Discover the captivating world of algae through the lens of genomics in
Ecological Genomics of Algae. This comprehensive resource explores the evolutionary, ecological, and molecular foundations of algal biology. Spanning 21 chapters, it delves into genome evolution, environmental adaptation, energy acquisition, nutrient uptake, environmental sensing and signal transduction, stress responses, defense, and algae-microbe interactions. From unicellular forms to complex seaweeds, this book illuminates how algae navigate their environments and adapt to climate change. Ideal for researchers and students, it provides cutting-edge insights into the genomic mechanisms driving one of nature's most versatile and essential groups of organisms.
This comprehensive resource explores the evolutionary, ecological, and molecular foundations of algal biology and delves into genome evolution, environmental adaptation, energy acquisition, nutrient uptake, environmental sensing, signal transduction, stress responses, defense, and algae-microbe interactions.
Preface.
1. Concepts and Techniques.
2. Evolution of Algae and
Photosynthesis.
3. Genome Evolution, Plasticity, and Adaptation.
4. Genomes
of Cyanobacteria.
5. Genomes of Green Algae.
6. Genomes of Rhodophytes.
7.
Genomes of Diatoms.
8. Genomes of Dinoflagellates.
9. Genomes of Haptophytes.
10. Genomes of Cryptophytes and Other Algal Phyla.
11. Genomes of Seaweeds
and Multicellularity.
12. Sensing of Environmental Stimuli and Signal
Transduction.
13. Stress Response and Adaptation.
14. Temperature and Global
Warming.
15. CO2 and Ocean Acidification.
16. Energy
AcquisitionPhotosynthesis and Rhodopsin Proton Pump.
17. Nutrient
Acquisition and Regulation.
18. Defense Against Grazing and Microbial
Insults.
19. Life Cycle, Sex, and the Cell Cycle.
20. Genomics of Algal
Symbioses.
21. Genomics of Algae-Microbes Interactions. References. Index.
Dr. Senjie Lin is a professor of biological oceanography at the University of Connecticut, specializing in algal ecology and genomics. His research explores algal evolution, adaptation, and ecological roles, contributing to a deeper understanding of their genomic foundations and impact on aquatic ecosystems. Through his work, Dr. Lin continues to shed light on the complex interactions between algae and their environments, shaping the field of ecological genomics.
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