This is often the starting point of our analyses. To know how severe is the carp problem in your lake, we need to know how many carp are present in it. Once we know carp abundance, we can determine how many need to be removed to achieve desired improvements in water quality and aquatic vegetation. Click here to learn more.
Because carp are long-lived (often few decades) one can learn a lot about their history and what makes them successful in particular lakes by conducting ageing analyses. The main information we are looking for is how many age classes are present in the population. Click here to learn more.
Developing carp management schemes that are sustainable in the long run requires complex modeling analyses. We use models developed specifically for carp to simulate their abundance under different management scenarios. Click here to learn more.
Carp are very mobile. We use telemetry to monitor springtime spawning migrations and to locate sites where carp aggregate under the ice. Click here to learn more.
Common carp cannot successfully reproduce in all lakes. We conduct trapnet surveys to determine which lakes or marshes function as carp nurseries. Click here to learn more.
This is the best method to selectively remove excessive numbers of carp from lakes. We locate aggregations of carp using radiotelemetry and work with local commercial fishermen to capture and remove the carp. Click here to learn more.
We use a technique during the summer and fall months that is very effective at removing adult carp. Our traps specifically target carp because only carp are drawn to the corn, making these traps nearly 100% selective for carp. Click here to learn more.
One sophisticated yet simple way to track movements of carp is to use small electronic tags called PIT tags. After data analysis, we can determine how many tagged fish have passed over the antenna (typically located in a stream) and when they moved past it. Click here to learn more.