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Regional vegetation die-off in response to global-change-type drought
David D. Breshears
, Neil S. Cobb
, Paul M. Rich
, Kevin P. Price
, Craig D. Allen
, Randy G. Balice
, William H. Romme
, Jude H. Kastens
, M. Lisa Floyd
, Jayne Belnap
, Jesse J. Anderson
, Orrin B. Myers
, Clifton W. Meyer
Biological Sciences
Research output
:
Contribution to journal
›
Article
›
peer-review
1843
Scopus citations
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Keyphrases
Aerial
12%
Bark Beetle Infestation
12%
Climate Change
12%
Climate Change Impacts
12%
Die-off
100%
Drought
75%
Ecosystem Properties
12%
Ecosystem Types
12%
Future Drought
12%
Global-change-type Drought
100%
Land Surface Condition
12%
Normalized Difference Vegetation Index
12%
North America
12%
Overstory
12%
Overstory Trees
25%
Pinus Edulis
12%
Pion
12%
Regional Vegetation
100%
Remotely Sensed Indices
12%
Response to Drought
12%
Soil Water Content
12%
Temperature Conditions
12%
Tree Species
12%
Tree Species Distribution
12%
Vegetation Greenness
12%
Warm Conditions
12%
Warm Temperature
12%
Wet Sites
12%
Woodland
12%
Woody Plants
12%
Earth and Planetary Sciences
Aerial Survey
25%
Climate Change
25%
Climate Change Impact
25%
Ecosystem Type
25%
Field Survey
25%
Global Change
100%
Land Surface
25%
Normalized Difference Vegetation Index
25%
Overstory
75%
Soil Water Content
25%
Vegetation
100%
Woody Plant
25%
Agricultural and Biological Sciences
Americans
12%
Bark Beetle
12%
Climate Change
25%
Die-off
100%
Global Change
100%
Normalized Difference Vegetation Index
12%
Overstory
37%
Pinus edulis
12%
Soil Water Content
12%
Woody Plant
12%