<h2>B) is the correct option </h2>
Explanation:
In the given hypothetical condition roosting areas in buildings of any height are the fundamental niche of both bat species
- Niche is the role played by an organism that how they can live in an environment including their diet and shelter
- Fundamental niche represents all the environmental conditions where a species is able to live or can live
- There is no ecological barriers in case of this type of niche
- Since both bat species 1 and 2 can roost in buildings of any height this means there is no ecological barrier and heights of building represent all the conditions where bat species can live so it clearly represents fundamental niche
Answer:
Ecology is defined as the scientific study of the complex interactions between organisms, and the environment of the earth. Ecologists study, and examine the features of biotic and abiotic factors of the environment.
Abiotic factors include non-living factors, the physical, and chemical attributes, for example light, water, temperature, and nutrients which helps to influence the abundance, and distribution of organisms.
Biotic factors include living factors, the other organisms which are part of a separate environment, similarly influence the abundance and distribution of life present on Earth.
Compare and contrast two mechanisms for transcriptional termination in bacteria.
(rho)p-dependent termination: requires rut (rho utilization site), rho protein binds, moves towards 3' end, DNA encodes GC rich for stem loop, RNApoly pauses, rho protein catches up and separates RNA-DNA hybrid
(rho)p-independent termination: Uracil-rich sequence causes RNApoly to pause, stabilized by NusA near open complex RNA exit, UA bonds to weak to hold, DNA-RNA hybrid dissociates AKA intrinsic termination
hope this help
<span>The cells of our organs change size as a result of physiological changes of situations like aging and diseases which come with it. Diseases put an extra workload on our body’s tissues and organs that cause the cell to get larger. Many cells grow larger as they undergo repair after inflammation and infection. Cancerous cells get larger because they are working hard dividing and increasing uncontrollably. </span>
