Sunday, October 21, 2012
Sunday, October 14, 2012
Lab 3 - Neogeography
View Pac 12 Universities in a larger map
Pitfalls, Potential, and Consequences of Neogeography
Neogeography is an interesting phenomena that resulted from the advancements in technology, and people's growing interest in social networking. Neogeography is an attractive concept to many because it is user-centric. It allows the user to create (or recreate) their own world using geographic information systems. In this world, the user is in control. The mapping of any and everything of value- places, things, memories, etc- in that world is at the user's discretion to decide. The user decides this by mapping whatever he or she likes. Due to the ease of Neogeographical tools and systems, it will most likely earn a greater interest among the technologically inclined, which in itself is growing with time.
Neogeography is a great way for people to express themselves or share, but because it is user centric and is open to anyone with computer access, the information displayed within the neogeography is more susceptible to falsehoods- whether intentional or accidental. When this information is displayed to others on the web, or by any other means, it must be viewed only as an insight into another person's newly created world.
Lab 2 - Beverley Hills Quadrangle
Lab 2 - Beverly Hill Quadrangle
1.) Name of Quadrangle
- Beverly Hills
2.) Names of Adjacent Quadrangles
- Canoga Park (NW),
- Van Nuys (N),
- Burbank (NE),
- Topanga (W),
- Hollywood (E),
- Venice (S)
- Inglewood (SE)
3.) Quadrangle (Map) First Created
- 1966
4.) Datum
- North American Datum of 1983 (NAD83)
5.) Scale
- 1 : 24,000
6.) Conversions Using Scale 1,200 meters 1.89 miles 2.64" 12.5 cm
7.) Contour Interval
- 20 feet
8.) Geographic Coordinates
a.) Public Affairs Building
- D/M/S: N Lat 34 degrees 4' 28" , W Lon: 118 degrees 26' 21"
- Decimal: N Lat 34.075 degrees , W Lon: 118.44 degrees
b.) tip of Santa Monica Pier
- D/M/S: N Lat 34 degree 0' 27" , W Lon 118 degrees 30' 0"
- Decimal: N Lat 34.01 degrees , W Lon 118.5 degrees
c.) top of Upper Franklin Canyon Resivoir
- D/M/S: N Lat 34 degrees 7' 23" , W Lon 118 degrees 27' 20"
- Decimal: N Lat 34.12 degrees , W Lon 118.46 degrees
9.) Elevation
a.) Greystone Mansion (in Greystone Park)
- 495 feet
- 150.86 meters
b.) Woodlawn Cemetary
- 140 feet
- 42.67 meters
c.) Crestwood Hills park
- 660 feet
- m= 201.12 meters
10.) UTM Zone
- Zone 11
11.) UTM Coordinates
- 61 333m E , 62 975m N
12.) Number of square meters in a cell
- 1,000,000 m in one cell
13.) Elevation Across 73 71 000 Northin
14.) Magnetic Declination
- 14degrees East
15.) Direction of stream flow between 405 Freeway and Stone Canyon Reservoir
- southward flow
16.) Map of UCLA
1.) Name of Quadrangle
- Beverly Hills
2.) Names of Adjacent Quadrangles
- Canoga Park (NW),
- Van Nuys (N),
- Burbank (NE),
- Topanga (W),
- Hollywood (E),
- Venice (S)
- Inglewood (SE)
3.) Quadrangle (Map) First Created
- 1966
4.) Datum
- North American Datum of 1983 (NAD83)
5.) Scale
- 1 : 24,000
6.) Conversions Using Scale 1,200 meters 1.89 miles 2.64" 12.5 cm
7.) Contour Interval
- 20 feet
8.) Geographic Coordinates
a.) Public Affairs Building
- D/M/S: N Lat 34 degrees 4' 28" , W Lon: 118 degrees 26' 21"
- Decimal: N Lat 34.075 degrees , W Lon: 118.44 degrees
b.) tip of Santa Monica Pier
- D/M/S: N Lat 34 degree 0' 27" , W Lon 118 degrees 30' 0"
- Decimal: N Lat 34.01 degrees , W Lon 118.5 degrees
c.) top of Upper Franklin Canyon Resivoir
- D/M/S: N Lat 34 degrees 7' 23" , W Lon 118 degrees 27' 20"
- Decimal: N Lat 34.12 degrees , W Lon 118.46 degrees
9.) Elevation
a.) Greystone Mansion (in Greystone Park)
- 495 feet
- 150.86 meters
b.) Woodlawn Cemetary
- 140 feet
- 42.67 meters
c.) Crestwood Hills park
- 660 feet
- m= 201.12 meters
10.) UTM Zone
- Zone 11
11.) UTM Coordinates
- 61 333m E , 62 975m N
12.) Number of square meters in a cell
- 1,000,000 m in one cell
13.) Elevation Across 73 71 000 Northin
14.) Magnetic Declination
- 14degrees East
15.) Direction of stream flow between 405 Freeway and Stone Canyon Reservoir
- southward flow
16.) Map of UCLA
Monday, October 1, 2012
Lab 1 - 3 Interesting Maps - Jason Ward
This map displays the locations of sea ice features within
the Antarctic Region. It is provided by Kevin Arrigo, a researcher at Standford
University (Arrigo 2003). The map was created from SSM/I satellite imagery (Arrigo 2003). It displays 37 areas of
open water imbedded within the contiguous ice cover about the Antarctic
continent (Arrigo 2003). As soon from the legend provided with the map, areas of complete ice
cover year-round are indicated by the red coloring. The areas that are completely devoid of
ice cover all year are indicated by purple coloring. The intermediate colors on the
legend (orange, yellow, green, and blue) indicate areas containing ice coverage part of the year, with orange showing less frequent ice-free days and blue
showing a greater frequency of ice-free days. This map particularly interests me
because it demonstrates the vast expanse of ice that is able to accumulate
beyond the landmass boundary.
Arrigo, K. R. and G. L. van Dijken (2003), Phytoplankton dynamics within 37 Antarctic coastal polynya systems, J. Geophys. Res., 108(C8), 3271, doi:10.1029/2002JC001739.
This map is of California’s physical geographical regions. It
is provided by California Travel Now, which is a travel guide agency (California 2001-2009). The map
interests me because it clearly displays the general geography of the state. The
coast, bay, desert, mountains, and valley are illustrated using different
colors and are labeled with their general geographic feature. While the change
between geographic features is not as sharp and immediate as shown, the map
gives a good demonstration of where the general features are located.
California Central Valley Region. (2001-2009), Graphic. California Travel Now. Web. http://www.californiatravelnow.com/centralvalley.html
CA Maps. (2007), Map. ClassBrain.com. Web. http://www.classbrain.com/artstate/publish/california_elevation_map.shtml
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