A weekly plant science research roundup curated and summarized by our Plantae Editors and Fellows
Heterosis, the phenomenon where hybrid plants outperform their genetically distinct parents, is a cornerstone of modern agriculture. This review by Hochholdinger and Yu explores the molecular mechanisms…
Maintaining root growth is a major plant adaptation to water deficit, enabling continued access to soil water. In a recent review, Voothuluru et al. discuss the inherent complexity of root systems in regard…
The development of genetically modified (GM) crops aims to improve agricultural yields in the field. However, their incorporation into agricultural systems is complex, as regulations and acceptance vary…
Cyanobacteria, although short-lived, are sensitive to photoperiodic time measurement just as in eukaryotes. Jabbur et al. discuss the discovery of photoperiodism in prokaryotic cyanobacteria, Synechococcus…
Single-cell transcriptomics offer unprecedented insights into how plants respond to their environment. Although this technique is powerful, it requires extensive processing of the tissue (cell wall digestion…
Legume plants inhibit the energy-intensive process of symbiotic nitrogen fixation when sufficient nitrate is present, primarily through nodule senescence. However, the nodule-specific genetic regulatory…
For centuries, herbarium collections have provided critical data about plant species and their abundance. However, with the development of digital apps such as iNaturalist that allow citizen scientists…
In most STEM disciplines there is a racial disparity between practitioners and the broader population. This disparity is often greater in plant sciences than in biomedical-related disciplines. Here, Hubbard…
Numerous studies have highlighted the critical importance of plasma membrane heterogeneities in regulating cell functions, leading to a proliferation of overlapping and contradictory terminologies. Here,…
Auxin signaling influences plant growth and development by controlling gene expression, often through binding of transcription factors from the Auxin Response Factor (ARF) family to ARF elements (AuxRE)…
ELONGATED HYPOCOTYL5 (HY5) is a transcription factor that regulates about one-third of Arabidopsis genes, affecting growth and development of seedlings through light and hormone signaling. UBIQUITIN-SPECIFIC…
The study by Bertran Garcia de Olalla et al. investigated the role of the APETALA2 (AP2) transcription factor in Arabidopsis, particularly its influence on the shoot apical meristem (SAM) during the transition…
Each week, the Plantae editors select new plant science research articles to highlight. The short summaries describe the question addressed and key findings, with links to the article.
