In hot, arid conditions, C3 and C4 plants have to partially close their stomata to reduce water loss. However, this inhibits photosynthesis. Therefore, C3 and C4 plants are photosynthetically more efficient in more temperate environments.
Eagles can adapt to a wide range of temperatures due to their ability to regulate their body temperature. However, they thrive in colder climates where they can efficiently conserve energy and fly more easily.
Evaporation would happen more efficiently with increased heat and light energy. The higher temperatures would increase the rate of evaporation of surface water into vapor, enhancing the process in the water cycle.
Automobiles rust more in wet climates due to the presence of moisture, which accelerates the oxidation process of metal. Water, combined with oxygen and often salt from road treatments, creates an electrolyte that promotes corrosion. In drier climates, there is less humidity and moisture, which reduces the likelihood of rust formation. Additionally, wet environments may expose vehicles to more contaminants that can contribute to rust development.
Moderate climates typically have more moderate temperatures and precipitation levels compared to extreme climates. Extreme climates can experience very high or very low temperatures, as well as extreme weather events like hurricanes, blizzards, or droughts. Moderate climates are more stable and predictable, while extreme climates can be more volatile and challenging to live in.
Automobiles rust more easily in wet climates due to the presence of moisture, which accelerates the oxidation process when combined with oxygen. In addition, salt used for de-icing roads can further exacerbate corrosion by lowering the water's freezing point and creating a more conductive environment for rust formation. Dry climates, on the other hand, have lower humidity and less moisture exposure, significantly reducing the likelihood of rust development on vehicles.
fixation of co2
Tornadoes are actually more common in temperate climates than in the tropics. The can happen in both hemisphere in both tropical and mid latitudes, but are more common in the northern hemisphere.
Eagles can adapt to a wide range of temperatures due to their ability to regulate their body temperature. However, they thrive in colder climates where they can efficiently conserve energy and fly more easily.
Evaporation would happen more efficiently with increased heat and light energy. The higher temperatures would increase the rate of evaporation of surface water into vapor, enhancing the process in the water cycle.
The surgical fixation of sagging breasts in a more elevated position is mastopexy.
it would be more hot and the ocean would be warmer or coller
Rigid fixation replaces traditional wiring techniques for stabilization of fractures and orthopedic fixation. It provides more stable fixation, reduces the risk of infection, allows for early mobilization, and promotes faster healing.
There is more than one step in nitrogen fixation but it can be seen as a flash of lightning heating the atmosphere, or in certain plants such as clover or alder.
The climates are similar but the steppe generally receives more precipitation than the desert.
in September or october.this is more probably
Bergmann's rule stipulates that in cold climate conditions animals should have denser bodies than in hot climates where a long, lean body would allow heat to escape more easily. This is similar to Alan's Rule (cold climates should favour shorter limbs, while the reverse is true in hot climates).
they were able to work more efficiently