mapping of alluvial valley microclimates in arid regions, establishing baseline temperature and humidity data.
Creation of a predictive model for heat wave impact on riparian flora, integrating evaporation rates and soil moisture.
Publication of detailed terrestrial moisture balance maps for major river basins, highlighting resilient water ecosystems.
Official launch of the Vegas-th portal as a dedicated academic resource for geographers and climate researchers.
Expansion of research partnerships across arid zones, integrating real-time thermal data from multiple field stations.