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Save the Mekong Delta from drowning

Save the Mekong Delta from drowning
Save the Mekong Delta from drowning
Owing to only a few decades of human influence and unsustainable management of the Mekong River basin’s natural resources, the Mekong Delta is receding rapidly. Most of the delta landform, home to 17 million people and an economic powerhouse, could slip below sea level by 2100. Avoiding such a catastrophic impact will require concerted actions that acknowledge root causes for land
loss and the global importance of the delta landform. Deltas persist and grow if sediment supply from an upstream river basin builds delta land at the same or greater rates than land is submerged by relative sea-level rise and erosion. With more rapid sea-level rise, more sediment resources are needed to maintain the current extent of the delta. Only improved coordination of governance and investments, informed by science, will provide the delta with those critical resources.
0036-8075
583-585
Kondolf, G.M.
6db53710-6df9-4034-83d6-a731c0866825
Schmitt, R
965306b9-3c8f-4329-a6e8-4dea7494e59a
Carling, Paul
8d252dd9-3c88-4803-81cc-c2ec4c6fa687
Goichot, Marc
384450e9-5781-4fb8-b37d-65b2da9e41d6
Arias, M
05510d2d-43e2-4764-a480-0aa30ee6841b
Bizzi, S
6da6ecef-d4c6-4d08-a2a4-5a6b6a122bfa
Castelletti, A
e7cd7fae-ac68-4ab4-b707-8067fb6e7405
Cochrane, T
2c6011cd-1a14-4ce3-8f83-27df7bb4641a
Darby, Stephen
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Kummu, Matti
b663f033-34e2-45e4-a5a3-d9987f72ca3b
Minderhoud, Philip
ac089d1b-a813-4ab4-81c0-d3541e70ad74
Kondolf, G.M.
6db53710-6df9-4034-83d6-a731c0866825
Schmitt, R
965306b9-3c8f-4329-a6e8-4dea7494e59a
Carling, Paul
8d252dd9-3c88-4803-81cc-c2ec4c6fa687
Goichot, Marc
384450e9-5781-4fb8-b37d-65b2da9e41d6
Arias, M
05510d2d-43e2-4764-a480-0aa30ee6841b
Bizzi, S
6da6ecef-d4c6-4d08-a2a4-5a6b6a122bfa
Castelletti, A
e7cd7fae-ac68-4ab4-b707-8067fb6e7405
Cochrane, T
2c6011cd-1a14-4ce3-8f83-27df7bb4641a
Darby, Stephen
4c3e1c76-d404-4ff3-86f8-84e42fbb7970
Kummu, Matti
b663f033-34e2-45e4-a5a3-d9987f72ca3b
Minderhoud, Philip
ac089d1b-a813-4ab4-81c0-d3541e70ad74

Kondolf, G.M., Schmitt, R, Carling, Paul, Goichot, Marc, Arias, M, Bizzi, S, Castelletti, A, Cochrane, T, Darby, Stephen, Kummu, Matti and Minderhoud, Philip (2022) Save the Mekong Delta from drowning. Science, 376 (6593), 583-585. (doi:10.1126/science.abm5176).

Record type: Article

Abstract

Owing to only a few decades of human influence and unsustainable management of the Mekong River basin’s natural resources, the Mekong Delta is receding rapidly. Most of the delta landform, home to 17 million people and an economic powerhouse, could slip below sea level by 2100. Avoiding such a catastrophic impact will require concerted actions that acknowledge root causes for land
loss and the global importance of the delta landform. Deltas persist and grow if sediment supply from an upstream river basin builds delta land at the same or greater rates than land is submerged by relative sea-level rise and erosion. With more rapid sea-level rise, more sediment resources are needed to maintain the current extent of the delta. Only improved coordination of governance and investments, informed by science, will provide the delta with those critical resources.

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e-pub ahead of print date: 5 May 2022
Published date: 6 May 2022

Identifiers

Local EPrints ID: 457108
URI: http://eprints.soton.ac.uk/id/eprint/457108
ISSN: 0036-8075
PURE UUID: 9d4f9661-e5e2-416b-88dc-8453eba6ef97
ORCID for Stephen Darby: ORCID iD orcid.org/0000-0001-8778-4394

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Date deposited: 24 May 2022 16:37
Last modified: 17 Mar 2024 02:46

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Contributors

Author: G.M. Kondolf
Author: R Schmitt
Author: Paul Carling
Author: Marc Goichot
Author: M Arias
Author: S Bizzi
Author: A Castelletti
Author: T Cochrane
Author: Stephen Darby ORCID iD
Author: Matti Kummu
Author: Philip Minderhoud

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