Imagine a forest of leafy, deciduous trees living in these conditions. plants need water to survive; they need water for photosynthesis. in this situation, we would expect the stomata in the leaves of the deciduous trees to
a) open less frequently to slow the rate of photosynthesis.
b) open less frequently to restrict transpiration and conserve water.
c) open more frequently to allow more water to enter the trees' tissues.
d) open more frequently to allow water and co2 into the leaf tissue.

D To open more frequently to allow more water Carbon dioxide into the leaf tissue. This is what is need for oxygen from the sun and C02 to enter into the leaf to provide energy and sugar for food for the plants to grow.

Option D

Explanation: In a forest, decidous trees living in these condition needs continous supply of carbon dioxide and water.

This is done in order to continue the process of photosynthesis. The opening in the leaves allows the continous flow of carbon dioxide inside the plant body and removal of oxygen from the leaves as a result of the photosynthesis.

The frequent opening and closing of the stomata is responsible for photosynthesis.

the truman doctrine was an american foreign policy whose stated purpose was to counter soviet geopolitical expansion during the cold war. it was announced to congress by president harry s. truman on march 12, 1947, and further developed on july 12, 1948, when he pledged to contain threats to greece and turkey.

many other transport proteins, often called pumps, move materials against a concentration gradient. active transport drives molecules across a membrane from a region of lower concentration to a region of higher concentration. this process, shown in figure 5.1, uses transport proteins powered by chemi- cal energy.