Presentations

  1. Talks & Slideshows
  2. Posters
    1. Climate Change and Water Security
    2. Informatics
    3. Ecosystems and Disturbance
    4. Urban Systems

Talks & Slideshows

The following are oral presentations and slideshows given by Naomi Tague at conferences and as public outreach.

Fire, forests, floods, and freshwater forecasting: Cyberinfrastructure to assemble disparate data sources into high performance models of watershed ecohydrology for science discovery and sustainable management (July 9, 2020, Google Alphabet-wide Modeling Talk Series)
Video recording
Slides

Eco-hydrology and climate change: Revealing what is hidden (May 2022, Media Arts & Technology, Seminar Series Spring 2022, UCSB)
Video recording

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Posters

The following are poster presentations given by members of our lab at various conferences. Click a figure to view the presentation.

Climate Change and Water Security

Hillslope scale patterns of forest drought mortality: the role of sub-surface storage and downslope redistribution
Eco-hydrology at the CZO: linking plants, water, and geology
Climate change impacts on eco-hydrology in mountain environments
An optimized soil moisture sampling design to represent the impact of climate variability on soil vegetation
How plant accessible water storage interacts with changing snowpacks in Mediterranean environments
The role of climate in regulating postfire nitrogen cycling and export in chaparral
Climate change effects on vegetation water and carbon cycling on species composition in Yosemite National Park
How soil water storage moderates climate change’s effects on transpiration across the Critical Zone Observatories
Importance of sub-watershed spatial heterogeneity in ecohydrological modelling
The effect of maximum plant available water (PAWmax) on transpiration across the Critical Zone Observatories
Soil moisture and sapflux sampling design to capture the effect of interannual climate variability
Potential effects of tree-to-shrub type conversion on
streamflow in California’s Sierra Nevada
Modeling nitrate exporting patterns during storm events for a semi-arid mountain watershed

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Informatics

Future Mountain: An interactive visualization of people, fire, water and climate in forested landscapes from AGU 2019
Integrating tree-scale effects of disturbance into a a watershed ecohydrologic model: RHESSys-Multiscale

Communicating why land surface heterogeneity matters
Incorporating grazing into an eco-hydrologic model: Simulating coupled human and natural systems in rangelands
Method of spatial temperature estimation influences ecohydrologic modeling in the Western Oregon Cascades
Integrating Fire Effects into an
Ecohydrologic Model for Simulating Fire Regimes
Incorporating grazing into an eco-hydrologic model: Simulating coupled human and natural systems in grasslands
Characterizing neighborhood exchanges in disturbed landscapes using multi-scale routing
Is geology destiny? A geologic framework for predicting streamflows in ungauged catchments
Eco-hydrologic modeling of rangelands: Evaluating a new carbon allocation approach and simulating ecosystems
Identifying Linkages Between Management of Fuel Treatments, Fire and Ecosystem Services
Accounting for spatial heterogeneity in eco-­hydrologic modeling for snow-­dominated mountain systems

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Ecosystems and Disturbance

Seeing water in the trees: Challenges in estimating the impact of fuel treatments and fire on hydrology
Spatial and temporal patterns of summer vegetative water stress resulting from snow drought
Studying Dissolved Organic Carbon flux from Penobscot Watershed into the Gulf of Maine
Building a biosphere-relevant Earth system modeling framework
The role of climate in regulating postfire nitrogen cycling and export in chaparral
Why subsurface features matter for managing forests, water and fire in the face of increasing drought
Modeling the effects of tree-to-shrub type conversion on
streamflow in California’s Sierra Nevada

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Urban Systems

Modeling the effects of connected impervious surfaces on urban green spaces and groundwater recharge in a semi-arid environment
The role of heterogeneity in modeling eco-hydrologic responses to urbanization
Estimating urban tree recovery after drought using an eco-hydrologic model parameterized by remote sensing data
Linkages between effective impervious surface and urban vegetation productivity in semi-arid environments

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