In what kind of plants do you come across 'Kranz' anatomy? To which conditions are those plants better adapted? How are these plants better adapted than the plants,which lack this anatomy?

(N/A) $\Rightarrow$ 'Kranz' anatomy is observed in $C_{4}$ plants. The leaves of these plants exhibit two types of chloroplasts.
$\Rightarrow$ Grana-containing chloroplasts: These are present in mesophyll cells. These chloroplasts contain well-developed grana. They are capable of fixing $CO_{2}$ even at low concentrations. They contain the enzyme $PEP$ carboxylase,which fixes $CO_{2}$ to form a $C_{4}$ compound called $OAA$ (Oxaloacetic Acid).
$\Rightarrow$ Agranul chloroplasts: These are found in bundle sheath cells,where the $C_{3}$ pathway and the enzyme $RuBisCO$ are present.
$\Rightarrow$ $C_{4}$ plants can efficiently absorb $CO_{2}$ even when its atmospheric concentration is low.
$\Rightarrow$ Consequently,the rate of photosynthesis is higher in $C_{4}$ plants. Even when stomata are closed or water is scarce,they can continue photosynthesis by utilizing stored water and efficient $CO_{2}$ fixation.
$\Rightarrow$ Furthermore,$PEP$ carboxylase is insensitive to $O_{2}$,meaning photorespiration does not occur in $C_{4}$ plants.
$\Rightarrow$ Thus,$C_{4}$ plants are better adapted to tropical and arid (desert) regions.