Posted on 26 March 2012.
Mills High has shocked the biology field, uncovering a new and unique plant species found exclusively in center court.
The new species, named Bellis roseus, is a common daisy with a pinkish tint. However, its revolutionary changes come from several of its unique adaptations that have been naturally selected in center court’s rigorous environment. Its adaptations, beyond then pinkish tint, include a thicker stem, shorter height, and unique secondary compounds.
The Mills biology teachers have been tracking the changes of the daisy population for the last twenty years. With data compiled by previous biology teachers, enthusiastic AP Biology teachers Aiko Michot and Steven Wang have been analyzing the data and specimen samples this past year with Mills’s Biology department.
The teachers, or rather, biologists, have strong evidence that the current population of daisies can be considered a new species.
“It fulfills the guidelines of a new species: these pinkish daisies can reproduce and make new offspring, and their offspring are viable and can reproduce themselves,” says Wang. “We recently tried to interbreed a daisy found in center court with a common daisy. The plants successfully pollinated but no fertilization occurred. Gametic isolation is present somewhere, resulting in these two plant species. It’s really clear evidence.”
Geographical isolation is noted as the main barrier for this new strain of daisies.
Aiko Michot had been studying this barrier for the past year.
“Considering the design of this high school, center court is quite isolated from the outside world. The buildings have probably prevented any outside pollen from entering or leaving the area. Center court is also quite a difficult environment to live in–it’s no surprise that these daisies have had to develop new adaptations to survive in this environment.”
Chemist and biology teacher Charles Olson agrees. He has been taking soil samples ever since he joined the Mills staff in 2005. “I’ve noticed a high concentration of methane, which is a common chemical found in decomposing trash. I suspect that a lot of the abnormalities in center court’s soil are due to the overabundance of trash found there. There is also an overabundance of uric acid, which is a major component of seagull feces. It’s no doubt that these two chemicals have affected the daisies.”
All the biologists agree that the multiple chemicals found in the soil ultimately stimulated a genetic mutation, resulting in the pink daisy’s unique qualities. The believe that a genetic mutation supposedly happened approximately ten years ago, and its advantageous qualities have been passed down for multiple generations of these common daisies. At the moment, it is estimated that ninety seven percent of the daisy population is part of this new species.
The biologists’ final test was a DNA sequencing test of the pink daisies compared to the common daisy, courtesy of biotechnology specialist Mary Rustia. Genetically, the two flowers showed several distinct differences, giving clear evidence that the pink daisy is a new species.
But that is not all.
Through more analysis of this new plant species, the biologists have noticed the advantages of the plant’s secondary compounds. Olson and Rustia worked together in identifying the special compound, and Michot and Wang tested the medical applications of this compound on various bacterial media. The compound allegedly may aid in curing the common cold, but more tests are needed before the biologists can make an accurate conclusion.
The biologists are currently writing up their final drafts for publication. They plan on submitting and publishing their findings in Nature, a reputable scientific journal. The publishing process will be long, and many scientists are expected to visit Mills to study the new species. The biology team expects their findings to be published by the end of the year.*

* = This is an April Fools article.