Why do the conformers has not evolved any mechanisms for thermoregulation and osmoregulation?

In aquatic animals, the osmotic concentration of the body fluids change with that of the ambient water osmotic concentration. Conformers had not evolved to become regulators because thermoregulation is energetically expensive for many organisms as heat loss or heat gain is a function of surface area.

1. What is the reason why conformers have not evolved into regulators?
2. Which of the following organisms are indeed capable of thermoregulation and osmoregulation?
3. Why do small animals do not show regulation?
4. Are conformers or regulators more vulnerable to its environmental conditions?
5. What are conformers in biology?
6. What's the difference between conformers and regulators?
7. Why are certain organisms called regulators or conformers explain with the help of one example of each?
8. Are humans regulators or conformers?
9. Which animals are capable of thermoregulation and Osmoregulation?
10. Which of the following organism are capable of Osmoregulation as well as thermoregulation?
11. What are the advantages and disadvantages of Endothermy and Ectothermy?
12. What are regulators conformers and partial regulators?
13. Why can't reptiles produce metabolic heat?
14. Which group of organisms regulators or conformers can show maximum functional efficiency regardless of the existing weather conditions?
15. How is a habitat different from niche?
16. How does a stimulus receptor and effector work together to maintain homeostasis?

What is the reason why conformers have not evolved into regulators?

"Why have conformers not evolved to become regulators?" Because thermoregulations as well as osmoregulation are energetically expensive processes and conformers cannot tolerate the expenditure of such large amount of energy.

Which of the following organisms are indeed capable of thermoregulation and osmoregulation?

Detailed Solution

All birds and mammals and a very few lower vertebrate and invertebrate species are indeed capable of such regulation (thermoregulation and osmoregulation).

Why do small animals do not show regulation?

Because of thermo-regulation, there are more conformers than regulators. Since, small animals have a large surface area relative to their volume, so they tend to lose body heat very fast when it is cold outside. These animals spend more energy to generate body heat through metabolism.

Are conformers or regulators more vulnerable to its environmental conditions?

Regulators such as birds and mammals control their body temperatures. Conformers such as insects, lizards and fish need to relocate to maintain their body temperatures. Both regulators and conformers are highly susceptible to climate change.

What are conformers in biology?

Conformers tend to have low metabolic costs and a narrow ecological niche unless they can withstand change in the external environment. For example, the temperature of a heat conformer, like a snake or lizard, will change as a result of the environment it is in.

What's the difference between conformers and regulators?

Conformers and Regulators

Conformers- The body of the organism depends upon the changes in its external environment. Regulators- The organisms are capable of controlling their internal environment irrespective of their external surroundings to an extent.

Why are certain organisms called regulators or conformers explain with the help of one example of each?

Regulators : Humans maintain a constant body temperature of 37°C in summer when temperature is more outside we sweat when evaporates causes cooling//in winter when outside temperature much lower than 37°C we start shivering/ a kind of exercise which produce heat and raises body temperature.

Are humans regulators or conformers?

So - conformers needs to change its behavior to maintain homeostasis. Those that regulate, maintain life system parameters at a constant level over possibly wide ambient environmental variations. It has the capability to adjust its metabolism to maintain homeostasis. In other words; we - human beings - are regulators.

Which animals are capable of thermoregulation and Osmoregulation?

All birds and mammals, very few lower vertebrate and invertebrate species are capable of thermoregulation and osmoregulation.

Which of the following organism are capable of Osmoregulation as well as thermoregulation?

"Which of the following organisms are indeed capable of thermoregulation and osmoregulation?" All birds and mammals and a very few lower vertebrate and inverterbrate and osmoregulation.

What are the advantages and disadvantages of Endothermy and Ectothermy?

Being endothermic allows us to live in cooler areas and regulate our body temperatures to fight off infection (think of the fever you get fighting off the flu). The downside, though, is that regulating body temperature is energetically costly, and warm-blooded animals need more food than cold-blooded ones.

What are regulators conformers and partial regulators?

Conformers are the organisms which change their body osmolarity according to the external environment. Partial regulators can increase their osmolarity till ambient level and on further increase in temperature they may have a steady osmolarity. hendikeps2 and 21 more users found this answer helpful. Thanks 13.

Why can't reptiles produce metabolic heat?

Reptiles need to thermoregulate because they cannot maintain their body temperature by producing metabolic heat. They rely on external conditions to regulate the temperature of their bodies. ... Mammals and birds have to eat frequently as they rely on metabolic heat to maintain their optimal body temperature.

Which group of organisms regulators or conformers can show maximum functional efficiency regardless of the existing weather conditions?

Answer: Because of thermo-regulation, there are more conformers than regulators. Since, small animals have a large surface area relative to their volume, so they tend to lose body heat very fast when it is cold outside. These animals spend more energy to generate body heat through metabolism.

How is a habitat different from niche?

A habitat is the place where an organism lives while a niche is that organism's role within that environment.

How does a stimulus receptor and effector work together to maintain homeostasis?

The receptor receives information that something in the environment is changing. The control center or integration center receives and processes information from the receptor. The effector responds to the commands of the control center by either opposing or enhancing the stimulus.