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From Minnesota to Moscow — how to grow fresh figs in cold climates Growing Figs in Cold Climates is a complete, full-color, illustrated guide to organic methods for growing delicious figs in cold climates, well outside the traditional hot, arid home of this ancient fruiting tree. Coverage includes: Five methods for growing figs in cold climates including overwintering Cultivar selection for cool and cold climates Pruning techniques for a variety of methods of growing figs in cold climates Pest problems and solutions Harvesting, including ways to speed ripening, identify ripe fruit, and manage an overabundance Small-scale commercial fig production in cold climates. Fresh figs are juicy, full-bodied, and filled with a honey-sweet flavor, and because truly ripe figs are highly perishable, they are only available to those who grow their own. By choosing the right cultivars and techniques, figs can be grown across cool and cold growing zones of North America, Europe, and beyond, putting them within reach of almost every gardener. Easy and delicious — if you can grow a houseplant, you can grow a fig.
Perhaps the best expression of our intent in organ~z~ng this gathering is found in the definition of the word colloquy and its derivations. A gathering allowing familiar and informal conversation among colleagues with similar interests was our objective. Our motives were, of course, complex. Our main intent was not, however, to add to the list of books competing for the time of the scientific community at-large. However, while informality was our objective, a lasting document exists in the form of this publication of the presentations forming the skeleton on which we built less formal but meatier communications. We hope you can reconstruct on these bones a perception of the state of the art in the subject at hand. The members of this assemblage are specialists in one or more subdisciplines. Their formal communications are found in texts and journals appropriate to their broader disciplines. Often their friends alone are privy to their less formal thoughts, intuitions, hopes, and especially fears and failures. We hoped by organizing this colloquium to develop familiar and informal conversation among those most interested and active in applying semiochemicals in pest control. That community, like others also shared by Gainesville entomologists, has little or no formal organization or means for assemblage. We proposed on this and future occasions to offer the opportunity to this and similar groups to gather, though we do not presume too much to lead but rather to facilitate conversation.
Garden Myths examines over 120 horticultural urban legends. Turning wisdom on its head, Robert Pavlis dives deep into traditional garden advice and debunks the myths and misconceptions that abound. He asks critical questions and uses science-based information to understand plants and their environment. Armed with the truth, Robert then turns this knowledge into easy-to-follow advice. - Is fall the best time to clean the garden? - Do bloom boosters work?- Will citronella plants reduce mosquitoes in the garden?- Do pine needles acidify soil?- Should tomatoes be suckered?- Should trees be staked at planting time? - Can burlap keep your trees warm in winter?- Will a pebble tray increase humidity for houseplants? "Garden Myths is a must-read for anyone who wants to use environmentally sound practices. This fascinating and informative book will help you understand plants better, reduce unnecessary work, convince you to buy fewer products and help you enjoy gardening more."
Field Crop Arthropod Pests of Economic Importance presents detailed descriptions of the biology and ecology of important arthropod pest of selected global field crops. Standard management options for insect pest control on crops include biological, non-chemical, and chemical approaches. However, because agricultural crops face a wide range of insect pests throughout the year, it can prove difficult to find a simple solution to insect pest control in many, if not most, cropping systems. A whole-farm or integrated pest management approach combines cultural, natural, and chemical controls to maintain insect pest populations below levels that cause economic damage to the crop. This practice requires accurate species identification and thorough knowledge of the biology and ecology of the target organism. Integration and effective use of various control components is often enhanced when the target organism is correctly identified, and its biology and ecology are known. This book provides a key resource toward that identification and understanding. Students and professionals in agronomy, insect detection and survey, and economic entomology will find the book a valuable learning aid and resource tool. - Includes insect synonyms, common names, and geographic distribution - Provides information on natural enemies - Is thoroughly referenced for future research
"...the most useful, practical book I have seen on the management of turfgrass insect pests...mandatory reading for turfgrass managers in golf, lawns, and sports..." --Dr. James B. Beard, International Sports Turf Institute, Inc. Written in clear, everyday language, Destructive Turfgrass Insects covers the biology, diagnosis, and control of virtually all the insects and mites that attack warm- and cool-season turfgrasses. No other source gives you as many practical and comprehensive management guidelines for use on golf courses, lawns, and sports fields.
In Attracting Beneficial Bugs to Your Garden, you'll learn how to fill your garden with the right plants to support the beneficial predatory insects that control common garden pests.
Diseases of Trees and Shrubs is a comprehensive pictorial survey of the diseases of, as well as the environmental damage to, forest and shade trees and woody ornamental plants in the United States and Canada. An authoritative reference, it is also a reliable and handy diagnostic tool that will simplify the identification of specific plant diseases by focusing on signs and symptoms that can be seen with the unaided eye or with a hand lens. This long-needed book gives readers complete, up-to-date information in an easily understood and convenient way. Each of the 247 color plates faces a page of explanatory text covering the biology and ecology (including host and geographic ranges) of the disease-causing agents (pathogens), a list of key references (there are more than 2,250), and, in some cases, black-and-white illustrations of pathogens. Selected information about biological and cultural control is provided. Scientific terms other than Latin names of pathogens are used only when necessary, and a glossary of terms and a comprehensive index are included. The color plates contain more than 1,700 illustrations of the diseases and injuries that some 350 biological agents and environmental factors cause to more than 250 species of plants. The book also serves as a guide to hundreds of other diseases related to those shown. The authors have used three levels of organization for this book. At the first level, diseases caused by biological agents are separated from those caused by environmental stimuli. At the second level, most diseases are grouped according to the plant part affected: leaves, twigs, limbs, roots, trunks, or the entire plant. At the third level, diseases are presented according to the taxonomic relationships among the pathogens. For this major project, the authors examined and photographed diseases and environmental damage in the field, visiting more than 50 states and Canadian provinces. Their book reflects the most important developments in fungal biology and taxonomy, plant bacteriology, virology, and environmentally induced stress in plants. It summarizes information about newly discovered diseases and provides up-to-date accounts of olds ones. Diseases of Trees and Shrubs can be profitable reading for anyone whose technical training does not extend beyond general biology, yet will also be informative to advanced students and plant pathologists. It will be welcomed by agricultural and horticultural advisers, plant inspectors, arborists, nursery professionals, landscapers, foresters, and urban planners. Wayne A. Sinclair is a Professor of Plant Pathology, Howard H. Lyon is Biological Photographer (retired), Department of Plant Pathology, and Warren T. Johnson is Professor of Entomology, all at Cornell University.