Non-Vascular Plants
Non Vascular plants!
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.
Plants that live in the deserts and plants that live in the Tundra have commonalities and differences. One commonality is that they have both learned to adapt to very harsh climates. One difference is that Tundra plants are adapted to extreme cold, while desert plants are adapted to extreme heat.
Plants in cold climates typically have shorter growing periods due to the shorter growing season. They may have adapted to quickly take advantage of the available sunlight and warmer temperatures to complete their life cycle.
All plants are adapted to photosynthesise also they rare adapted to store water in it's roots
Over 650 species of flowering plants, mosses, lichens, fungi, and algae grow on Mt. McKinley. Only plants that have adapted to the harsh winters and short growing season can survive on Mt. McKinley.
All plants are adapted to photosynthesise also they rare adapted to store water in it's roots
There are a few different plants that can adapted to the amazon. All the plants have to be able to take a lot of rain.
Plants near bogs include sphagnum moss, carnivorous plants like sundews and pitcher plants, cattails, willows, and sedges. These plants have adapted to the wet, acidic environment of bogs.
Many plants adapted to temperate rainforests by growing extremely tall extremely quickly to get the sunlight from up above since many other plants are competing for it too. Some plants in the undergrowth tend to also feed off of other plants' resources instead of growing as tall as they can.
Seed plants became adapted to the environment with our great climate. :)
Non-vascular plants have adapted for survival by developing specialized structures like rhizoids for anchorage and absorbing water, utilizing spores for reproduction, and living in moist habitats to reproduce. One adaptation non-vascular plants do not have is the presence of vascular tissues for efficient water and nutrient transport.