Conversion factors for SI and non-Si Units; sampling; quality assurance and quality control; dissolution for total elemental analysis; atomic absorption and flame emission spectrometry; inductively coupled plasma emission spectrometry and inductively coupled plasma-mass spectros…
Modern computer-intensive statistical methods play a key role in solving many problems across a wide range of scientific disciplines. This new edition of the bestselling Randomization, Bootstrap and Monte Carlo Methods in Biology illustrates the value of a number of these method…
Information requirements of measurement programmes; Sampling; Basic problems and aims of sampling; Time and frequency of sampling; Overall design of sampling programmes; Procedures for obtaining samples of waters; Preparation, transport, storage, and stability of samples; The na…
Deciding how to do the study; Small-scale sampling with limited resources; Simple and pseudo-simple random sampling; Cluster sampling; How big should the sample be? Stratified sampling; Multistage samples; Sampling variance estimation from complex samples; Special topics in samp…
by Stuart, A.
fromGriffin's statistical monographs and courses series
The need for a theory of sampling; Selection bias: the classroom example; Simple random sampling; The sampling distribution of an estimator; Unbiased estimation; Sampling variance; Sample size and sampling fraction; Example of increasing sample size; Estimation of sampling varia…
How to use this guide; Field methodos, equipment, and documents; Nature of soil pollutants and surface pollution situation; Soil parameters for field sampling and characterization; Field description of soil; Field sampling and testing; Field equipment and documents; Use of EPA's…
Section I: Searching the literature; Sampling; Preparation of samples; Reporting results and reliability of analyses. Section II: Methods and instrumentation: theory of spectroscopy; The visible and ultraviolet regions; Color of foods; Fluorescence and phosphorescence; Infrared …
