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2026
- 2026/03/17
- New publication in Nature Astronomy:
A complete set of canonical nucleobases in asteroid Ryugu demonstrates their prevalence in carbonaceous asteroids. [Journal]
Press Release:
Discovery of All Five Nucleobases in Asteroid Ryugu —The building blocks of DNA and RNA are universally present in two carbonaceous asteroids— [Press Release]
- 2026/03/11
- New publication in Progress in Earth and Planetary Science:
Discrepancies between feeding ecology and trophic position based on nitrogen isotopic composition in endosymbiont-bearing benthic foraminifers. [Journal]
- 2026/03/09
- New publication in Progress in Earth and Planetary Science:
Tracing terrestrial nitrogen contributions to the salt marsh food web of the Obitsu-river estuary in Tokyo Bay using compound-specific δ15N analysis of amino acids. [Journal]
- 2026/02/25
- New publication in Progress in Earth and Planetary Science:
Reassessing the origin of organic compounds in Mariana forearc serpentinite mud volcanoes: insights from isotopologue and molecular signatures. [Journal]
- 2026/02/05
- New publication in Geochemistry, Geophysics, Geosystems:
Silicate and Carbonate Weathering Perturbation at the Eocene-Oligocene Transition Recorded by Mg Isotopes. [Journal]
- 2026/01/28
- New publication in Progress in Earth and Planetary Science:
Carbon isotopic changes of 16 proteinogenic amino acids during trophic transfer in a cultured marine consumer. [Journal]
- 2026/01/27
- New publication in Organic Geochemistry:
Diagenetic and functionalized steroids in Oligocene marine mammal bones from Hokkaido, Japan. [Journal]
- 2026/01/22
- New publication in Science:
143–million-year seawater osmium isotopic record: Trends, rhythms, and dynamics of volcanism and tectonics. [Journal]
- 2026/01/20
- New publication in American Journal of Primatology:
Carbon and Nitrogen Stable Isotopic Profiling of Chimpanzees and Monkeys in Kalinzu Forest Reserve, Uganda. [Journal]
- 2026/01/15
- New publication in ACS Nano:
Transparent Insulators with a Tough Nanocellulose Skeleton Formed via Freeze-Drying. [Journal]
