If all flowering plants were picked, it would disrupt local ecosystems that rely on them for food and habitat. Pollinators like bees and butterflies would lose their primary food sources, leading to declines in their populations. Additionally, many animals that depend on flowering plants for shelter and sustenance would face food shortages, potentially causing cascading effects throughout the food chain. Over time, the absence of flowering plants could also affect soil health and biodiversity.
Gymnosperms, such as conifers and cycads, would have DNA that is most similar to flowering plants. Gymnosperms and angiosperms (flowering plants) are both seed-producing plants and share a more recent common ancestor compared to other plant groups like mosses or ferns.
Flowering plants would be severely impacted and would have to resort, when possible, to self fertilization. Many flowering plant would go extinct and all animal life, including humans, depending on these plants would be also severely impacted.
If plants are not fertilized, they may not receive all the necessary nutrients required for healthy growth. This could lead to stunted growth, poor flowering or fruit production, and increased susceptibility to diseases or pests. Over time, the overall health and productivity of the plants may decline.
Butterfly is dependent on flowering plants for nectar
It depends on the type of plants. Most plants prefer indirect sun, as direct sun can be too intense and lead to sunburn or heat stress. However, some plants, like vegetables or flowering plants, require direct sun for proper growth and flowering. Be sure to check the specific light requirements for the plants in your garden.
Lack of water, too much fertilizer, and too cold of temperatures can affect flowering of plants. Insufficient lighting would also stop flowering.
what would happen to plants nutrition if plants did not have roots
Gymnosperms, such as conifers and cycads, would have DNA that is most similar to flowering plants. Gymnosperms and angiosperms (flowering plants) are both seed-producing plants and share a more recent common ancestor compared to other plant groups like mosses or ferns.
Texas, and the second part, roses.
Flowering plants would be severely impacted and would have to resort, when possible, to self fertilization. Many flowering plant would go extinct and all animal life, including humans, depending on these plants would be also severely impacted.
I'm not sure it is the most important, but it pollinates an enormous number of flowering plants. Without pollinators wild flowering plants would die off in a generation. However there are many other pollinators, including birds, man, etc. so not all flowering plants would go extinct without bees.
Butterflies depend on flowering plants for nectar, which provides essential nutrients they need to survive. Additionally, butterflies lay their eggs on specific plant species, as their caterpillars rely on these plants as food sources. Therefore, the relationship between butterflies and flowering plants is mutually beneficial.
"All insects, birds, and land animals (even us) would cease to exist." Incorrect. Flowers weren't around untill 125 millions years ago, making them 300 million years younger than the oldest plants. If flowering plants were to go extinct, non-flowering plants would fill in the niche left by the extinct flowering plants. This would go accompanied by a animal mass-extinction event, caused by the disappearance of the flowering plants that formed a substantial part of the food chain. Short answer: A mass-extinction would follow if flowering plants go extinct. If they never existed, the animal kingdom would never have adapted to flowering plants to begin with.
If plants are not fertilized, they may not receive all the necessary nutrients required for healthy growth. This could lead to stunted growth, poor flowering or fruit production, and increased susceptibility to diseases or pests. Over time, the overall health and productivity of the plants may decline.
Butterfly is dependent on flowering plants for nectar
processes of double fertilization in flowering plants
They would die