Short day plants require a specific amount of darkness to flower, while long day plants need more light to bloom. This difference in light exposure affects their growth patterns and flowering times.
Short day plants require a certain amount of darkness to bloom, while long day plants need more daylight to bloom. This difference in light exposure affects their growth and blooming patterns.
Short day plants require a longer period of darkness to flower, while long day plants need more hours of daylight to bloom. This difference in light exposure affects their growth and flowering patterns.
Long day plants require a certain minimum amount of daylight to flower, while short day plants need a specific maximum amount of daylight. Long day plants flower when days are longer than a critical length, while short day plants flower when days are shorter than a critical length. The growth patterns of these plants vary based on the length of daylight they receive, with long day plants flowering in the summer when days are longer, and short day plants flowering in the fall when days are shorter.
Long day plants require a certain minimum amount of daylight to flower, while short day plants need a certain maximum amount of daylight to flower. This difference in response to daylight length affects when these plants bloom.
Short day plants require a period of darkness longer than a critical length to flower, while long day plants require a period of darkness shorter than a critical length to flower.
Short day plants require a certain amount of darkness to bloom, while long day plants need more daylight to bloom. This difference in light exposure affects their growth and blooming patterns.
Short day plants require a longer period of darkness to flower, while long day plants need more hours of daylight to bloom. This difference in light exposure affects their growth and flowering patterns.
Long day plants require a certain minimum amount of daylight to flower, while short day plants need a specific maximum amount of daylight. Long day plants flower when days are longer than a critical length, while short day plants flower when days are shorter than a critical length. The growth patterns of these plants vary based on the length of daylight they receive, with long day plants flowering in the summer when days are longer, and short day plants flowering in the fall when days are shorter.
these are plants that live in tundra. tundra is a biome where the tree growth is hindered by low temperatures and short growing seasons. thankyou
Short life-history organisms have a rapid population increase and decline caused by unpredictable enviroments. Long life-history organisms show slow population change within stable enviroments.
The definition of life-history patter is: an organism's pattern of reproduction; may be rapid or slow (short or long). Short (rapid) life-history patterns are common among organisms from changeable environments. Rapid life-history organisms have a small body size, mature quickly, reproduce early, and have a short life span. Long (short) life-history patterns are large species that live in more stable environments that usually have slow life-history patterns. Elephants, bears, whales, humans, and plants, such as trees are long lived.
Long day plants require a certain minimum amount of daylight to flower, while short day plants need a certain maximum amount of daylight to flower. This difference in response to daylight length affects when these plants bloom.
Short day plants require a period of darkness longer than a critical length to flower, while long day plants require a period of darkness shorter than a critical length to flower.
herbaceous, daisies, grasses
They are short-day plants.
They are similar because the population increases over time in both cases, and also because you are using a mathematical model for a real-world process. They are different because exponential growth can get dramatically big and bigger after a fairly short time. Linear growth keeps going up the same amount each time. Exponential growth goes up by more each time, depending on what the amount (population) is at that time. Linear growth can start off bigger than exponential growth, but exponential growth will always win out.
Botanists study plants, including their growth, development, structure, genetics, and classification. They investigate how plants interact with their environment, develop new plant varieties, and study the potential uses of plants for medicine, food, and other purposes.