The Andes Cordillera contains the most diverse cryosphere on Earth, including extensive
areas covered by seasonal snow, numerous tropical and extratropical glaciers, and many …

Modelling experiments of drainage events from proglacial lakes of the Río Baker catchment
(central Patagonia, 46–48 ⁰S) indicate that Atlantic-Pacific drainage reversals may have …

The impacts of the accelerated glacier retreat in recent decades on glacier runoff changes
are still unknown in most Andean catchments, increasing uncertainties in estimating water …

We present a glacial-related lake inventory for a region spanning 41.5°-47° S in Patagonian
Andes, where information on past glacier lake outburst floods (GLOF's) has hitherto …

The compound hazard effects of multiple process cascades severely affect Chilean river
systems and result in a large variety of disturbances on their ecosystems and alterations of …

A physically based hydrological model for the upper Baker River basin (UBRB) in Patagonia
was developed using the modular Cold Regions Hydrological Model (CRHM) in order to …

Reconstructing the magnitude and timing of catastrophic drainage of proglacial lakes during
Late Quaternary deglaciation of palaeo-ice sheets is important for understanding rates of …

Extending series of river streamflow based on tree-ring reconstruction is of scientific and
practical importance for understanding hydrological or meteorological change of past. To …

Abstract Glacial Lake Outburst Floods (GLOFs) constitute a major hazard in glacierized
regions. They are particularly pronounced in the Baker River watershed (Chilean Patagonia …

Globally, climate change has caused a significant reduction in snow cover in mountainous
regions. To understand the impact of present and future snow changes on runoff in the semi …