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Gymnosperms which are plants or trees that don't produce any flowers or fruit. There are actually several types of gymnosperms: Conifers, cycads, ginkgoes, and gnetophytes. Pine trees are part of the conifers

Seed Structure: Each dandelion seed is attached to a structure called a pappus, which is fluffy and parachute-like. This pappus increases the surface area of the seed and acts like a parachute when caught in the wind.

Mature Dandelion Head: After the dandelion flower matures, it transforms into a globular seed head composed of numerous tiny seeds, each with its own pappus. This is the familiar “dandelion clock” many people blow on to make a wish.

Wind Dispersal: When the wind blows, it catches the pappus, lifting the seeds away from the parent plant. Due to the parachute-like structure, the seeds can be carried far away, even with only a gentle breeze.

Landing and Germination: Once the seed lands, if it finds a suitable environment with enough soil, moisture, and sunlight, it can germinate and grow into a new dandelion plant.

This method of seed dispersal, known as anemochory, is highly effective for the dandelion, allowing it to spread widely and colonize large areas quickly. The lightweight and aerodynamic design of the seeds, combined with their ability to catch the wind, enable dandelions to disperse their seeds over considerable distances. This dispersal strategy is one of the reasons why dandelions are so successful as a species, thriving in a wide range of environments around the world.

Branches of a plant provide more area for the leaves to develop and capture more sunlight for photosynthesis. These branches then bear more flowers and fruits and more shelter to the birds and other animals.

the flower is a climbing vine and this vine can grow up to 8 feet. It has to grow high to get past the trees and reach the sunlight because this plant needs full sunlight.

To stop butterflies from laying too many eggs on one single flower, the passion flowers have small coloured nubs which look like butterfly eggs amd this fools the butterflies into thinking that more eggs have been placed then there actually are. This means that the butterflies dont lay anymore eggs. This helps the plant/flower because otherwise the flower would get too heavy and break off.

Parts of this plant are harmful to humans and some animals if they are ingested. Especially the seeds. This protects the plant from being eaten.

Scientific name: Passiflora suberosa

A raspberry would be considered or known as a dicot plant out of the two fundamental groups of angiosperms .

1. Water molecules are being struck by light in Photosystem 2 (PSI) (Also, the reason that 2 comes first is because that is the order in which they were discovered), therefore, the H+ ions are being separated from Oxygen atoms. The Oxygen atoms diffuse out of the thylakoid, out of the chloroplast, and eventually, out of the leaf [which is why we are dependent on plants because they give us O2 while we give them CO2 (Carbon Cycle).

2. The free electrons that were separated from the water molecule are 'bounced' to PS I. The H+ ions go to the lumen.

3. Light strikes PSI this time and powers the reaction for NADP+ + electrons + energy = NADPH. NADPH is one form of energy that powers the Calvin Cycle.

4. The H+ ions that were in the lumen travel to the ATP Synthase to help convert ADP to ATP. ATP is the other form of energy that powers the Calvin Cycle.

End Results:

- Oxygen is released as waste

- ATP and NADPH go on to the next step (Calvin Cycle)

*An analogy to help understand what NADPH and ATP are is like cell phones. When they don't have energy, they are dead, so then, they need to be charged again, and then they will have energy (energy carriers).

So, 5 easy steps to summarize

1. Solar energy is absorbed by chlorophyll in PS II.

2. The energy splits water to oxygen gas, hydrogen ions (H+) and free electrons.

3. Electrons travel to PS I which then converts NADP+ to NADPH.

4. The hydrogen ions move through the ATP Synthase.

5. ATP Synthase + H+ ions convert ADP to ATP.

Plants can grow in rocks under certain conditions. Some plants have adapted to grow in rocky environments, such as cliffs, rocky slopes, or crevices. These plants are often referred to as "rock plants" or "rock garden plants." They have specialized adaptations that allow them to thrive in the challenging conditions of rocky environments.

These adaptations include:

Small size: Many rock plants are low-growing and have a compact growth habit, allowing them to fit into crevices and gaps in the rocks.

Drought tolerance:

Rocks can absorb and retain heat, causing the surrounding soil to become dry quickly.

Rock plants often have adaptations to conserve water, such as succulent leaves or deep root systems that can access water trapped within the rocks.

Anchoring mechanisms:

Some plants have specialized root systems that can penetrate and anchor themselves to the rocks, enabling them to withstand strong winds and erosion.

Nutrient acquisition: Rocks generally do not provide much organic matter or nutrients for plants. However, some rock plants have adaptations to obtain nutrients from other sources, such as through symbiotic relationships with fungi or by trapping and decomposing organic matter that accumulates in rock crevices.

The ice plant, also known as the "Carpobrotus edulis," is generally considered a fruit. It is a succulent plant native to South Africa and belongs to the family Aizoaceae.

The "fruit" of the ice plant is a fleshy, edible structure that contains seeds. It is often described as a berry or a fruit pod.

However, it's worth noting that the culinary classification of plants can sometimes vary depending on cultural and botanical perspectives.

In some culinary contexts, the ice plant might be referred to as a vegetable due to its usage in savory dishes or salads.

Nevertheless, from a botanical standpoint, it is more accurate to classify it as a fruit.

It is not a concrete scientific evidence that human voice makes plant grow better or singing makes a affect.

In Macbeth, the motif of seeds and plants is used to symbolize the growth of evil within characters like Macbeth and Lady Macbeth. Just as seeds grow into plants, their desire for power leads them to commit increasingly immoral acts, ultimately leading to their downfall. This motif highlights the theme of unchecked ambition and its consequences.

RF, which stands for Radio Frequency, is used for various purposes such as communication, radar systems, medical treatments (like radiofrequency ablation for pain relief), and heating in industrial processes. Its ability to transmit data wirelessly and penetrate certain materials makes it a valuable tool in multiple industries.

A rhyme for small parts of wild plants could be "buds and shoots, stems and roots."

"Genus humanus" refers to the species of humans. It is a taxonomical classification within the biological hierarchy. "Alice" is a name often used for individuals and does not have a specific taxonomic meaning in this context.

The fronds of a fern grow from rhizomes. Rhizomes are underground stems that produce roots below and shoots above the soil. The fronds emerge from the shoots above the soil and are the visible leafy part of the fern.

The marshal gives Billy a pair of Redbone Coonhound puppies, a male and a female, as a gift. Billy names them Old Dan and Little Ann.

Wince is a main character in the novel "Where the Red Fern Grows" by Wilson Rawls. He is a young boy who befriends the main character, Billy, and helps him with his hunting dogs, Old Dan and Little Ann. Wince is known for his storytelling and loyalty to Billy.

The word "grit" does not appear in the text of Where the Red Fern Grows by Wilson Rawls.

The author of "Where the Red Fern Grows" is Wilson Rawls. The novel tells the story of a young boy named Billy and his two coonhounds as they navigate through trials and adventures.

In Where the Red Fern Grows, the meat was cured in a smokehouse. This process involved hanging the meat over a fire to smoke it, which helped preserve it and give it a rich flavor.

I know the audio has "damn" short for damnation several times. Two in in the scene where the little boy gives his money to his grandfather to order his dogs. I know there are others in the fight seen near the end of the book.

Milkweed was written by American author Jerry Spinelli. The novel was first published in 2003 and tells the story of a young boy named Misha during the Holocaust in World War II.

Ferns grow to large sizes due to their vascular system, which allows them to transport water and nutrients efficiently throughout their fronds. Their large size also helps them compete for light in shady forest environments, where they often grow. Additionally, ferns have a long evolutionary history that has allowed them to develop adaptations for growing in diverse habitats and reaching large sizes.