Answer:
Chracteristics reffers to some organisms from kingdon protista;
Eukaryotic, Mostly Unicellualar, Aquatic, Posses mitochondaria, Parasitism, Asexual reproduction, Autotrophic, Heterotrophic.
Explanation:
Kingdom protista in one of five kingdoms and the term protista is derieved from "prortistos" meaning "the very first". The protists are considered as first eukaryotic life on earth.
Protistsa includes the Eukaryotic predominantly unicellular organisms. Protists are eukaryotic organisms and they cannot by classified as fungi, Plants or animals due to their chracteristics.
scientists who can consult with environmental scientists in such cases are:
b. a botanist
<h2>Further Explanation
</h2>
a botanist is a scientist who is an expert in the field of plants. In this way, in botany, all the knowledge learned about biologies, such as genetics, reproduction, growth, metabolism, development, interaction with biotic components and abiotic components, and evolution associated with plants.
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botanist brainly.com/question/3794740, brainly.com/question/1428499
Details
Class: Middle School
Subject: Biology
Keyword: a botanist
The answer is C. Genetic drift is the change of an allelic frequency due to random sampling in a population. When the brown and black bottles are preyed upon compared to the green bettles, their numbers in a population decrease. Therefore the next generations/offsprings of bettles population is more likely to be of green beetles since they will be more in the parent population. The allelic frequency of the allele for green bettles becomes higher than that of brown and black beetles. Eventually, after generations, the black and brown beetles may be eliminated from the population
<span><span>Acacia species (Australian wattles)
</span><span>Argemone mexicana (Mexican poppy)
</span><span>
Caesalpinia decapetala (Mauritius thorn)
</span><span>
Cereus jamacaru (Queen of the Night cactus)
</span><span>
Chromolaena odorata (Triffid weed)</span></span>
A. Translation. This is when mRNA is translated to amino acids bound by peptide bounds.
