Genetic Pathways for Multi-Planetary Sustainability: Synthetic Biology, Evolutionary Genetics, and Self-Sustaining Biospheres for Space Habitats

di Lysander Xenobiore (Autore)

Lysander Xenobiore, 2026

Unlock the science that could allow humanity to build thriving, self-sustaining ecosystems beyond Earth. As humanity prepares for permanent settlements on the Moon, Mars, and eventually distant worlds, one challenge stands above all others: creating biological systems capable of surviving, adapting, and evolving across generations. Long-term success in space depends not only on advanced engineering but on resilient ecosystems that can recycle resources, maintain biodiversity, and remain stable in changing environments. Genetic Pathways for Multi-Planetary Sustainability: Synthetic Biology, Evolutionary Genetics, and Self-Sustaining Biospheres for Space Habitats explores the cutting edge of synthetic biology, evolutionary genetics, systems ecology, astrobiology, and planetary science to examine how future biospheres may function beyond Earth. Combining current scientific understanding with forward-looking research, this comprehensive volume investigates the biological foundations of sustainable planetary civilizations while remaining firmly grounded in established scientific principles. From the genetic architecture of adaptation to the complex ecological networks that regulate entire biospheres, this book presents an in-depth exploration of how life maintains resilience across decades, centuries, and even millennia. Readers will discover how genetics, evolution, microbial communities, nutrient cycling, computational biology, and artificial intelligence may work together to support closed ecological systems capable of enduring the challenges of extraterrestrial environments. Inside you'll discover: Synthetic biology and genetic engineering concepts for resilient biospheres Evolutionary genetics, genome stability, and long-term biological adaptation Systems biology, ecological resilience, and self-regulating ecosystems Microbial ecology, fungal networks, plant communities, and symbiotic relationships Carbon, nitrogen, phosphorus, and water cycling in closed environmental systems Population genetics, biodiversity, and ecosystem stability across generations Mars, the Moon, Europa, Enceladus, Titan, and exoplanets as future biological frontiers Artificial intelligence, predictive ecology, computational biology, and digital biosphere modeling Environmental biosensors, genomic monitoring, and adaptive ecosystem management Planetary stewardship, sustainability science, and the future of multi-planetary civilization Drawing from genetics, ecology, biotechnology, environmental science, astrobiology, evolutionary biology, and systems science, this book connects multiple scientific disciplines into a unified framework for understanding how complex living systems can remain stable under the extreme conditions of space. Rather than focusing on speculative fiction or step-by-step engineering manuals, it presents a research-driven examination of the biological principles that may shape the future of long-duration space exploration and planetary settlement. Whether you're fascinated by synthetic biology, evolutionary genetics, space habitats, closed ecological systems, regenerative life support, computational ecology, or the future of sustainable civilizations beyond Earth, this book provides a comprehensive exploration of one of the most important scientific challenges facing humanity. If you're searching for an authoritative, accessible, and forward-looking examination of synthetic biology, planetary ecosystems, evolutionary adaptation, and sustainable biosphere design, Genetic Pathways for Multi-Planetary Sustainability offers an insightful journey

• Autore: Lysander Xenobiore
• Anno edizione: 2026
• Editore: Lysander Xenobiore
• Formato: EPUB2 con DRMFREE
• Lingua: Inglese
• Compatibilità: Tutti i dispositivi (eccetto Kindle)
• Layout: Reflowable
• EAN: 9798237971118