Unlike C3 plants, they keep fixing carbon dioxide even when the concentration of carbon dioxide in the leaf is low. In addition, they do not need to open their stomates all the time to get enough carbon dioxide, thus minimizing the water loss during the process which is not the case in most C3 plants. Hence C4 plants are more water efficient keeping them more adaptable in hot environment. (Above image isn't C4 plant it is CAM plant similar to C4 which is adaptable to hot environment yet different type of photosynthesis)
You might be referring to plants that thrive in tropical environments, such as rainforests and swamps. These plants are adapted to high temperatures and high humidity levels.
captus palm trees sun flowers
The biome described is a desert. Deserts have high daytime temperatures, low nighttime temperatures, and very limited precipitation. Organisms in deserts are adapted to survive in extreme temperatures and dry conditions.
Thermotrophic refers to organisms that thrive in high temperatures or environments with strong thermal gradients. These organisms are adapted to withstand and even benefit from elevated temperatures.
water availability, high temperatures, and limited food sources.
You might be referring to plants that thrive in tropical environments, such as rainforests and swamps. These plants are adapted to high temperatures and high humidity levels.
captus palm trees sun flowers
Plants found in hot zones typically include cacti, succulents, and other drought-resistant plants adapted to high temperatures and limited water availability. Examples include agave, aloes, and desert shrubs like creosote bush.
The tierra helada biome is characterized by vegetation such as grasses, shrubs, mosses, and low-lying plants adapted to cold temperatures and high altitudes. Some examples include tussock grass, cushion plants, and low-growing herbs like the "paja brava" in the Andean region. These plants have adapted to the harsh conditions of the tierra helada, including cold temperatures, strong winds, and thin soils.
The biome described is a desert. Deserts have high daytime temperatures, low nighttime temperatures, and very limited precipitation. Organisms in deserts are adapted to survive in extreme temperatures and dry conditions.
Monerans are chemoautotrophs. Methanogens and Sulfur Reducers have adapted to withstand extreme heat, Halophiles have adapted to high salt concentrations and alkaline environments, Thermoacidophiles have adapted to both high temperatures and acidic environments.
Some plants that are known to live in ocean trenches include bamboo coral, bubblegum coral, and brisingid sea stars. These plants are adapted to extreme conditions such as high pressure, low temperatures, and limited food availability in these deep-sea environments.
Extremophiles are unicellular prokaryotes that are adapted to living in extreme environments such as high temperatures, high pressures, or high saline conditions. These organisms have unique molecular adaptations that allow them to thrive in these harsh environments.
High temperatures is the flower killer for tomato plants. If you live in the south where temperatures hover in 90's for any extend length of time, you will want to plant a tomato plant that is breed for high heat.
Thermotrophic refers to organisms that thrive in high temperatures or environments with strong thermal gradients. These organisms are adapted to withstand and even benefit from elevated temperatures.
water availability, high temperatures, and limited food sources.
In the subtropics, you can find a variety of vegetation such as palms, cycads, subtropical hardwood trees (e.g. oak, maple, and pine), bamboo, and a diverse range of flowering plants like hibiscus, bougainvillea, and orchids. These plants are adapted to the subtropical climate which typically has warm temperatures, high humidity, and occasional frosts.