Imagine a place dedicated to the long-term study of nature in nature, a permanent biological field station, a teaching and research laboratory that promotes complete immersion in the natural world. Lakeside Laboratory, founded on the shore of Lake Okoboji in northwestern Iowa in 1909, is just such a place. In this remarkable and insightful book, Michael Lannoo sets the story of Lakeside Lab within the larger story of the primacy of fieldwork, the emergence of conservation biology, and the ability of field stations to address such growing problems as pollution, disease, habitat loss, invasive species, and climate change. At the intersection of major ecosystems with distinct plant and animal communities and surrounded by what, ironically, may be the most intensely cultivated landscape on earth, Lakeside has a long history of rubber-boot biologists saturated in the spirit that grounds the new discipline of conservation biology, and Lannoo brings this history to life with his descriptions of the people and ideas that shaped it. Lakeside’s continuing commitment to bringing the laboratory to the field rather than bringing the field to the lab has supported a focus on mammalogy, ornithology, herpetology, ichthyology, invertebrate biology, parasitology, limnology, and algology, subjects rarely taught now on university campuses but crucial to the planet’s health. Today’s huge array of environmental problems can best be solved by people who have learned about nature within nature at a place with a long history of research and observation, people who thoroughly understand and appreciate nature’s cogs and wheels. Lakeside Lab and biological research stations like it have never been more relevant to science and to society at large than they are today. Michael Lannoo convinces us that while Lakeside’s past is commendable, its future, grounded in ecological principles, will help shape a more sustainable society.

List of members in each volume.

"An Introduction to Iowa's Environmental Problems is an edited volume with 17 contributors besides Connie Mutel herself-all Iowa authors who are scientific experts in the field. Geared toward course adoption in Iowa and Midwest classrooms, it will fill a need for a comprehensive, but accessible and brief overview of the environmental issues Iowa faces, and what we can do about them. Specifically, the volume breaks down the issues surrounding Iowa's land and soils, water, atmosphere, and loss of biological diversity. Teachers lack a go-to resource for explaining this topic to their students, and many Iowans remain unaware of the environmental impacts of farming. And with the new administration's focus on environmental concerns, including climate change, the timing is right to change that. At this point, Iowa can choose a route toward becoming an agricultural factory that disregards nature's sustainability and resilience, or we can steer toward a saner future that recognizes and honors our soils, climate, water, and native species. With this book, Mutel will help guide future Iowa leaders toward the latter"--

Growing interest in hydrobiology and the resulting increase in facilities for education and research have made an up-to-date directory of hydrobiological laboratories in North America a necessity. The present directory, listing 187 laboratories, with provisions for instruction and research and scope of activities, is designed to be useful not only research scholars but to young scientists in training and to visiting investigators as well. The address, senior officer, institutional affiliation, objectives, scope of activities, season of operation, and environments stressed are given for each laboratory. In addition, major research facilities, capital equipment, and provisions for publications are indicated as well as descriptions of accommodations available, instructional program, teaching facilities and scientific staff. Biographical sketches of 1,300 personnel give institutional affiliation, mailing address, field of specialization, current research project, and field experience by geographical region. A cross-reference index lists each laboratory under its official name, the sponsoring agency, and the area in which it is located. Data for all laboratories are broken down into a treatment of inland laboratories (fresh-water) and coastal laboratories (marine), and finally segregated by geographical area.

Anyone who works with the vascular plants of Iowa—researchers, conservationists, teachers, agricultural specialists, horticulturists, gardeners, and so on—and those who are simply interested in knowing more about the state's plants have long felt a need for a comprehensive flora of Iowa. This meticulously researched volume is a giant first step toward such a flora. This book consists of an extended essay on the natural history of the vascular plants of Iowa, a discussion of their origins, a description of the state's natural regions, and a painstakingly annotated checklist of Iowa vascular plants. The data, which apply to over 150 years, took more than 15 years to collect. All known vascular plants that grow and persist in Iowa without cultivation are included in the checklist. These are native plants, primarily, but a large number of introduced species have become established throughout the state. Also included are Iowa's major crop plants and some of its common garden plants. The lengthy checklist provides an accurate and up-to-date listing of species names and common names, synonyms, distribution, habitat, abundance, and origin; county names are given for very rare species, and the most complete information has been provided for all rare plants and troublesome species. The wealth of information is this well-organized, practical volume—which describes more than two thousand species from Adiantum pedatum, the northern maidenhair fern of moist woods and rocky slopes, to Zannichellia palustris, the horned pondweed of shallow marshes and coldwater streams—makes it possible to identify Iowa plants correctly. All midwesterners will want to own a copy of The Vascular Plants of Iowa.