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SunnyDays

ERA5 almanac comparison — 8 years of real data

Palm Desert vs Tampa: weather in June

Palm Desert is the clear winner for sun in June: 98% of days historically clear versus just 6% in Tampa — a 92-point gap across 8 years of ERA5 data. Tampa also sees measurably more rain than Palm Desert this month (74% vs 0% of days). This isn't close.

What you are reading: 8-year historical averages, not a forecast. Either destination can still surprise you this specific June. For the actual forecast right now, each destination links to its live page below.

Palm Desert

CA

Clear days, June
98%
Sample size
n=240 days
Avg high
104°F
Early June (1st–15th)
98%
Late June (16th–end)
98%
Rain frequency
0% of days
See the live forecast →

Tampa

FL

Clear days, June
6%
Sample size
n=240 days
Avg high
88°F
Early June (1st–15th)
5%
Late June (16th–end)
8%
Rain frequency
74% of days
See the live forecast →

Frequently asked

Is Palm Desert or Tampa warmer in June?

Palm Desert runs warmer by day in June. Palm Desert averages highs of 104°F (highs n=240 days); Tampa averages highs of 88°F (highs n=240 days) (ERA5 2018–2025). Historical averages, not a forecast.

Does it rain more in Palm Desert or Tampa in June?

Tampa is measurably wetter than Palm Desert. Days with measurable rain: Palm Desert 0%, Tampa 74% (n=240 and n=240 days). ERA5 2018–2025; historical, not a forecast.

Which is sunnier in June, Palm Desert or Tampa?

Palm Desert is the clear winner for sun in June: 98% of days historically clear versus just 6% in Tampa — a 92-point gap across 8 years of ERA5 data. Tampa also sees measurably more rain than Palm Desert this month (74% vs 0% of days). This isn't close.

Compare Palm Desert vs Tampa in another month

All percentages are historical averages from the ERA5 reanalysis via Open-Meteo, 8 full years (2018–2025). “Clear” means avg high ≥ 72 °F, precipitation < 1 mm, and a non-precipitation weather code. This is history, not a forecast. The live forecast for any destination is on its own page and may differ from the long-run average. Data from Open-Meteo.