Herbaceous Perennials Production


Book Description




Herbaceous Perennial Plants


Book Description

The third edition of the comprehensive—and entertaining—gardening reference by the master horticulturalist. This is the long-awaited third edition of Allan Armitage’s masterpiece on garden perennials. Armitage’s extensive traveling, teaching, and trialing experiences provide a depth of understanding of the best ornamental perennials for North American gardens unparalleled by any other garden writer. One of the most definitive and conclusive books written about perennials, the first edition was designated as one of the best seventy-five books written in the last seventy-five years by the American Horticulture Society. Now the third edition of “The Big Perennial Book” (as it is fondly referred to by many practitioners) describes 3,600 species in 1224 pages. More than three hundred color photos complement detailed text filled with the author’s pointed observations of plant performance, cultivar selection, and current taxonomy. In addition, his trademark wit and passion are both in abundance, making reading as pleasurable as it is informative.




Ball Perennial Manual


Book Description

This guide unravels the mysteries of seed germination, divisions, cuttings, and other forms of perennial propagation. Containing valuable information on more than 300 species of plants, it is a cultural cookbook of herbaceous perennials.




Diseases of Herbaceous Perennials


Book Description

Diseases of Herbaceous Perennials is a beautifully illustrated, practical, scientifically reviewed reference book that will help you identify and solve plant disease problems specific to these valuable ornamental plants. As the popularity of herbaceous perennials in the landscape continues to rise, there is a demand for more information on how to produce and grow these striking plants successfully.The common diseases of more than 150 popular perennials are included in this new book, arranged alphabetically by plant and accompanied by hundreds of fine color photographs to assist in accurate disease diagnosis. Short descriptions of the cultural conditions that will help these plants remain healthy and thrive are given for each host plant. Tips are provided to assist growers and gardeners in managing challenging diseases. This guide includes extensive color illustrations of diseases commonly found on herbaceous perennials in landscapes and nursery production. Accurate color images assist the reader in correctly distinguishing between disease and insect problems and leads to correct disease diagnosis when faced with a bewildering array of symptoms.













Growth in Herbaceous Perennials


Book Description

Several studies of herbaceous perennials have addressed the effects of environmental factors during and after production, inherent cold hardiness, and post-harvest handling procedures to enhance flowering and growth during establishment. The regrowth of both woody and herbaceous forage plants following establishment is reported to be directly related to reserve-nitrogen content. Plants with higher nitrogen reserves grow sooner and produce more growth than plants with low reserves. The first objective in my study, carried out in the greenhouse and outdoors, was to identify any relationship between initial plant size and the regrowth of fourteen herbaceous perennials from five nursery sources. Of the varieties analyzed, six showed differences in growth between nurseries when grown outdoors, but it appears this was not due to their initial plant size. The second objective was to determine whether reserve nitrogen (N) content or the level of reserved total nonstructural carbohydrates (TNC) had an effect on regrowth. In this greenhouse experiment, six out of nine varieties that had higher levels of reserve N per plant tended to grow more. In contrast, five varieties showed more growth with higher levels of reserve TNC per plant. This suggests that reserve nitrogen may have more effect than carbohydrates on the regrowth of perennial plants during establishment. The third objective was to determine the timing of N uptake from soil applied N after establishment. For this greenhouse experiment, double-labeled depleted ammonium nitrate was applied to plants of Astilbe chinensis 'Pumila' 10 d after they were transplanted in the greenhouse. The uptake started soon after the application; 40% of the 15N was detected by Day 10, and then leveled off. This study suggests that herbaceous and woody perennials are similar in their requirement for reserve N for new growth. In general, the growth of herbaceous perennials appeared to be related to reserve N content rather than to initial plant size or levels of stored carbohydrates. However, this is preliminary study, and more studies are necessary for further investigation. regrowth of perennial plants during establishment.