Inclusion of #ENSO & #NAO climate indices enhances prediction accuracy and reduces uncertainty of seasonal discharge when incorporated into snowpack data, especially at longer lead times. @gfz.bsky.social @iamo.bsky.social

Our new study combines snow-water equivalent data with #climate teleconnections in an ensemble-stacking workflow to improve seasonal #streamflow forecasts in #CentralAsia at various lead times: hess.copernicus.org/articles/29/...

We used the mean temperature of the warmest quarter from 23 global climate models to project areas above the climatic treeline for several SSPs. In the high-emissions scenario, the climatic treeline almost entirely disappears in about 50 years.

Depending on future climate projections, the climatic envelope for alpine ecosystems is expected to decrease to 410–515 km2 by 2040, 100–320 km2 by 2060, and 15–290 km2 by 2080 (3)

I will have a public lecture about #waterscarcity and #climatechange in #CentralAsia in the frame of the "Studium Oecologicum" starting 4:15pm today (room 1.101; Dorotheenstr. 24) @humboldtuni.bsky.social.
Online here: hu-berlin.zoom-x.de/j/6296392065...