Assembling Complex Plant Genomes
New, rapid, and low-cost approach can be applied to many species.
New, rapid, and low-cost approach can be applied to many species.
Model scenarios predict increased scarcity in the Middle East and India.
Strains produce “drop-in” fuels and chemicals derived from fatty acids.
Genome variability helps explain why Emiliania huxleyi canflourish in diverse ocean habitats.
Cloud, radiation, and drizzle measurements lead to better simulations.
Simulations and neutron diffraction reveal how amines disrupt cellulose’s structure.
Understanding microbial community processes improves predictions of soil carbon dynamics.
Computational modelling shows how the shape and motion in a polymer gel can be controlled solely by light.
Single palladium atoms convert the surface of an inexpensive metal into an ultra-selective hydrogenation catalyst.
Understanding fundamental chemistry is important for accurate engine modeling.
Electric fields control growth of “sticky” polymer particles.
Discovery of coexisting ordered and disordered catalytic nanoparticles.