Since it is dry, the cuticle would need to be thicker to prevent water loss.
Look at the Diabolical Ironclad Beetle, and then tell me that insects are thin. If an insect's proportions were to match an average human's height, then it would generally be thicker than a human.
This is a reasoned guess but I would say arid regions such as the desert to prevent water loss.
There is no insulating LAYER of Carbon Dioxide round the Earth. The Carbon Dioxide is mixed up with the Oxygen and Nitrogen in Earth's atmosphere and is not present in the atmosphere as a layer. If the absolute amount of Carbon Dioxide in the atmosphere increases, the Earth would get warmer.
There is no insulating LAYER of Carbon Dioxide round the Earth. The Carbon Dioxide is mixed up with the Oxygen and Nitrogen in Earth's atmosphere and is not present in the atmosphere as a layer. If the absolute amount of Carbon Dioxide in the atmosphere increases, the Earth would get warmer.
The ozone layer becomes thicker. Then the UV rays will not be able to enter the surface. The atmosphere will be better protected from solar radiation and it's possible that it will close at least some of the ozone holes.
a cactus would have a thicker cuticle because since it soaks up water it gets thicker, so the cuticle also known as the outer layer fattens up.
That would be the cuticle.
Look at the Diabolical Ironclad Beetle, and then tell me that insects are thin. If an insect's proportions were to match an average human's height, then it would generally be thicker than a human.
it prevents the evaporation of water from the plant
The term for the waxy layer on the surface of a leaf that prevents the leaf from drying up is called the cuticle. The cuticle is a waxy, waterproof layer that covers the epidermis, which is the outermost layer of cells on a leaf. It is composed of cutin, a polymer that is made up of fatty acid and glycerol molecules. The cuticle plays an important role in preventing water loss from the leaves of plants. By creating a waterproof barrier, the cuticle reduces transpiration, which is the process by which water is lost from the plant through small pores called stomata. This is particularly important in arid environments where water is scarce and plants must conserve as much water as possible. In addition to preventing water loss, the cuticle also helps to protect the plant from damage caused by UV radiation, pathogens, and other environmental stressors. The thickness of the cuticle can vary depending on the plant species and its growing conditions. For example, plants that grow in hot, dry environments typically have thicker cuticles than those that grow in more moderate conditions. Although the cuticle is an important adaptation that helps plants survive in harsh environments, it can also present some challenges. For example, the cuticle can make it difficult for some herbicides and pesticides to penetrate the leaf surface and reach the target plant tissues. As a result, some plants have developed mechanisms to overcome the barrier presented by the cuticle, such as by producing enzymes that break down the waxy layer. In summary, the term for the waxy layer on the surface of a leaf that prevents the leaf from drying up is called the cuticle. This adaptation helps plants conserve water in arid environments and protects them from environmental stressors. While the cuticle is an important adaptation, it can also present some challenges for agricultural practices, and scientists are continuing to study ways to overcome these barriers.
This is a reasoned guess but I would say arid regions such as the desert to prevent water loss.
The desert; a thick cuticle will prevent/reduce water loss
normally the plant or leaf gets sunburnt and dies, this happens if a plant is sprayed (or the leaves are sprayed) with detergent as this breaks down the cuticle
There is no insulating LAYER of Carbon Dioxide round the Earth. The Carbon Dioxide is mixed up with the Oxygen and Nitrogen in Earth's atmosphere and is not present in the atmosphere as a layer. If the absolute amount of Carbon Dioxide in the atmosphere increases, the Earth would get warmer.
The environment would see a drastic change. It would be because of ozone's ability to absorb UV.
The strata described would indicate a still water depositional environment being interrupted by a much more rapid depositional environment, such as a flood.
There is no insulating LAYER of Carbon Dioxide round the Earth. The Carbon Dioxide is mixed up with the Oxygen and Nitrogen in Earth's atmosphere and is not present in the atmosphere as a layer. If the absolute amount of Carbon Dioxide in the atmosphere increases, the Earth would get warmer.