Dandelions are not well adapted for living in the desert because they require more water than what is typically available in desert environments. Their shallow root system also makes it challenging for them to access water deep below the surface. Additionally, the intense heat and lack of shade in deserts can cause dandelions to dry out quickly.
Abiotic factors of a desert include soil, sand, gravel, rocks, water, light and air.
Some common types of trees found in the Arizona desert include mesquite, palo verde, ironwood, and saguaro cactus. These trees are well-adapted to the arid climate and can survive in the desert environment.
All plants and animals found in a desert are biotic factors.
Abiotic factors that affect the desert include temperature fluctuations, limited rainfall, high levels of solar radiation, and low humidity. These factors contribute to the extreme aridity and harsh conditions found in desert environments.
Desert animals are specially adapted to the dry conditions. Most of them do not need to drink water, but obtain sufficient moisture from the foods they eat. Some desert animals burrow down deep to find water. Others are specifically "shaped" to collect water. For example, the body of the thorny devil in Australia is completely covered in sharp spikes which actually collect the moisture that condenses in the early morning (or the occasional rains) and channel it directly down towards its mouth.
Frogs do not do well in a desert unless there is a permanent water supply. They have very thin skin and can quickly dehydrate in the dry desert. They are adapted to moist or wet environments.
They can! Some species are well adapted to dry conditions
A desert contains both biotic (living) factors as well as abiotic (non-living) factors.
Camels normally live in the desert. They have adapted well to the hot, dry desert climate and flourish.
A desert has both biotic (living) as well as abiotic (nonliving) factors.
their seeds do well in warm temperature
Life does not proactively adapt to anything. Life in the desert becomes adapted to that environment because the living organisms that can not survive in that environment die off.The organisms with natural variations that enable them to survive in the desert do so and breed, those variations become established in the population and so the process continues, generation after generation until there are organisms in the desert that do very well in that environment.
Cacti are well-adapted to the desert because they store water in their thick stems to survive long periods of drought. Their spines help reduce water loss by providing shade and protection from predators. Additionally, their shallow roots can quickly absorb water after rain showers.
Very few plants can survive the harsh environment of the desert. The cactus has well adapted to this dry and arid habitat. Wild flowers also are surprisingly abundant as well.
Cacti have adapted to live in a number of habitats, including the desert, grassland and rainforests as well as a few other biomes.
Life does not proactively adapt to anything. Life in the desert becomes adapted to that environment because the living organisms that can not survive in that environment die off.The organisms with natural variations that enable them to survive in the desert do so and breed, those variations become established in the population and so the process continues, generation after generation until there are organisms in the desert that do very well in that environment.
Living parts of the desert ecosystem include plants like cacti, shrubs, and grasses that have adapted to survive in arid conditions, as well as animals like snakes, lizards, insects, birds, and rodents that have evolved to conserve water and withstand high temperatures. These organisms play important roles in the desert food chain and contribute to the overall biodiversity of the ecosystem.