Radiation (depending on the level and dose) can damage the DNA (and RNA) at a cellular level, resulting in mutations (cancers) or even destroy the DNA/ RNA completely - resulting in the death of the cell.
As ratiation can penerate through most materials it easily travels through soft tissue (like plants and animals).
Low doses of radiation can cause light surface burns (1st and 2nd degree), heavy doses will cause major tissue and organ damage - normally resulting in death.
Plants exhibit various growth responses to their environment, such as phototropism (growth towards light), gravitropism (growth in response to gravity), thigmotropism (growth in response to touch), and hydrotropism (growth in response to water). Environmental factors like light intensity, temperature, water availability, soil nutrients, and presence of pests or pathogens also influence plant growth and development. These responses help plants adapt to their surroundings and optimize their growth and survival.
Some examples of plant experiments to study growth and development include investigating the effects of different light conditions on plant growth, studying the impact of various nutrients on plant health, and observing the influence of different watering frequencies on plant growth.
A plant's height is primarily dependent on genetics, environmental factors such as light, water, and nutrient availability, as well as growth hormones. Additionally, pruning, training, and care practices can also influence a plant's height.
The two environments of a plant are the roots, which are underground and responsible for absorbing water and nutrients from the soil, and the shoot system, which is aboveground and includes the stem, leaves, flowers, and fruits of the plant. Both environments play crucial roles in the plant's growth and survival.
The presence of red light promotes plant growth, especially during the flowering stage, while blue light helps with overall plant development and leaf growth. Both red and blue light are essential for photosynthesis and can influence the plant's growth and development.
people the influence the plant growth bcouse they polute the air and cause clobal warming
Yes
Phosphate, a key nutrient for plant growth, originates from rocks and minerals in the natural environment.
Plants exhibit various growth responses to their environment, such as phototropism (growth towards light), gravitropism (growth in response to gravity), thigmotropism (growth in response to touch), and hydrotropism (growth in response to water). Environmental factors like light intensity, temperature, water availability, soil nutrients, and presence of pests or pathogens also influence plant growth and development. These responses help plants adapt to their surroundings and optimize their growth and survival.
The photosynthesis, a reaction under the influence of visible sun radiation, is slower because the access to this radiation is partially blocked.
A money plant can grow up to 3 feet tall. Factors that influence its growth include sunlight, water, soil quality, and temperature.
Boron can be harmful to the environment in high concentrations. It can affect plant growth and function in soil, impacting ecosystems. However, in moderate amounts, boron is essential for plant growth and health.
Some examples of plant experiments to study growth and development include investigating the effects of different light conditions on plant growth, studying the impact of various nutrients on plant health, and observing the influence of different watering frequencies on plant growth.
Solar radiation, primarily in the form of visible light and some infrared radiation, enters the greenhouse. This radiation passes through the transparent materials of the greenhouse, such as glass or plastic. Once inside, the light is absorbed by plants and surfaces, which then emit heat in the form of infrared radiation. The greenhouse's structure traps this heat, creating a warmer environment conducive to plant growth.
environment and dna
It is either one of these four. -Hormones -Chloroplasts -Carbohydrates -The Nervous System. I believe it is Hormones or Chloroplasts. My guess would have to go with Hormones Though.
Saturated light in a controlled environment can promote plant growth by providing the necessary energy for photosynthesis. However, too much saturated light can lead to photoinhibition, which can damage the plants and hinder their growth. It is important to carefully manage the amount of saturated light to optimize plant growth in a controlled environment.