The primary objective of a new survey of the Cuyahoga River was to assess species richness and population abundance of various mussel species in the family Unionidae throughout the Middle Cuyahoga River and upper parts of the Lower Cuyahoga River. Historically, few records existed for this river between Lake Rockwell and the Cuyahoga Valley National Park, a region in which four dams have been removed in the past 12 years. Timed visual surveys were conducted during low flow conditions and by using tactile techniques in deeper water. Throughout the survey, only 37 live animals were located across the 18 Middle Cuyahoga River sites inspected, which included only Lampsilis siliquoidea, Pyganodon grandis and the state-endangered Ligumia nasuta. ...
Unionid mussel distribution, numbers, and species were examined in the Grand River to provide a rece...
Unionid mussel distribution, numbers, and species were examined in the Grand River to provide a rece...
Author Institution: Department of Biological Sciences, Marshall UniversityThrough the use of literat...
The primary objective of a new survey of the Cuyahoga River was to assess species richness and popul...
Inspiration for the Clean Water Act (1972), the Cuyahoga River has been one of the most protected ri...
The primary objective of our research was to assess population size and range of Ligumia nasuta, the...
The primary objective of our research was to assess population size and range of Ligumia nasuta, the...
Dam removal is a potentially powerful tool for restoring riverine habitats and communities. However,...
We provide new information from archaeological samples on the historical freshwater mussel fauna (Mo...
Big Walnut Creek in central Ohio once supported a mussel fauna of 40 species, but no systematic stud...
A survey of freshwater mussels (Mollusca: Bivalvia: Unionidae) was conducted for the East Branch Roc...
Habitat destruction is believed to be the number one cause of the decline in unionid mussels. Around...
Unionid mussel distribution, numbers, and species were examined in the Grand River to provide a rece...
We present data on freshwater mussel (Mollusca: Bivalvia: Unionidae) distributions for Tinkers Creek...
We present data on freshwater mussel (Mollusca: Bivalvia: Unionidae) distributions for Tinkers Creek...
Unionid mussel distribution, numbers, and species were examined in the Grand River to provide a rece...
Unionid mussel distribution, numbers, and species were examined in the Grand River to provide a rece...
Author Institution: Department of Biological Sciences, Marshall UniversityThrough the use of literat...
The primary objective of a new survey of the Cuyahoga River was to assess species richness and popul...
Inspiration for the Clean Water Act (1972), the Cuyahoga River has been one of the most protected ri...
The primary objective of our research was to assess population size and range of Ligumia nasuta, the...
The primary objective of our research was to assess population size and range of Ligumia nasuta, the...
Dam removal is a potentially powerful tool for restoring riverine habitats and communities. However,...
We provide new information from archaeological samples on the historical freshwater mussel fauna (Mo...
Big Walnut Creek in central Ohio once supported a mussel fauna of 40 species, but no systematic stud...
A survey of freshwater mussels (Mollusca: Bivalvia: Unionidae) was conducted for the East Branch Roc...
Habitat destruction is believed to be the number one cause of the decline in unionid mussels. Around...
Unionid mussel distribution, numbers, and species were examined in the Grand River to provide a rece...
We present data on freshwater mussel (Mollusca: Bivalvia: Unionidae) distributions for Tinkers Creek...
We present data on freshwater mussel (Mollusca: Bivalvia: Unionidae) distributions for Tinkers Creek...
Unionid mussel distribution, numbers, and species were examined in the Grand River to provide a rece...
Unionid mussel distribution, numbers, and species were examined in the Grand River to provide a rece...
Author Institution: Department of Biological Sciences, Marshall UniversityThrough the use of literat...