Observed and forecast tracks: southern hemisphere 2023-24

Click on the name of the tropical cyclone to see a chart of the observed track and forecast tracks from the Met Office global model. Verification statistics on each tropical cyclone are available upon request from [email protected]. At the end of the season a verification report on the performance of the Met Office global model will be published.

South-West Indian (west of 90°E)
Name & ID Start & end dates Central pressure, 1-/10-minute MSW Comments on Met Office global model forecasts
Alvaro (04S) 31 December - 04 January 985 mb, 60/60 knots Longer lead time errors were large due to a slow bias.
Belal (05S) 11-19 January 964 mb, 90/80 knots Track forecasts were good with errors below the recent mean values.
Candice (08S) 24-28 January 985 mb, 50/50 knots Track forecast errors were low for Candice.
09S 31 January - 02 February 1001 mb, 35/30 knots Track forecast errors were close to the recent mean values. Tropical Storm status was only achieved according to JTWC.
Djoungou (13S) 15-20 February 922 mb, 125/115 knots Track forecast errors were large due to a slow bias in forecasts.
Eleanor (16S) 19-24 February 984 mb, 55/55 knots Track forecast errors were above the recent mean values due to a left-of-track bias in forecasts.
Filipo (17S) 10-14 March 983 mb, 60/60 knots Track forecast errors were low for this storm.
Gamane (20S) 25-28 March 970 mb, 90/80 knots Forecasts of the landfall and track of Gamane across Madagascar were poor.

Tropical cyclone names

South-west Indian observed tracks in 2023-24

Australian (90-160°E) - including Indonesia and PNG
Name & ID Start & end dates Central pressure, 1-/10-minute MSW Comments on Met Office global model forecasts

Jasper (03P)

05-15 December 938 mb, 120/105 knots Track forecasts were low at short lead times, but high at longer lead times due to a slow and right-of-track bias.
Anggrek (06S) 15-31 January 950 mb, 120/100 knots Track forecast errors were mostly low for this long-lived storm. The initial slow movement was well predicted, although forecasts were a little late in predicting the subsequent acceleration in forward speed resulting in a slow bias.
Kirrily (07P) 23 January - 02 February 978 mb, 65/65 knots Track forecast errors were near to or below the recent mean values.
Lincoln (14P) 15-24 February 997 mb, 40/35 knots Track forecast errors were small, but Lincoln was not a tropical storm for long.
Neville (18S) 11-24 March 952 mb, 115/95 knots Some early forecasts had a southwards bias, but after that track forecasts were good with errors mostly below the recent mean values.
Megan (19P) 15-18 March 967 mb, 95/70 knots Track forecast errors were below recent mean values.

Tropical Cyclone Names

Fiji (east of 160°E)
Name & ID Start & end dates Central pressure, 1-/10-minute MSW Comments on Met Office global model forecasts
Lola (01P) 21-26 October 930 mb, 120/115 knots There was a right-of-track bias resulting in large track forecast errors at some times.
Mal (02P) 13-16 November 965 mb, 75/70 knots Track forecast errors were low for this storm.
Nat (10P/06F) 05-08 February 985 mb, 50/50 knots Forecasts were a little slow resulting in larger errors at longer lead times.
Osai (11P/08F) 06-08 February 991 mb, 50/45 knots Osai was fairly short-lived and forecasts had a slow bias.
12P/05F 08-12 February 996 mb, 40/30 knots 12P was only considered to have reached tropical storm strength by JTWC and forecasts had a slow bias.
15P/10F 15-17 February 995 mb, 40/30 knots 15P was only considered to have reached tropical storm strength by JTWC and only lasted about a day.

Tropical Cyclone Names

Western Australian observed tracks in 2023-24

Eastern Australian observed tracks in 2023-24

South Atlantic
Name & ID Start & end dates Central pressure, 10-minute MSW Comments on Met Office global model forecasts

Akara (01Q)

16-22 February 994 mb, 45 knots Track forecast errors were small for this rare storm.

Tropical cyclone names

South Atlantic observed tracks in 2023-24

Note on estimated wind speeds

1-minute MSW: Maximum sustained wind (knots) averaged over one minute (JTWC Hawaii)
10-minute MSW: Maximum sustained wind (knots) averaged over 10 minutes (Southern Hemisphere RSMCs and TCWCs)

Note: Although 1-minute average winds should be stronger than 10-minute average, this may not be the case here since estimates are obtained from different warning centres using different analysis techniques.