Answer:
Animal-like protists and plant-like protists are both eukaryotic and live in moist environments. All animal-like protists are heterotrophic and eat other organisms. Most plant-like protists are autotrophic. Some can be both autotrophic and heterotrophic, while a few are completely heterotrophic. All animal-like protists are unicellular, while plant-like protists can be unicellular, multicellular, or live in colonies. Most animal-like protists can move, while only some plant-like protists can move.
Explanation:
Plant-like protists and plants are both autotrophic, using photosynthesis, with examples such as algae. Protists differ from plants in their simpler structures and more variable life cycles. Protists play vital ecological roles as primary producers, decomposers, and sources of nutrition in food webs.
Plant-like protists and plants share the characteristic of being autotrophic, meaning they both use photosynthesis to convert sunlight into energy. An example of multicellular plant-like protists are algae, which also contain chloroplasts like plants. However, plant-like protists are different from true plants in that they do not have a complex structure of roots, stems, and leaves, and their life cycles can be more variable. Many of them are unicellular or form simple colonies.
Ecological Importance of Plant-like Protists
Plant-like protists play a critical role in their ecosystems, serving as primary producers and thus forming the base of the food web in aquatic environments. They are responsible for producing a significant portion of the world's oxygen, and they can also impact the carbon cycle through their photosynthetic activities.
Diversity among Protists
Protists are a diverse group of organisms that can be plant-like, fungus-like, or animal-like in nature. Fungus-like protists such as slime molds absorb nutrients from decaying matter, while animal-like protists may actively hunt or ingest their prey. Protists can also reproduce in a variety of ways and can include pathogenic species that cause diseases in humans and plants. Additionally, protists serve as an important food source and some are known as saprophytes, playing a role in the decomposition process.
which is a neurons job
Answer:
The job of a neuron is to transmit information throughout the body. Specialized nerve cells help to communicate in chemical and electrical forms.
Explanation:
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True or False: Species diversity hurts ecological succession?
O
TRUE
O
FALSE
Type here to search
Answer: true .
Explanation:
why do the three species have similarities and differences in their body structures, and how can Xiao use the structures to determine if the new fossil is more closely related to hippopotamus or green iguanas?
Answer:
Xiao can use these structures to create a similarity matrix that enables to differentiate between synapomorphies and homoplasies .
Explanation:
A synapomorphy is a trait that has been inherited from the same ancestor, this trait enables to establish a relation of homology between two or more species; while a homoplasy is an analog structure that doesn't have homology.
Xiao can use these structures to form a similarity matrix which enables to distinguish between synapomorphies and homoplasies.
What is similarity matrix?Similarity matrix is defined the elements measure pairwise similarities of objects in which the greater similarity of two objects, the greater the value of the measure.
A synapomorphy is a trait which has been inherited from the same ancestor, this trait validate to establish a relation of homology between two or more species, whereas a homoplasy is an cognate structure that does not have homology.
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Which of the following is a false statement?
A
Some deserts we know today once had rivers and lakes.
B
Mass extinctions may have been caused by meteors.
C
Very few species have ever gone extinct.
D
Sometimes, species evolve to be more complex.
Answer:
C. Very few species have ever gone extinct.
Explanation:
784 extinctions have been recorded since the year 1500 alone
The false statement is Very few species have ever gone extinct, as scientific evidence suggests up to 99.9% of species that have ever lived are now extinct. Option C is correct.
The false statement among the options provided is Very few species have ever gone extinct. This statement contradicts the widely accepted scientific understanding that up to 99.9% of all species that have ever lived on Earth are now extinct.
There have been five mass extinctions in Earth's history that have caused the disappearance of a large percentage of species, and current rates of extinction are higher than the background extinction rates largely due to human activities. Moreover, the process of speciation continues to create new species, which sometimes evolve to be more complex.
Hence, C. is the correct option.
What is a valid reason for making efforts to maintain the biodiversity of the planet earth?
A Biodiversity makes ecosystems stronger, more stable, and more resiliant to environmental change.
B A biodiverse plant provides humanity with many foods, medicines, and various comsumable products.
C We have an ethical obligation to protect the variety of species on the planet from demise cause by human activity.
D All of the above are valid reasons for maintaining the biodiversity of the earth.
Explain how the melting of the sea ice may affect
people living on the coast of Florida.
Since 2000, melting ice from the continent totaled enough to raise sea levels globally by about four tenths of an inch, according to the report which relied on the work of 90 scientists. With what’s already baked into the atmosphere, faster melting land ice will likely add between 7.5 and 9.8 inches to earlier U.N. estimates by 2100, the report said. And because of its position downstream, in an area of “preferential excitement,” South Florida could experience rise at the high end as water sloshes around the planet, Kirtman said. “Think of it as pushing down the ocean [in Greenland]. The ocean is fluid, so it’s going to respond somewhere else and that somewhere else is down here,” he said. In South Florida, planners already confronting flooding from sea rise have been more aggressive in assessing sea rise.
Explanation:
Why are invasive species dangerous to the environment?
Imprinting is a type of blank behavior.
Answer:Learning
Explanation:
Will apophis hit earth in 2029
Answer:
On April 13, 2029, Apoptosis will pass Earth closer than geosynchronous communication satellites, but will come no closer than 31,200 kilometres (19,400 mi) above Earth's surface.
Explanation:
Final answer:
Apophis is not expected to hit Earth in 2029. Earth-approaching asteroid orbits are unpredictable over very long timescales, but Apophis has been closely monitored and is not considered a threat. The probability of a catastrophic asteroid impact in the near future is very low thanks to ongoing surveillance projects and impact prevention technologies.
Explanation:
The asteroid known as Apophis is projected to make a close approach to Earth in the year 2029, but it is not currently expected to hit our planet. While the orbits of Earth-approaching asteroids can be predicted over short time scales, they are significantly affected over longer periods due to gravitational interactions with the planets. However, dramatic destabilizing events like impacts or gravitational ejections are expected on timescales of about a hundred million years, which is a very short time in comparison to the solar system's age.
It is important to continue monitoring such near-Earth objects (NEOs) for any course changes. Though the chances of a catastrophic impact are slim, our capability to predict and potentially avert disaster improves as we enhance our technology and understanding. Initiatives like the NASA Double Asteroid Redirection Test (DART) mission and the Spaceguard Survey work to identify hazardous asteroids and develop strategies to protect Earth from possible future impacts
Explain the amazing cell process
that causes the grow and repair of
body cells, such as skin and nails?
Please help mee....
Answer:
The cell process that causes grow and repair of body cells including skin and nails is called mitosis.
The process of mitosis increases number of cells and enable them grow and also replaces the dead cells or lost cells with new cells for proper functioning of cells. Mitosis is important for the replacement of cells which constantly lost and grow.
In the mitosis process, parent cell split into twin daughter cell and carry identical DNA which helps in replacement of lost cells and growth of cell as in skin and nails.
Hence, mitosis helps in the renewal and growth of skin cells and nails.
100 POINTS! CORRECT ANSWER GETS BRAINLIEST! How this somatic cell obtain twice as much chromosomes? Body Cells and Germ Cells Your body cells(somatic) are called diploid cells because they contain two copies of every chromosome. However, the two copies are not exact copies because one is from your mother and one is from your father. Diploid cells can be represented as 2n. In humans, the diploid chromosome number is 46. In addition to body cells, you also have germ cells located in your reproductive organs. Germ cells form gametes, or sex cells. The male sex cells are sperm and the female sex cells are eggs. Unlike body cells, gametes have only one copy of each chromosome. These cells are called haploid and can be represented as n. Human gametes thus contain 23 chromosomes. Only DNA in gametes is passed down to the organism's offspring. The DNA in body cells is not.Sexual reproduction involves the fusion of two gametes of different types, resulting in offspring that are a genetic mixture of both parents. The joining of these two gametes is called fertilization. When fertilization occurs, the nuclei of the egg and sperm fuse to form a single nucleus.
The chromosomes of the somatic cells become only to the egg cell. (Option B).
What happens during fertilization?
During fertilization, the nuclei of both the egg and sperm fuse to form a single nucleus in the zygote.
The zygote then undergoes cell division, and the resulting cells have the diploid chromosome number (2n), representing a combination of genetic material from both the mother and the father.
The chromosomes of the somatic cells do not become only the egg cell or only the sperm; rather, they contribute to the formation of a new diploid organism with a combination of genetic material from both parents.
The complete question is below:
How this somatic cell obtain twice as much chromosomes? Body Cells and Germ Cells Your body cells(somatic) are called diploid cells because they contain two copies of every chromosome. However, the two copies are not exact copies because one is from your mother and one is from your father. Diploid cells can be represented as 2n. In humans, the diploid chromosome number is 46. In addition to body cells, you also have germ cells located in your reproductive organs. Germ cells form gametes, or sex cells. The male sex cells are sperm and the female sex cells are eggs. Unlike body cells, gametes have only one copy of each chromosome. These cells are called haploid and can be represented as n. Human gametes thus contain 23 chromosomes. Only DNA in gametes is passed down to the organism's offspring. The DNA in body cells is not.Sexual reproduction involves the fusion of two gametes of different types, resulting in offspring that are a genetic mixture of both parents. The joining of these two gametes is called fertilization.
a. When fertilization occurs, the nuclei of the egg and sperm fuse to form a single nucleus.
b. The chromosomes of the somatic cells become only to the egg cell.
c. The chromosomes of the somatic cells become only to the sperm.
d. None of the above
Which enzymes break down proteins?
A. Lipases
B. Nucleases
C. Proteases
D. Amylases
Answer:
Hope this helps!
Explanation:
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Protein digestion begins when you first start chewing. There are two enzymes in your saliva called amylase and lipase. They mostly break down carbohydrates and fats. Once a protein source reaches your stomach, hydrochloric acid and enzymes called proteases break it down into smaller chains of amino acids.
Answer:
Option C. Protease
Explanation:
Amylase and other carbohydrase enzymes break down starch into sugar. Protease enzymes break down proteins into amino acids. Lipase enzymes break down lipids (fats and oils) into fatty acids and glycerol.
The Earth's oceans are generally warmer near the equator and cooler near the poles. Currents in the water near the surface circulate the water. Some of these currents are shown in the image below. Warm currents are shown in red. Cool currents are shown in blue.
Which of the following best describes what the pictured currents do?
A.
carry cool water toward the poles
B.
carry warm water away from the poles
C.
carry warm water away from the equator
D.
carry warm water toward the equator
I don't see any picture. Maybe you forgot to include it...
Juan is skipping rocks by the lake. As he picks up a pebble, he notices that it is smooth all over. Which of the following hypotheses is the most likely explanation for how the river rock became so smooth?
Answer:
Erosion
Explanation:
The smoothness of the river rock is attributed to prolonged erosion by water and sand, similar to the erosion process that smooths mountain ranges on Earth. The absence of water and ice on the Moon results in its mountains having a naturally smoother appearance.
Explanation:The smooth surface of the river rock that Juan noticed is most likely the result of erosion by water and possibly sand over a long period of time. This natural process occurs as rocks are tumbled and rolled along the riverbed by the flowing water, causing their surfaces to become smoothed as rough and sharp edges are gradually worn away. The consistent action of water and sand, much like sandpaper, erodes the rock's surface, making it smooth.
This explanation is similar to how mountain ranges can become smooth over time. After mountains are formed by the upthrust of the Earth's crust, erosion plays a key role in shaping their appearance. Factors such as water and ice can wear down the sharp peaks and serrated edges of mountains, leading to smoother, rounded forms. On bodies like the Moon, where there is no water or ice, mountains remain with a smoother appearance due to the lack of these erosive processes.
Which conditions resulted in the erosion of larger
rocks, like the one circled in the image? Check all that
apply
low gradient, low velocity
low gradient, high velocity
low gradient, high volume
high gradient, low velocity
high gradient, high velocity
Answer:
3) Low gradient, high volume
4) High gradient, Low velocity
5) High gradient, high velocity
Explanation:
Just answered this on Edge
Conditions resulting in the erosion of larger rocks include high gradient with b) high velocity and low gradient with high velocity when accompanied by high volume, as both scenarios provide the energy necessary for erosion.
The conditions that resulted in the erosion of larger rocks include a combination of factors such as stream-channel gradient and water velocity. A high stream-channel gradient, typically found in mountainous regions, increases the capability of a stream to erode material due to a steeper slope, leading to a faster flow and more energy for erosion.
Conversely, water with high velocity, regardless of gradient, has the power to pick up and transport larger particles. Therefore, the conditions that can result in the erosion of larger rocks are likely high gradient, b) high velocity, and possibly low gradient, high velocity if volume is also high.
The word meter derives from a Greek word that means:
Answer:
metron witch means measure
Explanation:
The word 'meter' comes from the Greek word 'metron' which means 'measure'. A meter is the base unit of length in the SI unit system and its definition has refined over time with technological advancements.
Explanation:The term meter is derived from the Greek word 'metron' which means 'measure'. The meter is the basic unit of length in the International System of Units (SI), and its definition has evolved over time for increased precision. Initially in 1791, a meter was defined as 1/10,000,000 of the distance from the equator to the North Pole. However, as science progressed and new technologies emerged, this definition was reshaped and is now based on the distance that light travels in a vacuum in a certain fraction of a second.
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According to the video, fossils provide each of the following except: a. Examples of transitional species b. A complete record of past life on Earth c. Physical proof of extinction and speciation d. Evidence that evolutionary change tends to be gradual
Answer:
According to the video, fossils provide each of the following except:
b. A complete record of past life on Earth
Explanation:
The reasons behind this answer are that one single fossil can include the whole record of life forms on earth's history. It might only contain a fraction of a form of life because the majority of fossils don't include more than woven bone. Therefore, it is only a fraction of the living being. also, it doesn't contain a record of its evolutionary chain or that the species of the fossil became extinct. We could find a crocodile fossil and they are still alive in modernity.
PLEASE I NEED ASAP | What do Virginia watershed programs do? Check all that apply.
build dams
produce water filters
remove estuaries
protect wildlife
assist with flood reduction
Answer:
Assist with flood reduction.
Explanation:
The Virginia watershed program was organized and directed the secretary of Agriculture to assist local governments in protecting them against flood during storms within the sub - basins of watersheds. The basis of the Virginia watershed programs is to assist the local governments to protect, restore and enhance local watersheds. It's provide both technical and financial support.
A watershed is an area of land that drains into a lake or river.
a. build dams, d. protect wildlife, e. assist with flood reduction
This is the jaw of the ancient saber-toothed cat, an ancestor of the modern tiger. You can see that the teeth of the saber tooth were nearly twice as large as the teeth of today's tigers. These teeth were so large that they stuck out the the saber-tooth's mouth when it was closed. Their food included large mammals such as elephants, rhinos, and other huge herbivores. Predict a change in the environment could have led to the gradual development of the smaller front teeth we see in the modern-day tiger. A) There was a change from tropical forests to grasslands. B) Competition from other big cats such as lions, cheetahs, and leopards. C) The disappearance of the huge herbivores that saber toothed tigers hunted. D) The large teeth were no longer an advantage for catching prey and survival.
Answer:
C
Explanation:
The most plausible environmental change leading to smaller front teeth in modern tigers compared to saber-toothed cats is the disappearance of large herbivores which initially required saber-tooths to have massive teeth for hunting.
Explanation:The question asks to predict a change in the environment that could have led to the development of smaller front teeth in the modern-day tiger, compared to their ancestor, the saber-toothed cat. Analyzing the given options, the most plausible change is C) The disappearance of the huge herbivores that saber-toothed tigers hunted. These large prey required the saber-tooths to have massive teeth for capturing and defeating them. When these herbivores declined, the selective pressure for such large teeth would have diminished, leading to the smaller, more versatile teeth seen in today's tigers that are adapted to hunt a more varied and less robust prey base.
Si una enfermedad comienza a provocar la muerte de las poblaciones de lagartijas en las islas, ¿en cuál de ellas es más probable que la población de lagartijas sobreviva?
Answer:
It is likely that the lizards that live isolated from the rest (maybe in the farthest island) have more chances to survive because the disease needs to enter into the lizard's habitat to attack these populations. However, it is important to note that we need to know which is the cause of this disease in order to establish a working hypothesis.
What happens a few days after fertilization ? A. The baby can be felt moving . B. Cells have started differentiating . C. The zygote completes its first division D.The eyes develop .
Answer:
B
Explanation:
During the third week after fertilization, the embryo begins to differentiate cellularly. Differentiation is the process through which unspecialized cells become specialized. Differentiation happens when certain genes are activated while others are silenced.
A few days after fertilization, cells have started differentiating, which is in Option B, as here, after the zygote formation, there is the formation of the morula, blastula, and gastrula, and then finally the baby is produced.
What is the significance of the cell division after zygote formation?In the cleavage process, the single-cell zygote rapidly divides into multiple cells and then continues to divide and differentiate into different types of cells that will eventually form all of the different tissues and organs of the developing embryo, including cells such as those of the nervous system, the heart, the muscle, the skin, and so on.
Hence, a few days after fertilization, cells have started differentiating, which is in Option B, as here, after the zygote formation, there is the formation of the morula, blastula, and gastrula, and then finally the baby is produced.
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If you were explaining the structure of the ear to a friend, all of the following would be part of your explanation except (1.0 points)
A)The middle ear consists of the malleus, incus, and stapes.
B)The inner ear consists of the auricle and auditory ossicles.
C)The outer ear consists of the auricle and the external acoustic meatus.
D)The inner ear contains canals filled with fluid.
Final answer:
The incorrect statement in describing the structure of the ear is B) The inner ear consists of the auricle and auditory ossicles. The auricle is part of the outer ear, and the auditory ossicles are in the middle ear, not the inner ear.
Explanation:
If you were explaining the structure of the ear to a friend and considering what components would not be part of such an explanation, let's evaluate the options provided:
A) The middle ear consists of the malleus, incus, and stapes. - This statement is correct. The middle ear does contain the three ossicles: malleus (hammer), incus (anvil), and stapes (stirrup).
B) The inner ear consists of the auricle and auditory ossicles. - This statement is incorrect. The auricle and auditory ossicles are not part of the inner ear; the auricle is part of the outer ear, and the auditory ossicles are part of the middle ear.
C) The outer ear consists of the auricle and the external acoustic meatus. - This is a correct description of the outer ear, which includes the auricle (also known as the pinna) and the external acoustic meatus (ear canal).
D) The inner ear contains canals filled with fluid. - This is accurate. The inner ear contains the cochlea and semi-circular canals, which are indeed filled with fluid.
Therefore, the correct answer is B, as it includes elements that are not part of the inner ear's structure.
What is the difference in trophic level efficiency between herbivores and carnivores.
Answer:
carnivores eat meat and herbivorres eat plant
Explanation:
Answer:
Carnivores have a trophic level of 3 and Herbivores have a trophic level of 2 I hope I understood the question :)
All of the following are examples of limiting factors EXCEPT
A. food.
B. soil.
C. space. D.weather conditions.
Answer:
Weather conditions
Explanation:
Food can be limited based on location, however, scientists can control what kind of food it is. Soil can be tested and experimented on. There can be a lot of it and different kinds. Space is fought over because of territories and is limited compared to how many people and animals there are. Weather is not something that can be controlled in an experiment since it is sporadic.
what word is used to describe knowledge about the universe and the method of obtaining that knowledge
Answer:
Science is used to describe the knowledge about the universe and the method of obtaining that knowledge
The word science describes knowledge about the universe and its methods of acquisition using evidence and logic. It involves the scientific method, a systematic process of observation, experimentation, and hypothesis testing. Science seeks to explain general truths and natural laws.
The word used to describe knowledge about the universe and the method of obtaining that knowledge is science. Science is a distinctive way of gaining knowledge about the natural world that tries to answer questions using evidence and logic. It covers general truths or the operation of general laws, especially when acquired and tested by the scientific method.
The scientific method is a systematic process of observation, experimentation, and hypothesis testing. For instance, to understand the laws of motion, scientists observe natural phenomena, formulate hypotheses, conduct experiments, and revise their theories based on the acquired data.
.Within the visible spectrum of light, there are many colors: red, orange, yellow, green, blue, indigo, and violet. What characteristic of each of these colors makes this spectrum of light visible to the human eye?
Each color has a different wavelength.
Each color travels through different substances (mediums) .
Each color must travel a different distance to our eyes.
Answer:
Each of these colors make the spectrum of light visible to the human eye because each color has a different wavelength.
Explanation:
The cones of our eyes are a type of photoreceptor. The cone is the cells in the retina that respond to light. Each different cone is senstive to different wavelengths. In order to see different colors, the light reflected off of objects must have a specific wavelength in order to trigger one of the cone receptors.
The characteristic of each of these colors that makes this spectrum of light visible to the human eye is each color has a different wavelength. The correct option is A.
What is a wavelength?The distance between two successive crests or troughs of a wave is defined as its wavelength. It is measured in the wave's direction.
The light color spectrum contains seven pure spectral colors. They are red, orange, yellow, green, blue, indigo, and violet in order of decreasing frequency to increasing frequency.
Because of the inverse relationship, the order is reversed by wavelength. Violet is the color with the highest frequency. Red light, with the longest wavelength, is at one end of the spectrum. The shortest wavelength is blue or violet light.
Each of these colors has a different wavelength, which is what makes this spectrum of light visible to the human eye.
Thus, the correct option is A.
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When looking through a microscope, you observe a cell that has
cytoplasm and a cell wall. Which structure would you look for to
determine if the cell is a prokaryote or eukaryote?
A. Ribosomes
B. Nucleus
C. Cell membrane
D. DNA
What errors exist in the table below?
Spiral Galaxy
Elliptical Galaxy
Pinwheel shape
Football shape
New and old stars
Old stars
Irregular Galaxy
Irregular shape
Old stars
Elliptical galaxies can also be round and spiral galaxies are not pinwheel-shaped.
Elliptical galaxies can also be round and irregular galaxies have many new stars.
Irregular galaxies have many new stars and spiral galaxies have mostly new stars.
Irregular galaxies have many new stars and elliptical galaxies have new and old stars.
Answer:
A. spiral galaxies are not pinwheel-shaped
Explanation:
There are three types of galaxies that include spiral galaxy, elliptical galaxy and irregular galaxy.
Elliptical galaxies are round shaped as well as elongated. Elliptical galaxies have both old and new stars but mostly it contains old stars.
Spiral galaxies are pinwheel-shaped due to the regular spinning motion of dust, stars and gas around the galactic center, at speeds of hundreds of kilometers per second which allows the matter to take a pinwheel-shape. Spiral galaxies are made up of lot of gas and dust and forms many new stars which allows the spiral galaxy to shine bright.
Irregular galaxies do not have any definite shape because of the gravitational influence of close galaxies. They also have many new stars.
Hence, the error is foudn in first sentence, where it says that spiral galaxies are not pinwheel shaped. so teh correct option is A.
explain how the runoff waters from farm to land and golf courses might be dangerous to organisms living in ponds, rivers, or streams.
Answer:
It can move unwanted materials such as rocks and broken trees into these places and ruin homes for the animals living in ponds, rivers, or streams
Explanation:
Runoff water from the farm to land and golf courses can be dangerous for organisms that live in ponds, rivers or streams, because they can carry invasive animals and pollutants.
What are pollutants?Pollutants are solid particles and gases dispersed in atmospheric air, water and soil, resulting from both human activities and natural phenomena. The main sources of pollutants are
industriesmotor vehiclesfires and natural phenomenaWith this information, we can conclude that Runoff water from the farm to land and golf courses can be dangerous for organisms that live in ponds, rivers or streams, because they can carry invasive animals and pollutants.
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The bald cypress tree produces seeds that are protected within cones. This tree is found in Florida swamps where heavy rains create floods. The floodwaters spread the cones throughout the swamps. What role do the floodwaters play in the life cycle of the bald cypress?
Answer:
seed dispersal
Explanation:
The baldcypress tree is a known tree of southern swamps. the floodwater act as an agent of seed dissemination of the baldcypress seed.
Floodwaters in the Florida swamps serve a vital role in the life cycle of bald cypress trees by spreading their seeds, which are protected within cones, throughout the swamp. This facilitates reproduction and aids in the survival and propagation of the species.
Explanation:The floodwaters play a crucial role in the life cycle of the bald cypress by serving as a dispersion agent for its seeds. Bald cypresses produce seeds inside cones, which get spread throughout the swamps during floods. This is integral to the reproductive process. The seeds have a superior evolutionary advantage as the hardened tissue coat prevents desiccation and allows dormancy until conditions are favorable for growth. Seeds are then scattered in an expanding geographic range, thereby avoiding competition with the parent plant.
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