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785 datasets for “Global Change”
- Data.gov Catalog
Global Mangrove Loss Extent, Land Cover Change, and Loss Drivers, 2000-2016
ORNL_DAACUpdated 5 Nov 2026
This dataset provides estimates of the extent of mangrove loss, land cover change, and its anthropogenic or climatic …
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- Data.gov Catalog
Historical Land-Cover Change and Land-Use Conversions Global Dataset
DOC/NOAA/NESDIS/NCEI > National Centers for Environmental Information, NESDIS, NOAA, U.S. Department of CommerceUpdated 6 Sept 2012
… The dataset presented here takes into account land-cover change due to four major land-use/management activities …
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- VALUE
- Data.gov Catalog
Global-Gridded Daily Methane Emissions Climatology from Lake Systems, 2003-2015
ORNL_DAACUpdated 5 Nov 2026
… Global lake area was determined from the merger of HydroLAKES and Climate Change Initiative Inland-Water (CCI-IW …
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- data.gov.au
Global sea-level change as a method of correlating the Late Permian coal measures in the Sydney, Gunnedah, and Bowen Basins, eastern Australia
Geoscience Australia DataUpdated 16 Oct 2025
Eustatic changes in sea level can be used to correlate sequences in widely separated areas. Thick terrestrial sequences …
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- data.gov.au
Global sea-level change as a method of correlating the Late Permian coal measures in the Sydney, Gunnedah, and Bowen Basins, eastern Australia
Geoscience Australia DataUpdated 8 Jan 2026
Eustatic changes in sea level can be used to correlate sequences in widely separated areas. Thick terrestrial sequences …
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- data.gov.au
Global sea-level change as a method of correlating the Late Permian coal measures in the Sydney, Gunnedah, and Bowen Basins, eastern Australia
Geoscience Australia DataUpdated 20 Jan 2026
Eustatic changes in sea level can be used to correlate sequences in widely separated areas. Thick terrestrial sequences …
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- data.gov.au
Global sea-level change as a method of correlating the Late Permian coal measures in the Sydney, Gunnedah, and Bowen Basins, eastern Australia
Geoscience Australia DataUpdated 2 Mar 2026
Eustatic changes in sea level can be used to correlate sequences in widely separated areas. Thick terrestrial sequences …
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- data.gov.au
Global sea-level change as a method of correlating the Late Permian coal measures in the Sydney, Gunnedah, and Bowen Basins, eastern Australia
Geoscience Australia DataUpdated 7 Mar 2026
Eustatic changes in sea level can be used to correlate sequences in widely separated areas. Thick terrestrial sequences …
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- data.gov.au
Global sea-level change as a method of correlating the Late Permian coal measures in the Sydney, Gunnedah, and Bowen Basins, eastern Australia
Geoscience Australia DataUpdated 25 Mar 2026
Eustatic changes in sea level can be used to correlate sequences in widely separated areas. Thick terrestrial sequences …
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- data.gov.au
Global sea-level change as a method of correlating the Late Permian coal measures in the Sydney, Gunnedah, and Bowen Basins, eastern Australia
Geoscience Australia DataUpdated 20 Apr 2026
Eustatic changes in sea level can be used to correlate sequences in widely separated areas. Thick terrestrial sequences …
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- data.gov.au
Global sea-level change as a method of correlating the Late Permian coal measures in the Sydney, Gunnedah, and Bowen Basins, eastern Australia
Geoscience Australia DataUpdated 30 Apr 2026
Eustatic changes in sea level can be used to correlate sequences in widely separated areas. Thick terrestrial sequences …
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- data.gov.au
Global sea-level change as a method of correlating the Late Permian coal measures in the Sydney, Gunnedah, and Bowen Basins, eastern Australia
Australian Ocean Data NetworkUpdated 20 Dec 2025
Eustatic changes in sea level can be used to correlate sequences in widely separated areas. Thick terrestrial sequences …
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- data.gov.au
Global sea-level change as a method of correlating the Late Permian coal measures in the Sydney, Gunnedah, and Bowen Basins, eastern Australia
Australian Ocean Data NetworkUpdated 11 Jan 2026
Eustatic changes in sea level can be used to correlate sequences in widely separated areas. Thick terrestrial sequences …
- HTML
- data.gov.au
Global sea-level change as a method of correlating the Late Permian coal measures in the Sydney, Gunnedah, and Bowen Basins, eastern Australia
Australian Ocean Data NetworkUpdated 23 Jan 2026
Eustatic changes in sea level can be used to correlate sequences in widely separated areas. Thick terrestrial sequences …
- HTML
- data.gov.au
Global sea-level change as a method of correlating the Late Permian coal measures in the Sydney, Gunnedah, and Bowen Basins, eastern Australia
Australian Ocean Data NetworkUpdated 12 Feb 2026
Eustatic changes in sea level can be used to correlate sequences in widely separated areas. Thick terrestrial sequences …
- HTML
- data.gov.au
Global sea-level change as a method of correlating the Late Permian coal measures in the Sydney, Gunnedah, and Bowen Basins, eastern Australia
Australian Ocean Data NetworkUpdated 5 Mar 2026
Eustatic changes in sea level can be used to correlate sequences in widely separated areas. Thick terrestrial sequences …
- HTML
- data.gov.au
Global sea-level change as a method of correlating the Late Permian coal measures in the Sydney, Gunnedah, and Bowen Basins, eastern Australia
Australian Ocean Data NetworkUpdated 16 Mar 2026
Eustatic changes in sea level can be used to correlate sequences in widely separated areas. Thick terrestrial sequences …
- HTML
- data.gov.au
Global sea-level change as a method of correlating the Late Permian coal measures in the Sydney, Gunnedah, and Bowen Basins, eastern Australia
Australian Ocean Data NetworkUpdated 29 Mar 2026
Eustatic changes in sea level can be used to correlate sequences in widely separated areas. Thick terrestrial sequences …
- HTML
- data.gov.au
Global sea-level change as a method of correlating the Late Permian coal measures in the Sydney, Gunnedah, and Bowen Basins, eastern Australia
Australian Ocean Data NetworkUpdated 4 Apr 2026
Eustatic changes in sea level can be used to correlate sequences in widely separated areas. Thick terrestrial sequences …
- HTML
- data.gov.au
Global sea-level change as a method of correlating the Late Permian coal measures in the Sydney, Gunnedah, and Bowen Basins, eastern Australia
Australian Ocean Data NetworkUpdated 10 Apr 2026
Eustatic changes in sea level can be used to correlate sequences in widely separated areas. Thick terrestrial sequences …
- HTML