# data[].attributes.body
Showing lots where homes are compared to the culvert

# data[].attributes.body
Showing Public vs. Private Properties as well as drain inlets.

# data[].attributes.body
Watersheds and runoff show the direction of flow of water and where it leads into.

# data[].attributes.body
Watersheds and circulation shows the difference between exposed and underground streams and how they connect back to the larger system.

# data[].attributes.body
Terrain and surface with Flora and fauna shows how the park placement brings more trees and animals to the neighborhood.

# data[].attributes.body
Terrain and surface with watersheds shows how the hard and soft surfaces are affected by the watersheds.

# data[].attributes.body
Terrain and surface with past and circulation shows how the bike trail meets the road and park.

# data[].attributes.headline
In the next 45 minutes, you should make three quick maps that identify potential zones of intervention. Each one should combine findings from your map with findings from two other maps. Each should have a full-sentence caption that tells us what the interest is in that set of maps. What defines the zone? What intrigues or inspires you to intervene in that zone? Is there an interesting 'problem' that you want to investigate through redesigning the landscape?

# data[].attributes.subject
In the next 45 minutes, you should make three quick maps that identify potential zones of intervention. Each one should combine findings from your map with findings from two other maps. Each should have a full-sentence caption that tells us what the interest is in that set of maps. What defines the zone? What intrigues or inspires you to intervene in that zone? Is there an interesting 'problem' that you want to investigate through redesigning the landscape?

# data[].attributes.attachment_link.description
Web Soil Survey has not been tested in Mozilla ? on unknown, and it may not work correctly.

# data[].attributes.attachment_link.description
LiDAR image service layers from 2018 and 2012/2014 showing digital surface model, digital terrain model and height above ground.

# data[].attributes.body
1.       The map of Barcelona feels very dynamic.

2.       In the Field study of London, the designer took a more abstract approach as compared to the Old Town Barcelona map.

3.       The simplicity of figure ground is why this technique is so effective.

# data[].attributes.body
The explosive aspect of the map allows for a better understanding of how each layer can serve as their own layers with the color layers being able to be seen easier.

# data[].attributes.body
Three things about the two maps that you find intriguing, informative or inspiring.
Content specific? Graphic representation?

# data[].attributes.body
The first map seems to show the cross section (showing the topographical relief) back on top of the extensive regional river system adding a level of complexity.

The seconds maps use of color helps the viewer understand and visualize each of the components it represents.

both represent and show that Paris is a porous city.

# data[].attributes.body
1. The use of shading helps show show elevation and landforms in the first map. The second map uses shading to show the section of earth below ground.
2. The second map uses plan, axonometric, and section in the same drawing.
3. The first map I enjoyed how it is easy to determine the watersheds in relation to the streams.

# data[].attributes.body
- The first map above has a few different line weights and shaded areas.
- The first map draws your attention to the darker lines and shaded areas
- The map below has an odd pattern or constant use of a symbol.
- The map below also uses color to distinguish between primary and secondary waterways
- Both maps have an interconnected system with the lines where there's a sense of fluidity/character in the maps

# data[].attributes.body
- Lines can/are meant to create a relationship between two elements.
- Lines carry information of the map and also carry a physical depiction of the ground.
- The multiple layering of lines help build the character of the trajectory and offer an experience for an individual.
- Lines lay a foundation for mapping to which further information can be added
- Without spatial meaning and dimension lines are hindered from being explored and diversified.
- Lines can also represent a continuous or discontinuous flow (such as solid and dashed lines)
- Different line weights can represent varying levels of importance

# data[].attributes.body
1）Take the building as the figure (picture), the open space of the city as the ground (bottom), and use black and white to distinguish between the two-color plane expression technique.
2）The relationship between the bottom of the picture reflects the visual
relationship between the foreground and the background.
3）Its production and changes are based on this "bottom".
4）it depends on the perception of fills and voids as shapes.
5) A conventional figure ground drawing only has two layers: Solid fills and voids. The more layers, the more it diverts away from being a "true" figure ground drawing.

# data[].attributes.body
Chapter 1 Notes.

- Soundings mark the depth of water measured at a point while spots are altitude and position above a given datum (a piece of information or fixed starting point of scale).
-The location of points is an overlay of the landscape and can converge or diverge from the geographical landscape. The density of dots is infinitely variable by can be a direct relationship to the characteristics of the landscape.
- Visible ground, the elevations are determined from the sight and measured while Obscured ground is predetermined through surveying
-Spot elevations can be connected into forms of either isolines, isobaths, or triangulation (describes the surface of the land through creating wireframes)
-Spot Elevations and Soundings are a representation of points rather than through the usage of lines; points have values associated and only through representational innovation can the numbers be transformed into readable topography

3 Points
- Spot/soundings give texture to the map and almost looks like textures of the water as well as the three dimension (giving a flat map more information.
-The usage of shading gives more emphasis on the depth and elevation than the topography that also seems to enhance the representation of the points.
-The second map displays advancements in the techniques of spottings where the soundings seem more calculated and follow the lines created from the new techniques.

Question:
If an elevation is below sea level but not covered in water would it be a spot elevation or sounding?

# data[].attributes.attachment_link.description
City of Alexandria, Virginia GIS Open Data

# data[].attributes.body
1. cross sections are described as a drawing cut to allow for the viewer to better understand the elevation, depth, and stuctural/materialistic composition of a plan drawing
2. "Taken together, the section and the plan, both two dimensional projections, describe the three dimensional subsurface condition"
3. section cut lines are best taken perpendicular  to the rock strike to give insight to structural and materialistic makeup with minimum distortion
4. sections often focus more on what is happening below ground and the changes in the topography
5. sections serve dual purpose of reconnaissance and measure.
reconnaissance: military observation of a region to locate an enemy or ascertain strategic features
6. describe the above and below ground properties best with emphasis on different layers, OR blend together to create one thickened ground
7. "design employs parallel projections and series to describe a locality and articulate movement across a landscape"
8. "Sections can be drawn through expressive line work alone or augmented with black fills, coded colors, textures, hatches, and raster images."

# data[].attributes.body
1) William Smth is cretited with the creating of the stratigraphic column as a representational tool for depicting layers that would otherwise be impossible to see, creating this unique world underground.
2) Color systems help to identify lithostratigraphic layers on geologic maps.
3)The  ground could be both an obstacle but also an opportunity to restructure.
4) By changing what's beneath the ground you are also changing what's on the surface as well.
5) "Relational information is layered through drawing, collapsing vertical elevations and subject matter to explain functionality and inform design decisions (Desimini 157)."