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I believe that earth would still look the same. Yeah things might look a little different down on earth houses and communities probably won't look the same. In the cities if there was to be cities they would be run down. But out in the country or farm land it would look like what it does now. I believe because the earth gets used and natural things grow such as plants and trees and so on and so on.

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Top 8 Health Benefits of Artichokes and Artichoke Extract (healthline.com)
Cynarin which is the extract from artichokes, has a lot of healthy benefits. It does a lot for heart health, liver health also helps with digestion and blood sugar.

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The Green Revolution, or Third Agricultural Revolution - Futurcrop
The reason I choose this one, is because it talks about when the third agricultural revolution started. When the revolution started to really pick up. Also gave some history like what people were involved and what process they used. Gave a little information about the variety of seeds they used in the revolution. Even mentioned that the process was a success and that the these techniques began spreading across the country by the 60s.

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The first agricultural revolution is when humans started to grow their own crops and planting. So i stead of just hunting and eating what nature provided. They got to control what grew in their area or the landed they cultivated in. This helped the start of colonizing in areas and planting domesticating animals and so on.

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If I think that thee is any ecological change any biome of would be the tundra. Because climate change is such a big talk of the town and everything getting warmer. The tundra would have a big ecological change because it is so use to the cold climates. The plants and shrubs are use to the cold weather it be a big adjustment to the warmer weather.

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For most of the year, the tundra biome is a cold, frozen landscape. This biome has a short growing season, followed by harsh conditions that the plants and animals in the region need special adaptations to survive.

Tundra form in two distinct cold and dry regions. Arctic tundra are found on high-latitude landmasses, above the Arctic Circle-in Alaska, Canada, Russia, Greenland, Iceland, and Scandinavia, for example-or on far southern regions, like Antarctica. Alpine tundra are located at very high elevations atop mountains, where overnight temperatures fall below freezing.

Tundra regions typically get less than 25 centimeters (10 inches) of precipitation annually, which means these areas are also considered deserts. They have long, cold winters with high winds and average temperatures below freezing for six to ten months of the year. On average, only six to ten weeks of the year have sufficiently warm temperatures and long days for plant growth. The soil in the Arctic is largely permafrost or soil that remains frozen year-round, leaving only a thin surface layer of thawed soil in summer for plant roots to grow in. Tundra soil is also scarce in many of the nutrients that plants need to grow.

These conditions lead to one of the tundra biome's most distinct features: They are largely treeless. (The word "tundra" derives from the Finnish word tunturia, meaning barren or treeless hill.) Instead, the tundra has patchy, low-to-ground vegetation consisting of small shrubs, grasses, mosses, sedges, and lichens, all of which are better adapted to withstand tundra conditions.

Animals in the tundra are also adapted to extreme conditions, and they take advantage of the temporary explosion of plant and insect life in the short growing season. Tundra wildlife includes small mammals-such as Norway lemmings ( Lemmus lemmus), arctic hares ( Lepis arcticus), and arctic ground squirrels ( Spermophilus parryii)-and large mammals, such as caribou ( Rangifer tarandus). These animals build up stores of fat to sustain and insulate them through the winter. They also have thick coats of fur for further insulation. Some save energy by hibernating during the long winter months. Others migrate to warmer climes during winter. Many birds also migrate into the tundra during the growing season to feed, mate, and nest.

Atop the food chain are tundra carnivores, such as arctic foxes ( Vulpes lagopus), arctic wolves ( Canis lupus), snowy owls ( Bubo scandiaca), and polar bears ( Ursus maritimus), which move into the tundra during the summer when prey is plentiful and their usual hunting grounds on sea ice diminish. Many animals, both predator and prey, develop white fur or feathers in the winter months for camouflage in ice and snow.

Tundra insects have also developed adaptations for the cold; mosquitoes ( Aedes nigripes), for example, have a chemical compound that acts as antifreeze, lowering the freezing temperature in their bodily fluids.

Though the tundra is remote, it is increasingly threatened as people encroach on it to build or drill for oil, for example. Perhaps the greatest danger, however, comes from climate change. Warming temperatures could disrupt the cold tundra biome and the life in it, as well as thaw its underlying permafrost, releasing greenhouse gases that would further accelerate global warming.

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Tundras are cold, harsh environments with distinctive biodiversity adapted to these conditions.

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There and 21 native Gymnosperm trees native in Georgia. The largest gymnosperm comes from the (conifer) family which is the pine family, and there is 14 different species. Conifer means cone bearing and a few of those names are cypress, spruce, cedar, fir and yew. There's many more, but pine is Georgia's largest genus with the largest number of species which comproises more than over half of Georgia's other gymnosperms. 57 Native Gymnosperms of Georgia 2020 57 (uga.edu)

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This picture I choose the basic cycle that happens with plants. You can see this plant is getting watered so that it can grow to its full potential to produce vegetables, fruit, or even become a tree. To give us humans food to eat or become a tree tp provide oxygen for us to breathe.