Genomic Libraries for Space Exploration: Synthetic Biology, Comparative Genomics, and Long-Term Genetic Adaptation for Planetary Habitats

di Lysander Xenobiore (Autore)

Lysander Xenobiore, 2026

As humanity prepares for a future beyond Earth, preserving the genetic diversity of life may become essential to sustaining biological systems across multiple worlds. From protecting Earth's biodiversity to understanding how organisms respond to extreme environments, genomic science offers powerful tools for studying adaptation, resilience, and the long-term future of life. Genomic Libraries for Space Exploration: Synthetic Biology, Comparative Genomics, and Long-Term Genetic Adaptation for Planetary Habitats explores the intersection of genomics, synthetic biology, comparative genetics, bioinformatics, evolutionary biology, conservation science, astrobiology, and planetary research. This research-focused volume examines how genomic information, biological archives, computational tools, and biodiversity preservation can contribute to scientific understanding and future sustainable space habitats. Inside, you'll explore: - Genome structure, function, organization, and evolution - Comparative genomics, population genetics, and genetic diversity - Genomic libraries, biological repositories, and genetic archives - Biodiversity conservation and long-term preservation of genetic resources - Synthetic biology and genome engineering concepts - Epigenetics, environmental adaptation, and evolutionary resilience - Biological responses to radiation, reduced gravity, and environmental stress - Mars, the Moon, Europa, Titan, and exoplanets as comparative environments - Closed ecological systems and long-term biosphere stability - Cryobiology, biobanking, DNA preservation, seed banks, and microbial collections - Bioinformatics, genome databases, AI, and computational genomics - Digital biosphere modeling and evolutionary forecasting - Emerging research in astrobiology and space biotechnology The book examines how biological information can be preserved, analyzed, and compared across species while exploring the challenges of maintaining diverse and resilient biological systems over long timescales. It also considers how genomic research may improve understanding of organisms exposed to radiation, altered gravity, resource limitations, and other environmental stresses relevant to space exploration. Beyond individual organisms, the discussion expands to populations and ecosystems. Genetic diversity influences adaptation and resilience, while biological repositories can preserve information and physical material for conservation and scientific research. Computational genomics, bioinformatics, and systems biology provide additional tools for investigating these relationships across scales. The book also explores the scientific possibilities and limitations surrounding future planetary habitats. Rather than presenting speculative engineering blueprints, it distinguishes established genomic science from emerging research and longer-term concepts involving sustainable biological

• Autore: Lysander Xenobiore
• Anno edizione: 2026
• Editore: Lysander Xenobiore
• Formato: EPUB2 con DRMFREE
• Lingua: Inglese
• Compatibilità: Tutti i dispositivi (eccetto Kindle)
• Layout: Reflowable
• EAN: 9798237562804