Temperature is a limiting factor for cactus plants, in terms of extremes of heat and cold. For example, desert cactus plants are used to a hot, dry climate. But temperatures may be so high that the available water evaporates.
It particularly is the other extreme, of chilling temperatures, that may be fatal for a cactus. Cold may leave a cactus with a range of problems from stem tip damage to actual stem collapse. Cactus plants that are exposed to excess cold or dampness are prone to rot, which softens and blackens tissue.
not under normal temperatures; sunlight is harmful when the temperature is high
Yes it is! (RMS)
A limiting nutrient is an example of a factor that controls the growth and productivity of organisms in an ecosystem. It refers to a nutrient that is scarce relative to the needs of organisms, thereby limiting their growth and success.
transpiration
The diseases will kill off the animals and plants living there which means that it is limiting the growth of the population.
A limiting factor is important because without it there would be billions and billions of organisms that would never decrease they would just keep on increasing.
Temperature. The soil is frozen, making it difficult for large plants to grow. Most plants in the tundra are shrubs or other low-growing plants. Since plants make up the bottom of the food chain, life is difficult in a tundra.
Temperature. The soil is frozen, making it difficult for large plants to grow. Most plants in the tundra are shrubs or other low-growing plants. Since plants make up the bottom of the food chain, life is difficult in a tundra.
Temperature can be a limiting factor for cacti in deserts because extreme heat can lead to dehydration and damage the plant's tissues. Cacti are adapted to hot desert climates, but if temperatures become too high, the plant may struggle to conserve water and photosynthesize effectively. Additionally, freezing temperatures can also harm cacti by causing damage to their cells if not properly insulated or protected.
The limiting factor in determining whether plants will grow is often the availability of essential resources such as light, water, nutrients, and suitable growing conditions such as temperature and pH levels. Plants require these factors to carry out essential functions like photosynthesis and growth. Insufficient or excess of these resources can limit or prevent plant growth.
To demonstrate that carbon dioxide concentration is a limiting factor, you could set up an experiment where you expose plants to different CO2 levels and measure their growth rates. Similarly, to show that temperature is a limiting factor, you could vary the temperature in controlled conditions and observe how it affects plant growth or other relevant biological processes. Comparing growth rates or other responses at different CO2 levels or temperatures can provide evidence of these factors being limiting.
The amount of sunlight is an abiotic factor that can function as a limiting factor for autotrophs in an ecosystem. If there is insufficient sunlight reaching the plants, photosynthesis may be limited, impacting their ability to produce energy and grow effectively.