So if one organism can’t adapt to its environment then the other can. So their population doesn’t decrease
Commensalism- A whale and barnacles
Mutualism- The Oxpecker and the Rhino, the rhino provides a place for the Oxpecker to perch, while the Oxpecker eats all the bugs and parasites off the rhino.
Parasitism- A tick on a deer, and potentially harming the deer. The tick gains while the deer loses.
Answer:tailing at 3' end protects mRNA from attack by 3' exonuclease and 5' capping is useful for recognition of mRNA
Explanation:
The mRNA formed and released from the DNA template is known as primary transcript. In mammalian system, it undergoes intensive modification to become the mature mRNA.
Post transcription processing includes removal of Introns, splicing of exons, poly-A tailing at 3'end and capping at 5' end.
The Poly-A tailing at 3' end occurs in the nucleoplasm, the 3' end is polyadenlated involves with 20-250 nucleotides long. This tail protects mRNA from attack by 3' exonuclease activity
5' end capping end also is done in the nucleus. The cap is useful in recognition of mRNA by the translating machinery.
Answer:
No, they don't
Explanation:
Organisms of the different species can cohabit in the same habitat but contribute differently to the ecosystem they are found. This individual organism's contribution is referred to as NICHE. Ecological niche is the role of an organism in the ecosystem it's found. An organism's niche can include; how it contributes to the environment, what it does to survive, what it feeds on, how it interacts with other species etc.
In the case of these three Warbler species occupying the same habitat (tree), each Warbler species feeds on different parts of the tree (top, middle and bottom) which contains different organisms. This means that the three Warbler species are predators to three different organisms.
Since they feed on different organisms to survive, it can be said that they occupy different niche even if they share same habitat.
