Implications of rapid sediment accumulation in a small New England salt marsh

R. S. Anderson; H. W. Borns; D. C. Smith; C. Race

doi:10.1139/e92-157

Implications of rapid sediment accumulation in a small New England salt marsh

R. S. Anderson, H. W. Borns, D. C. Smith, C. Race

Earth and Sustainability

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Abstract

The sediment accumulation rate within a small Spartina alterniflora marsh in Maine has been determined by measuring the amount of peat accretion on top of human-produced boards protruding from an exposed face of the marsh. Boards are at depths of 50-140 cm, suggesting sediment accumulation rates of 6.2-7.0 mm/year. Aggradation in small marshes such as Shipyard Cove should be able to keep pace marginally with the anticipated sea-level rise due to "greenhouse' warming, given sufficient sediment supply. -from Authors

Original language	English (US)
Pages (from-to)	2013-2017
Number of pages	5
Journal	Canadian Journal of Earth Sciences
Volume	29
Issue number	9
DOIs	https://doi.org/10.1139/e92-157
State	Published - 1992

ASJC Scopus subject areas

General Earth and Planetary Sciences

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abstract = "The sediment accumulation rate within a small Spartina alterniflora marsh in Maine has been determined by measuring the amount of peat accretion on top of human-produced boards protruding from an exposed face of the marsh. Boards are at depths of 50-140 cm, suggesting sediment accumulation rates of 6.2-7.0 mm/year. Aggradation in small marshes such as Shipyard Cove should be able to keep pace marginally with the anticipated sea-level rise due to {"}greenhouse' warming, given sufficient sediment supply. -from Authors",

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year = "1992",

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AU - Anderson, R. S.

AU - Borns, H. W.

AU - Smith, D. C.

AU - Race, C.

PY - 1992

Y1 - 1992

N2 - The sediment accumulation rate within a small Spartina alterniflora marsh in Maine has been determined by measuring the amount of peat accretion on top of human-produced boards protruding from an exposed face of the marsh. Boards are at depths of 50-140 cm, suggesting sediment accumulation rates of 6.2-7.0 mm/year. Aggradation in small marshes such as Shipyard Cove should be able to keep pace marginally with the anticipated sea-level rise due to "greenhouse' warming, given sufficient sediment supply. -from Authors

AB - The sediment accumulation rate within a small Spartina alterniflora marsh in Maine has been determined by measuring the amount of peat accretion on top of human-produced boards protruding from an exposed face of the marsh. Boards are at depths of 50-140 cm, suggesting sediment accumulation rates of 6.2-7.0 mm/year. Aggradation in small marshes such as Shipyard Cove should be able to keep pace marginally with the anticipated sea-level rise due to "greenhouse' warming, given sufficient sediment supply. -from Authors

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JO - Canadian Journal of Earth Sciences

JF - Canadian Journal of Earth Sciences

IS - 9

ER -

Implications of rapid sediment accumulation in a small New England salt marsh

Abstract

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