2006 2000 1990
Population 1,787,636 1,623,018 1,255,488
Source: U.S. Census Bureau, 2006 Population Estimates, Census 2000, 1990 Census
Population, 2006 estimate
18,089,888
Female persons, percent, 2006
50.9%
Under 5 years 370
18 years and over 10,711
65 years and over 1,462
White 10,035
Black or African American 1,551
American Indian and Alaska Native 22
Asian 87
Hispanic or Latino 848
Household population 9,951
Group quarters population 2,045
Average family size 2.59
Total housing units 6,689
Occupied housing units 5,648
Renter-occupied housing units 2,723
Vacant housing units 1,041
Population 25 years and over 9,728
High school graduate or higher 8,528
Bachelor's degree or higher 4,285
Foreign born 1,730
Male, Now married, except separated 2,094
Female, Now married, except separated 1,838
Speak a language other than English at home 2,332
In labor force (population 16 years and over) 6,444
Mean travel time to work in minutes (workers 16 years and older) 22.1
Families below poverty level 132
Individuals below poverty level 1,051
Information was taken from the U.S. Census Bureau
Baraka is a film that enables viewers to see different cultures around the world by exploring different countries. It explored many cultures that I didn’t even know existed. It showed recent problems throughout the world, as well as events that have happened throughout history. I really enjoyed this film because it allows you to see the world. Baraka is narrated by music, and does not have words. Although words usually play an important role in films, Baraka is something you can understand by listening to the music and seeing different things that are happening around the world.
The film puts emphasis on the damage that is caused by commercial development. It takes away from native homes and ruins beautiful forests throughout the world. Tree’s are being cut down, and the people that are trying to develop these places don’t understand that not only does it takes away from nature, but the homes of many family’s that have lived their for many generations. Baraka also shows different cities and the way people live. Unfortunately, some of the cities look as though they are cardboard boxes stacked on top of one another. The beginning of the film shows the many cultures and people that live in remote areas throughout the world, and then shows mass production, culture and lifestyles within cities. From the simplicity of the lifestyle within nature to the production of technology, and what has to take place in order for people in heavily populated cities and places around the world to survive, Baraka takes you on a journey through nature that lets you embark on the beauty of the world and the realization that there are other cultures and people that suffer from industrialization and advancements in technology. Towards the end of the film viewers are able to see what happens in different cities.
Women in China work in factories that produce products that are made for other countries around the world. This part of Baraka shows routinely what people do on a daily basis. In slow motion thousands of cars and people pass through the streets, and commercial airplanes fly over cities where airports seem to advanced for the city. The film focuses in on animal cruelty to make food, and people digging through trash dumps while machines and bulldozers are processing it to try and condense it for disposal. People are actually eating this waste to survive, while we sometimes take advantage of the luxuries that we have. Homeless people are shown living on the street in boxes with their families, and babies sleeping on sidewalks with their mothers.
Although Baraka does not have words to explain the many devastating things happening around the world, just watching it allows you to draw the same conclusion that a narrator or anyone else would. I recommend this film to everyone. It shows you parts of the world that you never knew existed, and what happens within these cultures, as we carry out your everyday routines. Our choices have a drastic affect on different places and people around the world.
Below is a direct link to youtube --> watch the Baraka Trailer:
Anthrax
Arenaviruses
Bacillus anthracis (anthrax)
Botulism (Clostridium botulinum toxin)
Brucella species
Brucellosis
Burkholderia mallei Burkholderia pseudomallei
Cholera
Clostridium botulinum toxin
Coxiella burnetii (Q fever)
Ebola virus hemorrhagic fever
E. coli O157:H7
Escherichia coli O157:H7 (E. coli)
Food safety threats (Salmonella species)
Francisella tularensis
Glanders
Lassa fever
Marburg virus hemorrhagic fever
Melioidosis
Plague
Q fever
Ricin toxin
Salmonella species (salmonellosis)
Salmonella Typhi (typhoid fever)
Salmonellosis (Salmonella species)
Shigella Shigellosis
Smallpox
Variola major (smallpox)
Vibrio cholerae
Viral hemorrhagic fevers
Yersinia pestis (plague)
“Eeyeewww” may be the first reaction of people in damper climates when they hear about the new purification system, but to water-starved Californians it is a godsend.
The $490 million facility, which covers 20 acres, provides Orange County with a reliable source of locally controlled water that will help make the county drought-proof and stabilize the water supply. Once the system is at full capacity, officials say it will be able to reclaim 130 million gallons of water daily.
How Sewage Becomes Clean, Pure Drinking WaterThe new reclamation facility takes treated sewage that previously would have been dumped into the ocean, runs it through an advanced filtration system, and turns out clean drinking water that is so pure it has to be treated with lime to prevent it from leaching minerals out of the concrete pipes that transport it. After being run through the filtration system, the water is free of bacteria, viruses, carcinogens, hormones, chemicals, toxic heavy metals, fertilizers, pesticides and pharmaceuticals.
Instead of going straight to the tap, however, the reclaimed water is pumped into the county’s underground aquifer to reduce saltwater intrusion and supplement drinking water supplies for county residents. Adding the reclaimed water to the groundwater supply also provides additional filtering, as it percolates through the soil to depths of up to 1,000 feet.
Turning Sewage Into Drinking Water Saves Money and EnergyOver time, transforming sewage into drinking water will be far cheaper than continuing to import drinking water from other parts of California and the United States. Reclamation also uses less electricity than transporting the same amount of water to Orange County through the state’s aqueduct system. If adopted widely, reclamation could save the state hundreds of millions of dollars by reducing ocean outfall by more than half.
"All of Southern California should be doing these projects,” said Connor Everts, executive director of the Southern California Watershed Alliance, an environmental group. “They represent an efficient use of local resources. They are cost-effective and one of the most environmentally friendly things you can do."
Pollution in the United States
Hazardous Air Pollutants
The darkest color red represents the highest level of hazardous air
Water Quality Problems in the United States
The Superfund and Federal Facilities Restoration programs are helping state and local governments all over the Southeast region realize significant real estate and development opportunities by assisting in cleaning up Superfund sites for reuse through land revitalization effort. They help restore land and watersheds that have been contaminated, deforested and eroded by mining in the past.
The Superfund program was created by the Comprehensive Environmental Response, Compensation, and Liability Act, and amended by the Superfund Amendments and Reauthorization Act. The acts established authority for the government to respond to the release/threat of release of hazardous wastes, including cleanup and enforcement actions. Long term cleanups at National Priority List sites last more than a year while short term /emergency cleanups are usually completed in less than a year.
The following information was used from: http://www.epa.gov/
This site lists all the Superfund sites in Florida: http://www.epa.gov/region4/waste/npl/index.htm
Apples
Bat, gray Butterfly, Schaus swallowtail
Caracara, Audubon's crested FL pop.
Coral, elkhorn
Coral, staghorn
Crocodile, American FL pop.
Darter, Okaloosa
Deer, key
Jay, Florida scrub
Kite, Everglade snail FL pop.
Manatee, West Indian
Moccasinshell, Gulf
Moccasinshell, Ochlockonee
Mouse, Anastasia Island beach
Mouse, Choctawhatchee beach
Mouse, Key Largo cotton
Mouse, Perdido Key beach
Mouse, southeastern beach
Mouse, St. Andrew beach
Panther, Florida
Pigtoe, oval
Pocketbook, shinyrayed
Rabbit, Lower Keys marsh
Rice rat lower FL Keys
Salamander, flatwoods
Sawfish, smalltooth
Sea turtle, green FL, Mexico nesting pops.
Sea turtle, green except where endangered
Sea turtle, hawksbill
Sea turtle, Kemp's ridley
Sea turtle, leatherback
Sea turtle, loggerhead
Seal, Caribbean monk
Shrimp, Squirrel Chimney Cave
Skink, bluetail mole
Skink, sand
Slabshell, Chipola
Snail, Stock Island tree
Snake, Atlantic salt marsh
Snake, eastern indigo
Sparrow, Cape Sable seaside
Sparrow, Florida grasshopper
Stork, wood AL, FL, GA, SC
Sturgeon, gulf
Sturgeon, shortnose
Three-ridge, fat (mussel)
Vole, Florida salt marsh
Whale, finback
Whale, humpback
Whale, right
Woodpecker, red-cockaded
Woodrat, Key Largo
The pictures above was taken from
http://www.destination360.com/north-america/us/florida/everglades.php
The picture above was taken from
www.solcomhouse.com/everglvisear1.jpg