A simple script to produce the table below:
from pygmt.datasets.load_remote_dataset import datasets
print("| dataset | title | name | long_name |")
print("|---|---|---|---|")
for name, dataset in datasets.items():
print("|", " | ".join([name, dataset.title, dataset.name, dataset.long_name]), "|")
| dataset |
title |
name |
long_name |
| earth_age |
seafloor age |
seafloor_age |
age of seafloor crust |
| earth_free_air_anomaly |
free air anomaly |
free_air_anomaly |
IGPP Earth Free-Air Anomaly |
| earth_geoid |
Earth geoid |
earth_geoid |
EGM2008 Earth Geoid |
| earth_magnetic_anomaly |
Earth magnetic anomaly |
magnetic_anomaly |
Earth magnetic anomaly |
| earth_mask |
Earth mask |
earth_mask |
Mask of land and water features |
| earth_relief |
Earth relief |
elevation |
Earth elevation relative to the geoid |
| earth_vgg |
Earth vertical gravity gradient |
earth_vgg |
IGPP Earth Vertical Gravity Gradient |
| earth_wdmam |
WDMAM magnetic anomaly |
wdmam |
World Digital Magnetic Anomaly Map |