In our age of ecological disaster, this book joins the growing philosophical literature on vegetable life to ask how our present debates about biopower and animal studies change if we take plants as a linchpin for thinking about biopolitics. Logically enough, the book uses animal studies as a way into the subject, but it does so in unexpected ways. Upending critical approaches of biopolitical regimes, it argues that it is plants rather than animals that are the forgotten and abjected forms of life under humanist biopower. Indeed, biopolitical theory has consistently sidestepped the issue of vegetable life, and more recently, has been outright hostile to it. Provocatively, Jeffrey T. Nealon wonders whether animal studies, which has taken the "inventor" of biopower himself to task for speciesism, has not misread Foucault, thereby managing to extend humanist biopower rather than to curb its reach. Nealon is interested in how and why this is the case. Plant Theory turns to several other thinkers of the high theory generation in an effort to imagine new futures for the ongoing biopolitical debate.
This book joins the growing philosophical literature on vegetable life to ask what changes in our present humanities debates about biopower and Animal Studies if we take plants as a linchpin for thinking about biopolitics.
Meant for the undergraduate course on Power Plant Engineering studied by the mechanical engineering students, this book is a comprehensive and up-to-date offering on the subject. It has detailed coverage on hydro-electric, diesel engine and gas turbine power plants. Plenty of solved examples, exercise questions and illustrations make this a very student friendly text.
Release on 1996-11-08 | by S.S. Bhojwani,M.K. Razdan
Author: S.S. Bhojwani,M.K. Razdan
Since the publication of the first edition in 1983, several new and exciting developments have taken place in the field of plant tissue culture, which forms a major component of what is now called plant biotechnology. The revised edition presents updated information on theoretical, practical and applied aspects of plant tissue culture. Each chapter has been thoroughly revised and, as before, is written in lucid language, includes relevant media protocols, and is profusely illustrated with self-explanatory diagrams and original photographs. This book includes three new chapters: "Variant selection", "Genetic Engineering" and "Production of Industrial Compounds" and contains a complete bibliography and a glossary of terms commonly used in tissue culture literature. This updated version proves to be an excellent text for undergraduate, postgraduate students and teachers in various fields of plant sciences and a useful reference book for those interested in the application of any aspect of this aseptic technology.
Did a highly advanced civilization exist in prehistory? Is the Giza Pyramid a remnant of their technology? Then, what was the power source that fueled such a civilization? The technology of harmonic resonance, claims renowned master craftsman and engineer Christopher Dunn. In a brilliant piece of reverse engineering based on twenty years of research, Dunn reveals that the Great Pyramid of Giza was actually a large acoustical device! By its size and dimensions, this crystal edifice created a harmonic resonance with the Earth and converted Earth's vibrational energies to microwave radiation. The author shows how the pyramid's numerous chambers and passageways were positioned with the deliberate precision to maximize its acoustical qualities. This may be the same technology discovered by Nikola Tesla and the solution to our own clean energy needs.
Release on 1992-11-30 | by D.C. Glenn-Lewin,R.K. Peet,T.T. Veblen
Theory and prediction
Author: D.C. Glenn-Lewin,R.K. Peet,T.T. Veblen
Pubpsher: Springer Science & Business Media
'Succession' is the term used to describe the phenomenon of changes in vegetational types in both time and space. The subject of the colonization and exploitation of 'new' areas by plants is a key one in ecology and this book summarizes the theoretical arguments currently raging about the topic.
This book compiles new findings in plant electrophysiology from the work of internationally renowned experts in the fields of electrophysiology, bio-electrochemistry, biophysics, signal transduction, phloem transport, tropisms, ion channels, plant electrochemistry, and membrane transport. Opening with a historical introduction, the book reviews methods in plant electrophysiology, introducing such topics as measuring membrane potentials and ion fluxes, path-clamp technique, and electrochemical sensors. The coverage includes experimental results and their theoretical interpretation.