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Evaluation of environmental temperature in pullet weight gain and uniformity
Marcia G.L. Cândido
, Ilda de F. F. Tinôco
, Rafaella R. Andrade
, Isabella T.A. Martins
, Leticia C. Leticia
, Richard S. Gates
Agricultural and Biological Engineering
Research output
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peer-review
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Dive into the research topics of 'Evaluation of environmental temperature in pullet weight gain and uniformity'. Together they form a unique fingerprint.
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Keyphrases
Weight Gain
100%
Environmental Temperature
100%
Pullet
100%
Weight Uniformity
100%
Thermal Environment
33%
Thermal Comfort
25%
Extreme Heat Stress
25%
Growing Phase
16%
Mild Heat Stress
16%
High Temperature
8%
Humidity
8%
Thermal Stress
8%
Egg Production
8%
Genetic Improvement
8%
Reduced Body
8%
Tropical Climate
8%
Lite
8%
Tropical Countries
8%
Body Structure
8%
Body Development
8%
Moderate Heat Stress
8%
Thermal Range
8%
Agricultural and Biological Sciences
Weight Gain
100%
Pullet
100%
Body Weight
16%
Genetic Improvement
8%
Egg Production
8%
Food Science
Mild Heat
100%
Egg
50%