Profile

David Moore

Member of the Graduate Faculty | Professor, Remote Sensing / Spatial Analysis - GIDP | Professor, Natural Resources and the Environment | Professor, Global Change - GIDP | Professor, Arid Lands Resources Sciences - GIDP

Sch of Nat Resource&Enviro-Res

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Overview

Research

Natural Resources Management Practices
Principles of Research
Earth's Changing Carbon Cycle
Ecosystem Ecology and a Sustainable Future
Sustainable Earth: Natural Resources and the Environment

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Student Thesis/Dissertation(6)

Remote Sensing of Aboveground Vegetation Structure, Biomass, and Water Content Across Spatial and Temporal Scales
2024·doctoral
Delayed Tree Dormancy Resulted in Higher Annual Savanna Gross Primary Productivity in the Northern Sonoran Desert
2022·masters
Controls on Land-Air Carbon and Water Exchange in Semiarid Ecosystems
2021·doctoral
Spatio-Temporal Patterns of Jet Stream Influence on Phenology
2020·doctoral
Flashy, Patchy, and Coupled: Using Spectral and Gas Exchange Approaches to Refine Dryland Carbon Uptake Predictions Across Spatial and Temporal Scales
2018·doctoral

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News(2)

UA Faculty Use Twitter to Get Students Focused In and Out of Class
2013
Dead Forests Release Less Carbon Into Atmosphere Than Expected
2013

People

Profile

David Moore

Courses(6)

Natural Resources Management Practices

Principles of Research

Earth's Changing Carbon Cycle

Ecosystem Ecology and a Sustainable Future

Sustainable Earth: Natural Resources and the Environment

Student Thesis/Dissertation(6)

Remote Sensing of Aboveground Vegetation Structure, Biomass, and Water Content Across Spatial and Temporal Scales

Delayed Tree Dormancy Resulted in Higher Annual Savanna Gross Primary Productivity in the Northern Sonoran Desert

Controls on Land-Air Carbon and Water Exchange in Semiarid Ecosystems

Spatio-Temporal Patterns of Jet Stream Influence on Phenology

Flashy, Patchy, and Coupled: Using Spectral and Gas Exchange Approaches to Refine Dryland Carbon Uptake Predictions Across Spatial and Temporal Scales

News(2)

UA Faculty Use Twitter to Get Students Focused In and Out of Class

Dead Forests Release Less Carbon Into Atmosphere Than Expected