Add to ORKGNot AvailableAbstract Increasing episodes of high temperature (HT) is becoming a serious threat to rice production throughout the world. Studies on the response of popular rice varieties to HT stress in natural field conditions are very limited. Hence, we tested six popular rice varieties for their response to HT stress imposed by late sowing under field conditions. Effect of heat stress was evaluated based on the following traits: flag leaf chlorophyll content (SPAD), flag leaf temperature, net photosynthetic rate (PN), stomatal conductance (gs), spikelet fertility and yield per plant (YPP). High temperature stress decreased overall spikelet fertility by 16% and yield per plant by 29%. Based on the heat susceptibility index (HSI) of all t...
The high temperatures during sensitive growth phases are changing rice morphology as well as influen...
Environmental stress trigger a variety of rice plant response, ranging from alters seed set, grain y...
Extreme temperatures, above and below critical thresholds, lead to heat and cold stress, respectivel...
Not AvailableIn changing climatic conditions, heat stress caused by high temperature poses a serious...
The predicted 2–4 °C increment in temperature by the end of the 21st Century poses a threat to rice ...
Global warming has caused frequent occurrence of heat stress at the flowering stage of single-season...
Drought affected rice areas are predicted to double by the end of this century, demanding greater to...
. Rice is very sensitive to high temperature stress at the flowering stage. The rice plants were exp...
Optimum growing temperature is necessary for maximum yield-potential in any crop. The global atmosph...
. Rice is very sensitive to high temperature stress at the flowering stage. The rice plants were exp...
One of the overwhelming and deleterious effects of global warming on rice production is heat tempera...
The Australian rice industry, established in the cooler environment of NSW and Northern Victoria, is...
Abstract Heat events during the reproductive stages of rice plants induce great yield losses. Cultiv...
Extreme temperature events as a consequence of global climate change result in a significant decline...
Drought affected rice areas are predicted to double by the end of this century, demanding greater to...
The high temperatures during sensitive growth phases are changing rice morphology as well as influen...
Environmental stress trigger a variety of rice plant response, ranging from alters seed set, grain y...
Extreme temperatures, above and below critical thresholds, lead to heat and cold stress, respectivel...
Not AvailableIn changing climatic conditions, heat stress caused by high temperature poses a serious...
The predicted 2–4 °C increment in temperature by the end of the 21st Century poses a threat to rice ...
Global warming has caused frequent occurrence of heat stress at the flowering stage of single-season...
Drought affected rice areas are predicted to double by the end of this century, demanding greater to...
. Rice is very sensitive to high temperature stress at the flowering stage. The rice plants were exp...
Optimum growing temperature is necessary for maximum yield-potential in any crop. The global atmosph...
. Rice is very sensitive to high temperature stress at the flowering stage. The rice plants were exp...
One of the overwhelming and deleterious effects of global warming on rice production is heat tempera...
The Australian rice industry, established in the cooler environment of NSW and Northern Victoria, is...
Abstract Heat events during the reproductive stages of rice plants induce great yield losses. Cultiv...
Extreme temperature events as a consequence of global climate change result in a significant decline...
Drought affected rice areas are predicted to double by the end of this century, demanding greater to...
The high temperatures during sensitive growth phases are changing rice morphology as well as influen...
Environmental stress trigger a variety of rice plant response, ranging from alters seed set, grain y...
Extreme temperatures, above and below critical thresholds, lead to heat and cold stress, respectivel...