Use of vapor pressure deficit to predict humidity and temperature effects on the mortality of mold mites, Tyrophagus putrescentiae

Earth & Environmental Sciences

• mite 86%
• temperature effect 69%
• vapor pressure 68%
• humidity 56%
• mortality 51%
• relative humidity 28%
• temperature 25%
• food product 12%
• exposure 12%
• bioassay 11%
• air temperature 8%
• food 7%
• habitat 6%
• method 2%

Agriculture & Biology

• Tyrophagus putrescentiae 100%
• vapor pressure deficit 80%
• humidity 58%
• relative humidity 28%
• temperature 26%
• mites 20%
• exposure duration 20%
• mite control 16%
• air temperature 10%
• foods 9%
• bioassays 9%
• habitats 6%
• methodology 3%