The similarity between parthenogenesis and sexual reproduction is that in both cases, a zygote is formed.
Sexual reproduction involves the formation of a zygote by the fusion of a male and female gamete while parthenogenesis involves the formation of a zygote without gametes. It is common in invertebrates and lower plants.
The similarity between parthenogenesis and sexual reproduction is that in both cases, a zygote is formed.
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Answer:
the actual REAL answer would be, Parthenogenesis involves the formation of a zygote.
Explanation: Formation of a zygote is the step in both, sexual and asexual reproduction. Both modes of reproduction tend to continue the lineage of life forms and to pass on genetic material on their offspring.
Answer:
Mountains, hills, plateaus, and plains are the four major types of landforms. Minor landforms include buttes, canyons, valleys, and basins. Tectonic plate movement under the Earth can create landforms by pushing up mountains and hills.
Explanation:
Hey there,
Some landforms on the earths surface are:
Lakes, Coastlines, Rivers, Plains, Dunes, Plateau, and lastly.. A Delta.
Hope this answered your question,
Competition among individuals for available food sources is most likely the cause of the observed variation.
As the MyPlate icon shows, the five food groups are Fruits, Vegetables, Grains, Protein Foods, and Dairy.
The most obvious examples of the foods we source from plants are fruits and vegetables. All of the fruits and vegetables grow on plants. Another example of food from planted crops. These are rice, wheat, maize, millets, barley, etc.
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Answer:
competition among individuals for available food sources
Explanation:
Charles Darwin observed a unique beak size and shape in the finch population of each of the Galapagos Islands that he visited.
-- Which is the most likely cause of the observed variation?
competition among individuals for available food sources
how could the disappearance of wolves from their ecosystem affect the populations of other species
Mollusks and arthropods can detect stimuli from their environment, while jellyfish and sponges cannot.
B.
Mollusks and arthropods exhibit cephalization, while jellyfish and sponges do not.
C.
Mollusks and arthropods exhibit segmentation, while jellyfish and sponges do not.
D.
Mollusks and arthropods can respond to changes in their environment, while jellyfish and sponges cannot.
The correct answer is option D
The model organisms is a species that researchers use to understand certain biological features. These species are arthropods and Mollusks tend to respond to environment better as compared to the jellyfish and sponges.
Jelly fish and sponges lack nervous system and they do not respond to the stimuli generated by the environment.
Hey there Brainly peep!
They can respond to changes in their environment which the answer is
D. Mollusks and arthropods can respond to changes in their environment, while jellyfish and sponges cannot.
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Can you please help me with this, that'd be great! Thanks!
The correct answer is insertion mutation.
The mutation is defined as the change in the DNA (deoxyribonucleic acid) sequences. The insertion mutation is a type of mutation, in which the insertion of the nucleotides takes place in the DNA sequences, resulting in an increase in the total number of base pairs in the DNA sequence. So, the insertion mutation has resulted in the increase in the base pairs in this case.