Answer: Elk
The coniferous forests are found in the cold regions of the world. They are found in the taiga biome. These forests are also called as boreal forests. The vegetation composed of cone bearing and exhibiting needle leaves trees. These forests because of harsh winter conditions cannot sustain many life forms in terms of fauna and flora. The animals species found in these regions includes elk, beavers and deer.
Elk is the herbivorous animal species which feed upon grasses, plants, and bark in the coniferous forest. They are capable of tearing the bark with their sharp canines. This is a kind of adaptation shown by these animals in the scarcity of food.
D: Pronunciation
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black fur
Himalayan Rabbit
A scientist shaved an area of white fur on the back of a Himalayan rabbit and placed an ice
pack over the shaved area. The shaved area grew black fur.
Which of these best explains why the hair that grew back where the ice pack was placed was
black and not white?
F The genes for black hair were activated by specific temperatures.
G The white hair mutated to black hair as the rabbit's body temperature decreased.
H The coat color changed from white to black with the age of the rabbit.
3 White hair only grows during certain times of the year.
Rabbits regulate their body temperature by using their ears. A fever or a dip in body temperature could be indicated by extremely chilly or hot ears. Thus, option F is correct.
In general, rabbits thrive in cooler climates. In the fall, rabbits stop shedding their fur and develop a thick coat of fur that keeps them warm in the winter. Low temperatures of 32 degrees don't really bother them.
Strong back legs offer rabbits the speed they need to run away from predators. Their feet have fur on the bottoms for warmth and strong claws for traction.
The white hair only grows in cold temperatures. Just because they put an ice pack on the rabbit does not mean that it's cold.
Therefore, The genes for black hair were activated by specific temperatures
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Answer:
F. The genes for black hair were activated by specific temperatures
Explanation:
The white hair only grows in cold temperatures. Just because they put an ice pack on the rabbit does not mean that its cold.
experimental design, be sure to:
• state a hypothesis to be tested
• describe how the control group will be treated differently from the experimental group
• identify the independent variable in the experiment
• identify the type of data that will be collected
Answer
• state a hypothesis to be tested
Development rate increases faster with temperature that growth rate
• describe how the control group will be treated differently from the experimental group
The control group will be raised at 8 different temperatures to assess their size at maturity, and their asymptotic size.
• identify the independent variable in the experiment
3 clonal lines that differ in asymptotic size and growth rate.
• identify the type of data that will be collected
Measurements of the individual length of Daphnia
Explanation
In this experiment, the temperature-size rile(TSR) was utilized where it will be found that responses on temperature size observed at maturity is different from that manifested at asymptotic size. It will be observed that thermal shift in resources allocation may completely or partly result to a thermal plasticity in maturity size. Moreover, it will be seen that thermal plasticity in asymptotic size is controlled by temperature related challenges.
The soil quality will most likely increase. There is a significant correlation between carbon emission and soil quality, as it has been proved that when one increase, the other those that too, because of the multiple beneficial effects that minor carbon emission have on the whole eco system. Those benefit can be different but the result will be almost the same.
Answer:
The soil quality will most likely increase. There is a significant correlation between carbon emission and soil quality, as it has been proved that when one increase, the other those that too, because of the multiple beneficial effects that minor carbon emission have on the whole eco system. Those benefit can be different but the result will be almost the same.
Explanation:
yas
Answer:
Phloem
Explanation:
Phloem is the vascular tissue responsible for transporting organic nutrients around the plant body, carries dissolved sugars from the leaves (their site of production) or storage sites to other parts of the plant that require nutrients.
The phloem, part of a plant's vascular system, is the structure that transports organic molecules like sucrose, which is a product of photosynthesis, from the leaf to other parts of the plant. This process involves the active transport of these molecules against a concentration gradient with the aid of ATP and a carrier protein.
The structure used to transport organic molecules from the leaf to other parts of the plant is called the phloem which is part of the plant's vascular system. Products of photosynthesis, known as photosynthates, such as sucrose, are produced in the leaf's mesophyll cells. They are then translocated through this phloem to other parts of the plant where they are either used or stored. This is achieved through cytoplasmic channels called plasmodesmata which connect the mesophyll cells to phloem sieve-tube elements (STEs) in the vascular bundles. The photosynthates, including sucrose, are actively transported against its concentration gradient (which requires ATP) into the phloem cells. This is done by using the electrochemical potential of the proton gradient linked with a carrier protein referred to as the sucrose-H+ symporter.
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Answer:
It has a single fin on its back near its tail.
It is covered in spots.
It has a forked tail fin.
It has a long and narrow body
Explanation: