Soil Chemical Analysis, First Edition (4 results)

first edition 498pp ills.[b/w] VERY GOOD+ (blue cloth,sl.rubbed and soiled,content edges sl.foxed) lacks dustwrapper.

Soft cover. Condition: New. 1st Edition. Contents: 1. Atomic Models of Mineral Crystals and organic Molecules. 2. Dispersion of soil Minerals. 3. Mineral Fractionation for soils. 4. X-ray diffraction analysis of soil minerals. 5. Cation Exchange capacity determination for soils. 6. Thermal analysis of soil minerals. 7. Specific surface determinations of soil Minerals. 8. Infrared absorption analysis of soils. 9. Electron microscope determination for soil. 10. Light Microscope determinations for soil. 11. Selective dissolution and chemical allocation of soil minerals. 12. Soil organic matter seperation and characterization. 13. Cation Activity Measurement for soils. 14. Redox potential measurement for soils. 15. Isotopic analysis for soils. 16. Soil Acid Production by H Resin or Salt-Acid Treatment. 17. Cation Exchange Equilibrium of soil Colloidal Acids with Bases. Index. This book Soil Chemical Analysis: Advanced Course are useful for an advanced laboratory accompanying two 1-hour lectures per week on soil mineral weathering, soil chemistry, or physical chemistry of soils, generally offered to students at the first to third graduate college year, preferably after elementary courses in general mineralogy, soil chemical analysis, and physical chemistry. The laboratory is ordinarily given in one 4-hour period per week for a semester, accompanied by a 1-hour lecture per week entirely for discussion of the principles of the procedures.

Green Cloth. Condition: Very Good. First Edition. 208 pages.

Hardcover. Condition: New. 1st Edition. Contents: Foreword. Preface. 1. Historical background. 2. Soil testing. 3. Soil analysis. 4. Plant analysis. 5. Analysis of irrigation water. 6. Analysis of chemical fertilizers. 7. Pesticides analysis. References. Analysis of soil, plant, water and agro-chemicals is vital in achieving and maintaining appropriate levels of soil fertility, plant nutrient availability and soil quality for sustainable crop production. The book elaborates the procedures of analysis in detail with easy to understand calculations wherever necessary. It will be a handy reference for students, researchers, teachers and analysts for carrying out the intended analysis. The analytical procedures for evaluation of agrochemicals described in the book will be of immense use for the quality control and judicious use of the agro-chemicals. The book is suitable to establish a soil, plant, water and quality control laboratory. The basic purpose is to help in making fertilizer recommendations for optimum yield potential.