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What are some examples of non-chlorophyll plants and how do they obtain their nutrients and energy without the ability to photosynthesize?
Non-chlorophyll plants, such as fungi and some parasitic plants, obtain nutrients and energy by either decomposing organic matter or by parasitizing other plants. Fungi, for example, absorb nutrients from their surroundings through their mycelium, while parasitic plants like dodder extract nutrients from their host plants. These non-chlorophyll plants rely on alternative methods to obtain the resources needed for their survival since they cannot photosynthesize like chlorophyll-containing plants.
What else can I help you with?
Do any animals possess the ability to photosynthesize?
No, animals do not possess the ability to photosynthesize. This process is exclusive to plants, algae, and some bacteria.
Chlorosis are due to ------- deficiency in plants?
Chlorosis in plants is often due to a deficiency in essential nutrients, especially iron, magnesium, or nitrogen. These deficiencies can lead to yellowing of the leaves and reduced chlorophyll production, impacting the plant's ability to photosynthesize effectively. Replenishing the lacking nutrients through fertilization or soil amendments can help to address chlorosis and promote healthy plant growth.
What is the difference between autotrophy and heterotrophy?
Autotrophy is the ability of an organism to produce its own food using inorganic compounds, such as plants that photosynthesize. Heterotrophy is when an organism cannot produce its own food and must obtain nutrients by consuming other organisms, like animals that consume plants or other animals.
What important criterion was used in the late 1960s to distinguish between the three multicellular eukaryotic kingdoms of five-kingdom classification system?
The main criterion used in the late 1960s to distinguish between the three multicellular eukaryotic kingdoms (Plantae, Animalia, and Fungi) of the five-kingdom classification system was the mode of nutrition. Plants were distinguished by their ability to photosynthesize, animals by their ability to ingest food, and fungi by their ability to absorb nutrients from their surroundings.
The kingdom Fungi was separated from the kingdom plantae because of their inability to?
The kingdom Fungi was separated from the kingdom Plantae because fungi lack the ability to photosynthesize. Instead, they obtain their nutrients through external digestion and absorption. This key difference in nutritional mode led to the establishment of a separate kingdom for fungi.
What is the ability to photosynthesize?
A plant that can photosynthesize can use the rays of the sun as energy. Green plants are able to grow because of photosynthesis.
Do any animals possess the ability to photosynthesize?
No, animals do not possess the ability to photosynthesize. This process is exclusive to plants, algae, and some bacteria.
Why do my plants turn yellow?
Plants turn yellow due to a lack of essential nutrients like nitrogen, iron, or magnesium, or from overwatering, poor drainage, or pests. This can affect their ability to photosynthesize and grow properly.
Scientists hypothesize that oxygen begin to accumulate in earth's atmosphere after the appearance of living with the ability to?
Photosynthesize.
What do cycatas eat?
Cycads primarily feed on organic matter found in their environment, including decaying plant material and soil nutrients. They have a symbiotic relationship with certain soil bacteria and fungi that help them absorb nutrients. Additionally, cycads can be pollinated by insects, which may also contribute to their nutrient intake indirectly. Overall, their diet is largely based on their ability to photosynthesize and absorb nutrients from the soil.
What feature causes a moss plant to be classified into a different category than green algae?
Ability to photosynthesize
What do all living organisms must have?
All animals have the ability to absorb nutrients from the surroundings, and cannot photosynthesize. In other words, they are heterotrophic. Contrary to popular belief, emotions, hearts, nervous systems and brains are not necessary in determining whether an organism is an animal.
What might happen to coral if a lot of nutrients were introduced into the water?
Excessive nutrients in the water can lead to algal overgrowth, which can smother coral and disrupt their ability to photosynthesize. This can weaken the coral and make them more susceptible to disease. Additionally, increased nutrient levels can also lead to ocean acidification, further stressing the coral.
What effect does sulfur dioxide have on lichens?
Sulfur dioxide can harm lichens by disrupting their ability to photosynthesize and absorb nutrients. It can lead to tissue damage, discoloration, and ultimately death of the lichen. This pollution is a major factor contributing to lichen decline in urban and industrial areas.
Chlorosis are due to ------- deficiency in plants?
Chlorosis in plants is often due to a deficiency in essential nutrients, especially iron, magnesium, or nitrogen. These deficiencies can lead to yellowing of the leaves and reduced chlorophyll production, impacting the plant's ability to photosynthesize effectively. Replenishing the lacking nutrients through fertilization or soil amendments can help to address chlorosis and promote healthy plant growth.
What is the difference between autotrophy and heterotrophy?
Autotrophy is the ability of an organism to produce its own food using inorganic compounds, such as plants that photosynthesize. Heterotrophy is when an organism cannot produce its own food and must obtain nutrients by consuming other organisms, like animals that consume plants or other animals.
What important criterion was used in the late 1960s to distinguish between the three multicellular eukaryotic kingdoms of five-kingdom classification system?
The main criterion used in the late 1960s to distinguish between the three multicellular eukaryotic kingdoms (Plantae, Animalia, and Fungi) of the five-kingdom classification system was the mode of nutrition. Plants were distinguished by their ability to photosynthesize, animals by their ability to ingest food, and fungi by their ability to absorb nutrients from their surroundings.
