For earlier societies whose existence was largely supported
by farming, it becomes understandable that these societies would measure time
around the agricultural periods. Festivals are often intermingled with certain
agricultural events. Thus, these festivals will happen at the same time every
year, with year being a loose definition of how it is understood in western
culture. In Edmund Leach’s essay PrimitiveCalendars, he argues that the Triobanders do indeed have a fixed calendar
with an intercalary month every one to three years (1950: 252).
Leach analyzes the works of two giants in the study of
Triobandian culture, Malinowski and Austen, to determine whether or not the
Triobanders have a functional calendar. Leach fills in the gaps between
Malinowski and Austens data to form the decision that a calendar does exist and
makes up for the gap between the lunar and solar cycles (1950: 250).
To begin with, Leach defines intercalation as “the means
whereby the flexible lunar year is adjusted consciously or unconsciously in
relation to the fixed solar year as it
exists in Nature” (1950: 249). In the case of the Triobanders, the insertion of
an intercalary month is unconsciously made as there is no definition between
the lunar and solar cycles. The Triobanders base their year around the fixed
point of the Milamala festival, where
in they see the arrival of the palolo worm (1950: 251). Using Malinowskis and
Austens information, it is seen that there are four different areas, Vakuta,
Kitava, Kuboma, and Kiriwina, that have a scattered time period for the Milamala festival, with each having it
one month after the next and the cycle beginning nine lunar months later.
![]() |
| The Trioband Calendar System, Leach 1950: 253. |
It is especially interesting to see how Leach was able
to determine the calendar system of the Triobanders with information that was
already available to both Malinowski and Austen. Sometimes a fresh pair of eyes is needed to show otherwise looked over information.
References
Leach, Edmund. 1950. "Primitive Calendars." Oceania 20(4): 245-262.

No comments:
Post a Comment