Our window into the Earth's ancient microbial past is narrow and obscured by missing data. However, we can glean information about ancient microbial ecosystems using fossil lipids (biomarkers) that are extracted from billion-year-old sedimentary rocks. In this Opinion article, we describe how environmental genomics and related methodologies will give molecular fossil research a boost, by increasing our knowledge about how evolutionary innovations in microorganisms have changed the surface of planet Earth
This article reviews available data on geochemical fossils and their potential precursors in archaeb...
Soils, paleosols and terrestrial sediments serve as archives for studying climate change, and repres...
Climate fluctuations affect environment and sea levels, understanding the drivers of past sea levels...
This work was supported by the NASA Astrobiology Institute under Cooperative Agreement No. NNA15BB03...
Restricted until 11 July 2010.Morphologic data has always played a foundational role in our understa...
Two datasets, the geologic record and the genetic content of extant organisms, provide complementary...
Microfossils, stromatolites, and chemical biosignatures indicate that Earth became a biolog-ical pla...
Global climate is, in part, regulated by the effect of microbial processes on biogeochemical cycling...
Organic molecules preserved in ancient rocks can function as ‘biomarkers’, providing a unique window...
Sedimentary ancient DNA (sedaDNA) offers a novel approach to investigating past marine ecosystems—fr...
Organic geochemistry provides a way to explore the dynamics of past life on the Earth without requir...
Two datasets, the geologic record and the genetic content of extant organisms, provide complementary...
Thesis: Ph. D., Joint Program in Applied Ocean Science and Engineering (Massachusetts Institute of T...
Genomes record their own history. But if we want to look all the way back to life’s beginnings some ...
The transition from simple, single cellular eukaryotes to more complex multicellular organisms, incl...
This article reviews available data on geochemical fossils and their potential precursors in archaeb...
Soils, paleosols and terrestrial sediments serve as archives for studying climate change, and repres...
Climate fluctuations affect environment and sea levels, understanding the drivers of past sea levels...
This work was supported by the NASA Astrobiology Institute under Cooperative Agreement No. NNA15BB03...
Restricted until 11 July 2010.Morphologic data has always played a foundational role in our understa...
Two datasets, the geologic record and the genetic content of extant organisms, provide complementary...
Microfossils, stromatolites, and chemical biosignatures indicate that Earth became a biolog-ical pla...
Global climate is, in part, regulated by the effect of microbial processes on biogeochemical cycling...
Organic molecules preserved in ancient rocks can function as ‘biomarkers’, providing a unique window...
Sedimentary ancient DNA (sedaDNA) offers a novel approach to investigating past marine ecosystems—fr...
Organic geochemistry provides a way to explore the dynamics of past life on the Earth without requir...
Two datasets, the geologic record and the genetic content of extant organisms, provide complementary...
Thesis: Ph. D., Joint Program in Applied Ocean Science and Engineering (Massachusetts Institute of T...
Genomes record their own history. But if we want to look all the way back to life’s beginnings some ...
The transition from simple, single cellular eukaryotes to more complex multicellular organisms, incl...
This article reviews available data on geochemical fossils and their potential precursors in archaeb...
Soils, paleosols and terrestrial sediments serve as archives for studying climate change, and repres...
Climate fluctuations affect environment and sea levels, understanding the drivers of past sea levels...