Which of the following statements given below is incorrect?

Question

Which of the following statements given below is incorrect? (A) The C 4 plants respond to higher temperatures while C 3 plants have a much lower temperature optimum. (B) Tropical plants have a higher temperature optimum than the plants adapted to temperate climates. (C) Some C 3 plants are allowed to grow in CO 2 enriched atmosphere that leads to higher yields. (D) Water stress causes the stomata to remain open hence enhancing the CO 2 availability.

Tardigrade Admin · Accepted Answer

Water stress causes the stomata to close hence reducing the CO2 availability.

Q. Which of the following statements given below is incorrect?

The $C_{4}$ plants respond to higher temperatures while $C_{3}$ plants have a much lower temperature optimum.

Tropical plants have a higher temperature optimum than the plants adapted to temperate climates.

Some $C_{3}$ plants are allowed to grow in $C O_{2}$ enriched atmosphere that leads to higher yields.

Water stress causes the stomata to remain open hence enhancing the $C O_{2}$ availability.

Water stress causes the stomata to close hence reducing the $C O_{2}$ availability.

Q. Which of the following statements given below is incorrect?

The C4​ plants respond to higher temperatures while C3​ plants have a much lower temperature optimum.

Tropical plants have a higher temperature optimum than the plants adapted to temperate climates.

Some C3​ plants are allowed to grow in CO2​ enriched atmosphere that leads to higher yields.

Water stress causes the stomata to remain open hence enhancing the CO2​ availability.

Water stress causes the stomata to close hence reducing the CO2​ availability.

The $C_{4}$ plants respond to higher temperatures while $C_{3}$ plants have a much lower temperature optimum.

Some $C_{3}$ plants are allowed to grow in $C O_{2}$ enriched atmosphere that leads to higher yields.

Water stress causes the stomata to remain open hence enhancing the $C O_{2}$ availability.

Water stress causes the stomata to close hence reducing the $C O_{2}$ availability.