It's Ectothermic .....For Plato users
Cold and rigid temperatures or humidity as well as extreme pressure helps preserve organisms as fossils.
One primary environmental condition that determines the success of an organism is temperature. Organisms have specific temperature ranges in which they can thrive, and deviations from this range can impact their metabolism, reproduction, and other life functions. Temperature affects enzyme activity, membrane fluidity, and overall physiological processes in organisms.
Organisms respond to a variety of environmental conditions, including temperature, light, moisture, and the presence of other organisms. These conditions can affect their behavior, growth, reproduction, and survival. For example, plants may grow towards light sources, while animals might migrate or hibernate in response to changing temperatures. Additionally, factors like soil quality and availability of food also influence how organisms adapt and thrive.
Organisms can survive in a wide range of environmental conditions, often referred to as their ecological niche. Some extremophiles thrive in extreme temperatures, pH levels, or salinities, such as thermophiles in hot springs or halophiles in salt flats. Most organisms, however, have specific ranges for temperature, moisture, and nutrient availability that are optimal for their survival and reproduction. Factors like oxygen levels, light exposure, and habitat stability also play critical roles in determining the range of conditions an organism can tolerate.
ectotherm has poor insolutions meaning there loss more heat easily. high thermal conductance. positive relationship between metabolism and environmental temperature. usually low body temperature. also known as "cold blooded" (unscientific)
Ectothermic organisms, such as reptiles and amphibians, have body temperatures that fluctuate with changes in environmental temperature. They rely on external sources of heat to regulate their body temperature.
Yes, organisms have an optimal temperature range for growth and development. Temperatures outside this range can slow down or inhibit these processes. Extreme temperatures can even be lethal to some organisms.
Temperature regulating mechanisms are very important in organisms. This is because cells in organisms can only survive and be productive in certain temperatures.
As temperatures rise, the body temperatures of cold-blooded organisms, such as reptiles and insects, also rise. This can impact their metabolism, behavior, and overall survival. Warm-blooded organisms, like mammals and birds, can regulate their body temperature internally to maintain homeostasis.
An example of an environmental factor for an organism is temperature. Organisms have specific temperature ranges within which they can thrive. If the temperature is too high or too low, it can affect their metabolism and overall survival.
Cold and rigid temperatures or humidity as well as extreme pressure helps preserve organisms as fossils.
One primary environmental condition that determines the success of an organism is temperature. Organisms have specific temperature ranges in which they can thrive, and deviations from this range can impact their metabolism, reproduction, and other life functions. Temperature affects enzyme activity, membrane fluidity, and overall physiological processes in organisms.
pressure, temperature, light and salinity
Both cold and hot temperatures can be uncomfortable for living organisms, causing stress on the body's systems. Additionally, extreme temperatures can lead to negative impacts on the environment, such as affecting ecosystems and natural resources. Lastly, both hot and cold temperatures can pose health risks if not properly managed, such as hypothermia in cold temperatures and heatstroke in hot temperatures.
Stenothermal describes an organism unable to tolerate a wide range of temperature and Eurythermal describes and organism that can tolerate a wide range of temperature.
Most organisms have an ideal temperature range in which they can live. If temperatures are too hot or too cold for any length of time, then the organism may not be able to survive.
ectotherm has poor insolutions meaning there loss more heat easily. high thermal conductance. positive relationship between metabolism and environmental temperature. usually low body temperature. also known as "cold blooded" (unscientific)