animals such as polar bears or seals and penguins have a type of blubber that keeps them warm, they also have different types of feather and fur for their specific environment. the animals adapt to the weather changes to stay alive.
Fly eggs generally do not survive freezing temperatures, as the ice crystals that form can damage their cellular structure. However, some species of flies have adapted to extreme conditions and may have a higher tolerance to cold, allowing their eggs to survive in certain circumstances. Overall, in typical freezing conditions, fly eggs are unlikely to survive.
Yes, some probiotics can survive freezing and maintain their effectiveness.
Yes, some earth-based probiotics can survive freezing temperatures.
Azaleas can tolerate some cold temperatures, but prolonged exposure to freezing temperatures can damage or kill them. It's important to protect azaleas during freezing conditions by covering them with a cloth or bringing potted plants indoors.
Yes, some seeds can survive freezing temperatures and remain viable for planting. This ability varies among different plant species, with some seeds being more resistant to freezing than others. Proper storage conditions, such as keeping seeds dry and in airtight containers, can also help maintain their viability after exposure to freezing temperatures.
Most bacteria and many other microorganisms can survive freezing temperatures by entering a dormant state, but many higher organisms, such as most plants and animals, will not survive freezing. For instance, delicate insects like certain butterflies or frogs may not withstand freezing temperatures due to ice formation in their cells, leading to lethal damage. Additionally, warm-blooded animals, such as mammals, are particularly vulnerable to freezing conditions without adequate insulation or shelter. Overall, while some organisms can endure freezing, many cannot and will perish under such conditions.
Freezing temperatures can damage grass seed, but it may not necessarily kill all of the seeds. Some seeds may survive and still be able to germinate once the conditions become favorable.
Freezing conditions can inhibit the growth and reproduction of bacteria and fungi by slowing down their metabolic activities. However, some bacteria and fungi have adapted mechanisms to survive freezing conditions by producing antifreeze compounds or spores. When the temperature rises, these organisms can resume their growth and metabolism.
Coliforms can survive in cold temperatures but may not thrive in freezing conditions. Some coliform bacteria are able to survive and remain viable in freezing temperatures, while others may not be able to grow or reproduce until temperatures warm up. It is important to note that freezing may not completely eliminate coliforms, so proper sanitation measures are still necessary.
Slugs are sensitive to cold temperatures and can be affected by freezing conditions. While some slugs may not survive freezing temperatures, many have adaptations that allow them to enter a state of dormancy or estivation, helping them endure cold weather. They often seek shelter in leaf litter or under rocks to avoid freezing. However, prolonged exposure to freezing conditions can ultimately be fatal for them.
Plants typically cannot grow in conditions where the temperature is consistently below freezing all year. Most plants rely on sunlight, water, and warmth to grow, all of which are scarce in freezing conditions. However, some specialized plants, such as Arctic mosses and lichens, have adapted to survive and grow in extreme cold environments.
This will depend on the temperature of the compost. Most worms will not survive freezing, however some may burrow into the compost or cocoon themselves and survive, some will even go into a form of hibernation. It is best to keep the worms and compost somewhere sheltered to prevent the worms from dying.