Tides come from the gravitational pull of both the Moon and Sun, and we can see both at work here: the diagonals are lunar days (24h 50min) drifting against our 24h clock. The brightening/dimming bands are the spring–neap cycle. When the Sun and Moon line up, their pulls reinforce; when they’re at right angles, they partly cancel out.
This is great! I’d much rather glance at this and relatively know the tides rather than looking them up every day. Maybe you can break it down into each month of each location? If you did that and posted them on an easy to use website, I guarantee you’ll have a ton of recurring visitors.
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Tides come from the gravitational pull of both the Moon and Sun, and we can see both at work here: the diagonals are lunar days (24h 50min) drifting against our 24h clock. The brightening/dimming bands are the spring–neap cycle. When the Sun and Moon line up, their pulls reinforce; when they’re at right angles, they partly cancel out.
Source: NOAA CO-OPS 2024 [https://tidesandcurrents.noaa.gov/](https://tidesandcurrents.noaa.gov/)
Tools: Python (pandas, NumPy, matplotlib)
Explore the data: [https://data.tablepage.ai/d/us-daily-tide-levels-at-12-coastal-stations-2024](https://data.tablepage.ai/d/us-daily-tide-levels-at-12-coastal-stations-2024)
Such a cool visualization
This is great! I’d much rather glance at this and relatively know the tides rather than looking them up every day. Maybe you can break it down into each month of each location? If you did that and posted them on an easy to use website, I guarantee you’ll have a ton of recurring visitors.