The ecumenical thought of utilizing the trophic level with conventional parasites (fleas, ticks, and tapeworms) Would be that parasites are consumers. A symbiotic-relationship, a procedure enacted to survive. Parasitism is the act of one parasite surviving off of another organism (host). Parasites may affect hosts differently than predators affect prey. While a predatory animal murder copious individuals during its life, a parasite prevails sustenance from an undivided host during a life stage. Similar to omnivores, some parasites can extend their dependencies with their nutrients and prefer multiple trophic levels, not just one.
(Psst, I hope I facilitated you with the explanation. I am moderately atrocious at explicating matters, dismal.)
Multiple choice---
The answer to number two, would be "D", as "transpiration" is the diametric occurrence to all the other processes. Rather bounteously returning carbon dioxide, it actually holds the carbon dioxide, happening in the stomata, opening itself up to "breathing in" the carbon dioxide, and release oxygen.
The result to number three, would be "D", as "change of seasons" would not be possible for such things like forests. The alteration would not occur in an antecedently damaged area, for change has been interrupted and requires time to fixate.
The solution to number four, would be "B", as plant-life occurrences is an augury of a primary succession and that an environment has begun commencement or is now fixated.
In carrying out these experimental procedure, the same restriction enzyme that is used to cut out the gene of interest should also be the same used for the cutting of the plasmid to generate sticky ends. Then the desired gene is inserted into the cut plasmid then treatment with DNA ligase. Purified DNA ligase is utilized in gene cloning to join/ligate DNA molecules together forming a recombinant DNA. Thus, step 3 should be carried out after step 4.
