Suppose some natural disaster occurs in the species of cement is forced to read locate from its original island where it dined on cactus flowers to an adjacent island with many freer cacti but an overabundance of orchids. What would be the immediate consequences to the species in the first month of change?

A) The species would change it’s eating habit that to feed on orchids.

B) all of the members of the species would make do with the existing cacti on their new island.

C) The entire species would be extinct.

D) most of the members of the species would die but somewhat survive.

What kind of organism is cement?

I'll be glad to check your answer.

I pick c

I disagree. What does your text say?

What would be the immediate consequences to the species in the first month of change?

So is it D?

I founded it is D.

To determine the immediate consequences to the species in the first month of this change, let's evaluate the given options:

A) The species would change its eating habit to feed on orchids.
To answer this question, we need to consider if the species is capable of modifying its diet and adapting to a new food source. It is unclear from the information provided whether the species has the ability to switch its eating habits. If the species is flexible and can adapt to different food sources, it is possible that they may start feeding on orchids.

B) All of the members of the species would make do with the existing cacti on their new island.
This option assumes that the species would continue to rely on the existing cacti and not switch to consuming orchids. If the species can survive solely on the cacti available on the new island, this could be a potential outcome.

C) The entire species would be extinct.
This option suggests that the species would not be able to survive the change in habitat and would face extinction. However, without further information on the species' adaptability and resilience, it is difficult to conclude whether extinction would occur immediately.

D) Most of the members of the species would die but somewhat survive.
This option implies that there would be a high mortality rate among the species, but some individuals would manage to survive. This outcome is possible if the species experiences difficulties in adapting to the new environment, resulting in a decreased population size.

Given the information provided, it is not possible to definitively determine the immediate consequences to the species in the first month of this change. Further analysis of the species' adaptability, resilience, and ability to switch food sources would be needed to make a more accurate prediction.