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Secondary Compounds in Milkweed Nectar Negatively Impact Thermal Tolerance in Bumble Bees
Rachael Shippee
, Cody Feuerborn
, Allie Bradley
, Hannah Jahnke
,
Heather M. Hines
Biology
Huck Institutes of the Life Sciences
Center for Pollinator Research
Research output
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peer-review
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Keyphrases
Nectar
100%
Milkweed
100%
Thermal Tolerance
100%
Bumblebee
100%
Secondary Compounds
100%
Ouabain
50%
Heat Stress
33%
Heat Tolerance
33%
Stressful Events
33%
Cardenolides
33%
Honey
33%
Commercially Available
16%
Impatiens
16%
Floral
16%
Stress Response
16%
Alkaloids
16%
Plant Defense
16%
Toxic Chemicals
16%
Improved Outcomes
16%
Pollination
16%
Pesticides
16%
Macronutrients
16%
Heat Shock
16%
Thermal Response
16%
Ecosystem Health
16%
Milkweeds Asclepias
16%
Bee Activity
16%
Floral Nectar
16%
Floral Resource Availability
16%
Agricultural and Biological Sciences
Apocynaceae
100%
Critical Thermal Maximum
100%
Apoidea
100%
Ouabain
42%
Cardenolide
28%
Plant Defense
14%
Asclepias
14%
Impatiens
14%
Food Science
Nutrition
100%
Macronutrient
100%
Alkaloid
100%