RB
Member Since 1985
Roger C. Bales
Professor, University of California Merced
AGU Research
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Monetizing benefits of forest restoration across the Sierra Nevada for increasing its pace and scale
ADVANCING MONITORING OF ECOSYSTEM SERVICES SUPPLIED BY NATURE-BASED SOLUTIONS USING EARTH OBSERVATION POSTER
global environmental change | 15 december 2023
Han Guo, Min Gon Chung, Michael Goulden, Martha H....
Forest restoration involving fuels treatments has been recognized as an effective way to mitigate catastrophic wildfire and restore the health and res...
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Exploring Memory and Real-time Connections of Eco-hydrological Variables of Mediterranean Headwater Catchments
FRONTIERS IN ECOHYDROLOGY II POSTER
hydrology | 13 december 2023
ALIVA NANDA, Peter C. Hartsough, Martha H. Conklin...
The Mediterranean montane catchments of the Sierra Nevada region of California are vital for the western USs water resources. The granitic landscape, ...
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Science and the art of building capacity for multi-benefit climate solutions
CLIMATE SCIENCE AND POLICY I ORAL
science and society | 12 december 2023
Roger C. Bales, Martha H. Conklin, Phil Saksa, Bra...
Overcoming capacity limitations to realize promising climate solutions will need stronger collaboration between scientists and decision makers at both...
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CARBON STORAGE VS. WILDFIRE RISK IN CALIFORNIA’S FIRE-PRONE MOUNTAIN FORESTS
UNDERSTANDING AND SCALING CATCHMENT RESPONSE TO DISTURBANCES I ORAL
hydrology | 11 december 2023
WEICHAO GUO, Roger C. Bales, Mohammad Safeeq, Guot...
In a warming climate, enhancing carbon storage in the Sierra Nevada and similar forested mountain ecosystems while maintaining desired levels of wildf...
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Controls on plant available water and stand-scale transpiration in forested montane catchments
CATCHMENT AND CRITICAL ZONE SCIENCE – UNDERSTANDING ECOSYSTEMS THROUGH MONITORING, ANALYSIS, AND EXPERIMENTATION I ORAL
hydrology | 16 december 2022
ALIVA NANDA, Peter C. Hartsough, Martha H. Conklin...
The interactions among soil water dynamics, vegetation, and topography are the base of ecohydrological processes in the water-limited system. Topograp...
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Valuation of historical forest management and disturbance on water and carbon fluxes in a productive mixed-conifer mountain forest
FIRE IMPACTS ON WATERSHED HYDROLOGY, BIOGEOCHEMISTRY, AND BIODIVERSITY II ORAL
global environmental change | 16 december 2022
Min Gon Chung, Michael Goulden, Han Guo, Benis Ego...
Recent drought, wildfires, and rising temperatures in the western U.S. highlight the urgency of management actions for overstocked forests across both...
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Mechanisms Controlling the Impacts of Climate Change on the Sierra Nevada Ecosystem
ADVANCES IN LAND CARBON CYCLE MODELING IV POSTER
biogeosciences | 16 december 2022
Mohammad Safeeq, WEICHAO GUO, Roger C. Bales
Climate change is altering the mountain water and carbon cycles through multiple intertwined nonlinear processes. In this study, we applied a dynamic ...
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MODIS-based modeling of forest evapotranspiration supported by root-zone water storage in California’s Sierra Nevada
FOREST EVAPOTRANSPIRATION AND ECOHYDROLOGY UNDER A CHANGING ENVIRONMENT: PROCESSES AND QUANTIFICATIONS III POSTER
hydrology | 16 december 2022
Guotao Cui, WEICHAO GUO, Roger C. Bales
As an important process modulating the water cycle, forest evapotranspiration (ET) also reflects vegetation and hydrologic conditions under a changing...
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