PISCES Conservation Ltd.
3 software found

PISCES Conservation Ltd. software

Pisces Conservation: Analytical Software Packages - Community Ecology

Model 6.3.4 - Community Analysis Package (CAP)

CAP 6 is a general multivariate analysis package for Windows PCs, with excellent graphics, suitable for undergraduate and post-graduate students and researchers in a wide range of sciences. Integration with R will be especially useful for under- and post-graduates, for whom the language is an ever-growing requirement. It is easy to use and affordable. It offers all the analytical techniques commonly used by community ecologists, and all other fields of research that use multivariate methods, including biology, geology, archaeology, anthropology, economics and sociology. It is particularly useful for ecological teaching because it allows students to quickly enter data, try different transformations, and explore a wide range of methods within a familiar Windows setting.

Model 4.1.2 - Species Diversity & Richness (SDR)

Over 70 methods just a mouse click away: Use the latest methods to gain insights into your data. SDR gives you a powerful suite of proven methods including some of the most exciting methods in modern ecology. With SDR, you can use all these methods, simply, quickly and easily. Unlocks the diversity of your data: With SDR you can explore multiple indices in a fraction of a second, compare the diversity or richness of any two samples, produce high quality graphics and discover patterns in your data. SDR is the tool that unlocks your data.

Applying Multivariate Methods using R, CAP and Ecom

This book, based upon our popular A Practical Handbook for Multivariate Methods (2008), is invaluable for anyone interested in multivariate statistics, and has been extensively revised to reflect the ever-growing popularity of R in statistical analysis. All the main multivariate techniques used in, Advertising, Archaeology, Anthropology, Botany, Geology, Palaeontology, Sociology. Zoology are clearly presented in a manner which does not assume a mathematical background.