This book generates solutions to radicalism by reexamining human nature through biology and Spinoza’s philosophy. This unique combination creates a “Spinozist” vision, suggesting psycho-sociogenic solutions to mitigate violent radicalism, accessible to experts and non-experts.
A major foraminifer diversification began in the Late Ordovician with multilocular tests. Their evolution saw walls change from agglutinated particles to microcrystalline calcite, leading to the major diversifications of the Mesozoic and Cenozoic Eras.
This book presents a new framework of foraminiferal descendence based on ancestor–descendant relationships. This methodology reveals key features evolved on multiple occasions, proving that classical classification should be abandoned for a new, descendence-based grouping.
Microorganisms control key biogeochemical processes. This book covers the ecological activities and diversity of microflora in the plant species Elaeagnus latifolia L., focusing on bacterial interactions. For students and researchers in microbiology and ecology.
Process-Philosophical Perspectives on Biology
Traditional reductionistic metaphysics fails to explain the complexity of life. This book explores process metaphysics to advance our understanding of biological concepts, ascribing subjective interiority and intrinsic value to all living beings, from microbes to animals.