The three levels of biodiversity are genetic diversity, species diversity, and ecosystem diversity.
Genetic Diversity: Genetic diversity refers to the variety of genes within a species. It includes the different alleles and variations present in the gene pool of a population. Genetic diversity is important because it provides the raw material for adaptation and evolution. A higher genetic diversity within a species increases its ability to survive and thrive in changing environments. It also helps in disease resistance and overall population health.
Species Diversity: Species diversity refers to the variety of different species present in a particular area or ecosystem. It measures the number of different species and their relative abundance. Higher species diversity indicates a healthier ecosystem and greater ecological resilience. Each species plays a unique role in the ecosystem and contributes to its stability and functioning. Loss of species diversity can disrupt ecosystem balance and lead to negative impacts on other species and ecosystem processes.
Ecosystem Diversity: Ecosystem diversity refers to the variety of different ecosystems or habitats within a region or on a global scale. It encompasses the different types of ecosystems such as forests, grasslands, wetlands, coral reefs, and more. Each ecosystem has its own set of species, interactions, and ecological processes. Ecosystem diversity is essential for maintaining ecological functions, nutrient cycling, and providing various ecosystem services such as clean air, water, and food. It also supports the resilience and adaptability of ecosystems to environmental changes.
These three levels of biodiversity are interconnected and mutually dependent. They provide the foundation for the functioning and sustainability of our planet's ecosystems. Protecting and conserving biodiversity at all levels is crucial for the well-being of both human populations and the natural world.
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A _____________ is an area of land surround a river (or body of water) formed mainly of sediment that is subject to flooding. Your answer: dam levee delta flood plain
Answer:
the answer is floodplain
Some basic principles of hereditary were established when Gregor Mendel crossed large numbers of pea plants and then
Answer:
Mapped the location of various genes
Explanation:
mathematical ratios of certain traits in offsprings
why saturated solution prepared at higher temperature gives crystal on cooling
Answer:
Cristal is formed when the solution is cooling because the solvent can't keep all the molecules of the substance and these molecules are beginning to leave the solvent and form solid crystals.
Explanation:
It means that every crystal is formed of one molecule of the solvent. When the solvent reaches room temperature, it is moved to the ice bath to finish the process of crystallization.
What is one negative consequence of the Industrial Revolution?
Answer:
Pollution.
Explanation:
There were a lot of toxins being put in the air and water supplies.
Answer:
Unhealthy Working conditions
Explanation:
An experimental diagram is shown in the diagram below:
a. Green water plants release a gas in the presence of light.
b. Roots of water plants absorb minerals in the absence of light.
C.Green plants need light for cell division. d. Plants grow best in the absence of light.
Answer:
Answer is A
Explanation:
This is because light energy is needed for plants to carry out photosynthesis. When plants photosynthesize, they absorb carbon dioxide gas and give out oxygen gas.
An experimental diagram is shown in the diagram below is Green water plants release a gas in the presence of light. The correct option is C.
Thus, When used to water plants, green water can offer important nutrients that can promote plant growth.
Algae are the cause of green water. An aquatic plant called algae includes chlorophyll, which gives it a green tint.
The water's high nutritional content and light are essential for algae growth, which gives the lake its green color and serves as a valuable source of nutrients for plants.
Thus, An experimental diagram is shown in the diagram below is Green water plants release a gas in the presence of light. The correct option is C.
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define light-dependent reactions
Answer:
The series of biochemical reactions in photosynthesis that require light energy that is captured by light-absorbing pigments (such as chlorophyll) to be converted into chemical energy in the form of ATP and NADPH.
Explanation:
I majored in Biology
How did early humans use minerals and rocks?
The Earth's tilt also causes the Sun's radiation to strike the _____ at different _____.
Answer:
hemispheres; angles
Explanation:
When a hemisphere—either northern or southern— is tilted toward the sun it has more hours of light compared to the hemisphere tilted away from the sun. Moreover, lower latitudes where the incoming solar radiation is more direct (angle closer to 90°) receive more radiation compared to higher latitudes where sunlight strikes at lower angles. The combined effect of more hours of daylight and more direct radiation in the hemisphere tilted toward the sun generates warmer temperatures compared to the hemisphere tilted away from the sun.
PLEASE HELP ASAP I HAVE 10 minutes i’ll give that brain thing if you give a correct answer tysm:):
Answer:
synthetic; oil
Explanation:
the answer is B
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Filomena is a carrier for albinism, a recessive genetic disorder. Javier is also a carrier for this trait. They fall in love and marry. What is the probability that two of their children will have albinism
Answer:
10/10
Explanation:
Its because both parents carry the same gene
Equipment required: One or more buckets of water (or access to a garden hose connected to a water supply).
Pour one or two buckets of water (or run water from a garden hose) on bare ground (grass or soil is OK). Observe how the water moves. Some of the water may soak into the ground and some may flow over it. Pour a few more buckets (or run more water from the garden hose) over the same area and observe any differences in the behavior of the water. Does it still soak into the ground? Discuss how the moisture conditions in the soil will affect how much water gets absorbed. Would water be more likely to run off after the ground has been saturated by a heavy rainstorm? Discuss what happens to the water that gets absorbed into the ground.
Repeat the demonstration on a paved surface such as a driveway or sidewalk and document the differences. With no soil to absorb this water, what would happen in a heavy rainstorm? How would an engineer in charge of a city’s flood control system prepare for the runoff generated on paved parking lots and roads in a heavy rainstorm?
Answer:
No water will be soaked by the soil if it has saturated condition.
Explanation:
If the soil does not reached to its saturated point so the soil will soak the water while on the other hand, if the soil reached to its saturated point so it will not absorb the water. If soil has more water so it will not be able to absorb more water. Yes, water will be more likely to run off after the ground has been saturated by a heavy rainstorm and the water absorbed by the soil remain in the soil for the plant while the large quantity of water percolates down and reach the water table. With no soil to absorb water, the water goes to rivers and streams when a heavy rainstorm held. The engineer has to built a well drainage system in order to remove runoff water from the roads and pavement and avoid flood condition.
Which is the correct answer? I genuinely have no clue
is 3 249 because I add all of them together and I got 249
Answer:
(3) 249 grams
Explanation:
"The triple beam balance is used to measure masses very precisely; the reading error is 0.05 gram. With the pan empty, move the three sliders on the three beams to their leftmost positions, so that the balance reads zero. To find the mass of the object on the pan, simply add the numbers from the three beams." (Credit: SMU Physics Website)
This is how a triple beam balance works, so using this we can solve to find the mass of the object on the pan of balance. So we can add the 3 values.
200+40+9=249 grams
Technically the reading error is 0.05 g so I'm assuming you would subtract 0.05 g of some sort, but since there is no such decimal answer in the options given, we can conclude the correct answer would be number 3, 249 grams.
1 . HELP PLS ASAP IM TIMED
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Answer:
what do u need help with?
Which statement would be used in an argument against the use of human embryonic stem cells for therapy? A.Obtaining embryonic stem cells for use in therapy requires the destruction of embryos. B.Embryonic stem cells are limited in their ability to become different types of cells. C.It is difficult to grow embryonic stem cells in laboratory cultures, so they are not a practical choice for stem cell therapy. D.Embryonic stem cells originate in plants, so the likelihood of rejection by a patient's body is high.
Answer:
A.Obtaining embryonic stem cells for use in therapy requires the destruction of embryos.
Explanation:
Research involving human embryonic stem cells is subject to ethical and political debate because these investigations involve the destruction of human embryos. Stem cells have a series of advantages in the field of organ/tissue regeneration, to investigate the etiology of degenerative diseases, therapeutic cell cloning, etc. However, in many countries, the moment where life begins is a controversial point, and therefore this issue must be defined clearly before research.
The statement, that is, obtaining stem cells for utilization in therapy requires the destruction of embryos would be an argument against the use of human embryonic stem cells for therapy.
These are the pluripotent stem cells obtained from the inner cell mass of a blastocyst, that is, an initial stage pre-implantation embryo.
Research on human embryonic stem cells is subject to political and ethical debate, as these researches comprise the destruction and killing of human embryos. In the field of organ or tissue regeneration, the stem cells possesses an array of merits, they can play an essential role in therapeutic cell cloning, and to determine the etiology of degenerative disease.
But in many countries, the instance when the beginning of life has taken place is an ethical issue, thus, there is a requirement of clearly defining the issue prior to performing any kind of research.
Thus, the correct answer is option A.
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Why do the chromosomes form a V shape facing the center of the cell during Anaphase
Answer:
The paired centromeres from each chromosome have just begun to separate and the sister chromatids are being pulled apart by the kinetochore microtubules as they are shortened by the loss of tubulin monomers. ... These chromosomes appear V-shaped when observed during anaphase.
Explanation:
How does the force of friction affect the motion of objects?(2 points)
It causes the object to change direction.
It causes the object to create heat energy.
It causes the object to create kinetic energy.
It causes the object to slow down or stop.
Answer:
It causes the object to slow down or stop.
Explanation:
Friction is a unknown force pressing against another force slightly, making the moving object slow down.
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i) predict which of the liquids would cause the largest decrease in mass of potato stick
PLEASE PLEASE HELP ME I HAVE 10 MINUTES ONLY, I WILL GIVE YOU THE BRAINLIEST!!
Answer:
1.0 mol per dm^3 sodium chloride solution
Explanation:
The idea behind this question is that the water inside the potato stick would move into the surrounding liquid naturally if the density outside the stick is greater than it is inside. Therefore, the liquid that would most encourage the flow of water from the potato stick would be the moet dense liquid- which in this case, is 1.0 mol per dm^3 sodium chloride solution.
The broadest areas of the plant that absorb the most sunlight are the:
1. roots
2. stems
3. leaves
Answer:
Leaves
Explanation:
Plants grow broad leaves to absorb sunlight. This is extremely helpful because this helps plants make food through photosynthesis. Roots don't absorb sunlight. They absorb water and nutrients from the soil and carry it up through the stems. The stems then transports the nutrients throughout the plant.
Mitosis in Whitefish & Onion Roots
Answer:
The whitefish embryo is a good place to look at mitosis because these cells are rapidly dividing as the fish embryo is growing. The onion root is also a good place because this is the area where the plant is growing. Remember that when cells divide, each new cell needs an exact copy of the DNA in the parent cell.
GOOD MORNING, GUYS PLEASE HELP ME WITH THIS - IM PAST THE DUE - ILL MARK U BRAINIEST TOO!!
Answer:
ummmmmm i would love to answer your question but theres no info
Explanation:
can anyone please tell the answer i have given the image so anyone please answerthis question
plzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzz
Answer:
The first one is Synthesis
The second one is Single displacement
The thrird one is Combustion
The fourth one is Double displacement
Atoms are the basic building block of items on Earth. Atoms make up the elements that combine
as molecules to make up much of what we use every day
Which of the following are not made out of atoms?
A.air
B.humans
C.electrons
D.water
Answer:
c
Explanation:
What are the letters of the anticodon that should be in the three boxes labeled “Question #18” in the drawing below?
Organisms that cannot produce their own food and rely on other organisms for nourishment are
called this
A. autotrophs
B. heterotrophs
a chemical change occurs when which of the following is true
A) a substance is dissolved in water
B) you can separate the materials back to their original state
C) bibbles or fizz occur
D) light is reflected off the materials
Answer:
C) bubbles or fizz occurs
Explanation:
Chem. Change:
-energy is absorbed or released (temperature changes-hotter or colder), color changes, Gas production (bubbling, fizzing, or odor change; smoke).
-Formation of a Precipitate - a solid that separates from solution (won't dissolve)
-Irreversibility - not easily reversed.
Day and Night are caused by..
A. The sun rotating around the Earth
B. The sun rotating on its axis
C. The Earth rotating on its axis
D. The sun turning on and off each day like a light switch
Answer:
The Earth rotating on its axis
Answer:
c
Explanation:
option number c the earth rotating on its axis is the correct answer
hope this answer will help you
A man with AB blood has children with a woman with AB blood. What are possible blood types of their children? (select more than one)
Type A
Type AB
Type B
Type O
Answer:
I believe the childre could have type AB, A, and B blood
Explanation:
Answer: Type AB, A, B. I think.
Explanation:
What is the most specific group to which both camels and platypuses belong?
Answer:
mammals
Explanation:
both have mammary glands
How did Mendel’s results from dihybrid crosses help him develop the law of independent assortment?
Explanation:
The out come that mendel's observed from dihybrid crosses confirmed that each trait could be described by a pair of factors that segregated to form progeny (his first law) and further suggested that factors for multiple traits segregated independently, thus forming the basis for mendel's second law of inheritance
Hope this will help you analyse your answer
Mendel crossed plants with two different features. He proposed the Law of Independent Assortment because the ratio showed that the inheritance of one trait is independent of the inheritance of another.
Mendel conducted studies to investigate the simultaneous inheritance of two distinct features, such as seed color and seed texture.
He combined plants that were different in both qualities, for example, a plant with smooth texture and yellow seeds crossed with a plant with wrinkled texture and green seeds.
The qualities Mendel was seeing separated independently of one another, indicating that the inheritance of one feature did not affect the inheritance of the other.
In other words, during gamete production, the alleles for seed colour and seed texture were assorting separately.
Thus, Mendel proposed the law of independent assortment, which is one of the cornerstones of inheritance, as a result of his dihybrid crosses and the observation of independent segregation of characteristics.
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Please help me! The question is in the picture.
I think the answer is d because I think it eventually becomes saturated. I hope it's right.