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Practical Manual Agriculture Chemistry
It is a comprehensive manual useful for students and practitioners in agricultural chemistry mainly dealing with techniques for soil analysis. The whole process elaborated goes from collecting and processing soil samples up to analyzing soil profiles and characteristics, from determining soil density, moisture content, and maximum water holding capacity to hydraulic conductivity and assessment of soil texture. The manual also touches on some critical measurements: soil temperature, electrical conductivity (EC), pH, and cation exchange capacity. These contain detailed methods and practical applications that provide necessary skills in the effective analysis of soils, thereby adequately practicing agriculture and crop management.
Author(s): Prof. H. P. Dholariya and Dr. Navneet Kumar
436 Pages 
Principles and practices of agricultural analysis
This is a very enlightened online material that has gone into deep detail on the methods and principles of agricultural analysis, especially concentrating on the chemistry of phosphates. While elaborating on general analytical processes that should be used while carrying out agricultural research, Wiley also goes ahead to give detail method for analyzing mineral phosphates and phosphoric acid. The general text introduces numerous techniques in the realm of analytical determinations, including the citrate method and volumetric determination, amongst others, and the importance of possessing the right titration in agricultural chemistry. The book will also take great length discussing chemistry involved in the manufacture of superphosphates, which is inevitable in improving soil fertility. Of special benefit to students, researchers, and other professionals in agricultural science are the broad foundational knowledge provided in the book that applies in academic and practical settings.
Author(s): Harvey Washington Wiley
NA Pages
UC Davis course notes on soil chemistry include some of the interactions in the soil system. These include three-phase system of the soil; solid phase reactivity; and the chemistry of solutions within the soil matrix. Cation exchange reactions, soil buffering and pH dynamics, and redox reactions affecting chemistry in soil have also been covered. This resource has been very important especially for students who wish to understand the intricate processes by which chemicals regulate soil fertility and health and grant them knowledge that ensures effective soil management.
Author(s): UC Davis
NA Pages