Plants can adapt to drought conditions by increasing stomatal density to allow for more water uptake, reducing leaf area to reduce water loss, and increasing root depth to access more water from the soil.

Plants can adapt to cold conditions by developing a thick cuticle to reduce water loss, waxy leaves to protect against frost, and reduced leaf area to reduce heat loss.

Plants can adapt to changing light conditions by exhibiting phototropism (growing towards light), heliotropism (orienting leaves towards the sun), and circadian rhythm (responding to changes in day length).

Climate change can negatively impact plants by increasing growth and productivity, reducing water availability, and increasing the risk of pests and diseases.

Climate change can positively impact plants by increasing their range and distribution, increasing carbon sequestration, and increasing their resilience to pests and diseases.

The distribution of plants on Earth is determined by a combination of factors, including climate, soil, water, and other environmental factors.

Succulence, CAM photosynthesis, and drought tolerance are all types of plant adaptations that help plants to survive in dry environments.

Dormancy, cold hardiness, and freezing tolerance are all types of plant adaptations that help plants to survive in cold environments.

Shade tolerance, low light tolerance, and understory adaptation are all types of plant adaptations that help plants to survive in shady environments.

Wind tolerance, anchoring structures, and flexible stems are all types of plant adaptations that help plants to survive in windy environments.

Fire resistance, post-fire regeneration, and seed dispersal by fire are all types of plant adaptations that help plants to survive in fire-prone environments.

Salt tolerance, halophytes, and succulence are all types of plant adaptations that help plants to survive in saline environments.

Nitrogen fixation, mycorrhizal associations, and carnivorous plants are all types of plant adaptations that help plants to survive in nutrient-poor environments.

Pollution tolerance, heavy metal tolerance, and phytoremediation are all types of plant adaptations that help plants to survive in polluted environments.

Pioneer species, ruderal species, and weedy species are all types of plant adaptations that help plants to survive in disturbed environments.