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This picture represents how people are cutting down our biggest source of oxygen. Plants/trees are very important to us because they provide us with oxygen and  habitats for animals. Habitat loss is considered one of the causes for species endangerment and extinction. Forest ecosystems keep facing deforestation in the form of fires, clear cutting for agriculture and ranching, and unsustainable logging. We need to be concerned about this problem.

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The reason I chose this video animation is because it explains the process really well. It first starts off by carrying water through the xylem tubes and then carbon dioxide is absorbed through the plants stomata. Chlorophyll then absorbs sunlight for energy and 6CO2 & 12H2O are then combined with sunlight. Atoms are then rearranged and C6 H12 O2 which is the glucose formula is made and travels down the phylem. Lastly O2 is released through the Xylem. This videos tells you the process so into depth and helps you understand it well.

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This gymnosperms common name is Rosemary Pine. Its taxonomic name is Pinus Taeda. This Rosemary pine is a 60 ft. tree which can reach up to 110 ft. It loses its lower branches with age, leaving an open, rounded crown. Dark green needles are 6-10 in. long. The bark is gray and scaly. It is called Rosemary pine because it comes from the fragrant resinous foliage. Its other common names would be Loblolly Pine, Oldfield Pine, and Bull Pine. The reason for Loblolly is mud puddle which is where these pines often grow. Bull pine is because of its giant size.

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This picture is the Forest biome. I believe this biome is the one that is the most endangered because of the following reasons. The first reason is because of deforestation and all the wild fires. This is causing for trees to be either being burnt down or cut down, and due to this animals are loosing there habitats and were loosing our biggest source of oxygen. Forests have been long threatened by a variety of destructive agents. Today, the frequency, intensity and timing of fire events, hurricanes, droughts, ice storms and insect outbreaks are shifting as a result of human activities and global climate change, making forest ecosystems even more prone to damage

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The Neolithic had a positive impact on humans. The change to the Neolithic way of life was huge and led to many of the pleasures (lots of food, friends and a comfortable home) that we still enjoy today.
The massive changes in the way people lived also changed the types of art they made. Neolithic sculpture became bigger, in part, because people didn’t have to carry it around anymore; pottery became more widespread and was used to store food harvested from farms. This is when alcohol was first produced and when architecture, and its interior and exterior decoration, first appears. Overall, people settle down and begin to live in one place, year after year.

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The crops developed during the Green Revolution were high yield varieties - meaning they were domesticated plants bred specifically to respond to fertilizers and produce an increased amount of grain per acre planted. After selectively breeding these plants, they evolved to all have the characteristic of larger seeds. These larger seeds then created more grain yield and a heavier above ground weight. I chose this picture because during the Green revolution its when every vegetable and fruit was being to get fertilized and they were injecting them with other things to make them produce faster and be bigger. Another factor that helped during this time was irrigation.

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I chose this picture because if all those things go unchecked then the pollution would decrease. Sustainability is partly about how we affect the environment – the world around us – as we try to meet our individual and collective needs.
For thousands of years, people altered their surroundings by tilling land, cutting down trees, damming waterways, building settlements, and fighting wars. Their impacts were restricted to local and regional scales because of their low numbers and limited technologies, but that started to change in the last part of the 18th century with the Industrial Revolution. As coal, oil, and then electricity became widely available, our numbers increased, our technologies became more powerful, and the pace and scope of our activities increased, to the point where we started to have global impacts. Now we face a sobering list of issues that include climate change, species at risk, air and water pollution, shrinking forests, spreading deserts, urban sprawl, eroded soil, mountains of garbage. These are just some of the environmental problems caused by how and where we live, how we feed ourselves, how we move around, and our voracious appetite for energy and stuff. We would actually be helping the environment if all of those things go unchecked.

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I chose Aspirin because its a common medication we always go to when ever we have pain or inflammation, so I did some research about it. Aspirin is a popular treatment for pain, inflammation, and fever. It works by inhibiting an enzyme known as cyclooxyrgenase (COX). The COX-1 enzyme converts arachidonic acid to thromboxjnes and prostaglandins which are responsible for sustaining inflammation and blood clotting. Aspirin is modeled after the naturally occurring polyphenol salicylic acid which is a compound found in a handful of plants that include this While Willow in the picture below. Some other plants would be a Spirea spp (wintergreens), and betula spp (birch). All of these plants were traditionally used for conditions involving pain and  inflammation. The difference Aspirin has to its naturally occurring counterpart is the addition of an acetyl chemical group, which gives Aspirin its antifibrinolytic effects and improved bioavailability.