In damp places In damp places
Oxygen gas (O2) would most likely be found in the greatest amount in the bubbles, as it is a common byproduct of many biological processes, such as photosynthesis in plants and algae.
Plants found in amber are typically preserved in resin from trees, which is a process that occurs in forests. Volcanic rocks are formed from magma and do not provide the same type of environment conducive to preserving plant material. Additionally, the high temperatures and pressures associated with volcanic activity would likely destroy any plant material before it could be preserved.
The highest amounts of acid rain are most likely to be found in areas with high levels of air pollution, such as densely populated areas with heavy industry and transportation. Regions near coal-fired power plants and areas with significant agricultural activity can also experience elevated levels of acid rain due to emissions of sulfur dioxide and nitrogen oxides.
Alpine tundra biome. Characterized by cold temperatures, strong winds, and low vegetation due to harsh conditions, this biome is found in high mountain regions like the Alps. Plants and animals living here are well-adapted to survive in the extreme environment.
A cold and salt tolerant crab would likely be found in the polar regions of the ocean where temperatures are cold and salinity levels are high. These crabs have adapted to thrive in these extreme conditions.
Because they are nonvascular plants and they don't grow because they are dead
in botany..where the soil is moist..
yes because vascular plants are better suited to life in dry areas than nonvascular plants
A chemist or a materials scientist would likely investigate how to synthesize materials found in plants, such as natural fibers or bio-based plastics, by studying the chemical composition and properties of these materials to develop synthetic alternatives.
a plant with a long root system that goes deep into the ground
Oxygen gas (O2) would most likely be found in the greatest amount in the bubbles, as it is a common byproduct of many biological processes, such as photosynthesis in plants and algae.
They have no true roots, stems, or leaves, shorter because vascular tissue can transport things higher. Nonvascular plants can't transport the mineral and substances needed to survive into a tall plant. Your welcome :)
Fossils of tropical plants and animals would be least likely found in Antarctica, as the continent's climate and environment are not conducive to supporting such organisms.
nonvascular
No, most nonvascular plants, such as mosses and liverworts, are typically found in damp or wet environments. These plants require water for reproduction and lack vascular tissue to transport water, so they are adapted to living in moist habitats.
Mosses are not the only nonvascular plants.The two others are liverworts and hornworts. They grow in the same kinds of surroundings as mosses, sometimes among them. But liverworts and hornworts are even smaller than mosses and they don't grow in such large clumps. Only the most careful observers notice them.You would need a hand lens to see the structures of these tiny plants.
Parallelism would most likely be found in an American realist play.