Increased temperature will increase the rate of chemical reactions within the plant. This will mean the plant will need more oxygen, carbon dioxide and water supplied. If it is hot and subsequently dry the plant will reduce water loss by closing stomata slowing normal processes. This works to a limited extent whereby signs of water loss such as wilting occur.
Cold itself mostly just slows processes. Unless the plant is in its reproductive phase. Cold due to ice can depend on how the plant is adapted and how the ice settles. (A covering of ice over a bud can actually protect it from cold temperatures.) If it is sufficiently cold the water within the plant can freeze, causing the cells to expand and break. This could cause death.
Source(s):You can research the rest, it can be interesting if you find the right texts. There is a lot of information on temperature, and it is an area of interest presently with concerns about climate change.Yes, some bacteria are capable of surviving in extreme weather conditions such as extreme heat or cold. These bacteria have developed adaptations that allow them to resist harsh environmental conditions, such as forming spores or producing protective proteins.
Plants that can withstand cold temperatures include conifers like pine, spruce, and fir trees, as well as deciduous trees like birch and maple. Shrubs like juniper, rhododendron, and heather are also common in cold climates. Additionally, Arctic plants like lichens, mosses, and tundra vegetation are adapted to extreme cold conditions.
Plants have the most difficulty surviving in the polar tundra biome, characterized by extreme cold temperatures, short growing seasons, and frozen soil. The harsh conditions make it challenging for plants to establish roots, grow, and reproduce.
Plants that live in the deserts and plants that live in the Tundra have commonalities and differences. One commonality is that they have both learned to adapt to very harsh climates. One difference is that Tundra plants are adapted to extreme cold, while desert plants are adapted to extreme heat.
Skin can freeze in as quickly as 30 minutes in -36°C weather if it is not properly protected. Exposed skin is at risk for frostbite and other cold-related injuries in extreme cold temperatures. It is crucial to cover up and stay warm in such conditions.
The effect of extreme hot and cold weather on plants would be negative. This is because the cells can not function during these temperatures causing cells to die.
The reaction of photosynthesis needs energy, so cold weather does not help plants to create food. In extremely hot weather the plant's enzymes are denatured so they lose their shape making them useless. Neither extremely hot nor extremely cold weather are good for the plants.
One technique that often works is to wrap the plants in cloth. For example, I have hanging baskets of fuchsia plants, and when the weather is predicted to be below freezing, I wrap them with towels. Also, heavy watering before the cold arrives can help to protect plants from damage. For very cold or extended cold weather, you can bury the plants with mulch such as straw or wood chips. This will insulate the plants from extreme cold.
There are no plants to eat and the weather conditions would be extreme (too hot or too cold, windy) as there are no plants to help moderate the weather.
Normal weather in Antarctica is windy and icy cold and is known as extreme cold weather.
This is known as a frost or freeze event. These periods can cause damage to plants by freezing their tissues, leading to wilting or discoloration. Gardeners can take precautions, such as covering plants or bringing them indoors, to protect them from extreme cold temperatures.
yes it does
Frost bite
Yes, some bacteria are capable of surviving in extreme weather conditions such as extreme heat or cold. These bacteria have developed adaptations that allow them to resist harsh environmental conditions, such as forming spores or producing protective proteins.
It suffers from extreme cold weather.
no
because of their fat