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Insect overwintering in a changing climate
Jeffrey Bale,
Scott Hayward
Biosciences
Research output
:
Contribution to journal
›
Article
418
Citations (Scopus)
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Dive into the research topics of 'Insect overwintering in a changing climate'. Together they form a unique fingerprint.
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Keyphrases
Climate Change
100%
Diapause
100%
Insect Overwintering
100%
Temperature Rise
66%
Cold Tolerance
66%
Winter Survival
66%
Climate Warming
66%
Europe
33%
North America
33%
High Temperature
33%
Seasonal Changes
33%
Air Temperature
33%
Per Se
33%
Temperature Effect
33%
Equator
33%
Interaction Process
33%
Overwintering Strategies
33%
Freeze-tolerant
33%
Negative Impact
33%
Photoperiod
33%
Body Temperature
33%
Development Rate
33%
Cold Stress
33%
Normal Rate
33%
Migration Transformation
33%
Global Climate Change
33%
Ice nucleating Agents
33%
Cryoprotectant
33%
Antifreeze Protein
33%
Terrestrial Habitat
33%
Positive Responses
33%
Winter Temperature
33%
Freeze Avoidance
33%
Freeze-thaw Cycles
33%
Critical Photoperiod
33%
Diapause Induction
33%
Lethal Dose
33%
Summer Temperature
33%
North Europe
33%
Heat Stress
33%
Membrane Lipids
33%
Marine Habitats
33%
Freshwater Environment
33%
Seasonal Acclimatization
33%
Temperate Climate
33%
Limited Ability
33%
Life Cycle Stages
33%
Ice Encasement
33%
Simple Classification
33%
Change in Distribution
33%
Stressful Environment
33%
Annual Migration
33%
North Asia
33%
Climatic Zones
33%
Universal Effect
33%
Climate Potential
33%
Polar Areas
33%
Winter Snow Cover
33%
Overwintering Ability
33%
Cold Climate
33%
Behavioral Avoidance
33%
Insect Distribution
33%
Agricultural and Biological Sciences
Overwintering
100%
Diapause
100%
Freezing Tolerance
50%
Photoperiod
50%
Climate Change
25%
Antifreeze Protein
25%
Body Temperature
25%
Climatic Zone
25%
Membrane Lipid
25%