The given statement is True.
Habitat conservation is a technique by which the management practices to conserve and restore the habitat area for the wildlife is done. Especially those species that are conservation dependent species, about to extinct species, fragmented or reduced in number. These kinds of species are meant to be conserved. There are many conservation efforts going on these days and these efforts are showing its result by restoring the habitats of wildlife species.
It helps restore damaged ecosystems, including biodiversity.
B.) Law of Inheritance
C.) Law of Dual Alleles
D.) Law of independent Assortment
Answer:
A). Law of Segregation
Explanation:
The pair of genes you have are seprated, or segrated, when your body produces gametes
movement through a cell membrane using energy from ATP
movement of particles from a region of high concentration to a reaigon of low conentration
movement of particles from a region of low concentration to a regoin or to a high region
Answer:
Option (3).
Explanation:
The molecules may transport from inside and outside of the cell from their region of low concentration to high concentration or vice-versa. Different types of transport process are diffusion, osmosis, primary active transport.
Diffusion occurs naturally in the organism and no energy is required for its transport. The molecules move to the region of lower concentration from its region of higher concentration. The molecules moves along the concentration gradient.
Thus, the correct answer is option (3).
B. Many combinations of traits were always inherited together.
C. Some combinations if traits were not passed to offspring.
D. The presence of one trait did not affect the presence of another.
The correct answer as to which observation of dihybrid cross led to Mendel's law of independent assortment would be the presence of one trait that did not affect the presence of another. The correct option would be D.
The law of independent assortment states that traits are inherited independently.
This means that one gene codes for one trait and genes do not influence each other. For example, a gene for eye color would be independently inherited from a gene for skin color.
Mendel arrived at this observation when he carried out a cross involving two traits. Each trait followed the same phenotypic ratio as if they were a monohybrid cross. It does not matter the number of trait involved in the cross, they never influenced each other.
More on the law of independent assortment can be found here: brainly.com/question/19412775
If a gray cat and a white cat have kittens, what phenotypes could the kittens exhibit?
A) gray or white fur
B) only gray fur
C) black or white fur
D) black, gray, or white fur