Changes in disease incidence at 3 assessments across multiple sites within 2 regions.

Box plots showing % of all aspen trees dead (2013, 2015, and 2018) and % of all aspen trees with canker (2015 and 2018) for sites within the Big Denver Fire perimeter (A, n = 4 sites, Ray Mts. ecoregion) and Gerstle River Fire perimeter (B, n = 6 sites, Tanana Kuskokwim Lowlands ecoregion).

Bibliographic Details
Main Authors: Roger W. Ruess (10651781), Loretta M. Winton (10651784), Gerard C. Adams (10651787)
Format: Still Image
Language:unknown
Published: 2021
Subjects:
Microbiology
Ecology
Infectious Diseases
Biological Sciences not elsewhere classified
smaller-diameter trees
Stand-level infection rates
growth declines
ecosystem function
aspen basal area
Widespread mortality
Tanana Kuskokwim ecoregion
Populus tremuloides
88 study sites
novel canker disease
disturbance regimes
Widespread aspen mortality
landscape position
canker infection
United States
canker incidence
successional dynamics
Alaskan boreal forests
carbon starvation
modeling canker probability
Alaska Range
summer drought
canker pathogen
6 Alaska ecoregions
Alaska paper birch
summer vapor pressure deficits
aspen leaf miner outbreak
alaska range
Kuskokwim
Alaska
Online Access:https://doi.org/10.1371/journal.pone.0250078.g009
Description
Summary:Box plots showing % of all aspen trees dead (2013, 2015, and 2018) and % of all aspen trees with canker (2015 and 2018) for sites within the Big Denver Fire perimeter (A, n = 4 sites, Ray Mts. ecoregion) and Gerstle River Fire perimeter (B, n = 6 sites, Tanana Kuskokwim Lowlands ecoregion).

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