Kokanee fishing is an obsession and as you can see by the name of the book, I am addicted. One of the most frustrating things for a Kokaholic to hear is that the fish are just not biting. Many times I have been at the ramp launching my boat when some forlorn fisherman will tell me that the bite is off. "Should have been here last week, it was real hot." is another statement that I hear fairly often. I am a cup is half full kind of guy, not a half empty sort of person! I always tell my wife after such an encounter, "I just don't think those guys know how to fish for Kokanee." It has always been a frustration for me to hear those words because there is so little information out there specifically targeting kokanee. To date, my only effective method of teaching Kokanee techniques has been to take a non believer out fishing. My hope is that through this book, I can in effect take you fishing without leaving the dock. Kokanee can be a very frustrating fish to pursue, and without a little coaching, there is a long learning curve to get to the point you are regularly catching fish. My goal with this book is to help shorten the learning curve and in a sense give you a running start. By understanding the seasons and the methods that work within those seasons, you can put more and larger fish in the box day in and day out. Tight Lines and Good Fishing! ~Kent Cannon~

The kokanee salmon is a land locked sockeye salmon. The story is about the kokanee salmon’s life cycle from being laid as an egg in a freshwater stream to returning to that same stream four years later as an adult spawner. The salmon like a certain habitat to lay their eggs. The temperature of the water, water flow, size of rocks in which they build their redds. The book also explains how they choose their mate, lay the eggs, fertilize the eggs and how they protect them from predators. The salmon choose the stream where they were laid as salmon eggs and how they grow in the stream to hatch in the spring to return to the lake to live for about four years

The Kootenays a region of rivers, lakes and mountains in southeastern British Columbia is home to the kokanee. This landlocked sibling of the sockeye salmon is an extravagant gift from the Pacific Ocean, an elusive flash of molten silver, a lustful reproductive torrent of fire-engine red, a marvel of interior adaptation, an icon of regional culture, and a pawn of industry. In Kokanee: The Redfish and the Kootenay Bioregion, writer and ecologist Don Gayton tells the kokanee's story, from the cataclysmic Ice Age events that gave birth to the species through its heyday as a sporting fish, to current threats to its existence. The story of the kokanee is the story of the delicate balance between land and water, and between people and nature. Kokanee: The Redfish and the Kootenay Bioregion is Number 9 in the Transmontanus series of books edited by Terry Glavin.

As the new chief of the Michigan Department of Conservation’s Fish Division in 1964, Howard A. Tanner was challenged to “do something . . . spectacular.” He met that challenge by leading the successful introduction of coho salmon into the Michigan waters of the Great Lakes. This volume illustrates how Tanner was able to accomplish this feat: from a detailed account of his personal and professional background that provided a foundation for success; the historical and contemporary context in which the Fish Division undertook this bold step to reorient the state’s fishery from commercial to sport; the challenges, such as resistance from existing government institutions and finding funding, that he and his colleagues faced; the risks they took by introducing a nonnative species; the surprises they experienced in the first season’s catch; to, finally, the success they achieved in establishing a world-renowned, biologically and financially beneficial sport fishery in the Great Lakes. Tanner provides an engaging history of successfully introducing Pacific salmon into the lakes from the perspective of an ultimate insider.

Evolutionary ecology includes aspects of community structure, trophic interactions, life-history tactics, and reproductive modes, analyzed from an evolutionary perspective. Freshwater environments often impose spatial structure on populations, e.g. within large lakes or among habitat patches, facilitating genetic and phenotypic divergence. Traditionally, freshwater systems have featured prominently in ecological research and population biology. This book brings together information on diverse freshwater taxa, with a mix of critical review, synthesis, and case studies. Using examples from bryozoans, rotifers, cladocerans, molluscs, teleosts and others, the authors cover current conceptual issues of evolutionary ecology in considerable depth. The book can serve as a source of critically evaluated ideas, detailed case studies, and open problems in the field of evolutionary ecology. It is recommended for students and researchers in ecology, limnology, population biology, and evolutionary biology.

Fisheries genetics researchers will find invaluable the thirty-eight peer-reviewed contributions in this book, presented at the 20th Lowell Wakefield Fisheries Symposium "Genetics of Subpolar Fish and Invertebrates," held in May 2002 in Juneau, Alaska. Looming over concerns of lost fisheries stocks and persistent erosion of genetic variability are predictions of global warming, which may further tax genetic resources. One consequence is an increased reliance on genetic applications to many aspects of fisheries management, aquaculture, and conservation. The contributions in this book are important to modern fisheries science and genetics, and illustrate the evolution of the field over the past decade. The improved technology provides tools to address increasingly complicated problems in traditional applications and ecological and behavioral studies. The union between molecular and quantitative genetics, where many of the major questions about population structure and evolution remain unanswered, will also benefit from the new technologies.