Researchers investigated the intricate interactions between moss, fungi, and endobacteria. Through microscopy and genetic analysis, they discovered that endobacteria within fungi influence their relationship with moss. These findings shed light on fundamental aspects of plant evolution.
Climate change is already harming agricultural yields and may one day pose a significant threat to the world’s food supply. Engineering more resilient crops, including those able to thrive in the face of drought or high soil salinity levels, is an increasingly urgent need. A new study reveals details about how plants regulate their responses to stress that may prove crucial to those efforts.
A recent study reveals key genes, NnFT2 and NnFT3, regulating lotus flowering. They interact with NnFD, part of the flowering activation complex, stimulating floral induction. Findings offer insights for lotus genetic enhancement.
A groundbreaking weed database, comprising 928 species, offers insights into historical agricultural practices and the future of farming amid climate change, sheds light on ancient agricultural techniques and informs modern food system resilience.
A multidisciplinary approach has enabled researchers to quantitatively define the relative positioning and arrangement of the polymers in Populus wood and to create a computer model that details the findings. The research into solving this macromolecular puzzle may hold the key to efficiently disentangle and deconstruct biomass for conversion to fuels, chemicals, and materials.
Desiccation is typically fatal for plant vegetative tissues, but a small number of land plants have evolved vegetative desiccation tolerance (VDT), allowing them to dry without dying through a process called anhydrobiosis. Recently, a research group established a genome database, “Drying without Dying,” for desiccation-tolerant plants.
Barley seedlings grow on average 50% more when their root system is stimulated electrically through a new cultivation substrate. In a study researchers have developed an electrically conductive “soil” for soilless cultivation, known as hydroponics.
Plants have evolved fiendishly complicated metabolic networks. For years, scientists focused on how plants make secondary metabolites, the compounds that plants produce to enhance their defense and survival mechanisms.
Part of modern cancer therapy is the use of chemicals that kill the tumor. Unfortunately, these chemicals are often very complex, difficult to obtain and thus expensive. Researchers have unravelled the biosynthetic pathway of paclitaxel in Yew plants. This discovery might facilitate the production of this very complex molecule which is currently produced with great efforts and high costs.
Rice, vital for global food security, faces production challenges during the heading-flowering stage. Traditional phenotyping struggles for large-scale analysis, prompting a shift to advanced computer vision and deep learning. While methods like SIFT and neural networks enhance rice panicle analysis, capturing dynamic growth necessitates merging field cameras with deep learning for precise, real-time monitoring.
