Due to global warming, high temperature stress severely impacts maize growth and
development, especially during the early filling stage. Supplemental irrigation is an effective …

Elevating soil water content (SWC) through irrigation was one of the simple mitigation
measures to improve crop resilience to heat stress. The response of leaf function, such as …

Background In the context of climate change, maize is facing unprecedented heat stress
(HS) threats during grain filling. Understanding how HS affects yield is the key to reducing …

Global warming causes topsoil temperatures to increase, which potentially leads to maize
yield loss. We explored the effects of soil warming/cooling on root-shoot growth and maize …

The occurrence of heat often exacerbates drought stress by increasing atmospheric vapor
pressure deficit and decreasing transpiration efficiency. Water replenishment to increase soil …

Identificationof agronomic practices that can ameliorate the negative effect of combined heat
and water stress on maize plants is vital in food security strategy. The objective of this study …

Increased occurrences and severity of heatwaves and drought events due to climate change
are posing significant threat to crop productivity worldwide. Maize is one of the most …

Objective: Climate change has led to global warming, with frequent occurrences of high
temperatures and droughts, and high temperatures often accompany droughts during …

Heat stress poses a significant threat to maize, especially when combined with drought.
Recent research highlights the potential of water replenishment to ameliorate grain weight …

High-temperature stress (HTS) at the grain-filling stage in spring maize (Zea mays L.) is the
main obstacle to increasing productivity in the North China Plain (NCP). To solve this …