Explores the sulfur and nitrogen cycles, discussing bacterial diversity, key compounds, biogeochemistry, and environmental impacts.
Explores the environmental significance of sulfur and nitrogen cycles, including key microbial processes and organisms involved.
Explores microbial sulfur oxidation processes, pathways, key intermediates, and environmental implications.
Explores sulfate reduction processes, sulfate-reducing bacteria, and their geochemical implications, including corrosion effects on steel structures.
Explores anoxygenic photosynthesis, redox potential, cyclic electron flow, ATP generation, green sulfur bacteria, chlorosomes, and prokaryotic phototroph diversity.
Explores sulfate reduction, dissimilatory vs. assimilatory processes, challenges, bacteria, corrosion impact, and mineral formation in anoxic environments.
Explores the chemistry of sulfur and halogens, discussing properties, compounds, and applications of elements like sulfur, fluorine, and chlorine.
Explores pyrite formation, oxidation pathways, metal release, bacterial impact, nitrate decontamination, and acid rain production.
Explores anoxygenic photosynthesis, redox potential, ATP generation, bacterial adaptation to low light, and the evolution of oxygenic photosynthesis.
