A) Most ligers (offspring of a male lion and a tigress) and tigons (offspring of a male tiger and a lioness) are sterile. B) The two races of maggot flies breed in the fruits of two different trees. Hawthorn maggot flies breed in the fruits of the hawthorn tree, while apple maggot flies breed in apples. C) Red-legged frogs (Rana draytonii) breed from around November to late April, while yellow-legged frogs (Rana boylii) breed from around late April to June. D) The structure of bucket orchid (genus Coryanthes) flowers allows pollination only by a certain species of orchid bees (tribe Euglossini). E) Offspring of hybrid cotton (genus Gossypium) plants either die during early development or grow into unhealthy plants.

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What specific reproductive isolation mechanism is being described by each following statements

Description
Example
Mechanism
Prezygotic Isolation Mechanisms
Closely related species live
in different places or
environments, preventing
them from coming in
contact with each other.
As its name implies, the Lake Taal sea snake
(Hydrophis semperi) is endemic (native) to Lake
Taal and is found nowhere else in the world. This
unique habitat keeps it isolated from closely related
species of Hydrophis and prevents possible
interbreeding.
Drosophila
pseudoobscura, two closely related fruit fly species
in Hawaii, breed at different times of the day. D.
persimilis breeds in early morning, while D.
pseudoobscura breeds in the afternoon.
Habitat isolation
(a.k.a. geographic or
ecological isolation)
Closely related species
become sexually active or
mature at different periods.
This difference in breeding
periods or breeding seasons
keeps them from
encountering each other.
Some species use complex
courting or mating rituals to performing complicated mating dances which vary
attract mates. Interbreeding
is prevented because even
closely related species may
use different rituals.
persimilis
and
Drosophila
Temporal
isolation
(a.k.a. seasonal
isolation)
Many birds (usually the males) attract mates by
Behavioral
from species to species. Slight changes or mistakes
(which may indicate inexperience, weakness, or
hesitancy) in the dance may prevent even birds of
the same species from mating.
Among
individuals
cannot mate with individuals having left-coiling
(sinistral) shells and
difference in the position of the reproductive
organs). Sinistral snails are very rare and the
mating of two
automatically produce sinistral offspring.
Although sea urchin species Strongylocentrotus
franciscanus
Strongylocentrotus purpuratus (purple urchin)
share the same habitat, they do not interbreed
because their gametes do not recognize each other.
So even when released at the same time into the
isolation
garden
(Cornu
with right-coiling (dextral) shells
Differences or
snails
aspersum),
incompatibility in
structures, especially those
involved in reproduction,
prevent closely related
species from interbreeding.
Mechanical
isolation
vice-versa (due to the
sinistral
parents
does
not
Chemical incompatibility
between the egg and the
sperm of closely related
species prevent these
gametes from uniting to
form a zygote.
(giant
red
urchin)
and
Gametic isolation
ocean,
gametes
of S. franciscanus
and
S.
purpuratus will not fuse to form a zygote.
Postzygotic Isolation Mechanisms
Mating between Drosophila melanogaster and
Drosophila simulans (two fruit fly species that look
very much alike) results in inviable hybrids due to
the parents' incompatible genes for nuclear pore
proteins.
Although a hybrid zygote
forms, it does not have
enough genetic material to
carry it beyond the early
stages of development. It
might reach the embryo
stage, but eventually dies
before birth.
The hybrid offspring may
reach adulthood, but the
difference in the
chromosomes of its parents
causes it to become sterile
Hybrid inviability
Hybrid infertility
(a.k.a. hybrid
sterility)
In 1962, the mating of a zebra (whose chromosome
number is 44) and a donkey (whose chromosome
number is 62) in Manila Zoo led to the birth of the
world's first zebronkey (with
number of 53), whom the zoo personnel named
a
chromosome
(due to defective
reproductive organs or
failure of germ cells to
undergo meiosis).
The first-generation of
hybrid offspring are viable
and fertile, but the second-
generation hybrids may
have conditions
(aberrations, infertility) that
prevent them from getting
established in the
population.
Lolita. Due to the incompatibility of the
chromosomes of its parents (resulting to the
hybrid's inability to produce viable gametes), a
zebronkey is sterile.
Some varieties of domestic rice (genus Oryza),
when hybridized, produce first-generation hybrids
that are healthy and fertile. The second-generation
hybrids (offspring of the first-generation hybrids),
however, are stunted and sterile.
Hybrid
breakdown
Transcribed Image Text:Description Example Mechanism Prezygotic Isolation Mechanisms Closely related species live in different places or environments, preventing them from coming in contact with each other. As its name implies, the Lake Taal sea snake (Hydrophis semperi) is endemic (native) to Lake Taal and is found nowhere else in the world. This unique habitat keeps it isolated from closely related species of Hydrophis and prevents possible interbreeding. Drosophila pseudoobscura, two closely related fruit fly species in Hawaii, breed at different times of the day. D. persimilis breeds in early morning, while D. pseudoobscura breeds in the afternoon. Habitat isolation (a.k.a. geographic or ecological isolation) Closely related species become sexually active or mature at different periods. This difference in breeding periods or breeding seasons keeps them from encountering each other. Some species use complex courting or mating rituals to performing complicated mating dances which vary attract mates. Interbreeding is prevented because even closely related species may use different rituals. persimilis and Drosophila Temporal isolation (a.k.a. seasonal isolation) Many birds (usually the males) attract mates by Behavioral from species to species. Slight changes or mistakes (which may indicate inexperience, weakness, or hesitancy) in the dance may prevent even birds of the same species from mating. Among individuals cannot mate with individuals having left-coiling (sinistral) shells and difference in the position of the reproductive organs). Sinistral snails are very rare and the mating of two automatically produce sinistral offspring. Although sea urchin species Strongylocentrotus franciscanus Strongylocentrotus purpuratus (purple urchin) share the same habitat, they do not interbreed because their gametes do not recognize each other. So even when released at the same time into the isolation garden (Cornu with right-coiling (dextral) shells Differences or snails aspersum), incompatibility in structures, especially those involved in reproduction, prevent closely related species from interbreeding. Mechanical isolation vice-versa (due to the sinistral parents does not Chemical incompatibility between the egg and the sperm of closely related species prevent these gametes from uniting to form a zygote. (giant red urchin) and Gametic isolation ocean, gametes of S. franciscanus and S. purpuratus will not fuse to form a zygote. Postzygotic Isolation Mechanisms Mating between Drosophila melanogaster and Drosophila simulans (two fruit fly species that look very much alike) results in inviable hybrids due to the parents' incompatible genes for nuclear pore proteins. Although a hybrid zygote forms, it does not have enough genetic material to carry it beyond the early stages of development. It might reach the embryo stage, but eventually dies before birth. The hybrid offspring may reach adulthood, but the difference in the chromosomes of its parents causes it to become sterile Hybrid inviability Hybrid infertility (a.k.a. hybrid sterility) In 1962, the mating of a zebra (whose chromosome number is 44) and a donkey (whose chromosome number is 62) in Manila Zoo led to the birth of the world's first zebronkey (with number of 53), whom the zoo personnel named a chromosome (due to defective reproductive organs or failure of germ cells to undergo meiosis). The first-generation of hybrid offspring are viable and fertile, but the second- generation hybrids may have conditions (aberrations, infertility) that prevent them from getting established in the population. Lolita. Due to the incompatibility of the chromosomes of its parents (resulting to the hybrid's inability to produce viable gametes), a zebronkey is sterile. Some varieties of domestic rice (genus Oryza), when hybridized, produce first-generation hybrids that are healthy and fertile. The second-generation hybrids (offspring of the first-generation hybrids), however, are stunted and sterile. Hybrid breakdown
A) Most ligers (offspring of a male lion and a tigress) and tigons (offspring
of a male tiger and a lioness) are sterile.
B) The two races of maggot flies breed in the fruits of two different trees.
Hawthorn maggot flies breed in the fruits of the hawthorn tree, while apple maggot flies breed in apples.
C) Red-legged frogs (Rana draytonii) breed from around November to late
April, while yellow-legged frogs (Rana boylii) breed from around late April to June.
D) The structure of bucket orchid (genus Coryanthes) flowers allows
pollination only by a certain species of orchid bees (tribe Euglossini).
E) Offspring of hybrid cotton (genus Gossypium) plants either die during
early development or grow into unhealthy plants.
Transcribed Image Text:A) Most ligers (offspring of a male lion and a tigress) and tigons (offspring of a male tiger and a lioness) are sterile. B) The two races of maggot flies breed in the fruits of two different trees. Hawthorn maggot flies breed in the fruits of the hawthorn tree, while apple maggot flies breed in apples. C) Red-legged frogs (Rana draytonii) breed from around November to late April, while yellow-legged frogs (Rana boylii) breed from around late April to June. D) The structure of bucket orchid (genus Coryanthes) flowers allows pollination only by a certain species of orchid bees (tribe Euglossini). E) Offspring of hybrid cotton (genus Gossypium) plants either die during early development or grow into unhealthy plants.
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