Because there is no consistancy in the rate of transpiration
It takes the seed more faster and it might take the seed to some place it can't grow. Rate of transpiration increases with the increased wind velocity upto certain limit thereafter it starts declining due to closure of stomata.
it doesnt or it does
Windy conditions can increase the rate of transpiration by promoting more evaporation from the leaf surface. This can create a steeper concentration gradient, leading to faster movement of water through the plant. However, excessive wind can also cause plants to close their stomata to prevent water loss, potentially reducing the transpiration rate.
Angiosperms can survive drought by closing their stomata to reduce water loss through transpiration, storing water in their tissues, developing deep root systems to access water from deeper soil layers, and adjusting their growth and metabolism in response to drought stress. Some angiosperms also have specialized adaptations such as succulence or waxy cuticles to reduce water loss.
High humidity reduces the rate of transpiration.
Bigger the SA:V ratio , transpiration sucks.
transpiration
What is "it"? Please be specific with your question if you wish an answer.
By transpiration. Water molecules pass out of the leaf by diffusion following the concentration gradient from higher concentration to lower concentration. The rate of transpiration varies. Factors that affect the rate of transpiration includes wind speed, light intensity, temperature and humidity
The rate of transpiration is the position of air bubble
pH can affect the rate of transpiration in plants by influencing the opening and closing of stomata. Stomata open in response to higher pH (lower acidity) to facilitate gas exchange and transpiration, while closed stomata reduce transpiration. Extreme pH levels can disrupt the balance and lead to either excessive water loss or reduced transpiration, affecting the plant's overall health and growth.
Plants with different leaf structures, such as size, shape, thickness, and presence of stomata, can affect transpiration rates. For example, plants with larger leaves tend to transpire more because they have a larger surface area for water loss. Additionally, plants adapted to hot/dry environments may have reduced leaf size or specialized mechanisms to limit water loss through transpiration.
the answer is when you evaporate it poops out all over you and suck through the nostrils
the answer is when you evaporate it poops out all over you and suck through the nostrils
Because there is no consistancy in the rate of transpiration
Transpiration regulates how much water moves through the plant. In hot dry air, more water will evaporate out of the stomates resulting in a higher transpiration rate. Light, or temperature, can therefore increase transpiration. Wind will evaporate more water from the leaf's boundary layer resulting in a higher transpiration rate. Humidity or moisture will lower transpiration because less water will evaporate out of the stomates.