B. A decrease in crop diversity is an environmental concern. Weed killers will wipe out other strains of crop leaving only the engineered resistant type.
The Embryonic stem cells are capable of limited differentiation.
Answer:
The correct answer is - B. Lichens.
Explanation:
Lichens are one of the pioneer species that can grow on bare rock such as moraine and help make soil for further ecological succession and making ground for other species.
Breaking the bare rocks to convert into the soil is part of the primary succession. Lichens are colonized over these rocks and they contain acid which leads to the breakdown of the moraine and other rocks.
Answer:
This organism belongs to Kingdom Fungi.
Explanation:
- Fungi are heterotrophic, spore bearing Eukaryotes.
- Most of the fungi are multicellular.
- Their cells have a cell wall mainly composed of Glucagon and chitin.
- These are saprotrophic and lack a chloroplasts.
- They store food as glycogen which is similar to storage product in animals.
- The Kingdom fungi is divided into four major division on the basis of sexual reproduction ; chydridomycota, zygomycota, ascomycota and basidiomycota.
- Many fungi show no sexual stage and are grouped as imperfect fungi or deuteromycetes.
- The study of fungi is called Mycology.
The molecule that is least likely to be a subunit of a macromolecule is the steroids.
<h3>What are macromolecules?</h3>
The term macromolecules refers to those molecules that are large and are composed of smaller subunits that are joined together to form the macromolecule. These subunits are called the monomers of the macromolecule that is under study.
We know that the steroids are already large molecules in themselves thus they can not be joined together to form a bigger molecule.
Hence, the molecule that is least likely to be a subunit of a macromolecule is the steroids.
Learn more about steroids:brainly.com/question/1146527
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Missing parts:
Subunits sometimes build up to form a macromolecule. which molecule is least likely to be comprised of subunits? A. glucose. B. amino acids. C. steroids