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Math for Soil Scientists by Mark S. Coyne and James A. Thompson (2005, Trade Paperback)
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Product Identifiers
PublisherDelamr Cengage Learning
ISBN-100766842681
ISBN-139780766842687
eBay Product ID (ePID)44900319
Product Key Features
Number of Pages288 Pages
Publication NameMath for Soil Scientists
LanguageEnglish
Publication Year2005
SubjectAgriculture / General, Agriculture & Food (See Also Political Science / Public Policy / Agriculture & Food Policy), Agriculture / Agronomy / Soil Science, Life Sciences / Horticulture
TypeTextbook
AuthorMark S. Coyne, James A. Thompson
Subject AreaTechnology & Engineering, Social Science, Science
FormatTrade Paperback
Dimensions
Item Height0.5 in
Item Weight16.2 Oz
Item Length9 in
Item Width7.3 in
Additional Product Features
Intended AudienceCollege Audience
LCCN2004-062909
ReviewsChapter 1: Basic Math: Scientific Notation, Exponents, and LogarithmsChapter 2: Significant FiguresChapter 3: Metric UnitsChapter 4: Unit ConversionsChapter 5: Soil Texture and Surface AreaChapter 6: Bulk and Particle DensityChapter 7: Soil WaterChapter 8: Soil Strength and StructureChapter 9: Water and Air FlowChapter 10: Questions About Temperature Chapter 11: Buffers and BufferingChapter 12: Equilibrium ConcentrationsChapter 13: Oxidation-Reduction ReactionsChapter 14: KineticsChapter 15: IsotopesChapter 16: Microbial Growth, Yield, and MortalityChapter 17: Microbial EnumerationChapter 18: Decomposition RatesChapter 19: Respiration, Mineralization, and Immobilization Chapter 20: Quantifying Microbial ProcessesChapter 21: Microbial Ecology and DiversityChapter 22: Fertilizer RecommendationsChapter 23: Liming and Lime RequirementsChapter 24: Calculating Application Rates and Nutrient AvailabilityChapter 25: pHChapter 26: Cation and Anion Exchange CapacityChapter 27: Solubility and Solution ConcentrationsChapter 28: Descriptive StatisticsChapter 29: Error AnalysisChapter 30: Inferential StatisticsChapter 31: Sampling
Dewey Edition22
IllustratedYes
Dewey Decimal631.4/01/51
Table Of ContentChapter 1: Basic Math: Scientific Notation, Exponents, and Logarithms Chapter 2: Significant Figures Chapter 3: Metric Units Chapter 4: Unit Conversions Chapter 5: Soil Texture and Surface Area Chapter 6: Bulk and Particle Density Chapter 7: Soil Water Chapter 8: Soil Strength and Structure Chapter 9: Water and Air Flow Chapter 10: Questions About Temperature Chapter 11: Buffers and Buffering Chapter 12: Equilibrium Concentrations Chapter 13: Oxidation-Reduction Reactions Chapter 14: Kinetics Chapter 15: Isotopes Chapter 16: Microbial Growth, Yield, and Mortality Chapter 17: Microbial Enumeration Chapter 18: Decomposition Rates Chapter 19: Respiration, Mineralization, and Immobilization Chapter 20: Quantifying Microbial Processes Chapter 21: Microbial Ecology and Diversity Chapter 22: Fertilizer Recommendations Chapter 23: Liming and Lime Requirements Chapter 24: Calculating Application Rates and Nutrient Availability Chapter 25: pH Chapter 26: Cation and Anion Exchange Capacity Chapter 27: Solubility and Solution Concentrations Chapter 28: Descriptive Statistics Chapter 29: Error Analysis Chapter 30: Inferential Statistics Chapter 31: Sampling
SynopsisThis unique resource is written for students and practitioners in the field of soil science who must learn or review basic mathematical operations faced when studying or working with soils. Unlike other texts of its kind, Math for Soil Scientists explains the importance of each concept explored, discusses the theory behind each concept, and presents the method for solving each problem. Designed to cover all of the most common equations in the soil science field, from calculating particle size distribution to conducting simple hypothesis testing, this text provides the reader with many opportunities for practice in working out sample problems of each required math concept. This easy-to-read text approaches every concept in a step-by-step fashion, allowing the reader to fully understand how to find the solution to each sample problem., Math for Soil Scientists is a unique book written specifically for students in soil and environmental sciences who need to learn or review basic mathematical operations they will face when working with or studying soils. This text covers all of the most common equations in the many different fields of soil science, from calculating particle size distribution to conducting simple hypothesis testing. Most important, this text gives the reader many opportunities for practice in working out sample problems of each required math concept. At the conclusion of each section, readers should be confident that they know how to approach and solve similar problems in the field. This unique and easy-to-read text approaches every concept in a step-by-step fashion, allowing the reader to fully understand how to find the solution to each sample problem. The book notes the importance of each concept, explains the theory behind the concept, and demonstrates the method to solve each problem. Additional practice questions are also offered at the end of each chapter for further review.
LC Classification NumberS951.C69C69 2006
