Chemodiversity and the Ecological Crisis

This book covers the origins, transformations, and interactions of matter—from atoms and molecules to complex biological and composite materials—across abiotic, biotic, and anthropogenic systems. It offers a unique chronological narrative, tracing the evolution of chemodiversity from the Big Bang to the present, and explores how these material changes underpin the ecological crises of our time.

The book frames the ecological crisis through three interlinked dimensions: the chemical crisis (pollution), the biological crisis (biodiversity loss), and the physical crisis (climate change). These are analyzed both microscopically—at the level of atomic and molecular interactions—and macroscopically, through phenomena such as air and ocean pollution, global warming, and ecosystem degradation.

Through detailed chapters, the book examines elemental formation, ecosystem structure and function, and provides a critical analysis of the anthroposphere, highlighting how human activity has reshaped Earth’s systems and accelerated environmental decline. It critically addresses sustainability, resource management, and the systemic challenges posed by the current human-environment crisis.

Designed for researchers, scholars, and advanced students in environmental science, geochemistry, and systems ecology, this work provides a robust conceptual and analytical framework. It is an essential reference for those seeking to understand the material basis of life and the complex interdependencies that define our planet’s future.

Author Biography

Adi Wolfson is Full Professor at SCE – Sami Shamoon College of Engineering, Israel, where he heads the M.Sc. track in Green Engineering and the Office of International Academic Affairs. With a PhD in Chemical Engineering from Ben-Gurion University, his research spans green chemistry and engineering, renewable feedstocks, and sustainable services. He has authored over 100 peer-reviewed publications and several books on sustainability, and holds patents in green catalysis and bio-based materials. Professor Wolfson has led pioneering work on glycerol-based solvents, polysaccharide-supported catalysts, and wastewater treatment. He is a recipient of the IBM Faculty Innovation Award and the AOCS–ACI/NBB Glycerin Innovation Research Award, and actively promotes sustainability across academia, industry, and community.