ABSTRACT. Photointerpretation studies were conducted to evaluate vegetation changes in wetlands of Lake Ontario and the upper St. Lawrence River associated with regulation of water levels since about 1960. The studies used photographs from 16 sites (four each from drowned river mouth, barrier beach, open embayment, and protected embayment wetlands) and spanned a period from the 1950s to 2001 at roughly decadal intervals. Meadow marsh was the most prominent vegetation type in most wetlands in the late 1950s when water levels had declined following high lake levels in the early 1950s. Meado
As a result of water-level regulation, cattails have invaded sedge/grass meadow in all wetlands on L...
Previously described models for predicting the percent of Lake Ontario wetlands that would be occupi...
The diversity and resultant habitat value of wetland plant communities in the Laurentian Great Lakes...
Photointerpretation studies were conducted to evaluate vegetation changes in wetlands of Lake Ontari...
ABSTRACT. Submerged aquatic vegetation (SAV) distribution and coverage were quantified in two bays o...
The vegetation of the 80.7 hectare Cowles Bog Wetland Complex has been altered from its historic mix...
At the time of European settlement, an extensive graminoid wetland existed at the confluence of the ...
Many wetlands of the Great Lakes region are increasingly dominated by species of cattails, including...
<p>Over the past two hundred years, anthropogenic activities have resulted in the substantial declin...
The aggressive cattail species Typha X glauca and Typha angustifolia have established in wetlands ac...
coastal wetland A general understanding of how aquatic vegetation responds to water-level fluctuatio...
Using an integrated digital elevation and bathymetry model of Lake Ontario and historic lake level d...
Plant macrofossils and pollen were analyzed from sediment cores to identify long-term changes in the...
Abstract.—To assess the consequences of shoreline development, whole-lake vegetation abundance of de...
The International Joint Commission has recently completed a five-year study (2000– 2005) to review t...
As a result of water-level regulation, cattails have invaded sedge/grass meadow in all wetlands on L...
Previously described models for predicting the percent of Lake Ontario wetlands that would be occupi...
The diversity and resultant habitat value of wetland plant communities in the Laurentian Great Lakes...
Photointerpretation studies were conducted to evaluate vegetation changes in wetlands of Lake Ontari...
ABSTRACT. Submerged aquatic vegetation (SAV) distribution and coverage were quantified in two bays o...
The vegetation of the 80.7 hectare Cowles Bog Wetland Complex has been altered from its historic mix...
At the time of European settlement, an extensive graminoid wetland existed at the confluence of the ...
Many wetlands of the Great Lakes region are increasingly dominated by species of cattails, including...
<p>Over the past two hundred years, anthropogenic activities have resulted in the substantial declin...
The aggressive cattail species Typha X glauca and Typha angustifolia have established in wetlands ac...
coastal wetland A general understanding of how aquatic vegetation responds to water-level fluctuatio...
Using an integrated digital elevation and bathymetry model of Lake Ontario and historic lake level d...
Plant macrofossils and pollen were analyzed from sediment cores to identify long-term changes in the...
Abstract.—To assess the consequences of shoreline development, whole-lake vegetation abundance of de...
The International Joint Commission has recently completed a five-year study (2000– 2005) to review t...
As a result of water-level regulation, cattails have invaded sedge/grass meadow in all wetlands on L...
Previously described models for predicting the percent of Lake Ontario wetlands that would be occupi...
The diversity and resultant habitat value of wetland plant communities in the Laurentian Great Lakes...