To understand associations of ENSO/IOD with Thailand rainfall, canonical correlation
analysis was performed for monthly rainfall anomaly and corresponding ENSO/DMI indices
observed in different month lags, from zero to twelve month earlier. The analysis was done
separately for four month intervals (DJF, MAM, JJA, and SON) using observations from all
stations. First CAN patterns for month lag showing the highest canonical correlation were
used to determine ENSO and DMI indices influencing seasonal rainfall anomaly.
To understand associations of land cover changes with Thailand climate, canonical
correlation analysis was performed for a set of meteorological variables and a set of spatial
fractions of different land covers, including urban/bare soils, grasses/cereal crops, broadleaf
crops, forests, and savannahs. Shrub fraction was negligible because it accounted for less
than four percent in all studied locations.
Understanding associations of aerosols with Thailand rainfall
To understand associations of ENSO/IOD with Thailand rainfall, canonical correlation
analysis was performed for monthly rainfall anomaly and corresponding ENSO/DMI indices
observed in different month lags, from zero to twelve month earlier. The analysis was done
separately for four month intervals (DJF, MAM, JJA, and SON) using observations from all
stations. First CAN patterns for month lag showing the highest canonical correlation were
used to determine ENSO and DMI indices influencing seasonal rainfall anomaly.
To understand associations of land cover changes with Thailand climate, canonical
correlation analysis was performed for a set of meteorological variables and a set of spatial
fractions of different land covers, including urban/bare soils, grasses/cereal crops, broadleaf
crops, forests, and savannahs. Shrub fraction was negligible because it accounted for less
than four percent in all studied locations.
Understanding associations of aerosols with Thailand rainfall
การแปล กรุณารอสักครู่..