drought-resilience
Drought resilience refers to the capacity of plants to maintain physiological function, growth, and reproduction under conditions of water deficit stress. Understanding the mechanisms behind drought resilience is critical for plant science, as water scarcity is one of the primary limiting factors for plant survival and agricultural productivity worldwide. Research in this area explores traits such as stomatal regulation, osmotic adjustment, root architecture, and metabolic adaptations that enable plants to tolerate or recover from drought conditions.
Plant response to and recovery from drought.
The tomatoes wilting in your garden and the trees lining your street are entering an era of more ...
PagMYB74 orchestrates flavonoid-mediated plant-microbe feedback for...
Poplar trees lining your streets or growing along riverbanks are quietly directing underground ba...
Provenance legacies override species effects in shaping oak rhizosp...
When foresters choose which oak trees to plant in your local park or watershed, picking trees who...
Interpretable multi-omics machine learning reveals drought-driven s...
Understanding exactly which soil microbes and plant compounds team up to fight drought could lead...
Evaluating the legacy of drought exposure on root and rhizosphere b...
If drought conditions can program a plant's offspring to host different soil microbes, gardeners ...
Signal transduction and regulatory networks of the rice root system...
Rice feeds more than half the world's population, and as droughts become more frequent with clima...
Divergent mechanisms governing aboveground biomass in desert plants...
If you're trying to restore a dry garden patch or a drought-stressed lawn, there's a real moistur...
Kernel-DMD for multiome data integration and control.
Same biological tricks that let certain exotic plants survive brutal droughts could potentially b...
Successive cultivation under drought selects for specific microbiom...
The wheat in your bread relies on invisible communities of root bacteria to survive dry spells — ...
A SAUR gene enhances maize drought resilience by promoting silk elongation.
Corn silk is more fragile than it looks — a week of dry heat at the wrong moment shrivels it befo...
Synergistic water absorption and release in water storage clay: Rol...
Mixing this waste-derived clay into a drought-stressed garden bed could mean watering half as oft...
Diversity-triggered 2-naphthoic acid exudation recruits keystone mi...
Farmers growing soybeans through increasingly brutal summer droughts may one day treat seeds with...
Genome-wide identification and functional characterization of Isope...
Mulberry trees feed silkworms, anchor soil, and increasingly show up in edible landscaping — know...
Addressing global hotspots of drought-related crop production losses.
Drought hotspots in the central US, eastern Brazil, and South Asia are already quietly shrinking ...
The SlASR4 Interaction with the Phloem Protein2 (SlPP2) regulating ...
Tomatoes are notoriously thirsty plants, and understanding how they can be bred to handle dry spe...
Innovations in economic assessment of drought management: Applicati...
Farmers growing the alfalfa, corn, and pecan crops that feed your region's food supply are being ...
A comprehensive transcriptomic dataset of Sorghum bicolor seedlings...
Sorghum quietly feeds hundreds of millions of people in the world's driest, hottest regions — and...
