Math for Soil Scientists
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.
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QUANTIFYING PHYSICAL AND CHEMICAL
Soil Temperature Heat Capacity and Conductivity
PROBLEM SOLVING IN SOIL BIOCHEMISTRY
14 other sections not shown
acid acre analysis applied arithmetic mean bacteria bacterium base biomass BTEX Buffer Stock Solutions bulk density calculate cation cells CH3COOH chapter cmolc compound convert Darcy's law data set determine diameter equation Example exponents fertilizer first-order flux Formula fraction fumigated g of particles g soil grams gravimetric water content half-life heat capacity isotopes kg ha"1 lime linear logarithms manure measured megapascals microbial biomass mineralization mL B diluted mL pH moist soil NaOH natural logarithms number of significant nutrient organic matter oven-dry soil oxidation oxygen p-xylene percent sand porosity rate constant reaction rate reaction rate constant redox Sample Problems scientific notation serially diluted significant figures soil sample soil science soil scientists soil test standard deviation statistics substrate concentration surface area Table temperature textural class tion titrate units variance volume waste water potential weight yield coefficient