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Dryland Rivers and Streams
Zacchaeus G. Compson
, Wendy A. Monk
, Romain Sarremejane
, Amanda G. DelVecchia
, Ryan M. Burrows
, Shang Gao
,
Benjamin L. Ruddell
, Yang Hong
, Daniel C. Allen
Informatics, Computing, and Cyber Systems, School of
Research output
:
Chapter in Book/Report/Conference proceeding
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Chapter
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Earth and Planetary Sciences
Climate Change
100%
Ecosystem Function
100%
Deforestation
100%
Ecosystem Service
100%
Habitat Fragmentation
100%
Agricultural Development
100%
Anthropogenic Effect
100%
Flood Control
100%
Biological Process
100%
Riparian Forest
100%
Arctic Region
100%
Keyphrases
Dryland Rivers
100%
Dryland Streams
100%
Temperate River
18%
Tropical Rivers
18%
Anthropogenic Change
9%
Climate Change
9%
Knowledge Gaps
9%
Ecosystem Function
9%
Hydrological Processes
9%
Riparian Forest
9%
Ecological Constraints
9%
Ecosystem Services
9%
Deforestation
9%
Habitat Fragmentation
9%
Agricultural Development
9%
Flood Control
9%
Biotic Components
9%
Human Impact
9%
Biological Processes
9%
Water Provisioning
9%
Seasonal Variability
9%
Anthropogenic Drivers
9%
Human Pressure
9%
Aquatic-terrestrial Linkages
9%
Ongoing Threat
9%
Arctic Region
9%
Waterflood
9%
Densely Populated Area
9%
Pressure Control
9%
Metacommunity Theory
9%
Main Concepts
9%
Geomorphological Processes
9%
Urbanization Development
9%
Political Effort
9%
Arctic Area
9%
Emerging Ideas
9%
Clean Water Act
9%