Add to ORKGgeomorphology can explain unionid mussel abundance at both the reach and catchment scale. However, f...
As ecologically sensitive organisms, freshwater mussels serve as environmental indicators in the riv...
Freshwater mussel communities have experienced drastic declines in diversity and abundance in many s...
Unionoid mussels are considered keystone species due to their ability to modify and link pelagic, be...
The widespread damming of lotic ecosystems is commonly associated with dramatic ecological effects s...
Erosion and transport of sediment and associated pollutants to rivers and other aquatic systems is a...
Unionoid mussels are considered keystone species due to their ability to modify and link pelagic, be...
Unionoid mussels are considered keystone species due to their ability to modify and link pelagic, be...
Freshwater mussels play an important role in proper functioning river systems; however, worldwide, t...
The habitat requirements of western freshwater mussels, Anodonta, Gonidea, and Margaritifera, remain...
Freshwater mussel communities have experienced drastic declines in diversity and abundance in many s...
Freshwater bivalves of the Superfamily Unionacea are the largest aquatic invertebrates in North Amer...
The status of freshwater mussels (Bivalvia: Unionoidea) has declined over the last 30 years such tha...
Background: Freshwater mussels remain among the most imperiled species in North America due primaril...
The status of freshwater mussels (Bivalvia: Unionoidea) has declined over the last 30 years such tha...
geomorphology can explain unionid mussel abundance at both the reach and catchment scale. However, f...
As ecologically sensitive organisms, freshwater mussels serve as environmental indicators in the riv...
Freshwater mussel communities have experienced drastic declines in diversity and abundance in many s...
Unionoid mussels are considered keystone species due to their ability to modify and link pelagic, be...
The widespread damming of lotic ecosystems is commonly associated with dramatic ecological effects s...
Erosion and transport of sediment and associated pollutants to rivers and other aquatic systems is a...
Unionoid mussels are considered keystone species due to their ability to modify and link pelagic, be...
Unionoid mussels are considered keystone species due to their ability to modify and link pelagic, be...
Freshwater mussels play an important role in proper functioning river systems; however, worldwide, t...
The habitat requirements of western freshwater mussels, Anodonta, Gonidea, and Margaritifera, remain...
Freshwater mussel communities have experienced drastic declines in diversity and abundance in many s...
Freshwater bivalves of the Superfamily Unionacea are the largest aquatic invertebrates in North Amer...
The status of freshwater mussels (Bivalvia: Unionoidea) has declined over the last 30 years such tha...
Background: Freshwater mussels remain among the most imperiled species in North America due primaril...
The status of freshwater mussels (Bivalvia: Unionoidea) has declined over the last 30 years such tha...
geomorphology can explain unionid mussel abundance at both the reach and catchment scale. However, f...
As ecologically sensitive organisms, freshwater mussels serve as environmental indicators in the riv...
Freshwater mussel communities have experienced drastic declines in diversity and abundance in many s...