Lecture 2/17

Overview of Classic Period Maya Beyond Ritual and Religion

  • Discussion on the foundations of the classic Maya civilization focusing on engineering, writing, and mathematics.

Introduction to Lecture Topics

  • Overview and importance of the following topics:
    • Classic Maya site planning and architecture.
    • Writing systems and hieroglyphs.
    • Basic mathematics and calendar systems.
  • Noted that more in-depth studies are available in specialized courses.
    • Acknowledgment of extensive topics in Maya glyph studies.

Site Planning and Architecture

  • Deliberate Urban Planning

    • Evidence indicates systematic urban layout in Maya cities.
    • Monuments follow specific arrangements according to cardinal directions (East-West, North-South).
    • Key components of urban centers include:
    • Large temples.
    • Open public plazas.
    • Administrative buildings and ball courts.

  • Karakol as a Case Study

    • Map produced in the 1980s using traditional measuring techniques (tape and compass).
    • Importance of modern technology in understanding and mapping sites.
    • Key features highlighted:
    • Monuments and plazas.
    • Construction of reservoirs (aguadas) and ancient roadways (Sakbe).

  • Role of Technology in Archaeology (LiDAR)

    • Description of LiDAR technology:
    • Airborne laser scanning to create 3D maps of the earth's surface.
    • Ability to “peel away” modern obstructions to reveal ancient structures.
    • LiDAR's contributions to archaeological understanding beyond visual obstacles.

  • Visual Analysis of the LiDAR Map of Karakol

    • Observation of topography with hills and elevation changes around the city.
    • Distinct features noted:
    • Sizeable temples and their dimensions compared to surrounding small houses.
    • Identification of raised roads as ancient Sakbe and their distinguishing characteristics.
    • Recognition of agricultural terraces and their role in sustaining large populations.

  • Architectural Modifications and Techniques

    • Description of modifications to the landscape and structural support:
    • Construction material used included stones, wood, and mud plaster.
    • Corbel vault technique explained:
      • Difference between corbel vault and true arch.
      • Construction method through slant-cut stones layering inward to form a vault shape.

  • Significance of Elite Architecture

    • Construction often commissioned by kings and elites, showcasing socio-political hierarchies.
    • Evidence of internal planning within elite structures, such as rooms and entrances.

Maya Writing and Hieroglyphs

  • Role of High Status Individuals in Writing

    • Most inscriptions related to elite lives (kings, queens, lineages, warfare).
    • Description of glyphs on stone monuments and pottery.

  • Political Structure of Maya Cities

    • Each Maya city operated independently with its royal court and king (Cajal Ahaw).
    • Kings depicted as divine leaders, overseeing both political and spiritual matters.

  • Emblem Glyphs

    • Definition and importance:
    • Used to communicate the political identity of a city and its ruler.
    • Crucial for understanding political relationships and hierarchies.
    • Structure of emblem glyphs:
    • Composed of two parts:
      • First part often includes three glyphs indicating 'divine king'.
      • Main glyph representing the name of the city or ruler.

  • Examples of Emblem Glyphs

    • Kalakmul (Snake Kingdom) and others, showcasing uniqueness and diversity in representation.

Classic Maya Mathematics

  • Mathematical Systems Overview

    • High complexity in Maya mathematics vs. other ancient cultures (e.g. Romans).

  • Maya Counting System

    • Base 20 system (majestimal system), utilizing three symbols:
    • Dot = 1
    • Bar = 5
    • Shell = 0
    • Written from top to bottom, unlike left to right in modern systems.

  • Calculation Examples

    • Demonstration of converting base-20 numbers into decimal for calculations such as addition and multiplication.

Calendar Systems of the Maya

  • Overview of Different Calendar Systems

    • Cyclical view of time mirrored in calendar structures.

  • Zolkin Calendar

    • Composed of 260 days (20 names and 13 numbers).
    • Important for ritual and religious cycles, similar to contemporary practices in parts of Guatemala.

  • Hav Calendar

    • Solar calendar, equivalent to modern 365-day system scored with 18 months of 20 days each and 5 additional inauspicious days (Wayab).

  • Calendar Round

    • Combination of Zolkin and Hav systems creating a 52-year cycle for ceremonies and rituals.

  • The Long Count Calendar

    • Unique system that allows for the tracking of linear time, tied to political histories.
    • Structure includes a hierarchy of units: K’in, Winal, Tun, K’atun, Baktun.
    • Clarification of myths surrounding the 13th Baktun and cyclical nature of Maya timekeeping.

Conclusion and Next Steps

  • Announcement of no in-person recitation for the week.
    • Reminder about the forthcoming quiz covering Week 3 to the current lecture topics.
  • Reminder to engage with the upcoming assignment involving emblem glyph design and creative interpretation.