Chapter 1 Energy?Efficient Greenhouses (pages 1–52): Gordon J. Monk and J. M. Molnar
Chapter 2 Plant development Regulators in Rose crops (pages 53–73): Yoram Mor and Naftaly Zieslin
Chapter three meals of Container?Grown Woody Nursery plants (pages 75–101): Robert D. Wright and Alexander X. Niemiera
Chapter four Elemental prestige of Pine Bark?Based Potting Media (pages 103–131): R. J. Ogden, F. A. Pokorny, H. A. generators and M. G. Dunavent
Chapter five Iron Deficiency Chlorosis (pages 133–186): Ronald F. Korcak
Chapter 6 Ginseng: undefined, Botany, and tradition (pages 187–236): J. T. A. Proctor and W. G. Bailey
Chapter 7 The Honey Bee Pollination component to Horticultural Crop construction platforms (pages 237–272): G. DeGrandi?Hoffman
Chapter eight Tissue tradition of Temperate Fruit and Nut timber (pages 273–349): James F. Hutchinson and Richard H. Zimmerman
Chapter nine summer time Pruning of Apple and Peach timber (pages 351–375): Richard P. Marini and John A. Burden
Chapter 10 Orchard flooring plants administration (pages 377–430): E. J. Hogue and G. H. Neilsen

Show description

Read or Download Horticultural Reviews, Volume 9 PDF

Best botany books

Amazing Numbers in Biology

"This ebook turns into ragged with use. .. .A labour of affection and directory. extraordinary Numbers is healthier than googling, since it has a wise index and also you shouldn't have to plow through a complete load of irrelevance to get what you will want. it is also logically divided into such sections as 'Size', 'Blood' and 'Germination', and, simply when you ever are looking to payment, all of the proof are referenced.

Hormones and Signaling

Hormones and Signaling specializes in the mechanisms of gene rules on the mobile point. It additionally describes the activities of hormones in modulating gene law and animal improvement. Key gains* Glococorticoid and mineralcorticoid signaling* Orphan nuclear receptors* Nuclear receptor coactivators* Cytokines and STAT signaling* Coordination of cAMP signaling occasions via PKA anchoring* G protein-coupled extracellular Ca2+ (Ca2+0)-sensing receptor (CaR)* Pancreatic islet improvement* Genetic research of androgen receptors in improvement and ailment* Antioprogestin regulable gene swap for induction of gene expression in vivo* Steroid receptor knockout version

Aboveground-Belowground Linkages: Biotic Interactions, Ecosystem Processes, and Global Change (Oxford Series in Ecology and Evolution)

Aboveground-Belowground Linkages presents the main updated and entire synthesis of modern advances in our realizing of the jobs that interactions among aboveground and belowground groups play in regulating the constitution and serve as of terrestrial ecosystems, and their responses to international swap.

Extra info for Horticultural Reviews, Volume 9

Sample text

Ebeling and Kranzler ( 1982)connected a solar hop dryer to an existing fiberglass greenhouse and retrofitted underbench rock storages. Initial performance indicated annual savings of 3770,yielding a payback period of 10 years for Cyprus. Rheinlaender and Photiades (1984)found that a water solar system provided greater energy savings than the rock storage system they tested. Staley et al. (1981) described the design and construction of a glass shed-type rock storage greenhouse with adjustable low-cost black cloth collectors hanging in front of an insulated north wall.

Overall savings of 45% were achieved during the first year, 73% for the next full season, and 68% during the following spring. Ingratta and Blom (1980a) installed the Rutgers system in southern Ontario. The solar collectors provided an efficiency of only 7% for a September-June period and 40-45% in July and August, when little nighttime heating was required (Ingratta and Blom 1980b). The energy consumption (natural gas plus electricity) in the solar greenhouse was 1. ENERGY-EFFICIENT GREENHOUSES 21 less than a control house.

Puri (1982) generated steady-state design curves that consider these variables for the determination of long-term thermal performance. Parker et al. (1981) chose to create a dynamic soil model including temperature-induced vapor flow liquid flow. It allows for variable soil and soil-water-potential-induced thermal conductivity, hydraulic conductivity, thermal capacity, soil water potential, water vapor diffusion coefficient, and water vapor density. Steady-state, constant-property, soil-warming models for three pipe configurations were also generated by Merbaum et al.

Download PDF sample

Rated 4.00 of 5 – based on 47 votes