Research

Plant Physiology & Development

The Oxygen Plants Release Does Not Come from CO₂—Tracing How Water Becomes O₂

Research

Where Did Cultivated Chrysanthemums Come From? A Hexaploid Genome Traces Their History Across China, Japan and the World

Research

Why Did Grasses Become So Successful? The Evolutionary Origins of Starch and Lignin Metabolic Innovations

Research

Can a One-Base Deletion Make Rice Stronger? A Truncated NLR8 Variant Confers Drought and Blast Resistance

Ecology & Evolution

An Insect Stuck to a Plant Does Not Prove Carnivory: How Saxifraga candelabrum Was Shown to Eat Prey

Ecology & Evolution

The Oldest Chemically Confirmed Amber Is 385 Million Years Old—Resin Chemistry Predates the Rise of Seed Plants

Plant Physiology & Development

Do Plant Cells Grow Because Their Walls Become Acidic? WALLΦ Reveals a Mismatch Between Root pH and Local Elongation

Ecology & Evolution

How Mirror-Image Flowers Are Built: A Supergene and Gravity Place Pollen on Opposite Sides of Pollinators

Genetics, Genomics & Breeding

Don’t Send the Virus to the Meristem: TRV–TnpB Enables Heritable Genome Editing in Tomato

Environment & Climate

How Much Did Rising CO2 Increase Global Land Photosynthesis? A 13.5 ± 3.5% Constraint for 1981–2020