Do the data in the table provide support for the
authors’ claim that infection with varroa mites
increases a honeybee’s susceptibility to secondary
infections?
A) Yes, because the data provide evidence that
infection with a pathogen caused the colonies to
undergo colony collapse disorder.
B) Yes, because for each pathogen, the percent of
colonies infected is greater for colonies with
colony collapse disorder than for colonies
without colony collapse disorder.
C) No, because the data do not provide evidence
about bacteria as a cause of colony collapse
disorder.
D) No, because the data do not indicate whether the
honeybees had been infected with mites.

Respuesta :

The correct option is D) No, because the data do not indicate whether the honeybees had been infected with mites.

The table data do not support that infection with varroa mites increases a honeybee’s susceptibility to secondary infections because the data do not indicate whether the honeybees had been infected with mites.

What does colony collapse disorder do to bees?

The adult bees' ability to navigate appears to be affected by the colony collapse disorder. In search of pollen, they depart the hive and never come back. The hive typically contains honey and pollen, as well as signs of recent brood raising. The queen and a few other surviving bees may occasionally stay in the brood nest.

The table only includes information on honeybee colonies that have or have not experienced colony collapse disorder and are afflicted with the four diseases. They are not mentioned in relation to their varroa mite illness. As a result, the table cannot be used to infer the effects of varroa mite infestation.

Therefore, D is the right response.

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