This is a book for our times. It is like a wake up call for the author and other scientists stuck in the curse of the old paradigm. It is similar in some sense to what happened to Nickolas Rashevsky when he noticed that mathematical biology was not able to make an indent into the fundamentals of biology in the way that mathematical phyics can into the groundings of physics. This is why he suggested something completely new: "Relational Biology".
This book does not attempt such a radical approach, instead it focuses on what has gone wrong with the current way of thinking in biology and what was done in the past that has been rejected but still holds a kernel of truth. The author suggests the idea of morphogenetic field has not yet had its day. Recent evidence has shown that individual living things such as cells and collections of cells can emit electromagnetic fields over a range of wavelengths for all sorts of reasons, including the way a plant forms during its life. For the first time this idea is taken seriously in the sense that there is an attempt to more fully elucidate such a field even without knowing its actual physical structure as is known for both electric and magnetic fields. These fields are measured by their effects on those aspects of physical reality which are sensitive to these fields, e.g. electric charges.
The book also makes use of scientific metaphors which have been used in the past in other areas of science to make progress through association. This allows the author to make use of quantum concepts such as the occupation of energy levels in the atom. This idea has been used in statistical mechanics to work out how energy is distributed in its levels as the local temperature is raised. This idea is made use of in the new "organic mechanics" to associate the development of plant ecology in a given region with its energy level. So, for example grassland is a low energy configuration, bushes and savannah are a higher level structure and a complete deciduous forest is the highest level available to plant life on this planet. This allows a practical use of the new concepts in ecology.
All in all a fascinating set of ideas applied in new ways with the potential to really go into something worthwhile. Once an actual morphogenetic field can be measured and defined in space and time then the subject will really get going.
I feel that the one area where the book does not reach its potential is in the idea of wholeness which is touched upon in several instances. For an idea of what wholeness truly is the reader is advised to read Henri Bortoft's book: "The Wholeness of Nature".