Universidad de Cuenca, Ecuador
Parent Institutions [?]
Child Institutions [?]
Affiliated Works
sorted by decreasing year, and then by display-name
- Climate change impacts on water resources in tropical mountain regions: an Andean perspective (Invited)
- Combining Traditional Hydrometric Data, Isotope Tracers and Biophysical Landscape Characteristics to Improve the Understanding of Landscape Hydrology in the Humid Andes
- Isotope Tracers as Tools for Identifying Water Sources in Developing Regions: Case of Study in Southern Ecuador
- Illuminating the hydrology of a high-elevation tropical ecosystem: Runoff generation in the páramo
- High-Resolution Modeling of Flow Partitioning: Tracer Comparison Between Water Stable Isotopes and Electrical Conductivity
- Comparison of eddy-covariance measurements with hydrological models estimates of actual evapotranspiration at a daily scale
- Ecuadorian Mountainous Rivers Classification Using Hydraulic Geometry Theory
- Gauging Fog in the High Andean Páramo: What Gauge is More Suitable?
- How Do Hillslope Soils Influence the Hydrology of the Andean Páramo?
- Water Management and Climate Change in the Focus of International Master Programs in Latin America and the Carribian
- Assessing the Impact of Glacier Shrinkage on the Water Security and Resilience of Tropical Andean Populations
- Headwater-Dependent Systems: Definition, Drivers of Change and Potential Futures
- Zhurucay Ecohydrological Observatory (ZEO): A Critical Zone Research Site in the Tropical Andes
- Effects of land use and water quality on greenhouse gas emissions from an urban river system
- Lithological Thresholds Changing Geomorphic Effectiveness in Andean basins
- Precipitation and evapotranspiration partitioning and dynamics in tropical Andean tussock grasslands
- Reviewing the evidence: How do nature-based solutions affect water flows in agriculture and rangelands
- The Effects of Nature-Based Solutions on Soil Erosion Mitigation in the Tropical Andes.
- Using k-means cluster analysis to regionalize precipitation in the Tropical Andes
- Progress in Understanding the Hydrology of High Andean Grasslands under Changing Land Use
- Progress in the detection and attribution of regional climate change
- Observed impacts of anthropogenic climate change in natural and human systems in the Andes: detection and attribution study