JS
Member Since 2021
Juan Sebastian Acero Triana
Postdoctoral scholar, University of California Riverside
AGU Research
Search
Filters
Clear All
Quantifying the Relative Contribution of Mountain Front & Mountain Block Recharge to the Valley-Fill Aquifer of a Complex Agroecosystem: Integrating Hydrometric and Isotope Data into a High-Resolution Hydrologic Model
ADVANCING UNDERSTANDING OF MOUNTAINOUS CRITICAL ZONES THROUGH OBSERVATIONS AND NUMERICAL EXPERIMENTS I POSTER
hydrology | 14 december 2023
Juan Sebastian Acero Triana, Hoori Ajami, Sandra A...
Mountain system recharge (MSR) contribution to valley-fill aquifers is poorly understood despite its crucial role in sustaining major aquifers and gro...
View Abstract
Understanding Mountain System Recharge Mechanisms in the Sierra Nevada - Integrating Isogeochemical Observations with Numerical Modeling
MAKING THE WORLD BETTER THROUGH BIOGEOCHEMISTRY II ORAL
biogeosciences | 11 december 2023
Hoori Ajami, Sandra Armengol Vall, Juan Sebastian ...
Mountains cover 24% of earths land area, and seasonal snowpacks and glaciers supply water to more than 16% of the global population. However, groundwa...
View Abstract
Understanding Ecohydrologic Processes of Irrigated Agricultural Ecosystems by Integrating in-Situ and Modeling Approaches
IRRIGATION AND CLIMATE CHANGE: MONITORING AND MODELING PLANT WATER STRESS FOR SUSTAINABLE IRRIGATION MANAGEMENT I ORAL
hydrology | 13 december 2022
Hoori Ajami, Juan Sebastian Acero Triana, Yusen Yu...
Sustainable management of agricultural ecosystems is a great challenge in the 21st century due to the increasing demand for food production and decrea...
View Abstract
Quantifying Mountain System Recharge Contribution to Valley-Fill Aquifers in Complex Agroecosystems – Integrating High Spatiotemporal Resolution Hydrological Modeling and Isotope Data
ADVANCING UNDERSTANDING OF MOUNTAINOUS CRITICAL ZONES THROUGH OBSERVATIONS AND EXPERIMENTS I ORAL
hydrology | 13 december 2022
Juan Sebastian Acero Triana, Hoori Ajami, Sandra A...
Groundwater supports one-third of the worlds population, providing 42% of the agricultural and 36% and 24% of the municipal and industrial supply, res...
View Abstract
Uncertainty and Sensitivity Analyses of a Semi-Distributed Non-Parsimonious Hydrologic Model Across Spatial and Temporal Scales Using New and Traditional Global Sensitivity Analysis Approaches
DIAGNOSTICS, SENSITIVITY, AND UNCERTAINTY ANALYSIS OF EARTH AND ENVIRONMENTAL MODELS III ORAL
hydrology | 12 december 2022
Juan Sebastian Acero Triana, Hoori Ajami, Saman Ra...
Hydrologic models improve our understanding of the terrestrial hydrologic system under past conditions and are used for scenario analysis to assess en...
View Abstract
Identifying Major Hydrologic Change Drivers in a Highly Managed Transboundary Endorheic Basin: Integrating Hydro‐Ecological Models and Time Series Data Mining Techniques
WATER RESOURCES RESEARCH
26 august 2022
Juan Sebastian Acero Triana, Hoori Ajami
The fragile balance of endorheic lakes in highly managed semiarid basins with transboundary water issues has been altered by the intertwined effect...
Identifying Major Hydrologic Change Drivers in a Transboundary Highly Managed Endorheic Basin: Integrating Hydro-ecological Models and Time Series Data Mining Techniques
ADVANCES IN ECOHYDROLOGY OF WATER-LIMITED ENVIRONMENTS III POSTER
hydrology | 14 december 2021
Juan Sebastian Acero Triana, Hoori Ajami
Saline endorheic lakes play a crucial role in ecological regulation and biodiversity conservation in semi-arid regions. They provide a wide range of e...
View Abstract