Publications

The results provide a basis for prioritizing future efforts to reduce glacio-hydrological modelling gaps in poorly instrumented regions, such as the Patagonian Andes

The risk analysis suggests that landscape configuration may be a potential alternative to mitigate the consequences of climate change on Chilean salmon farming.

Climate scenarios projected increases in the duration, hydrological deficit and frequency of severe droughts of varying duration (1 to 6 months)

The land cover change analysis indicated that more than 90% of the basin area maintained its land cover, and that the main changes were attributed to recent wildfires

Projections suggest that the annual input of freshwater from the Puelo River to the Reloncaví Fjord would decrease by − 10%; these decreases would mainly take place in summer (− 20%) and autumn (− 15%)

Projects

Projecting the freshwater future in Western Patagonia

Exploring the integration of LSTMs and glacier evolution

Glacier uncertainties in the Southern Andes

Assessing the glacier projection uncertainties from a catchment perspective using the OGGM model

PatagoniaMet v1.0 (PMET)

A multi-institutional effort for an open hydrometeorological dataset in Western Patagonia (40-56ºS)

Land cover change and forest hydrology

Assessing the impacts of land cover change on the water cycle

Hydrological signature and coastal interface

Hydrological signature influence on Chilean aquaculture under climate change and landscape scenarios

RIO = Rivers Influencing the Ocean

Disseminate the influence of rivers, connecting scientific evidence and local stakeholders

Contact: roodaguayo[@]gmail.com