They take in O2 throught the stomata in their leaves and pump the O2 through the aerenchyma (air spaces) to the roots.
they will die or maybe some of them will die and some will survive
Plants have developed various adaptations to survive in environments with differing water availability. In arid conditions, many plants exhibit features such as thick, waxy cuticles to reduce water loss, deep root systems to access groundwater, and specialized leaves that may be reduced to spines to minimize transpiration. Conversely, in water-rich environments, plants might have broader leaves to maximize photosynthesis, and some can develop aerenchyma tissue to facilitate gas exchange in waterlogged conditions. These adaptations enable plants to thrive in diverse habitats by optimizing their water usage.
Some plants that thrive in a semiarid climate include cactus, succulents, sagebrush, mesquite trees, and yucca plants. These plants have adapted to survive in hot and dry conditions by storing water in their leaves or stems.
Breathing roots are specialized roots found in some plants that grow in waterlogged soils. These roots have structures called pneumatophores that contain tiny openings called lenticels that allow for the exchange of gases between the plant and the atmosphere. This adaptation helps the plant to obtain oxygen and release carbon dioxide, facilitating respiration in waterlogged conditions.
Plants typically cannot grow in conditions where the temperature is consistently below freezing all year. Most plants rely on sunlight, water, and warmth to grow, all of which are scarce in freezing conditions. However, some specialized plants, such as Arctic mosses and lichens, have adapted to survive and grow in extreme cold environments.
Cacti, pineapples, agaves, and geraniums are some plants that are adapted to hot, dry conditions. They would all survive well in the desert.
Yes, mint plants can survive winter if they are properly cared for. They are hardy perennials that can withstand cold temperatures, but may need some protection in extremely harsh conditions.
Some examples of plants that can respire anaerobically include rice plants, mangrove trees, and water lilies. These plants have adaptations to survive in waterlogged or flooded environments where oxygen availability is limited.
Pneumatophores are specialized aerial roots found in some plants, particularly mangroves, that function to facilitate gas exchange. These roots protrude above the water or soil surface to absorb oxygen from the air, as the oxygen content in waterlogged soils is limited. This adaptation helps the plant survive in oxygen-deficient environments.
there are quite alot but not as much as other mountains. There are some that don't survive because of the weather conditions
Some plants like mushrooms and fungi can survive without sunlight.
they will die or maybe some of them will die and some will survive
Plants have developed various adaptations to survive in environments with differing water availability. In arid conditions, many plants exhibit features such as thick, waxy cuticles to reduce water loss, deep root systems to access groundwater, and specialized leaves that may be reduced to spines to minimize transpiration. Conversely, in water-rich environments, plants might have broader leaves to maximize photosynthesis, and some can develop aerenchyma tissue to facilitate gas exchange in waterlogged conditions. These adaptations enable plants to thrive in diverse habitats by optimizing their water usage.
Some plants that thrive in a semiarid climate include cactus, succulents, sagebrush, mesquite trees, and yucca plants. These plants have adapted to survive in hot and dry conditions by storing water in their leaves or stems.
it depends. however most plants will need at least some light to survive
Breathing roots are specialized roots found in some plants that grow in waterlogged soils. These roots have structures called pneumatophores that contain tiny openings called lenticels that allow for the exchange of gases between the plant and the atmosphere. This adaptation helps the plant to obtain oxygen and release carbon dioxide, facilitating respiration in waterlogged conditions.
Some plants that can survive with little water include succulents, such as aloe vera and cacti, as they store water in their leaves and stems. Other options are snake plants, ZZ plants, and pothos, which are known for being resilient and drought-tolerant. These plants require infrequent watering and can thrive in low-moisture conditions.