Soil science and management Books

Book SynopsisThis book discusses how research efforts have established an organic link between pedology and edaphology of five pedogenetically important soil orders as Alfisols, Mollisols, Ultisols, Vertisols and Inceptisols of tropical Indian environments. The book highlights how this new knowledge was gained when research efforts were complemented by high resolution mineralogical, micro morphological and age-control tools. This advancement in basic and fundamental knowledge on Indian tropical soils makes it possible to develop several index soil properties as simple methods to study their pedology and edaphology. More than one-third of the world’s soils are tropical soils. Thus the recent advances in developing simple and ingenuous methods to study pedology and edaphology of Indian tropical soils may also be adopted by both graduate students and young soil researchers to aid in the development of a national soil information system to enhance crop productivity and maintain soil health in the 21st century. Table of ContentsChapter 1: Methods to study Pedology and Edaphology of Indian Tropical Soils: An Overview.- Chapter 2: Evidence of Clay Illuviation in Soils of the Indo-Gangetic Alluvial Plains (IGP) and Red Ferruginous (RF) Soils.- Chapter 3: Clay Illuviation and Pedoturbation in SAT Vertisols Chapter 4: Cracking Depths in Indian Vertisols: Evidence of Holocene Climate Change .- Chapter 5: Unique Depth Distributions of Clays in SAT Alfisols: Evidence of Landscape Modifications.- Chapter 6: Easy Identifications of Soil Modifiers.- Chapter 7: Mineralogy Class of Indian Tropical soils.- Chapter 8: Hydraulic Conductivity to Evaluate the SAT Vertisols for Deep Rooted Crops.- Chapter 9: Clay and Other Minerals in Selected Edaphological Issues.- Chapter 10: A Critique on Degradation of HT and SAT Soils in View of Their Pedology and Mineralogy.- Chapter 11: Anomalous Potassium Release and Adsorption Reactions: Evidence of Polygenesis of Indian Tropical Soils.- Chapter 12: Concluding Remarks.

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Book SynopsisThis open access book synthesizes leading-edge science and management information about forest and rangeland soils of the United States. It offers ways to better understand changing conditions and their impacts on soils, and explores directions that positively affect the future of forest and rangeland soil health. This book outlines soil processes and identifies the research needed to manage forest and rangeland soils in the United States. Chapters give an overview of the state of forest and rangeland soils research in the Nation, including multi-decadal programs (chapter 1), then summarizes various human-caused and natural impacts and their effects on soil carbon, hydrology, biogeochemistry, and biological diversity (chapters 2–5). Other chapters look at the effects of changing conditions on forest soils in wetland and urban settings (chapters 6–7). Impacts include: climate change, severe wildfires, invasive species, pests and diseases, pollution, and land use change. Chapter 8 considers approaches to maintaining or regaining forest and rangeland soil health in the face of these varied impacts. Mapping, monitoring, and data sharing are discussed in chapter 9 as ways to leverage scientific and human resources to address soil health at scales from the landscape to the individual parcel (monitoring networks, data sharing Web sites, and educational soils-centered programs are tabulated in appendix B). Chapter 10 highlights opportunities for deepening our understanding of soils and for sustaining long-term ecosystem health and appendix C summarizes research needs. Nine regional summaries (appendix A) offer a more detailed look at forest and rangeland soils in the United States and its Affiliates.Table of ContentsExecutive Summary.- Overview and Purposes.- Key Message.- Chapter 1. State Of Forest And Rangeland Soils Research In The United States (Dan Binkley, Daniel D. Richter, Richard V. Pouyat, and Linda Geiser).- Chapter 2. Soil Carbon (Erin Berryman, Jeff Hatten, Deborah S. Page-Dumroese, Kate Heckman, David D’Amore, Jennifer Puttere, Michael SanClements, Stephanie Connolly, Charles H. (Hobie) Perry, and Grant Domke).- Chapter 3. Soils And Water (Mary Beth Adams, Vince Archer, Scott Bailey, Kevin McGuire, Chelcy Miniat, Dan Neary, Toby O’Geen, Pete Robichaud, and Mike Strobel).- Chapter 4. Biogeochemical Cycling In Forest And Rangeland Soils Of The United States (Lindsey E. Rustad, Jennifer Knoepp, Daniel D. Richter, and Andrew Scott).- Chapter 5. Forest And Rangeland Soil Biodiversity (Stephanie A. Yarwood, Elizabeth Bach, Matt Busse, Jane E. Smith, Mac A. Callaham, Jr., Chih-Han Chang, Taniya Roy Chowdhury, and Steven D. Warren).- Chapter 6. Wetland And Hydric Soils (Carl Trettin, Randall Kolka, Anne Marsh, Sheel Bansal, Eric Lilleskov, Patrick Megonigal, Marla Stelk, Graeme Lockaby, David D’Amore, Richard MacKenzie, Brian Tangen, Rodney Chimner, and James Gries).- Chapter 7. Urban Soils (Richard Pouyat, Susan Day, Sally Brown, Kirsten Schwarz, Richard Shaw, Katalin Szlavecz, Tara Trammell, and Ian Yesilonis).- Chapter 8. Soil Management And Restoration (Mary Williams, Cara Farr, Deborah Page-Dumroese, Stephanie Connolly, and Eunice Padley).- Chapter 9. Soil Mapping, Monitoring, And Assessment (Mark J. Kimsey, Larry E. Laing, Sarah Anderson, Jeff Bruggink, Steve Campbell, David Diamond, Grant Domke, James Gries, Scott Holub, Greg Nowacki, Deborah Page-Dumroese, Charles H. (Hobie) Perry, Lindsey Rustad, Kyle Stephens, and Robert Vaughan).- Chapter 10. Challenges And Opportunities (Linda Geiser, Toral Patel-Weynand, Anne Marsh, Korena Mafune, and Daniel Vogt).- Appendix A: Regional Summaries.- Appendix B: Soils Networks And Resources.- Appendix C: Summary Of Research Questions.

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Book SynopsisAktueller Überblick über alle Aspekte des kontrollierten Rückbaus - praxisorientiert und mit zahlreichen Fallbeispielen veranschaulicht.Table of Contents1 Einführung.- 1.1 Begriffsdefinitionen.- 1.1.1 Konventioneller Abbruch.- 1.1.2 Kontrollierter Rückbau.- 1.1.3 Selektiver Rückbau.- 1.1.4 Bauabfälle.- 1.2 Ressourcenschonung durch Kreislaufwirtschaft im Bauwesen.- 1.3 Sachstand und Entwicklungsbedarf.- 1.4 Literatur.- 2 Rechtliche Rahmenbedingungen für den kontrollierten Rückbau.- 2.1 Der Rückbau im Vorschriftendschungel.- 2.1.1 Gebot zur Getrennthaltung.- 2.1.2 Kreislaufwirtschafts-und Abfallgesetz.- 2.1.3 Zielfestlegungen der Bundesregierung.- 2.1.4 Der Entsorgungsfachbetrieb.- 2.1.5 Nachweisverordnung.- 2.2 Abfallvermeidungs-und -verwertungsforum Berlin.- 3 Kommunale Strategien zur Umsetzung des kontrollierten Rückbaus.- 3.1 Einleitung.- 3.2 Rechtliche Grundlagen.- 3.3 Das Düsseldorfer Rückbaukonzept.- 3.3.1 Der Anwendungsbereich.- 3.3.2 Die Vorbereitung des Rückbaukonzeptes.- 3.3.3 Die Erstellung des Rückbaukonzeptes.- 3.3.4 Entsorgungs-und Verwertungshinweise.- 3.4 Erfahrungen/Vollzugsprobleme.- 3.5 Ausblick.- 3.6 Literatur.- 4 Planung von Rückbauprojekten: Grundlagenermittlung/Bestandsaufnahme, Variantenprüfung, Entwurfsplanung.- 4.1 Einleitung.- 4.2 Standortrecherche und Bestandsaufnahme (Grundlagenermittlung).- 4.2.1 Historisch-deskriptive Untersuchung.- 4.2.2 Gefährdungsabschätzung.- 4.2.3 Bewertung der Gebäude-und Anlagensubstanz.- 4.2.4 Gefahrstoffe.- 4.3 Rückbaukonzeption.- 4.3.1 Planungsvarianten (Vorplanung).- 4.3.2 Ausführungsvariante (Entwurfsplanung).- 4.3.3 Verwertungs-und Entsorgungskonzept.- 4.3.4 Arbeitssicherheit.- 4.4 Ausführungsplanung, Ausschreibung etc..- 4.5 Schlußbemerkung.- 4.6 Literatur.- 5 EDV-gestützte Planung des selektiven Gebäuderückbaus.- 5.1 Ausgangslage und Problemstellung.- 5.2 Demontageplanung.- 5.2.1 Gebäudeerfassung.- 5.2.2 Demontagestruktur-und Ressourcenplanung.- 5.2.3 Demontagezeitplanung.- 5.3 Verwertungsplanung.- 5.4 Termin-und Kostenplanung der Demontage und Verwertung.- 5.5 Literatur.- 6 Typische Schadstoffe und problematische Baustoffe.- 6.1 Einführung.- 6.2 Herkunft von Kontaminationen der Bausubstanz.- 6.2.1 Produktionsspezifische Schadstoffe.- 6.2.2 Schadstoffhal tige Baumaterialien.- 6.3 Halogenfreie Kohlenwasserstoffverbindungen.- 6.3.1 Mineralölkohlenwasserstoffe.- 6.3.2 Aromatische Kohlenwasserstoffverbindungen.- 6.4 Halogenkohlenwasserstoffe.- 6.4.1 Polychlorierte Biphenyle (PCB).- 6.4.2 Pentachlorphenol (PCP).- 6.4.3 Dioxine und Furane.- 6.4.4 Sonstige Chlorkohlenwasserstoffe.- 6.5 Schwermetalle.- 6.6 Asbest und künstliche Mineralfasern.- 6.6.1 Asbest.- 6.6.2 Künstliche Mineralfasern.- 6.7 Schlußbemerkung.- 6.8 Literatur.- 7 Beschreibung der typischen Rückbauverfahren: Demontage, Dekontamination, Abbruch.- 7.1 Arbeitsschritte beim Rückbau.- 7.1.1 Ausbau von sortenreinen Stoffen.- 7.1.2 Ausbau von kontaminierten Materialien.- 7.1.3 Restabbruch nach dem Ausbau kontaminierter Materialien.- 7.2 Rückbauverfahren bei kontaminierten Materialien.- 7.2.1 Reinigungsverfahren.- 7.2.2 Abtragsverfahren.- 7.2.3 Ausbauverfahren (Teilabbruch).- 7.2.4 Sonderverfahren.- 7.3 Verfahrensauswahl.- 7.4 Literatur.- 8 Rückbau der ehemaligen Halberger Hütte in Ludwigshafen.- 8.1 Standort und Rahmenbedingungen.- 8.2 Vorbereitung und Planung, die Rückbaukonzeption.- 8.3 Der Rückbau.- 8.4 Entsorgungswege.- 8.5 Verwertung und Entsorgung: Massenbilanz.- 8.6 Kostenaufstellung.- 8.7 Schlußbemerkungen.- 8.8 Literatur.- 9 Rückbau des Eisenwerkes Homberg (Efze)-Holzhausen.- 9.1 Standortbeschreibung.- 9.1.1 Allgemeines.- 9.1.2 Maßnahmen im Vorfeld der Sanierung.- 9.2 Beschreibung der Rückbaukonzeption, Rückbauplanung.- 9.2.1 Randbedingungen — Sanierungszielkriterien.- 9.2.2 Sanierungsvarianten.- 9.2.3 Variantenauswahl.- 9.2.4 Rückbauplanung.- 9.3 Darstellung der Projektstruktur.- 9.3.1 Beteiligte Behörden.- 9.3.2 Beteiligte Firmen.- 9.4 Ausschreibung und Vergabeverfahren.- 9.5 Durchführung der Rückbauarbeiten.- 9.5.1 Arbeitssicherheit und Arbeitsschutz.- 9.5.2 Entrümpelung, Demontage, Aufnahme von Rest-und Wertstoffen.- 9.5.3 Sanierungsuntersuchungen.- 9.5.4 Abbrucharbeiten.- 9.6 Bodensanierung.- 9.7 Beschreibung der Entsorgungs-und Verwertungswege.- 9.7.1 Wiederverwertung.- 9.7.2 Entsorgung über die Kreisrestmülldeponie (TA-Siedlungsabfall Deponieklasse I und II).- 9.7.3 Entsorgung über die Hessische Industriemüll GmbH.- 9.8 Massenbilanz zur Verwertung und Entsorgung.- 9.9 Wirtschaftlichkeitsbetrachtung.- 9.10 Fazit.- 9.11 Literatur.- 10 Arbeitsschutz und Sicherheitstechnik im Rahmen von Rückbauprojekten.- 10.1 Einleitung.- 10.2 Rechtliche Grundlagen.- 10.3 Gesundheitsgefahren.- 10.4 Sicherheitsplanung.- 10.5 Schutzmaßnahmen.- 10.5.1 Technische Schutzmaßnahmen.- 10.5.2 Organisatorische Schutzmaßnahmen.- 10.5.3 Persönliche Schutzausrüstung.- 10.6 Schlußbemerkungen.- 10.7 Literatur.- 11 Erfahrungen aus Pilotprojekten zum selektiven Rückbau: Hotel Post, Dobel — Reihenhauskomplex, Mulhouse.- 11.1 Hotel Post, Dobel.- 11.1.1 Allgemeine Daten zum Abbruchobjekt.- 11.1.2 Ergebnisse der Durchführung des selektiven Rückbaus.- 11.1.3 Verwertung der anfallenden Materialien.- 11.2 Reihenhauskomplex Mulhouse.- 11.2.1 Allgemeine Daten zum Abbruchobjekt.- 11.2.2 Analyse des selektiven Rückbaus.- 11.2.3 Analyse der Abbrucharbeiten.- 11.2.4 Verwertung der anfallenden Materialien.- 11.3 Kostenvergleich.- 11.4 Literatur.- 12 Verwertung von Bauabfällen.- 12.1 Einleitung.- 12.2 Rechtliche Rahmenbedingungen.- 12.3 Verwertung und Vermarktung.- 12.3.1 Mineralische Stofffiaktion.- 12.3.2 Einsatzmöglichkeiten im Tiefbau.- 12.3.3 Einsatzmöglichkeiten im Hochbau.- 12.4 Verwertung von Holzabfällen.- 12.5 Sonstige Abfälle.- 12.5.1 Kunststoffabfälle.- 12.5.2 Metallabfälle.- 12.5.3 Glasabfälle.- 12.5.4 Sonstige Materialien.- 12.6 Marketing/Vermarktung.- 12.7 Baustellen-und Abfallmanagement.- 12.8 Ausblick.- 12.9 Literatur.- 13 Produktrecycling im Bauwesen — Bauteilorientierter Rückbau von Gebäuden.- 13.1 Einführung.- 13.2 Strategien zur Abfallvermeidung im Bauwesen.- 13.3 Produktrecycling im Bauwesen.- 13.4 Bergung von Bauelementen durch bauteilorientierten Gebäuderückbau.- 13.5 Instrumente.- 13.6 Aufbau von logistischen, insbesondere informatorischen Netzwerken.- 13.7 Produktrecycling im Bauwesen: Praxisbeispiele.- 13.8 Ausblick.- 13.9 Literatur.- 14 Nutzwertanalytische Betrachtung von Rückbauverfahren.- 14.1 Einleitung.- 14.2 Einführung in die Nutzwertanalyse (NWA) am Beispiel von Rückbauvorhaben.- 14.3 Kriterienkatalog.- 14.4 Zielbaum und Rechenmodell.- 14.5 Bewertung der Kriterien.- 14.5.1 Entsorgung/Verwertung.- 14.5.2 Ökologie.- 14.5.3 Kosten für Planung, Bauleitung, Abbruch und Entsorgung/Verwertung.- 14.6 Berechnung des Gesamtnutzens.- 14.7 Diskussion der Ergebnisse.- 14.8 Zusammenfassung und Ausblick.- 14.9 Literatur.- 15 Ausblick: Perspektiven des kontrollierten Rückbaus.- 15.1 Einleitung und Begriffsbestimmung.- 15.2 Randbedingungen und Einflußgrößen.- 15.2.1 Einflußgröße Ökonomie.- 15.2.2 Einflußgröße Ökologie.- 15.2.3 Flächenmanagement.- 15.2.4 Einflußgröße Arbeitsmarktsituation.- 15.2.5 Einflußgröße Abfall-/Kreislaufwirtschaft.- 15.2.6 Konzept einer nachhaltigen Bauwirtschaft.

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Book SynopsisThe soils are fundamental to our existence, delivering water and nutrients to plants, that feed us. But they are in many ways in danger and their conservation is therefore a most important focus for science, governments and society as a whole. A team of world recognised researchers have prepared this first English edition based on the 16th European edition. • The precursors and the processes of soil development • The physical, biological and chemical properties of soils • Nutrients and Pollutants • The various soil classifications with the main focus on the World Reference Base for Soil Resources (WRB) • The most important soils and soil landscapes of the world • Soil Evaluation Techniques • Basic Principles of Soil Conservation Whoever works with soils needs this book. Trade Review“Each chapter is well organized with numerous subsections discussing specific topics. The text is also well illustrated to clarify relationships for the soil functions discussed. … The textbook is suitable for teaching advanced students in soil science or allied curricula. It is also an excellent resource for professionals with backgrounds in engineering, biology, ecology, and agriculture. Summing Up: Recommended. Upper-division undergraduates through professionals/practitioners.” (S. G. Shetron, Choice, Vol. 53 (10), June, 2016)

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Book SynopsisThe results, published in this book, present the outcome of a cooperative research between plant ecologists, physiologists and population geneticists. The project received generous financial support from the Foundation for Bio­ logical Research, which is subsidized by the Netherlands Organization for Scientific Research. During the course of the Project the value of the in­ tegrative approach on a limited number of Plantago species and populations became evident and it was decided that the results should be published as a book. The start of the preparation of the "plantago" book was done by Dr. P. J. M. van der Aart and Dr. H. Lambers but due to their appointment as full professor of the University of Utrecht they were both unable to continue. We are greatly indebted to Van der Aart and Lambers for the groundwork they have laid. The book presents a sample of results obtained over a period of more than 10 years. Research on Plantago is still continuing, as evident from a number of publications and doctoral theses. We want to thank the authors for their pa­ tience and assistance to complete the job. The editorial assistance of Mrs. I. Cameron-Doornbos was extremely valuable, as well as the help of Mr. E. Leeuwinga und Mrs. N. Tolmeijer with the drawings and the help of Mrs. T. E. Stuit with the list of references.Table of Contents1 Introduction.- 2 General Biology of Plantago.- 2.1 Evolutionary Status.- 2.2 Biogeography and Human Effects.- 2.3 General Ecology.- 2.4 General Morphology.- 2.5 Flowering Biology.- 2.6 Breeding Systems in Plantago.- 2.7 Questions Arising from Variation in General Biology.- 3 Distribution of Plantago Species: Characterization of Sites.- 3.1 Phytosociology of Plantago Habitats in The Netherlands and the Relation with Habitat Characteristics.- 3.2 Chemical and Physical Characteristics of the Soil of Plantago Sites.- 3.3 Micrometeorological Characterization of Plantago Species.- 3.4 Interactions with Organisms Other than Plants.- 4 Ecology of Plantago Populations.- 4.1 The Demographic Structure of Populations.- 4.2 Germination and Establishment.- 4.3 Photosynthesis of Plantago lanceolata Populations in the Field.- 4.4 Nitrogen Nutrition in Plantago Species.- 5 Ecophysiology of Plantago Species.- 5.1 Carboxylate Production and Proton Excretion.- 5.2 Mineral Nutrient Concentrations in the Soil and in the Plant.- 5.3 Acquisition and Utilization of Nitrogen.- 5.4 Salinity and Plantago.- 5.5 Low Temperature Tolerance of Plantago coronopus and Plantago maritima as Affected by Salt (NaCl).- 5.6 Seed Germination of Plantago major ssp. major and Plantago lanceolata.- 5.7 Phenotypic Plasticity in Plantago Species.- 6 Genetic Variation Within Plantago Populations.- 6.1 Allozyme Variation and Genetic Structure in Plantago Species.- 6.2 Polymorphism for Caffeic Acid Esters in Populations of Plantago major ssp. pleiosperma.- 6.3 Selection for the Maintenance of Sex Polymorphism in Plantago.- 6.4 Gene Flow Characters and Population Structure in Plantago lanceolata.- 6.5 Ploidy Polymorphism in Plantago media and in Some Other Plantago Species.- 7 Genotypic and Phenotypic Variation Between Plantago Populations and the Relation with the Habitat.- 7.1 Phenotypic Plasticity in Plantago maritima.- 7.2 Ecotypic Differentiation in Plantago major.- 7.3 Ecotypic Differentiation in Plantago lanceolata.- 7.4 The Seed Bank in Relation to Distribution, Abundance and Life History of Plantago Species.- 8 Genetic Strategies in Plantago.- 8.1 The Genetics of Plantago Species.- 8.2 A Population Biological Model of Plantago major: an Attempt to Integrate Genetic, Demographic and Physiological Knowledge.- 9 Conclusions.- 9.1 Comparison of Species.- 9.2 Comparison of Populations.- 9.3 Comparison of Individual Plants and Subpopulations.- References.

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Book SynopsisThe soils are fundamental to our existence, delivering water and nutrients to plants, that feed us. But they are in many ways in danger and their conservation is therefore a most important focus for science, governments and society as a whole. A team of world recognised researchers have prepared this first English edition based on the 16th European edition. • The precursors and the processes of soil development • The physical, biological and chemical properties of soils • Nutrients and Pollutants • The various soil classifications with the main focus on the World Reference Base for Soil Resources (WRB) • The most important soils and soil landscapes of the world • Soil Evaluation Techniques • Basic Principles of Soil Conservation Whoever works with soils needs this book. Trade Review“Each chapter is well organized with numerous subsections discussing specific topics. The text is also well illustrated to clarify relationships for the soil functions discussed. … The textbook is suitable for teaching advanced students in soil science or allied curricula. It is also an excellent resource for professionals with backgrounds in engineering, biology, ecology, and agriculture. Summing Up: Recommended. Upper-division undergraduates through professionals/practitioners.” (S. G. Shetron, Choice, Vol. 53 (10), June, 2016)

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This book aims to assist in choosing ecotechnological solutions for slopes that are prone to a variety of mass movements e.g. shallow failure or erosion. The book reviews the types of problematic slopes that may occur and describes briefly the nature of mass movements and the causes of these movements. There is focus on the use of vegetation to stabilize soil on slopes prone to mass movements. The book also introduces new ecotechnological methods, and case studies are discussed.

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Book SynopsisA significant crop in our global society, rice is a staple food product for over half of the world’s population. New technologies are being researched and utilized for increasing the overall production of strong rice crops throughout the world. This book focuses on the new areas of research on the most recent biotechnological and molecular techniques to aid in this endeavor. The researchers who have contributed to this compendium are international leaders in their respective fields. The original research included in the volume is strengthened through the addition of surveys, reviews, success stories, and other aspects that impact the global agricultural industry.Table of ContentsEmerging Trends of A20/AN1 Zinc-Finger Proteins in Improving Rice Productivity Under Abiotic Stress. Potent Avenues for Conferring Salinity Tolerance in Rice. Salt Stress Responses of Glycophytic Rice and Halophytic Rice: Physiological, Biochemical and Molecular Aspects. Technological Development for Abiotic Stress (AbS) in Rice. Assessment of Aromatic Content and In-Vitro Responses in Traditional Indian Rice Varieties. Biochemical Evaluation of Irrigated Flooded Transplanted and Aerobic Rice (Oryza sativa L.): A Review. Agrobacterium-Mediated Genetic Transformation Practices for Improvement of Rice Quality and Production. Molecular Markers and Marker Assisted Selection (MAS) Towards Yield and Quality Improvement in Rice. The CRISPR/Cas Genome Editing System and Its Application in Rice Improvement. Role of Genetic Engineering and Biotechnology as Molecular Advance Tool and Trend in Quality Improvement of Rice Crop. Association Mapping in Rice: High Resolution Mapping Technique for Complex Traits.

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Book SynopsisThis book explores the significance of soil microbial diversity to understand its utility in soil functions, ecosystem services, environmental sustainability, and achieving the sustainable development goals. With a focus on agriculture and environment, the book highlights the importance of the microbial world by providing state-of-the-art technologies for examining the structural and functional attributes of soil microbial diversity for applications in healthcare, industrial biotechnology, and bioremediation studies. In seven chapters, the book will act as a primer for students, environmental biotechnologists, microbial ecologists, plant scientists, and agricultural microbiologists. Chapter 1 introduces readers to the soil microbiome, and chapter 2 discusses the below ground microbial world. Chapter 3 addresses various methods for exploring microbial diversity, chapter 4 discusses the genomics methods, chapter 5 provides the metaproteomics and metatranscriptomics approaches and chapter 6 details the bioinformatics tools for soil microbial community analysis, and chapter 7 concludes the text with future perspectives on further soil microbial uses and applications. Table of ContentsChapter1: Introduction.- Chapter2: Belowground microbial communities: A key players for soil and environmental Sustainability.- Chapter3: Methods for exploring soil microbial diversity.- Chapter4: Genomics based methods for microbial diversity analysis from soils.-Chapter5: Metaproteomics and metatranscriptomics for microbial communities profiling.- Chapter6: Bioinformatics tools for soil microbial community analysis.- Chapter7: Conclusion and future perspectives

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Book SynopsisKristina M. Lyons presents an ethnography of human-soil relations in which she follows state soil scientists and peasant farmers in Colombia's Putumayo region, showing how their relationship with soil is key to caring for the forest and growing non-illicit crops in the face of violence, militarism, and environmental destruction.Trade Review“Vital Decomposition weaves enthralling ecopoetic writing with the finest ethnographic storytelling. Kristina M. Lyons tells us a compelling story of human-soil relations nurturing insurgent life from the very grounds of eco-social devastation. An indispensable and inspiring read for hopeful decolonial naturecultures.” -- María Puig de la Bellacasa, author of * Matters of Care: Speculative Ethics in More Than Human Worlds *“Making several important interventions in biopolitics, multispecies ethnography, and feminist science studies, Vital Decomposition is a riveting, engaging, timely, and intimate book. It is the best kind of ethnography; it takes us to the small, marginal, and forgotten and examines the world through them, making us feel as though we've been looking at everything the wrong way for a while.” -- Kregg Hetherington, author of * The Government of Beans: Regulating Life in the Age of Monocrops *“Vital Decomposition is a beautifully written book that takes readers deep inside the worlds of Amazonian farmers, soil scientists, and the Amazonian ecosystem itself…. Readers interested in rural Colombia, alternative agricultural practices, and the connections between knowledge, practice, power, and resistance, will appreciate her work.” -- Alex Diamond * NACLA *“Through her research, Lyons weaves poetry and storytelling into a novel analysis of soils. From the perspective of the rural farmers she came to know, Lyons vividly describes the urgent need to ‘think with Amazonian soils’ rather than external systems....” -- Kathleen M. Smits and Jessica M. Smith * Vadose Zone Journal *“Through sensorially powerful ethnographic writing about relations between humans and soil in Colombia, Lyons tells us a story about soil farmers in the Amazon and soil scientists in Bogotá.... Lyons insists on foregrounding the resilience of people and, crucially, of Amazonian soil.” -- María Elena García * Public Books *“This exciting and innovative ethnography centers the often invisible, yet ubiquitous, materiality of soil. [Vital Decomposition] will, I hope, generate a renewed interest in the political ecology of soils and encourage future studies around human-soil relations within the social sciences.” -- Meghan Sullivan * Antipode *Table of ContentsAcknowledgments ix Introduction. Life in the Midst of Poison 1 1. From Aerial Spaces to Litter Layers 10 2. The Theater of Life Is Also a Stage of Death: Beyond Surface Chauvinism 41 3. Partial Alliances among Minor Practices: The "Ellusive" Nature of Colombia's Amazonian Plains 70 4. Decomposition as Life Politics: On Reclaiming and Relaying 105 5. Resonating Farms and Vital Spaces: A Person and His Concepts 137 6. Which Soils? Where Soils? Why Soils? 169 Notes 183 References 197 Index 213

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Book SynopsisUnderstanding Soils in Urban Environments is a concise book explaining how urban soils develop, change and erode. Soils provide the foundation for buildings and infrastructure, and the medium for plant growth in fields, parks and gardens. They can act as a sink for waste, and can be contaminated in urban areas by heavy metals, organic chemicals and other contaminants. Soil properties such as water retention, salinity and acidity can cause environmental and structural problems for buildings and other engineering works. This text recognises and draws attention to the particular nature of soils in urban environments and discusses their distinctive management needs. Since the first edition was published in 2011, it has been used across a wide range of disciplines, many of which require an understanding of urban soil and specific soil properties that cause environmental concern. Urban soils are now recognised as much more important now than they were ten years ago, when they were seen as a poor relation to agriculture. The need for better understanding of all aspects of this topic has become evident especially at conferences in the last 5 years in Australia and internationally, where urban soils are now included as specific sections, not just as subsets such as contamination. This new edition updates and expands on the original text, including a specific chapter on the use of manufactured soil for rehabilitation and recreation, and additional case studies in other chapters, particularly contamination. The text is updated throughout to address the increasing importance of soil health for seed banks and parklands, and its implications for planning developments, the legal determination of bioregions, and addressing environmental issues that can arise from mismanagement of urban soils.Table of ContentsChapter 1: Soils in an urban environment Chapter 2: Soil characteristics important for urban soil management Chapter 3: Soils and the hydrological cycle in urban environments Chapter 4: Soil property problems for engineering works Chapter 5: Soil contamination in urban areas Chapter 6: Urban soils and ecosystems Chapter 7: Soils and vegetation: contributing to a more sustainable urban environment Chapter 8: Urban development on coastal soils Chapter 9: Interpretation of soil attributes in an urban environment

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Book SynopsisThe dependence of present farming on artificial input of “chemical fertilizers” has caused numerous ecological tribulations associated with global warming and soil contamination. Moreover, there is an essential requirement for realistic agricultural practices on a comprehensive level. Accordingly, biofertilizers including microbes have been recommended as feasible environmentally sound solutions for agricultural practices which not only are natural, and cost-effective but also preserve soil environs and important biota of agricultural land. In addition, it enhances the nutrient quantity of soils organically. Microbial biofertilizers promote plant growth by escalating proficient absorption of nutrients for the plants and by providing an excellent disease-fighting mechanism.Agriculture, the backbone of human sustenance, has been put under tremendous pressure by the ever-increasing human population. Although various modern agro-techniques boosted agricultural production, the excessive use of synthetic fertilizers, pesticides and herbicides have proven extremely detrimental to agriculture as well as to the environment in which it is carried out. Besides this some faulty agricultural practices like monoculture and defective irrigation, further complicate the scenario by eliminating biodiversity, increasing the efflux of nutrients into the water bodies, the formation of algal blooms, eutrophication, damaging the water quality and lowering fish stocks. Biofertilizers are the organic compounds applied to crops for their sustainable growth and the sustainability of the environment as the microbiota associated with biofertilizers interact with the soil, roots and seeds to enhance soil fertility. Application of biofertilizers results in the increased mineral and water uptake, root development, vegetative growth and nitrogen fixation besides liberating growth-promoting substances and minerals that help the maintenance of soil fertility. They further act as antagonists and play a pivotal role in neutralising soil-borne plant pathogens and thus, help in the bio-control of diseases. Application of biofertilizers instead of synthetic fertilizers could be a promising technique to raise agricultural productivity without degrading environmental quality. The present book focuses on the latest research approaches and updates from the microbiota and their applications in the agriculture industry. We believe this book addresses various challenges and shed lights on the possible future of the sustainable agricultural system.Table of Contents

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Book SynopsisThis book highlights the impact of climate change on the soil microbiome and its subsequent effects on plant health, soil-plant dynamics, and the ecosphere. It also discusses emerging ideas to counteract these effects, e.g., through agricultural applications of functional microbes, to ensure a sustainable ecosystem.Climate change is altering the soil microbiome distributions and thus the interactions in microbiome and plant‐soil microorganism. Improvement of our understanding of microbe-microbe and plant-microbe interaction under changing climatic conditions is essential, because the overall impact of these interactions under varying adverse environmental conditions is lacking. This book has been designed to understand the impact of climate change, i.e., mainly salt and drought stress, on the soil microbiome and its impact on plant, yield, and the ecosphere.The book is organized into four parts: The first part reviews the impact of climate change on the diversity and richness of the soil microbiome. The second part addresses effects of climate change on plant health. The third part discusses effects on soil-plant dynamics and functionality, e.g., soil productivity. The final part deals with the effects of climate change on ecosystem functioning and also discusses potential solutions.The book will appeal to students and researchers working in the area of soil science, agriculture, molecular biology, plant physiology, and biotechnology. Table of Contents

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Book SynopsisThis book focuses on the nature and properties of soils of Hindu Kush-Himalayas and their management for agricultural land use. It discusses all aspects of climatic variations and potential of resources in the Himalayan region including examples from Afghanistan, Bangladesh, Bhutan, China (Tibet), India, Myanmar, Nepal and Pakistan. Chapters cover the geology of the parent material of native soils, soils microbes, flora and fauna. Soil classification has been given in detail to better understand the nature of soils for judicious management strategies. The authors present land use practices and suggestions for changes in land use to benefit from the full potential of the soils in this region. Their ultimate aim is to find ways of feeding the ever-increasing population and raising the standard of life for the people living in the Himalayan mountain region. Table of ContentsForeword by Dr. I.P. Abrol.- Foreword by Prof. K. M. Bujarbaruah.- Foreword by Dr Saroj Kumar Sanyal.- Preface.- 1. Introduction.- 2. Climate and Environment.- 3. Phsyiography and Resources.- 4. Geology of Hindu Kush-Himalayan Soils.- 5. Soil Microbes and Biofertilizers.- 6 Soils of Hindu Kush-Himalayas.- 7. Land Use and Management.

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Book SynopsisIn the context of rising adverse effects of climate change on agriculture, there is a need for advanced methods and practices to manage soils for production of food and energy. This book presents the latest advances in microbial processes that control plant growth, with focus on genomic tools, microbial interactions with the plant and soils habitats, mobilization of plant nutrients, agricultural waste management, biodegradation, bioremediation, carbon sequestration, land reclamation, plant growth promotion, suppression of plant pathogens, induced systemic resistance and tolerance against biotic and abiotic stresses.Table of ContentsChapter 1 The perpetual battle of bacteria and phages Chapter 2 Orchestration of the plant microbiome for enhanced agriculture Chapter 3 Plant growth promoting rhizobacteria to mitigate biotic and abiotic stress in plants Chapter 4 Ecology and mechanisms of plant growth promoting rhizobacteria Chapter 5 Diversity and evolution of nitrogen fixing bacteria Chapter 6 Encapsulation of biofertilizers, biopesticides and biocontrol agents Chapter 7 Induced systematic resistance and plant immunity Chapter 8 Microbial elicitors for priming plant defense mechanisms Chapter 9 Microbial mitigation of abiotic stress in crops Chapter 10 Microbial alleviation of abiotic and biotic stresses in rice Chapter 11 Nutritional biofortification of crops by microbes Chapter 12 Microbial rejuvenation of soils for sustainable agriculture Chapter 13 Microbial remediation of agricultural residues Chapter 14 The biotechnological story of microbial genes from soil to transgenic plants Chapter 15 Microbial biosurfactants in the green agricultural technology Chapter 16 Role of microbes in the synthesis of industrial products from lignocellulosic materials

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Book SynopsisThis volume discusses innovative advancements in soil and crop microbiome technology and methods to support agricultural sustainability and reduce soil degradation. As climate change impacts agricultural productivity and soil health in impacted regions throughout the world, potential alternatives to find balance between soil health and crop yield are increasingly needed. Therefore, this book provides a timely, global perspective with a collection of expert authors to address how microbiomes can be used to achieve agricultural sustainability in threatened and degraded areas, while also covering related matters including soil health, pest management, waste disposal, environmental contamination, biofertilizer production, composting, and microbial engineering. The book is meant to serve as a reference for agriculturalists, environmentalists, graduate and post-graduate students, researchers, and professors of sustainability and agricultural management.Table of ContentsChapter 1. Integrated Approaches to Agri-Nanotechnology: Applications, Challenges and Future Perspectives.- Chapter 2. Microbiota in sustainable degradation of organic waste and its utilization in agricultural industry.- Chapter 3. Microbial degradation of toxic Agri wastes.- Chapter 4. Introduction of Biofertilizers in Agriculture with Emphasis on Nitrogen Fixers and Phosphate Solubilizers.- Chapter 5. Biofertilizers and biopesticides: approaches towards sustainable development.- Chapter 6. Credibility of biofertilizers towards restoration of fertility phenomenon in degraded soil environs.- Chapter 7. Macrophytes as biofertilizer for Agriculture: Concept and Applications.- Chapter 8. Potential role of biofertilizers in fruit crops.- Chapter 9. Microbial Biofertilizers: An Approach to Sustainable Agriculture.- Chapter 10. Actinomycetes as biofertilizers for Sustainable agriculture.- Chapter 11. Innovations in Biotechnology: Boon for Agriculture and Soil fertility.- Chapter 12. Microbiomes in Climate Smart Agriculture and sustainability.- Chapter 13. Genetic engineering towards improvement of phosphorus agricultural utilization.- Chapter 14. Pseudomonas as backbone for environmental health.- Chapter 15. Cyanobacteria as sustainable microbe for agricultural industries.- Chapter 16. Functional Diversity of Endophytic Microbiota in Crop Management of Cucumis sativus L.- Chapter 17. NANOSCIENCE IN AGRICULTURAL STEADINESS.- Chapter 18. Carbon and Silver Nanoparticles for Applications in Agriculture.

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Book SynopsisSandy soils cover approximately 900 million ha worldwide, and there are extensive areas of sandy soils under cultivation. Most sandy soils have high water permeability, low water-holding capacity, low ability to retain and exchange nutrients, weakly developed soil structure and they may be prone to erosion by wind. As irrigation is required for obtaining good crop yields, there is a risk of substantial leaching of nutrients and pesticides, and ground water depletion. Due to global pressure on land resources, marginal soils such as sandy soils are taken into production or cultivated more intensely. Sandy soils – as a group of soils with specific characteristics and ecological limitations – have received limited research attention. This books presents the main papers from the Global Conference on Sandy Soils which was held in June 2023 in Madison, USA. This book focuses on novel and exciting aspects of research on sandy soils which is presented into three sections: Distribution and Assessment, Soil Carbon and Soil Health, and Water and the Environment. It presents a global glimpse on what recent progress has been in the study of sandy soil and their properties and management.Table of ContentsPart 1. Distribution and assessment.- 1. Sandy Soils of the World: Taxonomy, Geography, and Soil Conditions (Jim Bockheim).- 2. Origin and Properties of Deep Sands of South-Eastern Cambodia – Some Preliminary Findings (S. Hin, R.W. Bell, D. Newsome, W. Vance, V. Seng).- 3. Sandy Soils in the USA: Properties and Use (R.R. Dobos, S. Kinast-Brown, S. Roecker, D.L. Lindbo).- 4. Molic and Umbric Horizons of Alluvial Sandy Soils of River Valleys in SW Poland (Beata Labaz, Cezary Kabala).- 5. Properties and Mid-infrared Spectral Signatures of Sandy Soils in Ghana (Stephen Owusu, E. Micheli, Edward Yeboah, C. M. Ocansey., A. Csorba).- 6. Spectroscopy Supported Definition and Classification of Sandy Soils in Hungary (Erika Michéli, Márta Fuchs, Yuri Gelsleichter, Mohammed Zein, Ádám Csorba).- 7. Proximal Sensing in Soil Water Repellency Management: A Review (Maria Then, Craig Lobsey, D.J. Henry, S. Sochaki, Richard Harper).- 8. Comparing Sand Content Measurements by the Pipette, Hydrometer, and vNIR and MIR Spectroscopy (Annalisa Stevenson, Alfred E. Hartemink, & Yakun Zhang).- 9. Aeolian Desertification Monitoring in the Sandy Areas of Northern China (Liu Shulin, Wang Tao, Song Xiang, Kang Wenping).- 10. Some Characteristics of Sandy Plaggen Soils (J.L. Yost, Alfred E. Hartemink).- Part 2. Soil Carbon and Soil health.- 11. Enhanced Weathering to Enhance Carbon Sequestration in Sandy Soils (Ryan E. Champiny, Yang Lin).- 12. Soil Carbon in Sandy Soils under Forest and Agriculture in Wisconin, USA (Annalisa Stevenson, Yakun Zhang, Jingyi Huang, J. Hu, Alfred E. Hartemink).- 13. Fallow Band System for Improving Crop Production on Sandy Soils in the Sahel (Kenta Ikazaki, Hitoshi Shinjo, Yuko Sasaki, Ueru Tanaka, Satoshi Tobita, Dougbedji Fatondji, Shinya Funakawa, Takashi Kosaki).- 14. A Simple Way to Illustrate Health of Soils in Sandy Golf Course Greens (Jason Eberhard, Barry Stewart, J. Brooks, J.D. McCurdy).- 15. Agricultural use of Sandy Soils in Brazilian Cerrado (Brazilian Savanna) (Flávia Cristina dos Santos, J.H. Moreira Viana, M. Augusto Batista, A. Vilela de Resende, M.R. de Albuquerque Filho).- 16. Leaf Litter Decomposition and Nutrient Release Dynamics in a Sandy Loam Tropical Paleudults in The Enugu area, Southeast Nigeria (M.A.N. Anikwe, I.J Chidobem, I.E. Eze).- 17. Reforestation of Sandy Soils in the Tohoku Sea Coast of Japan (M. Kawahigashi, T. Kajiwara).- 18. Soil Management Practices to Reduce Hardpans and Compaction in Sandy Soils of North Carolina, USA (Alam Ramirez Reyes, Josh Heitman, Michael Vepraskas, and Ekrem Ozlu).- 19. Ameliorating Sandy Soil Constraints for Productivity Gains in Southern Australia (T. McBeath, M. Unkovich, J. Ouzman, R.C. da Silva, M. Moodie, Mel Fraser, C. Saunders, J. Desbiolles).- 20. Compost Application Leads to Higher Nitrification Rates and N2O Emissions in Sandy Soils (X. Zhu Barker).- 21. Characterization of Phosphorus Sorption of Some Sandy Soils in Florida with Microscopy and Computer Vision (P. Mungofa, L. Waldo, and A. Schumann).- Part 3. Water and the Environment.- 22. Localized Dry Spot Recovery and Water Repellency in a Sand Golf Green (Cale A. Bigelow, Jada S. Powlen, Stanley J. Kostka).- 23. Irrigation Practices Enhance Water Management of Citrus on Sandy Soil in Florida (Alisheikh A. Atta, Kelly T. Morgan, Said A. Hamido, and Davie M. Kadyampakeni).- 24. Soil Water Repellency in Sandy Soils – a Review (M.T.T. Dao, Bernard Dell, David Henry, R.J. Harper).- 25. Soil Water Repellency in Reforested Sandy Soils (Edyta Hewelke, Jerzy Weber, Lilla Mielnik, Ewa B. Górska, Dariusz Gozdowski, Piotr T. Zaniewski, Piotr Hewelke).- 26. High-resolution Soil Moisture Mapping using Sentinel-1 and Moisture Probes in Cultivated Sands (Jingyi Huang, Alfred E. Hartemink, Francisco Arriaga, Nathaniel W. Chaney).- 27. Some Current and Emerging Environmental Issues in Sandy Soils (Jingyi Huang, Alfred E. Hartemink).- Part 4. Epilogue.- 28. Sandy Soils: do we know Enough? (Yakun Zhang, Jingyi Huang, Alfred E. Hartemink).- 29. Sandy Soil Proverbs and Names from the Netherlands (Alfred E. Hartemink).

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Book SynopsisBöden sind eine unserer wichtigsten Lebensgrundlagen. Sie liefern Wasser und Nährstoffe an die Pflanzen, die uns ernähren, und halten Schadstoffe vom Grundwasser fern. Aber sie sind auf vielfältige Weise gefährdet. Ihr Schutz ist daher eine der wichtigsten Aufgaben für Wissenschaft, Politik und Gesellschaft.Ein Team anerkannter Autoren beschreibt in der 16. Auflage dieses renommierten und erfolgreichen Lehrbuchs · die Vorgänge der Bodenbildung und -entwicklung, · die physikalischen, biologischen und chemischen Eigenschaften der Böden, · Nähr- und Schadstoffe, · die verschiedenen Bodensystematiken (Deutschland, USA, FAO-UNESCO, WRB), · die wichtigsten Böden und Bodenlandschaften Mitteleuropas und der Welt, · die Nutzungsbewertung der Böden, · Grundsätze des Bodenschutzes. Die 16. Auflage wurde völlig neu bearbeitet und neu strukturiert. Für das Studium überflüssiges Wissen ist gekürzt. Einige Kapitel wurden aber auch stark erweitert, v.a. die Bodenbiologie. Die Grafiken sind erstmals 2-farbig, und es gibt insgesamt drei Tafeln mit Farbfotos von Bodenprofilen.Wer sich mit Böden befasst, braucht dieses Buch.Table of ContentsEinleitung: Böden — die Haut der Erde.- Anorganische Komponenten der Böden — Minerale und Gesteine.- Organische Bodensubstanz.- Bodenorganismen und ihr Lebensraum.- Chemische Eigenschaften und Prozesse.- Physikalische Eigenschaften und Prozesse.- Bodenentwicklung und Bodensystematik.- Bodenverbreitung.- Böden als Pflanzenstandorte.- Gefährdung der Bodenfunktionen.- Bodenbewertung und Bodenschutz.

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Book SynopsisThis reference work is intended for undergraduate, postgraduate, and research students in the fields of biological, ecological, and medical sciences. The book aims to serve as an accessible guide to statistical techniques that will enable students to obtain accurate results and interpret them logically. The methods outlined in this book are commonly used in various disciplines and have been designed to be user-friendly, making them accessible to general readers as well. The book's chapters have been organized in a manner that aligns with the curricula of numerous universities. The book provides a comprehensive range of materials to cover statistical techniques, including examples based on ecological and biological concepts. The content of this book is suitable for use in a variety of academic settings and has been designed to meet the needs of students pursuing studies in the fields of biological, ecological, and medical sciences.

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Book SynopsisThe present publication provides an extensive summary of the most current analytical techniques for evaluating crucial indicators of soil health, such as physical, chemical, and biological parameters. Unlike many existing soil analysis manuals that mainly concentrate on basic chemical and physical properties, this book highlights the significance of soil health assessment. Literary sources suggest that indicator parameters, including soil carbon pools, soil aggregation behavior, aggregate-associated carbon content, and biological activity, are increasingly being employed to monitor shifts in soil quality and soil health over time. The analytical protocols for these parameters can be located in several research journals. This book is a necessary reference for researchers, postgraduate students, academics, and policymakers operating in the disciplines of Soil Science, Agronomy, Natural Resource Management, and Forestry.

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Book SynopsisSoil Science is a vital and foundational discipline in agriculture that encompasses various aspects of soil research, such as soil formation, genesis, and classification, soil physics, chemistry, fertility, and plant nutrition, and soil biology, among others. Accurate analysis and description of soils are crucial for their characterization and understanding. While the physical properties of soils dictate their suitability for cultivation, chemical properties provide information about their chemical environment and nutrient status, which are essential for crop production on this densely populated planet. The first step towards effective soil management and scientific recommendations for increasing crop yields is to determine various soil physical and chemical properties in the field or laboratory using appropriate analytical methods.

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Book SynopsisThis volume presents methods and techniques for soil quality and pesticide residue analysis in the field of forage science. The book has been composed by gathering laboratory procedures and techniques from various reliable sources, with the aim of including as much information as possible. The book includes the most recent methods and interpretations, ranging from sampling to testing platforms. It provides detailed testing protocols and quality assurance protocols. This book is especially beneficial for young researchers, scientists, and students pursuing M.Sc. and Ph.D. degrees in soil science and pesticide residue analysis.

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Book SynopsisThis work aims to offer an overview of the latest advancements in geostatistical modeling, the spatial variability of soil resources, and the creation of digital soil maps using R and GIS, with a particular emphasis on their potential application in agricultural resource management.

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Book SynopsisThe well being of the humans including animals depend upon very much on how the soil productivity is maintained without ecosystems degradation. Most likely soil can efficiently sustain humanity with food, fibre, feed to animals and clean environmental maintenance only when it is considered and managed from the holistic and ecosystem points of view. Plants need at least 16 essential elements for their normal growth and to complete their life. The soil testing provides the status of the nutrients determined in the laboratory for the application of appropriate rate of fertilizers to eliminate the nutrients limiting for production. The soil testing along with plant analysis gives the true status of plant nutrients affected by soil properties to take the proper care for the plant growth. Our available water resources are diminishing and getting polluted with excess use of fertilizers and pesticides which are ultimately affecting the environment, food produced and water quality. The purpose of this book 'Soil Testing and Analysis' is i to provide the vital plant nutrients functions for which soil testing is to be made; ii to determine the nutrient status of the soil with appropriate methods, measurements and criteria for interpreting those assessments; iii to analyze the appropriate parts of the plant samples for nutrient elements with available methods of analysis; iv to analyze the important water quality parameters with interpretations; and v to prepare the soil, plant and water samples for the analysis of pesticide residues with the different available methods. This is a comprehensive presentation of useful information for the scientific and technical personals involved in such types of analysis.Table of Contents1. Introduction 2. Sampling of Soil for Nutrient Tests 3. Soil Analysis 4. Plant Analysis 5. Water Analysis 6. Pesticide Residue Analysis in / on Plants, Water and Soils 7. Rapid Soil Testing Kit 8. Establishing a Soil Testing Laboratory 9. Instruments in a Soil Testing Laboratory 10. Conversion Factors 11. Basic Analytical Calculations or Test Exercise 12. Glossary

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Book SynopsisSustainable agricultural productivity relies on the effective preservation of soil fertility. Among the 16 essential elements required by plants, carbon, hydrogen, and oxygen are derived from air and water, accounting for approximately 96% of a plants composition. The remaining elements, collectively accounting for around 4% of a plants makeup, are known as mineral nutrients and are absorbed by plants from the soil. These mineral nutrients play both structural and functional roles within the plants, with some elements offering beneficial effects. The interactions between mineral elements and soil organic matter, clay minerals, soil microorganisms, and other associated mineral elements determine their availability and dynamics in the soil. A thorough understanding of the dynamics of plant nutrients in the soil is crucial for effective nutrient management. Soil organic matter not only provides the necessary nutrients for crops but also enhances the biological and physical properties of the soil. This section offers information on the production and management of organic manures, biofertilizers, integrated nutrient management in cropping systems, and nutrient management in problematic soils.

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Book SynopsisThis book is an attempt to provide a comprehensive, up-to-date review and synthesis of various aspects of soil-borne plant diseases, taking stock of the current state of the art in soil-borne plant pathogens. The book features contributions from experts at various national laboratories, research institutes, and universities, who illustrate and review the progress and application of knowledge on soil-borne plant diseases, while also updating readers on recent paradigm shifts in the field, including ecology and epidemiology, disease resistance, solarization, bio-control processes, molecular detection, genomics of bio-control, and the sustainable management of soil-borne diseases. The book also includes special sections on major soil-borne fungal genera, such as Rhizoctonia, Fusarium, Verticillium, Phytophthora, and Sclerotium, as well as endoparasitic nematodes like Heterodera and Meloidogyne, their biology, perpetuation, and population dynamics. Additionally, the book covers important crop-specific soil-borne diseases like those affecting wheat, cotton, and temperate fruits. The recent developments in bio-control, mass production, registration, quality control, principles of solar heating, utilization of mycorrhiza, and the use of on-farm wastes combined with sub-lethal heating and its utility in hot arid regions are also highlighted. The book emphasizes the importance of ecology and economic parameters in the context of integrated disease management (IDM) and covers a range of topics including general plant pathology, microbiology, microbial ecology, biological control, molecular biology, and general biology. This book is an essential resource for knowledge-hungry students, teachers, researchers, policy makers, extension workers, and all those who support farmers and are interested in the latest advancements in the field of soil-borne plant diseases.

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Book SynopsisAgronomy is a complex and broad field, and it is crucial to understand both the fundamental concepts and the most recent advancements in order to keep up with the latest developments. It is a challenging task to stay current with the constantly evolving field of agronomy, which is practiced worldwide. The book has been structured into 15 chapters that comprehensively cover the syllabus of the principles of agronomy.

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