← Return to entry

Global dispersion and local diversification of the methane seep microbiome | PNAS

Sizes: 300 × 300 / 500 × 244 / 1280 × 624 / 650 × 317 / 1280 × 624 / 1280 × 624 / 600 × 624 / 100 × 100 / 500 × 230 / 220 × 150 / 1280 × 624

Share on Facebook

Pin on Pinterest

Tweet about this on Twitter

Share on LinkedIn

retrieved-featured-image

Image Info

Dimensions: 1,280 × 624 pixels

Gallery

Students in the newly-named Cornelia Clapp Auditorium inside the Lillie Laboratory. Credit: Dyche Mullins

Sea Squirt (Ciona) embryo. Credit: Laurence Lemaire — Sea Squirt (Ciona). Credit: Laurence Lemaire | Equipment: Leica stereomicroscope

Katsuma Dan's message to the occupying American troops at the end of World War II, asking them to please not destroy the Misaki Marine Station, but leave it intact for peaceful scientific research. Credit: Dyche Mullins — Katsuma Dan’s message to the occupying American troops at the end of World War II, asking them to please not destroy the Misaki Marine Station, but leave it intact for peaceful scientific research. Credit: Dyche Mullins

Annelid (Platynereis). Credit: Ryan Null — Annelid (Platynereis). Credit: Ryan Null | Equipment: Nikon D5000 DSLR Camera

Nexus between phylogeny and function of the newly discovered nitrogen fixers in surface ocean metagenomes. (a) Phylogenomic analysis of 432 Proteobacteria genomes and 43 Planctomycetes genomes that Delmont and colleagues characterized (including the nine non-photosynthetic N fixers) using a collection of 37 phylogenetic marker gene families. Layers surrounding the phylogenomic tree indicate genome size and taxonomy of each genome at the phylum and class level. (b) Functional network of the nine non-photosynthetic N fixers based on a total of 5,912 identified gene functions. Size and color of genomic nodes represent the number of detected functions and genomic taxonomy, respectively. The color of functional nodes indicates their occurrence in the different genomes. Credit: Delmont et al (2018) Nature Microbiology, doi: 10.1038/s41564-018-0176-9

Sea Squirt (Ciona) embryo. Credit: Laurence Lemaire — Sea Squirt (Ciona) embryo. Credit: Laurence Lemaire | Equipment: • Equipment: custom build 2-photon microscope with Hamamatsu detector

Rachel Carson in 1944. Photo courtesy of U.S. Fish and Wildlife Service.

Karen Echeverri prepares to scoop up an axolotl in the Echeverri Lab. (Credit: Dee Sullivan)

← Return to entry

Leave a Reply Click here to cancel reply.