7-Night Cruise on Viking NeptuneItalian Sojourn - Weather

Join Viking Cruises's Viking Neptune for a 7-night voyage on the Italian Sojourn route, setting out from Civitavecchia, Italy on March 5, 2027. It's a classic Mediterranean cruise. Travelers sailing in March can generally expect mild, changeable weather that can turn cool and wet. Ports of call include Civitavecchia, Italy, Naples, Italy, Messina, Sicily, with 4 more along the way. The forecasts below break the weather down port by port.

1. Day 1 — Friday, Mar 5, 2027 — Civitavecchia, Italy

   Civitavecchia, Italy is a scheduled port of call on day 1 of the 7-night Italian Sojourn cruise on Viking Neptune. Expected weather: partially cloudy with highs near 56°F.

2. Day 2 — Saturday, Mar 6, 2027 — Naples, Italy

   Naples, Italy is a scheduled port of call on day 2 of the 7-night Italian Sojourn cruise on Viking Neptune. Expected weather: partially cloudy with highs near 56°F.

3. Day 3 — Sunday, Mar 7, 2027 — Messina, Sicily

   Messina, Sicily is a scheduled port of call on day 3 of the 7-night Italian Sojourn cruise on Viking Neptune. Expected weather: partially cloudy with highs near 58°F.

4. Day 4 — Monday, Mar 8, 2027 — Crotone, Italy

   Crotone, Italy is a scheduled port of call on day 4 of the 7-night Italian Sojourn cruise on Viking Neptune. Expected weather: partially cloudy with highs near 58°F.

5. Day 5 — Tuesday, Mar 9, 2027 — Bari, Italy

   Bari, Italy is a scheduled port of call on day 5 of the 7-night Italian Sojourn cruise on Viking Neptune. Expected weather: partially cloudy with highs near 60°F.

6. Day 6 — Wednesday, Mar 10, 2027 — Sibenik, Croatia

   Sibenik, Croatia is a scheduled port of call on day 6 of the 7-night Italian Sojourn cruise on Viking Neptune. Expected weather: partially cloudy with highs near 56°F.

7. Day 7 — Thursday, Mar 11, 2027 — Venice, Italy

   Venice, Italy is a scheduled port of call on day 7 of the 7-night Italian Sojourn cruise on Viking Neptune. Expected weather: partially cloudy with highs near 51°F.