Agribusiness and primary industries Books

Book Synopsis"[Mueller reveals] the brazen fraud in the olive oil industry and [teaches] readers how to sniff out the good stuff." —Dwight Garner, New York TimesTrade Review"Tom Mueller is, in turn, chemist, explorer, scholar and bard, infusing the narrative with a sense of wonder." -- Times Literary Supplement"In covering an industry that has its heroes and villains, author Tom Mueller does a splendid job of sorting out the players and demystifying the product." -- Russ Parsons - Los Angeles Times"Extra Virginity may make you reconsider the extra you’re paying for 'extra.'" -- Cynthia Crossen - Wall Street Journal"Passionately written yet clear-headed…Mueller builds a convincing case for olive oil as one of the most miraculous and versatile substances in all of nature." -- Jerry Shriver - USA Today"Mueller does for his subject what Susan Orlean did for orchids." -- Columbus Dispatch"[Extra Virginity] does for olive oil what Eric Schlosser’s Fast Food Nation did for hamburgers. Mueller traces the history of this valuable product from antiquity to the present, but the really disturbing part is his exposé of the inferior quality control and outright fraud among today’s oil producers." -- Andy Lewis - Hollywood Reporter

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Book SynopsisJointly sponsored by the China University of Mining and Technology and the University of Nottingham, UK, a total of 187 papers have been included in the proceedings, of which fifty-two are contributed by authors outside of China. Scholars and experts from both China and abroad discuss and exchange information on the latest developments in mining science and technology worldwide, which cover extensive areas ranging from mine operation and safety technology, geology and methane drainage, geomechanics, mine construction and tunnelling, mineral processing and clean coal technology, mine control and automation to mine environment, mine economics and management.

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Book SynopsisLaunched in May 2000, the aims of the COST C12 cooperative action were: to develop, combine and disseminate new technical engineering technologies to improve the quality of urban buildings to propose new technical solutions to architects and planners to reduce the disturbance caused by construction in urban areas and improve urban quality of life. This volume contains the proceedings of the COST C12 final conference held in Innsbruck, Austria from January 20-22 2005. The book reflects not only the outcome of the four yearsâ work of the cooperative, but also the contributions made by other international experts at the conference, focused on three broad themes: mixed building technology; structural integrity under exceptional actions; and urban design.Table of Contents1. Mixed Building Technologies 2. Structural Integrity1 3. General Methodology 4. Research and Development Concerning Mixed Building Technologies 5. Robustness 6. Exceptional Actions 7. Urban Design 1 8. Research and Development Concerning Mixed Building Technologies 9. Urban Design 2 10. Robustness 2 11. Structural Integrity 2 12. Research and Development Concerning Mixed Building Technologies

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Book SynopsisTime domain electrometry (TDE) is a general term which includes time domain reflectrometry and time domain transmissiometry. It is a commercially-viable technique for leak detection, contaminant monitoring, and moisture content determination in contaminant transport modelling. Under demographic pressure, contaminated sites are increasingly being re-developed for domestic and industrial use; and this presents an urgent need for reliable, non-intrusive and integrated methods of subsurface characterization, detection and monitoring of organic and inorganic pollutants, soil moisture content and salinity. This book provides an overview of the potential application of TDE in geoenvironmental engineering and describes the geophysical methods used.Table of ContentsDevelopments in arid regions research series About the author Preface Chapter 1: Use of time domain electrometry in geoenvironmental engineering Chapter 2: Surface monitoring techniques Chapter 3: Subsurface monitoring techniques Chapter 4: Fundamentals of electromagnetics Chapter 5: Time-varying fields and maxwell’s equations Chapter 6: Electromagnetic wave propagation Chapter 7: Transmission lines Chapter 8: Design of time domain electrometry (TDE) systems Chapter 9: Signal and system analysis Chapter 10: Electrical properties of subsurface materials Chapter 11: Soil magnetic properties Chapter 12: Soil dielectric permittivity Chapter 13: Soil moisture content Chapter 14: Detection and monitoring of solute transport in soils Chapter 15: Detection and monitoring of nonaqueous phase liquids in soils Appendix A: Vector analysis Appendix B: Vector calculus Appendix C: Complex numbers Appendix D: Phasors Appendix E: Debye equation Appendix F: Dielectric mixture rules References Index

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Book SynopsisCollection of excellent articles presenting the latest developments in blast vibration measurements, modeling and mitigation techniques. Includes contributions on novel environmentally-induced vs blast-induced movements, non-conventional geophysical processing techniques, new modeling approaches, mitigation techniques using smarter blasting methods, new blasting approaches in quarries and tunnels as well as mine case studies. For researchers and practitioners working on blasting vibrations. Table of ContentsA brief review of the measurement, modelling and management of vibrations produced by blasting Design concepts of rock blasting for surface construction work in Korea Application of statistical multilevel modelling to control blasting operations adjacent to sub-surface structures Blast control and optimization by close range vibration monitoring Case study of autonomous vibration measurements in a quarry in Jordbro High resolution, continuous, GPS synchronised data acquisition Evolutionary methods claim more accuracy: A comparison of empirical methods and evolutionary programming in vibration prediction Prediction and minimisation of vibrations during production blasts The role of surface waves in prediction of ground vibrations from blasting Establishing acceptable PPV limits in high risk blasting projects that are outside conventional guidelines and standards Risk based prediction of safe charge per delay in surface mine blasting: new approach Blast vibration damage threshold for the safety of residential structures in mining areas Comparative measurements of structure and crack motions during blasting and other environmental forces Assessment of current vibration regulations with micro-meter crack response

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Book SynopsisCOST is an intergovernmental framework for European Cooperation in Science and Technology, allowing the coordination of nationally-funded research on a European level. Part of COST was COST Action C26 âUrban Habitat Constructions Under Catastrophic Eventsâ, which started in 2006 and held its final conference in Naples, Italy, on 16-18 September 2010. The main objective of COST Action C26 was to increase the knowledge of the behaviour of constructions in urban habitat under catastrophic events (earthquakes, fire, wind, impact, explosions etc.), in order to predict their response when both the applied loading and the inherent structural resistance are combined in such a way that the safety level reaches unacceptable values, leading in some cases to a premature collapse.Urban Habitat Constructions Under Catastrophic Events collects 151 papers from internationally recognized outstanding experts from 46 countries that were presented at the final conference: 82 contributions from COST experts and 69 from external authors. They are subdivided into 5 sections, which exactly correspond to the 5 Chapters of the Final Report of the COST Action C26 activity: (I) Characterization of catastrophic actions on constructions; (II) Analysis of behaviour of constructions under catastrophic events;(III) Evaluation of vulnerability of constructions; (IV) Protecting, strengthening and repairing; (V) Strategy and guidelines for damage prevention.Urban Habitat Constructions Under Catastrophic Events will be of interest to academics and engineers in civil and structural engineering, especially those involved in fire resistance, earthquake resistance, impact and explosion resistance, and resistance to Infrequent Loading Conditions.Table of Contents1. Keynotes 2. Characterization of catastrophic actions on construction 3. Analysis of behaviour of constructions under catastrophic events 4. Evaluation of vulnerability of constructions 5. Protecting, strengthening and repairing 6. Strategy and guidelines for damage prevention

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Book SynopsisIn hard rock terrain, shallow water wells generally have a poor to moderate yield. Sinking wells deeply to tap yielding fracture zones often backfires, because the borehole may miss the saturated fracture zones at depths. A wrong approach to groundwater exploration in hard rock has therefore often led to unnecessary recurring expenditures and waste of time, something that could have been avoided by a systematic and proper geophysical approach. The combination of various geophysical techniques with environmental conditions is essential to constrain the interpretation and reduce uncertainties in this respect. This book presents the approach to groundwater exploration in hard rocks, various geophysical techniques and combinations to be used, interpretation of data with case studies and drilling results and the preparation of different utility maps. Trade ReviewGeophysics is about physics of the earth, its physical property variations and their response to induced perturbation giving a comprehensive insight into sub-surface hydrogeological conditions. I have rarely come across such a masterly treatment of the subject, so comprehensive, and penned in such a lucid language and student friendly style as in the book under review. The author P.C. Chandra, an eminent hydro-geophysicist, formerly Regional Director of Central Ground Water Board, has spent a major part of his career in the hard rock terrains of peninsular states and eastern India, namely the basement complex and Deccan traps. He has distilled his knowledge and experience gained in his more than three decades of field surveys in the pages of this book and enriched it with his priceless case studies. There are very few professionals in the country like Chandra who after superannuation from government service return to the academia prompted by sheer love of science and an urge to transmit the acquired knowledge to the young scientists, and ignite their inquisitive minds. Almost all aspects of hard rock hydro-geophysics from the perspectives of this subcontinent have been succinctly dealt with in the book. The author has also not forgotten to add a brief section on future scope of research in this field. Neat illustrations, valuable data tables, reference lists with each chapter for future study and error free quality printing mark the book as a ‘must read’ Manual for all, – graduate and post-graduate students, research scholars, teachers, and practicing groundwater geologists and geophysicists alike. I have no doubt that it will be a treasured keep in the Reference Libraries of Universities and Institutes teaching and practicing hydrogeology and geophysics. Truly the book is a masterpiece, a stellar contribution of P.C. Chandra to geoscience education. It is a tribute to his four decade long dedicated pursuit of geophysics.Subhajyoti Das, Geological Society of India vol. 88 (August 2016)"This work is one of several recently published textbooks on the important topic of geophysics for groundwater studies. As the title states, this particular text focuses almost exclusively on hard rock aquifers, which include the weathered zone, and mostly excludes soft rock terrains typified by carbonates and sulfates. Surface geophysical methods emphasized in this textbook include individual chapters that address the magnetic, resistivity, self-potential, mise-a-la-masse, and electromagnetic techniques. Borehole geophysical methods are relegated to one chapter that covers typical methods, such as spontaneous potential, gamma, caliper, and neutron techniques. An important aspect of the textbook is the discussion on planning geophysical investigations; the reviewer believes this should have further emphasized the importance of geological studies prior to initiating a geophysical investigation (to better target the geophysical investigation and the integration of a geophysical survey) because application of a single technique is rarely adequate. The limited use of mathematics, the basic discussion of geophysical methods, and the very brief case history discussions make for a reasonably good introductory text on the importance of geophysical investigations for groundwater investigations in hard rock terrains.Summing Up: Recommended. Lower-division undergraduates through faculty; professionals"M. S. Field, U.S. Environmental Protection Agency, in 'Choice', January 2017 issueGeophysics is about physics of the earth, its physical property variations and their response to induced perturbation giving a comprehensive insight into sub-surface hydrogeological conditions. I have rarely come across such a masterly treatment of the subject, so comprehensive, and penned in such a lucid language and student friendly style as in the book under review. The author P.C. Chandra, an eminent hydro-geophysicist, formerly Regional Director of Central Ground Water Board, has spent a major part of his career in the hard rock terrains of peninsular states and eastern India, namely the basement complex and Deccan traps. He has distilled his knowledge and experience gained in his more than three decades of field surveys in the pages of this book and enriched it with his priceless case studies. There are very few professionals in the country like Chandra who after superannuation from government service return to the academia prompted by sheer love of science and an urge to transmit the acquired knowledge to the young scientists, and ignite their inquisitive minds. Almost all aspects of hard rock hydro-geophysics from the perspectives of this subcontinent have been succinctly dealt with in the book. The author has also not forgotten to add a brief section on future scope of research in this field. Neat illustrations, valuable data tables, reference lists with each chapter for future study and error free quality printing mark the book as a ‘must read’ Manual for all, – graduate and post-graduate students, research scholars, teachers, and practicing groundwater geologists and geophysicists alike. I have no doubt that it will be a treasured keep in the Reference Libraries of Universities and Institutes teaching and practicing hydrogeology and geophysics. Truly the book is a masterpiece, a stellar contribution of P.C. Chandra to geoscience education. It is a tribute to his four decade long dedicated pursuit of geophysics. Subhajyoti Das, Geological Society of India vol. 88 (August 2016) "This work is one of several recently published textbooks on the important topic of geophysics for groundwater studies. As the title states, this particular text focuses almost exclusively on hard rock aquifers, which include the weathered zone, and mostly excludes soft rock terrains typified by carbonates and sulfates. Surface geophysical methods emphasized in this textbook include individual chapters that address the magnetic, resistivity, self-potential, mise-a-la-masse, and electromagnetic techniques. Borehole geophysical methods are relegated to one chapter that covers typical methods, such as spontaneous potential, gamma, caliper, and neutron techniques. An important aspect of the textbook is the discussion on planning geophysical investigations; the reviewer believes this should have further emphasized the importance of geological studies prior to initiating a geophysical investigation (to better target the geophysical investigation and the integration of a geophysical survey) because application of a single technique is rarely adequate. The limited use of mathematics, the basic discussion of geophysical methods, and the very brief case history discussions make for a reasonably good introductory text on the importance of geophysical investigations for groundwater investigations in hard rock terrains.Summing Up: Recommended. Lower-division undergraduates through faculty; professionals"M. S. Field, U.S. Environmental Protection Agency, in 'Choice', January 2017 issueTable of Contents1 Groundwater issues in hard rock & geophysics; 2 Introduction to the hydrogeology of hard rock; 3 Introduction to geophysical investigations in hard rock; 4 Planning of geophysical surveys; 5 The magnetic method; 6 The electrical resistivity method; 7 The self potential method; 8 The mise-a-la-masse method; 9 The frequency domain electromagnetic method; 10 The very low frequency electromagnetic method; 11 The time domain electromagnetic method; 12 The borehole geophysical logging methods; 13 Integrated geophysical survey; 14 Geophysical methods in management of aquifer recharge & groundwater contamination study

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Book SynopsisThis is the first book ever published on the problems of true triaxial testing of rocks addressing all aspects of true triaxial testing of rocks, including: (i) true triaxial testing techniques and procedures; (ii) test results: strength, deformability, failure mode, permeability, acoustic emission, and elastic wave velocity; (iii) constitutive laws and failure criteria; and (iv) applications to geoengineering and geosciences.Recent developments in the field of true triaxial testing of rocks are presented, as well as a thorough review of the most important achievements in the whole history of true triaxial testing of rocks.Almost all researchers from around the world engaged in the true triaxial testing of rocks over the last three decades have contributed to this work. The authors originate from different branches of geoengineering and geosciences, including civil engineering, engineering geology, geotechnical engineering, mining engineering, petroleum engineering, seTable of ContentsTrue Triaxial Testing Techniques and Procedures. Test Results: Strength, Deformability, Failure Mode, Permeability, Acoustic Emission, Elastic Wave Velocity, … . Failure Mechanism and Failure Criteria. Applications to Geoengineering and Geosciences. Miscellaneous.

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Book SynopsisThis proceedings volume consists of papers focusing on repairing, maintaining, rehabilitating, and retrofitting of existing infrastructures to extend their life and maximize economic return. Moreover, structural performance and material durability are discussed. Contributions fall under the following headings: (i) Concrete durability aspects, (ii) Condition assessment of concrete structures, (iii) Modern materials technology, (iv) Concrete repair, rehabilitation and retrofitting, (v) Performance and health monitoring, and (vi) Education, research and specifications. Major attention is paid to innovative materials for durable concrete construction, integrated service life modelling of reinforced concrete structures, NDE/NDT and measurement techniques, repair methods and materials, and structural strengthening and retrofitting techniques. For researchers and practitioners in structure and infrastructure engineering. Set of book of abstracts (546 pp) and a searchable full paper CD-ROM (1564 pp).Table of ContentsPreface ICCRRR Committees Keynote papers Theme 1: Concrete durability aspects Innovative materials and influences of material composition Service life modelling and prediction of durability Modelling and prevention of reinforcement corrosion Theme 2: Condition assessment of concrete structures Degradation assessment and service life aspects NDE/NDT and measurement techniques Materials and structural assessments Theme 3: Concrete repair, rehabilitation and retrofitting Repair methods, materials and techniques Bonded concrete overlays and patch repairs Structural repairs and strengthening Retrofitting techniques and FRP systems Theme 4: Developments in materials technology, assessment and processing Theme 5: Concrete technology and structural design

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