Tag: Abiotic Interactions

The phytohormone ethylene is known for its importance in plant development and mostly for its role in fruit ripening. However, in this review Huang et al. summarize recent findings on ethylene’s role in temperature (hot and cold) stress response and ethylene crosstalk with other hormones. Interestingly,…

Climate change is having negative effects on yield of economically important crops such as rice. Therefore, there is a pressing need for climate-change adapted crops. Previous research has highlighted that a decrease in stomatal density can enhance drought tolerance. EPIDERMAL PATTERNING FACTOR-LIKE9…

Harvest index (HI) is the ratio of grain yield to the sum of grain, leaf, and stem biomass. HI is affected by environmental conditions such as water availability. Previously, carbohydrate remobilization from stem to grain has been shown to be affected by drought  (which in rice contributes to C remobilization)…

Few topics are as inherently interesting from both fundamental and applied perspectives as salt tolerance in crop plants. From the basic science side, cells have several strategies that they use to keep Na+ levels low in their cytosol in spite of what can be a very steep concentration gradient from out…

The January 2023 issue of The Plant Cell includes a focus issue on “Climate change and plant stress: From genes to ecosystems”. This timely focus issue has in it commentaries, reviews, and research articles on the topic. I particularly enjoyed reading the two reviews that include short perspectives…

Artificial selection has significantly increased crop yield. However, this has come at the cost of compromising abiotic stress tolerance. Stomatal aperture has an important role in abiotic stress tolerance. Abiotic stress induces stomatal closure and involves the intracellular production of reactive…

Salinity stress is one of the primary abiotic causes of crop loss worldwide. In roots, the early response to high salt levels is coordinated largely via the well characterized salt-overly sensitive (SOS) pathway, which is dependent on Ca2+ signaling. However, how plants cope with elevated salt levels…

The plasma membrane (PM) is a critical interface between the cell and its environment and serves crucial sensing and transducing roles. This timely review by Medina-Puche and Lozano-Durán updates exciting new developments in understanding communication between the PM and intracellular organelles, focusing…