1990Unpublished venueOpen access

Soil-Vegetation Correlations in the Connecticut River Floodplain of Western Massachusetts.

P. L. M. Veneman, Ralph W. Tiner

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Abstract

As part of a national study analyzing the relation between hydric soils and wetland vegetation, the vegetation associated with a series of known soils was sampled along the Connecticut River floodplain in Massachusetts. Weighted average and index average (presence/absence) values were calculated for vegetation using wetland ecological index values from the National List of Plant Species that Occur in Wetlands developed by the U.S. Fish and Wildlife Service and procedures developed by T.R. Wentworth and G.P. Johnson at North Carolina State University. Good correspondence between soils confirmed their hydric nature. The authors suggested that one of these soils may need to be refined and they also suggested that the assigned index values for a few species of vegetation based on published wetland index values corresponded with the hydric and nonhydric nature of soils.

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As part of a national study analyzing the relation between hydric soils and wetland vegetation, the vegetation associated with a series of known soils was sampled along the Connecticut River floodplain in Massachusetts. Weighted average and index average (presence/absence) values were calculated for vegetation using wetland ecological index values from the National List of Plant Species that Occur in Wetlands developed by the U.S. Fish and Wildlife Service and procedures developed by T.R. Wentworth and G.P. Johnson at North Carolina State University. Good correspondence between soils confirmed their hydric nature. The authors suggested that one of these soils may need to be refined and they also suggested that the assigned index values for a few species of vegetation based on published wetland index values corresponded with the hydric and nonhydric nature of soils.

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Available abstract

As part of a national study analyzing the relation between hydric soils and wetland vegetation, the vegetation associated with a series of known soils was sampled along the Connecticut River floodplain in Massachusetts. Weighted average and index average (presence/absence) values were calculated for vegetation using wetland ecological index values from the National List of Plant Species that Occur in Wetlands developed by the U.S. Fish and Wildlife Service and procedures developed by T.R. Wentworth and G.P. Johnson at North Carolina State University. Good correspondence between soils confirmed their hydric nature. The authors suggested that one of these soils may need to be refined and they also suggested that the assigned index values for a few species of vegetation based on published wetland index values corresponded with the hydric and nonhydric nature of soils.

Key concepts: Hydric soil, Vegetation (pathology), Wetland, Soil water, Hydrology (agriculture), Floodplain, Environmental science, Vegetation classification

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