Dataset Availability
: 2022-01-01T00:00:00Z--2025-09-26T00:00:00Z
Dataset Producer
:
[Copernicus](https://marine.copernicus.eu/)
Cadence
: 1 Day
Tags
:
[copernicus](https://developers.google.com/earth-engine/datasets/tags/copernicus) [daily](https://developers.google.com/earth-engine/datasets/tags/daily) [forecast](https://developers.google.com/earth-engine/datasets/tags/forecast) [oceans](https://developers.google.com/earth-engine/datasets/tags/oceans)
#### Description
The Operational Mercator Ocean biogeochemical global ocean analysis and
forecast system at 1/4 degree is providing 10 days of 3D global ocean
forecasts updated weekly. The time series is aggregated in time, in order
to reach a two full year's time series sliding window. This product
includes daily and monthly mean files of biogeochemical parameters
(chlorophyll, nitrate, phosphate, silicate, dissolved oxygen, dissolved
iron, primary production, phytoplankton, zooplankton, PH, and surface
partial pressure of carbon dioxide) over the global ocean. The global
ocean output files are displayed with a 1/4 degree horizontal resolution
with regular longitude/latitude equirectangular projection.
These products are provided on 50 vertical levels with
depths ranging from 0.49m to 5727.92m.
This dataset consists of nitrate, phosphate,
dissolved silicate, and dissolved iron concentrations.
### Bands
**Bands**
Pixel size: 27750 meters (all bands)
| Name | Units | Min | Max | Pixel Size | Description |
|---|---|---|---|---|---|
| `no3_depth1` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 1, 0.4940m) |
| `no3_depth2` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 2, 1.5414m) |
| `no3_depth3` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 3, 2.6457m) |
| `no3_depth4` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 4, 3.8195m) |
| `no3_depth5` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 5, 5.0782m) |
| `no3_depth6` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 6, 6.4406m) |
| `no3_depth7` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 7, 7.9296m) |
| `no3_depth8` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 8, 9.5730m) |
| `no3_depth9` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 9, 11.4050m) |
| `no3_depth10` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 10, 13.4671m) |
| `no3_depth11` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 11, 15.8101m) |
| `no3_depth12` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 12, 18.4956m) |
| `no3_depth13` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 13, 21.5988m) |
| `no3_depth14` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 14, 25.2114m) |
| `no3_depth15` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 15, 29.4447m) |
| `no3_depth16` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 16, 34.4342m) |
| `no3_depth17` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 17, 40.3441m) |
| `no3_depth18` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 18, 47.3737m) |
| `no3_depth19` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 19, 55.7643m) |
| `no3_depth20` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 20, 65.8073m) |
| `no3_depth21` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 21, 77.8539m) |
| `no3_depth22` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 22, 92.3261m) |
| `no3_depth23` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 23, 109.7293m) |
| `no3_depth24` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 24, 130.6660m) |
| `no3_depth25` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 25, 155.8507m) |
| `no3_depth26` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 26, 186.1256m) |
| `no3_depth27` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 27, 222.4752m) |
| `no3_depth28` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 28, 266.0403m) |
| `no3_depth29` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 29, 318.1274m) |
| `no3_depth30` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 30, 380.2130m) |
| `no3_depth31` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 31, 453.9377m) |
| `no3_depth32` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 32, 541.0889m) |
| `no3_depth33` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 33, 643.5668m) |
| `no3_depth34` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 34, 763.3331m) |
| `no3_depth35` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 35, 902.3393m) |
| `no3_depth36` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 36, 1062.4397m) |
| `no3_depth37` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 37, 1245.2911m) |
| `no3_depth38` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 38, 1452.2510m) |
| `no3_depth39` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 39, 1684.2844m) |
| `no3_depth40` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 40, 1941.8934m) |
| `no3_depth41` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 41, 2225.0779m) |
| `no3_depth42` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 42, 2533.3362m) |
| `no3_depth43` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 43, 2865.7026m) |
| `no3_depth44` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 44, 3220.8203m) |
| `no3_depth45` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 45, 3597.0320m) |
| `no3_depth46` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 46, 3992.4839m) |
| `no3_depth47` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 47, 4405.2241m) |
| `no3_depth48` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 48, 4833.2905m) |
| `no3_depth49` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 49, 5274.7842m) |
| `no3_depth50` | mmol/m\^3 | 0\* | 126.3\* | 27750 meters | Nitrate (depth 50, 5727.9165m) |
| `po4_depth1` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 1, 0.4940m) |
| `po4_depth2` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 2, 1.5414m) |
| `po4_depth3` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 3, 2.6457m) |
| `po4_depth4` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 4, 3.8195m) |
| `po4_depth5` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 5, 5.0782m) |
| `po4_depth6` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 6, 6.4406m) |
| `po4_depth7` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 7, 7.9296m) |
| `po4_depth8` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 8, 9.5730m) |
| `po4_depth9` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 9, 11.4050m) |
| `po4_depth10` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 10, 13.4671m) |
| `po4_depth11` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 11, 15.8101m) |
| `po4_depth12` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 12, 18.4956m) |
| `po4_depth13` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 13, 21.5988m) |
| `po4_depth14` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 14, 25.2114m) |
| `po4_depth15` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 15, 29.4447m) |
| `po4_depth16` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 16, 34.4342m) |
| `po4_depth17` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 17, 40.3441m) |
| `po4_depth18` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 18, 47.3737m) |
| `po4_depth19` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 19, 55.7643m) |
| `po4_depth20` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 20, 65.8073m) |
| `po4_depth21` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 21, 77.8539m) |
| `po4_depth22` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 22, 92.3261m) |
| `po4_depth23` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 23, 109.7293m) |
| `po4_depth24` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 24, 130.6660m) |
| `po4_depth25` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 25, 155.8507m) |
| `po4_depth26` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 26, 186.1256m) |
| `po4_depth27` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 27, 222.4752m) |
| `po4_depth28` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 28, 266.0403m) |
| `po4_depth29` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 29, 318.1274m) |
| `po4_depth30` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 30, 380.2130m) |
| `po4_depth31` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 31, 453.9377m) |
| `po4_depth32` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 32, 541.0889m) |
| `po4_depth33` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 33, 643.5668m) |
| `po4_depth34` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 34, 763.3331m) |
| `po4_depth35` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 35, 902.3393m) |
| `po4_depth36` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 36, 1062.4397m) |
| `po4_depth37` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 37, 1245.2911m) |
| `po4_depth38` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 38, 1452.2510m) |
| `po4_depth39` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 39, 1684.2844m) |
| `po4_depth40` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 40, 1941.8934m) |
| `po4_depth41` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 41, 2225.0779m) |
| `po4_depth42` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 42, 2533.3362m) |
| `po4_depth43` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 43, 2865.7026m) |
| `po4_depth44` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 44, 3220.8203m) |
| `po4_depth45` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 45, 3597.0320m) |
| `po4_depth46` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 46, 3992.4839m) |
| `po4_depth47` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 47, 4405.2241m) |
| `po4_depth48` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 48, 4833.2905m) |
| `po4_depth49` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 49, 5274.7842m) |
| `po4_depth50` | mmol/m\^3 | 0\* | 9.8\* | 27750 meters | Phosphate (depth 50, 5727.9165m) |
| `si_depth1` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 1, 0.4940m) |
| `si_depth2` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 2, 1.5414m) |
| `si_depth3` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 3, 2.6457m) |
| `si_depth4` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 4, 3.8195m) |
| `si_depth5` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 5, 5.0782m) |
| `si_depth6` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 6, 6.4406m) |
| `si_depth7` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 7, 7.9296m) |
| `si_depth8` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 8, 9.5730m) |
| `si_depth9` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 9, 11.4050m) |
| `si_depth10` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 10, 13.4671m) |
| `si_depth11` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 11, 15.8101m) |
| `si_depth12` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 12, 18.4956m) |
| `si_depth13` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 13, 21.5988m) |
| `si_depth14` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 14, 25.2114m) |
| `si_depth15` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 15, 29.4447m) |
| `si_depth16` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 16, 34.4342m) |
| `si_depth17` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 17, 40.3441m) |
| `si_depth18` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 18, 47.3737m) |
| `si_depth19` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 19, 55.7643m) |
| `si_depth20` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 20, 65.8073m) |
| `si_depth21` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 21, 77.8539m) |
| `si_depth22` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 22, 92.3261m) |
| `si_depth23` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 23, 109.7293m) |
| `si_depth24` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 24, 130.6660m) |
| `si_depth25` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 25, 155.8507m) |
| `si_depth26` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 26, 186.1256m) |
| `si_depth27` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 27, 222.4752m) |
| `si_depth28` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 28, 266.0403m) |
| `si_depth29` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 29, 318.1274m) |
| `si_depth30` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 30, 380.2130m) |
| `si_depth31` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 31, 453.9377m) |
| `si_depth32` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 32, 541.0889m) |
| `si_depth33` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 33, 643.5668m) |
| `si_depth34` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 34, 763.3331m) |
| `si_depth35` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 35, 902.3393m) |
| `si_depth36` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 36, 1062.4397m) |
| `si_depth37` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 37, 1245.2911m) |
| `si_depth38` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 38, 1452.2510m) |
| `si_depth39` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 39, 1684.2844m) |
| `si_depth40` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 40, 1941.8934m) |
| `si_depth41` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 41, 2225.0779m) |
| `si_depth42` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 42, 2533.3362m) |
| `si_depth43` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 43, 2865.7026m) |
| `si_depth44` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 44, 3220.8203m) |
| `si_depth45` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 45, 3597.0320m) |
| `si_depth46` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 46, 3992.4839m) |
| `si_depth47` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 47, 4405.2241m) |
| `si_depth48` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 48, 4833.2905m) |
| `si_depth49` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 49, 5274.7842m) |
| `si_depth50` | mmol/m\^3 | 0.26\* | 239.1\* | 27750 meters | Dissolved Silicate (depth 50, 5727.9165m) |
| `fe_depth1` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 1, 0.4940m) |
| `fe_depth2` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 2, 1.5414m) |
| `fe_depth3` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 3, 2.6457m) |
| `fe_depth4` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 4, 3.8195m) |
| `fe_depth5` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 5, 5.0782m) |
| `fe_depth6` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 6, 6.4406m) |
| `fe_depth7` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 7, 7.9296m) |
| `fe_depth8` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 8, 9.5730m) |
| `fe_depth9` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 9, 11.4050m) |
| `fe_depth10` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 10, 13.4671m) |
| `fe_depth11` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 11, 15.8101m) |
| `fe_depth12` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 12, 18.4956m) |
| `fe_depth13` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 13, 21.5988m) |
| `fe_depth14` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 14, 25.2114m) |
| `fe_depth15` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 15, 29.4447m) |
| `fe_depth16` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 16, 34.4342m) |
| `fe_depth17` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 17, 40.3441m) |
| `fe_depth18` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 18, 47.3737m) |
| `fe_depth19` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 19, 55.7643m) |
| `fe_depth20` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 20, 65.8073m) |
| `fe_depth21` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 21, 77.8539m) |
| `fe_depth22` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 22, 92.3261m) |
| `fe_depth23` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 23, 109.7293m) |
| `fe_depth24` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 24, 130.6660m) |
| `fe_depth25` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 25, 155.8507m) |
| `fe_depth26` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 26, 186.1256m) |
| `fe_depth27` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 27, 222.4752m) |
| `fe_depth28` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 28, 266.0403m) |
| `fe_depth29` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 29, 318.1274m) |
| `fe_depth30` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 30, 380.2130m) |
| `fe_depth31` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 31, 453.9377m) |
| `fe_depth32` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 32, 541.0889m) |
| `fe_depth33` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 33, 643.5668m) |
| `fe_depth34` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 34, 763.3331m) |
| `fe_depth35` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 35, 902.3393m) |
| `fe_depth36` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 36, 1062.4397m) |
| `fe_depth37` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 37, 1245.2911m) |
| `fe_depth38` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 38, 1452.2510m) |
| `fe_depth39` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 39, 1684.2844m) |
| `fe_depth40` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 40, 1941.8934m) |
| `fe_depth41` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 41, 2225.0779m) |
| `fe_depth42` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 42, 2533.3362m) |
| `fe_depth43` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 43, 2865.7026m) |
| `fe_depth44` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 44, 3220.8203m) |
| `fe_depth45` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 45, 3597.0320m) |
| `fe_depth46` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 46, 3992.4839m) |
| `fe_depth47` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 47, 4405.2241m) |
| `fe_depth48` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 48, 4833.2905m) |
| `fe_depth49` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 49, 5274.7842m) |
| `fe_depth50` | mmol/m\^3 | 0\* | 0.01\* | 27750 meters | Dissolved Iron (depth 50, 5727.9165m) |
\* estimated min or max value
### Terms of Use
**Terms of Use**
The data is provided free of charge by the Copernicus Marine Service.
Users must acknowledge the Copernicus Marine Service as the data source
when using the data. More details on the terms of use can be found on
the [Copernicus Marine Service website](https://marine.copernicus.eu/user-corner/service-commitments-and-licence).
### Citations
Citations:
- E.U. Copernicus Marine Service Information.
### Explore with Earth Engine
> [!NOTE]
> **Important:** Earth Engine is a platform for petabyte-scale scientific analysis and visualization of geospatial datasets, both for public benefit and for business and government users. Earth Engine is free to use for research, education, and nonprofit use. To get started, please [register for Earth Engine access.](https://console.cloud.google.com/earth-engine)
### Code Editor (JavaScript)
```javascript
var dataset = ee.ImageCollection("COPERNICUS/MARINE/GLOBAL_ANALYSISFORECAST_BGC_001_028/NUT")
.filter(ee.Filter.date('2022-01-01', '2023-01-01'));
var no3 = dataset.select('no3_depth1');
var no3Vis = {
min: 0,
max: 10,
palette: ['0000ff', '00ffff', 'ffff00', 'ff0000', 'ffffff'],
};
Map.setCenter(-140.5, 52.2, 2);
Map.addLayer(no3, no3Vis, 'Global BGC NUT Forecast');
```
[Open in Code Editor](https://code.earthengine.google.com/?scriptPath=Examples:Datasets/COPERNICUS/COPERNICUS_MARINE_GLOBAL_ANALYSISFORECAST_BGC_001_028_NUT) [Copernicus Global Ocean Bio-Geo-Chemical Forecast - NUT](https://developers.google.com/earth-engine/datasets/catalog/COPERNICUS_MARINE_GLOBAL_ANALYSISFORECAST_BGC_001_028_NUT) The Operational Mercator Ocean biogeochemical global ocean analysis and forecast system at 1/4 degree is providing 10 days of 3D global ocean forecasts updated weekly. The time series is aggregated in time, in order to reach a two full year's time series sliding window. This product includes daily and monthly ... COPERNICUS/MARINE/GLOBAL_ANALYSISFORECAST_BGC_001_028/NUT, copernicus,daily,forecast,oceans 2022-01-01T00:00:00Z/2025-09-26T00:00:00Z -90 -180 90 180 Google Earth Engine https://developers.google.com/earth-engine/datasets
- [](https://doi.org/https://marine.copernicus.eu/)
- [](https://doi.org/https://developers.google.com/earth-engine/datasets/catalog/COPERNICUS_MARINE_GLOBAL_ANALYSISFORECAST_BGC_001_028_NUT)