Indonesia's agricultural production sector is very important to the nationa
l economy, especially rice paddy production, which provides the staple food
for the populace. Farm and plantation crops are heavily dependent on rainf
all, with the 1997/1998 Fl Nino event and associated drought producing loss
es to the economy of US$2.75 billion in that area alone. Using rice product
ion and rainfall data extending back to 1950 for the 27 Indonesian province
s, this paper examines temporal and spatial relationships across Indonesia
between El Nino-Southern Oscillation (ENSO) induced rainfall variability an
d rice crop production, along with some possibilities for crop forecasting
using simple lag correlation techniques.