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I choose this picture because it shows how the cities, or world would be in a way abandoned for destruction. Without agricultural, economic, social, and political practices being checked many things can go wrong. All these factors need to be checked and supervised, just how every thing gets checked and regulated in the United States. There can be climate change with rapid social growth, cities and towns need resources like food and water, if the agriculture is not being checked and regulated many green spots within the cities and towns can reduce and may affect live it self for production of food as well affecting the life of animals.If water is not being checked as a way of source for people to survive, water can go bad, and the demand for fresh and clean water can exceed in the market which leaves homeless, and low income people at risk.Social class has a big impact in the world. Leaving society unchecked can cause much inequality. Leaving the the rich as the top, and the poor as the low.

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Opium Poppy is referenced all the way back to  3,400 B.C cultivated in Southwest Asia. When people learned the impact that opium poppy had demand increased. Opium is known to be a great pain reliever. It is said that opium poppy was also used to induce sleep and help with bowel movements. People also took in to consideration the side effect of this chemical, it gave pleasurable effects. Opium poppy has some derivatives, including morphine, codeine, oxycodone, and heroin. I choose this chemical because I have patients that i care for that use some of these prescribed medicines. I have seen what they go through, pain wise. Using this drug helps them relive of pain.

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Today, heroin's long journey to drug addicts begins with the planting of opium poppy seeds. Opium is grown mainly by impoverished farmers on small plots in remote regions of the world. It flourishes in dry, warm climates and the vast majority of opium poppies are grown in a narrow, 4,500-mile stretch of mountains extending across central Asia from Turkey through Pakistan and Burma.

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This web page talks about the agricultural revolution, and how the agricultural production in the 17th and 19th centuries helped evolve the world. This web page speaks upon the new practices that were developed like selective breeding and crop rotation. The agricultural revolution made a big impact in society as it increased labor and land productivity. Having more land productivity it allowed society to have a rapid growth expand human population. This web page also talks about how selective breeding increased the size of farm animals in both size and quantity.The new techniques and methods that were introduced in the agricultural revolution truly impacted the growth on humans, and how humans were once settled in rural areas , and soon learned to capitalize.

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The Agricultural Revolution was the unprecedented increase in agricultural production in Britain due to increases in labor and land productivity between the mid-17th and late 19th centuries. Agricultural output grew faster than the population over the century to 1770 and thereafter productivity remained among the highest in the world.

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The Neolithic also known as the First Agricultural Revolution had many positive impacts to the human population.Before the agricultural revolution all humans had one purpose, they hunted their own food. When the agricultural revolution started humans were able to harvest food. Animals were domesticated and were able to help humans in many aspects. This diagram shows how the agricultural revolution changed from beginning to end. At the beginning people were hunters and food supply was unpredictable. The diagram shows how humans learned to domesticate plants and animals for farming.Furthering more their need for animals to domesticate and how thanks to the agricultural revolution we all became about the great world we live in today.

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Agricultural revolution Storyboard by sn336091

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The people who lived in the Paleolithic era lived nomadically and were hunter gatherers. Their food supply was completely unpredictable Thankfully they

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A A biome i believe is at most in danger of ecological change would be the tundra. The Antarctic in my opinion is at risk of ecological change because of the hot temperatures known as global warming. Sea ice is decreasing drastically which is impacting the life of the animals that live there. According to asoc.org the has two distinct regions the East Antarctic and the West Antarctic. They are seperated by the Trans Artic Mountain but joined together by ice sheets. It is said that with having high ice sheets and the polar location, can cause a heat sink affecting the climate of the entire world.

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Although the impact of climate change and the Arctic are discussed often in the media, climate change in the Antarctic is comparatively neglected, or reported misleadingly.The science, however, is clear: climate change is already negatively impacting Antarctica.

The West Antarctic Peninsula is one of the fastest warming areas on Earth, with only some areas of the Arctic Circle experiencing faster rising temperatures. However, since Antarctica is a big place, climate change is not having a uniform impact, with some areas experiencing increases in sea ice extent. Yet in others, sea ice is decreasing, with measurable impacts on wildlife. ASOC believes that understanding climate change impacts on Antarctica is a matter of critical importance for the world and for the continent itself.

The Antarctic and Climate

Local Antarctic effects of climate change are only part of the problem. Antarctica comprises two geologically distinct regions, East Antarctica and West Antarctica, separated by the great Trans-Antarctic Mountains but joined together by the all-encompassing ice sheet. The presence of the high ice sheet and the polar location make Antarctica a powerful heat sink that strongly affects the climate of the whole Earth. Furthermore, the annual sea ice cover around the continent, which seasonally reaches an area greater than that of the continent itself, modulates exchanges of heat, moisture, and gases between the atmosphere and ocean and, through salt rejection when it freezes, forces the formation of cold oceanic bottom waters that spread out under the world's oceans. Alterations to this system will affect climate all over the planet.

Both the ice sheet and the sea ice are potentially subject to change in a changing climate; the ice sheet, in fact, may be changing now in response to past climate change. The greatest threat to the inhabited world comes from the West Antarctic ice sheet (WAIS), which rests on a bed far below sea level and so may have the potential for rapid shrinkage. The Antarctic is so vast, remote, and difficult to monitor, however, and the physical behavior of the ice sheet so complex, that there is as yet no definitive demonstration (or disproof) of such change, even though a pronounced climatic warming is ongoing in one northerly portion of the continent. The Antarctic ice sheet contains sufficient ice to raise world-wide sea level by more than 60 meters if melted completely. The amount of snow deposited annually on the ice sheet is equivalent to about 5 mm of global sea level, as is the mean annual discharge of ice back into the ocean. Thus, a modest imbalance between the input and output of ice might be a major contributor to the present-day rise in sea level (1.5-2 mm per year), but the uncertainty is large.

Antarctic species are dramatically impacted by climate as well. Krill often feed on algae underneath sea ice and populations have been declining around the West Antarctic Peninsula as sea ice has decreased. Adélie penguin populations have been declining in recent years due to reductions in krill populations and changing weather conditions in their traditional nesting areas. Emperor penguins are highly vulnerable as well and are predicted to suffer when the world's average temperature increases by 2 degrees Celsius. Furthermore, a 2008 study has additionally identified Antarctic toothfish as highly vulnerable to climate change. Climate change in Antarctica will thus have dramatic effects both globally and locally - and perhaps harm some of the world's most beloved species.

Actions to Address Antarctic Climate Change

ASOC works to raise the profile of Antarctic climate change issues through public advocacy, attending Antarctic governance meetings, and conducting outreach to governments. Activities related to climate change should take place in four areas:

Reduction of greenhouse gas emissions: Widespread deployment of energy efficiency and renewable energy systems at all Antarctic stations, coordination of transport and logistics strategic planning about new facilities (necessity, location and design) can bring about regional and global environmental benefits as well as cost savings. Given that Antarctica is one of the regions of the world where the impacts of climate change are most apparent and pronounced, Antarctic Treaty Parties should lead by example in the global effort in addressing climate change.

Implementation of climate adaptation strategies: Strategies for reducing the vulnerability of climate sensitive ecosystems and organisms will be increasingly important as the rapid changes underway may exceed the natural abilities of many Antarctic organisms to cope. Strategies to increase the resilience of ecosystems include: establishing a representative network of marine protected areas, protecting areas which are less likely to change (refugia), such as the Ross Sea; implementing appropriate biosecurity measures; putting into place adaptive management systems which are able to incorporate uncertainty and to respond to new information, for example through the expansion and improvement of CCAMLR's Ecosystem Monitoring Program (CEMP) and the establishment of a Southern Ocean Sentinel program.

Promotion of globally important climate science: ASOC acknowledges and supports the world-class climate research conducted by Antarctic researchers. We support the continued timely dissemination of these findings to policy makers and the world population in general. At the same time, we underline the importance of leading by example by minimizing the climate impacts of research and logistic activities through reducing greenhouse gas emissions wherever possible. The Scientific Committee on Antarctic Research has recently compiled an excellent report, Antarctic Climate Change and the Environment, summarizing the science on Antarctic climate change.

Designation of marine protected areas: Protecting large areas from fishing and pollution will provide refuges for vulnerable species whose habitat may be changing dramatically. The Ross Sea, an area that is expected to warm more slowly than the rest of the Antarctic, is a particularly important area for focus.

Ocean acidification is another important problem linked to rising levels of carbon dioxide.Read more about ocean acidification and the Southern Ocean here.

LV Sketchbook Page 039 (Carbon Dioxide), April 30, 2017 by Michael Bartalos

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Although the impact of climate change and the Arctic are discussed often in the media, climate change in the Antarctic is comparatively neglected, or reported misleadingly.The science, however, is clear: climate change is already negatively impacting Antarctica. The West Antarctic Peninsula is one of the fastest warming areas on Earth, with only some areas of the Arctic Circle experiencing faster rising temperatures.

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I choose to do my plant as the pine, called the Loblolly pine. The Loblolly pine is a gymnosperm.The Loblolly pine is said to be one of the fastest growing southern pines, it has the height of 90' to 110'.The word Loblolly referrers to "low" "wet place" although the Loblolly pine is not just subject to one habitat. The Loblolly pine can be found in acidic clay oil mainly found in the south in rural places.The Loblolly pine has a very distinctive smell compared to other pines.

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This tree is one of the fastest growing southern pines. One of the meanings of "loblolly" is mud puddle, where these pines often grow.

Pinus taeda (Loblolly Pine), also called Arkansas pine or North Carolina pine, is a large evergreen tree and the largest of the southern pines. It reaches heights of 90' to 110' with a diameter of 1 to 5' with exceptional specimens reaching160'. The tallest Loblolly Pine currently known stands at 169' in Congaree National Park. Loblolly Pine has a long, clear trunk, ascending limbs, and a rounded, spreading crown. It is one of several pines native to the Southeastern United States, from central Texas east to Florida, and north to Delaware and Southern New Jersey. Over 50% of the standing pine in the southeast is loblolly.

The word loblolly means "low, wet place", but these trees are not limited to that specific habitat. Loblolly Pines grow well in acidic clay soil, which is common throughout the South, and are thus often found in large stands in rural places. Other old names, now rarely used, include oldfield pine, due to its status as an early colonizer of abandoned fields; bull pine, due to its size (several other yellow pines are also often so named, especially large isolated specimens); and rosemary pine, due to loblolly's distinctive fragrance compared to the other southern pines.

For the scientific name, Pinus is the Latin name for pines and taeda refers to the resinous wood.
With the advent of wildfire suppression, Loblolly Pine has come to prevalence in some parts of the Deep South that were once populated with greater numbers of Longleaf Pine. The rate of growth is rapid, even among the generally fast-growing southern pines.

The famous "Eisenhower Tree" on the 17th hole of Augusta National Golf Club is a Loblolly Pine. U.S. President Dwight D. Eisenhower, an Augusta National member, hit the tree so many times that, at a 1956 club meeting, he proposed that it be cut down. Not wanting to offend the President, the club's chairman, Clifford Roberts, immediately adjourned the meeting rather than reject the request outright.

Its needles are in bundles of three, sometimes twisted, and measure 4" to 9" long, an intermediate length for southern pines. They have a slight bluish-green tinge, are stiff, and sometimes slightly twisted. The needles usually last up to two years before they fall, which gives the species its evergreen character. Although some needles fall throughout the year, most needles fall during the autumn and winter of their second year.
Loblolly pine produces a large number of cones every year. The seed cones are green, ripening pale buff-brown and 3" to 6" in length. They are ¾" to 1 ¼" broad when closed but open to 1 ¾" to 2 ½" wide. Each scale bears a sharp spine. They remain on the trees for several seasons.

The bark is grayish-brown and furrowed with elongate, broad, irregular plates. Young twigs are reddish-brown and scaly. Buds at the ends of branches are much thinner than associated slash and longleaf pine.

The wood, which is marketed as southern yellow pine, is primarily used for pulp and paper but also for lumber and plywood. It may be sold interchangeably with shortleaf pine. This tree is commercially grown in extensive plantations.
Loblolly pine stands are important for numerous wildlife species. The trees provide habitat for many animals, including white-tailed deer, wild turkey, gray squirrels, rabbit, quail, and doves. Many songbirds feed on the seeds and help propagate the trees through seed dispersal. Red crossbills depend on loblolly pine seeds for up to 50% of their diet. Other birds that frequent the trees include pine warblers, Bachman's warblers, and brown-headed nuthatches. Osprey and bald eagles often nest in tall loblolly pines.

Two endangered species that also use these pines are fox squirrels, which eat the cones, and red-cockaded woodpeckers, who will sometimes nest in old growth trees.

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This tree is one of the fastest growing southern pines. One of the meanings of "loblolly" is mud puddle, where these pines often grow. Pinus taeda (Loblolly Pine), also called Arkansas pine or North Carolina pine, is a large evergreen tree and the largest of the southern pines.

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I choose this video as a representation of my best understanding because this video explains what is needed to know in a simple and brief description. Just how we learned in unit 2 with notes and videos provided I understand that It all starts with the sun. Energy from the sun reaches the plants chloroplast taking water and carbon dioxide, convert energy from the sun into glucose and oxygen gets released as well.Just how in the notes Both photosynthesis and cellular respiration have a goal to create ATP. This brief video talks about the points we learned with our notes in a simple and nice form.

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I chose this picture as a representation of my best understanding because I understood that without plants in the environment there would be no live. From what I have read plants do a lot for the environment, they produce food, oxygen and much more. This picture is making a statement.My interpretation of this picture would be the world we are living in as today. Much of the trees and green landscapes are not being valued.Many trees are being cut down and industrial areas are arising. As a society we should be more caring of the environment we live on.This picture states, If society lacks care for the environment, we might not have much time to live on earth.