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GEO 106 (85)
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# chpt 6 - Time, Space, and Time‐Space.docx

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School
Ryerson University
Department
Geography
Course
GEO 106
Professor
Maria Piccioni
Semester
Summer

Description
Chapter 6: Time, Space, and Time‐Space Time as well as Space - Organization of time - Shape of time‐space prisms - Time space constraints - Elastic space The Organization of Time  Obligatory time: used to do necessary things such as eating, personal hygiene, sleeping and working.  Discretionary Time: used for things, which you can choose to do or not to do o About 2/3 of your time is spend doing obligatory activities and the 1/3 is spent on discretionary activities o The notable thing about the structure and quantity of time we have is that it is a fixed quantity: we cannot make more time. The Arrow of Time  Arrow of time: Simply means that you cannot go backwards, sideways, or remain stationary in time as you can do in space. You can only move forward in time. o Time not only has quantity, but it has direction  The arrow of time constrains when you can be where in space, and leads us to the related constructs of the time-space totality, time-space prisms and time-space paths. Time‐Space Totality  When we add arrow of time to space, we get time-space totality – it’s within this time-space totality that we all must function  Can be represented by a 3D cube, whose vertical axis is calibrated in time (0-24hrs) and whose other two horizontal axis are calibrated in space. o Therefore, the vertical axis represents the arrow of time and the horizontal axes represent the spatial dimension.  The most usual use of the time-space totality is to calibrate the time with space axes to encompass your daily routine – also called activity space, focused on home, with work, recreation, and shopping locations.  The time-space cube is a useful tool for understanding the possible range of people’s behaviour.  Other tools also have been developed to analyze people’s behaviour in time and space, these are the time-space prism and the time-space path. - Figure 6.1 Time Space Totality pp. 140 Time‐Space Prisms As with the time-space totality, we start the time-space diagram with time on the vertical axis and location (here call “stations”) on the horizontal axis.  While we all start the day facing our time space totality cube, we can only gain access to a very small piece of that cube called the time-space prism.  The extent or size of the prism, the opportunities potentially open to us, are controlled by the friction of distance – our means of overcoming the friction of distance and moving through the time-space totality  Two qualities of these idealized prisms are important: 1. The slope of the lines comprising the prisms reflect the speed at which the friction of distance can be overcome, hence the size of the resulting prism and the number of opportunities available (in space) o The steeper the line, the slower one moves in space (smaller prism, less opportunities) o The shallower the line the faster one moves (larger pri
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