ARCHIVE // NR // TIME-SERIES
Environment - current issues
Nauru — 35 years of data
Historical Values
| Year | Value |
|---|---|
| 1990 | only 53 km south of Equator |
| 1991 | only 53 km south of Equator |
| 1992 | only 53 km south of Equator |
| 1993 | only 53 km south of Equator |
| 1994 | current issues: limited water resources, roof storage tanks collect rainwater; phosphate mining threatens limited remaining land resources natural hazards: rainfall is erratic international agreements: party to - Biodiversity, Climate Change, Marine Dumping; signed, but not ratified - Law of the Sea |
| 1995 | current issues: limited natural fresh water resources, roof storage tanks collect rainwater; phosphate mining threatens limited remaining land resources natural hazards: periodic droughts international agreements: party to - Biodiversity, Climate Change, Marine Dumping; signed, but not ratified - Law of the Sea |
| 1996 | current issues: limited natural fresh water resources, roof storage tanks collect rainwater; phosphate mining threatens limited remaining land resources natural hazards: periodic droughts international agreements: party to - Biodiversity, Climate Change, Marine Dumping; signed, but not ratified - Law of the Sea |
| 1997 | limited natural fresh water resources, roof storage tanks collect rainwater; phosphate mining threatens limited remaining land resources |
| 1998 | limited natural fresh water resources, roof storage tanks collect rainwater; intensive phosphate mining during the past 90 years-mainly by a UK, Australia, and New Zealand consortium-has left the central 90% of Nauru a wasteland and threatens limited remaining land resources |
| 1999 | limited natural fresh water resources, roof storage tanks collect rainwater; intensive phosphate mining during the past 90 years--mainly by a UK, Australia, and New Zealand consortium--has left the central 90% of Nauru a wasteland and threatens limited remaining land resources |
| 2000 | limited natural fresh water resources, roof storage tanks collect rainwater, but mostly dependent on a single, aging desalination plant; intensive phosphate mining during the past 90 years - mainly by a UK, Australia, and New Zealand consortium - has left the central 90% of Nauru a wasteland and threatens limited remaining land resources |
| 2001 | limited natural fresh water resources, roof storage tanks collect rainwater, but mostly dependent on a single, aging desalination plant; intensive phosphate mining during the past 90 years - mainly by a UK, Australia, and NZ consortium - has left the central 90% of Nauru a wasteland and threatens limited remaining land resources |
| 2002 | limited natural fresh water resources, roof storage tanks collect rainwater, but mostly dependent on a single, aging desalination plant; intensive phosphate mining during the past 90 years - mainly by a UK, Australia, and NZ consortium - has left the central 90% of Nauru a wasteland and threatens limited remaining land resources |
| 2003 | limited natural fresh water resources, roof storage tanks collect rainwater, but mostly dependent on a single, aging desalination plant; intensive phosphate mining during the past 90 years - mainly by a UK, Australia, and NZ consortium - has left the central 90% of Nauru a wasteland and threatens limited remaining land resources |
| 2004 | limited natural fresh water resources, roof storage tanks collect rainwater, but mostly dependent on a single, aging desalination plant; intensive phosphate mining during the past 90 years - mainly by a UK, Australia, and NZ consortium - has left the central 90% of Nauru a wasteland and threatens limited remaining land resources |
| 2005 | limited natural fresh water resources, roof storage tanks collect rainwater, but mostly dependent on a single, aging desalination plant; intensive phosphate mining during the past 90 years - mainly by a UK, Australia, and NZ consortium - has left the central 90% of Nauru a wasteland and threatens limited remaining land resources |
| 2006 | limited natural fresh water resources, roof storage tanks collect rainwater, but mostly dependent on a single, aging desalination plant; intensive phosphate mining during the past 90 years - mainly by a UK, Australia, and NZ consortium - has left the central 90% of Nauru a wasteland and threatens limited remaining land resources |
| 2007 | limited natural fresh water resources, roof storage tanks collect rainwater, but mostly dependent on a single, aging desalination plant; intensive phosphate mining during the past 90 years - mainly by a UK, Australia, and NZ consortium - has left the central 90% of Nauru a wasteland and threatens limited remaining land resources |
| 2008 | limited natural fresh water resources, roof storage tanks collect rainwater, but mostly dependent on a single, aging desalination plant; intensive phosphate mining during the past 90 years - mainly by a UK, Australia, and NZ consortium - has left the central 90% of Nauru a wasteland and threatens limited remaining land resources |
| 2009 | limited natural fresh water resources, roof storage tanks collect rainwater but mostly dependent on a single, aging desalination plant; intensive phosphate mining during the past 90 years - mainly by a UK, Australia, and NZ consortium - has left the central 90% of Nauru a wasteland and threatens limited remaining land resources |
| 2010 | limited natural fresh water resources, roof storage tanks collect rainwater but mostly dependent on a single, aging desalination plant; intensive phosphate mining during the past 90 years - mainly by a UK, Australia, and NZ consortium - has left the central 90% of Nauru a wasteland and threatens limited remaining land resources |
| 2011 | limited natural freshwater resources, roof storage tanks collect rainwater but mostly dependent on a single, aging desalination plant; intensive phosphate mining during the past 90 years - mainly by a UK, Australia, and NZ consortium - has left the central 90% of Nauru a wasteland and threatens limited remaining land resources |
| 2012 | limited natural freshwater resources, roof storage tanks collect rainwater but mostly dependent on a single, aging desalination plant; intensive phosphate mining during the past 90 years - mainly by a UK, Australia, and NZ consortium - has left the central 90% of Nauru a wasteland and threatens limited remaining land resources |
| 2013 | limited natural freshwater resources, roof storage tanks collect rainwater but mostly dependent on a single, aging desalination plant; intensive phosphate mining during the past 90 years - mainly by a UK, Australia, and NZ consortium - has left the central 90% of Nauru a wasteland and threatens limited remaining land resources |
| 2014 | limited natural freshwater resources, roof storage tanks collect rainwater but mostly dependent on a single, aging desalination plant; intensive phosphate mining during the past 90 years - mainly by a UK, Australia, and NZ consortium - has left the central 90% of Nauru a wasteland and threatens limited remaining land resources |
| 2015 | limited natural freshwater resources, roof storage tanks collect rainwater but mostly dependent on a single, aging desalination plant; a century of intensive phosphate mining beginning in 1906 - mainly by a UK, Australia, and NZ consortium - left the central 90% of Nauru a wasteland and threatens limited remaining land resources |
| 2016 | limited natural freshwater resources, roof storage tanks collect rainwater but mostly dependent on a single, aging desalination plant; a century of intensive phosphate mining beginning in 1906 - mainly by a UK, Australia, and NZ consortium - left the central 90% of Nauru a wasteland and threatens limited remaining land resources |
| 2017 | limited natural freshwater resources, roof storage tanks collect rainwater but mostly dependent on a single, aging desalination plant; a century of intensive phosphate mining beginning in 1906 - mainly by a UK, Australia, and NZ consortium - left the central 90% of Nauru a wasteland and threatens limited remaining land resources |
| 2018 | limited natural freshwater resources, roof storage tanks that collect rainwater and desalination plants provide water; a century of intensive phosphate mining beginning in 1906 left the central 90% of Nauru a wasteland; cadmium residue, phosphate dust, and other contaminants have caused air and water pollution with negative impacts on health; climate change has brought on rising sea levels and inland water shortages |
| 2019 | limited natural freshwater resources, roof storage tanks that collect rainwater and desalination plants provide water; a century of intensive phosphate mining beginning in 1906 left the central 90% of Nauru a wasteland; cadmium residue, phosphate dust, and other contaminants have caused air and water pollution with negative impacts on health; climate change has brought on rising sea levels and inland water shortages |
| 2020 | limited natural freshwater resources, roof storage tanks that collect rainwater and desalination plants provide water; a century of intensive phosphate mining beginning in 1906 left the central 90% of Nauru a wasteland; cadmium residue, phosphate dust, and other contaminants have caused air and water pollution with negative impacts on health; climate change has brought on rising sea levels and inland water shortages |
| 2021 | limited natural freshwater resources, roof storage tanks that collect rainwater and desalination plants provide water; a century of intensive phosphate mining beginning in 1906 left the central 90% of Nauru a wasteland; cadmium residue, phosphate dust, and other contaminants have caused air and water pollution with negative impacts on health; climate change has brought on rising sea levels and inland water shortages |
| 2022 | limited natural freshwater resources, roof storage tanks that collect rainwater and desalination plants provide water; a century of intensive phosphate mining beginning in 1906 left the central 90% of Nauru a wasteland; cadmium residue, phosphate dust, and other contaminants have caused air and water pollution with negative impacts on health; climate change has brought on rising sea levels and inland water shortages |
| 2023 | limited natural freshwater resources, roof storage tanks that collect rainwater and desalination plants provide water; a century of intensive phosphate mining beginning in 1906 left the central 90% of Nauru a wasteland; cadmium residue, phosphate dust, and other contaminants have caused air and water pollution with negative impacts on health; climate change has brought on rising sea levels and inland water shortages |
| 2024 | limited natural freshwater resources, roof storage tanks that collect rainwater and desalination plants provide water; a century of intensive phosphate mining beginning in 1906 left the central 90% of Nauru a wasteland; cadmium residue, phosphate dust, and other contaminants have caused air and water pollution with negative impacts on health; climate change has brought on rising sea levels and inland water shortages |