no.
yes because they eat marijuana
Chlorine is not essential for plant or animal metabolism and is not typically found in high concentrations in biological systems. Plants and animals may accumulate chlorine from environmental sources but do not store it in high concentrations.
it will die
Through Osmosis (The movement of water molecules from high concentration to low concentration! They absorb it.
For animals in certain areas, humidity helps them greatly. One instance is that humidity causes fog, which can help animals hide from predators. In the desert, humidity can cool animals down and provide water. As for plants, humidity's effect depends on what kind of plant it is. Some plants have adapted to high levels of humidity, and some dislike humidity. It is all about the environment the plants and animals are in, and how they adapt.
Through Osmosis (The movement of water molecules from high concentration to low concentration! They absorb it.
Generally plants (with the exception of halophiles) doesn't accept a high concentration of sodium chloride in soils.
High concentrations of ions in water can be detrimental to both plants and animals. For plants, elevated ion levels, particularly salts, can lead to osmotic stress, inhibiting water uptake and causing dehydration or toxicity. In animals, especially aquatic species, high ion concentrations may disrupt physiological processes, such as osmoregulation, leading to stress or mortality. Overall, this can result in reduced biodiversity and health of ecosystems surrounding the affected water source.
Freshwater is defined as having a low salt concentration — usually less than 1%. Plants and animals in freshwater regions are adjusted to the low salt content and would not be able to survive in areas of high salt concentration
Neither plants nor animals have high concentrations on the element gold. Plants that surround areas with gold deposits will have some low level of gold.
water which has to enter inside must be at high water potential . it flows as bulk. continuous need of water in plants .in animals the water is in isotonic condition but in plants it is in hypertonic concentration.
yes