Abstract Cassava (Manihot esculenta Crantz) is a root crop significant in food security and
various bio-industrial applications such as animal feed, modified starch, and biofuels …

Abiotic stress negatively impacts cassava (Manihot esculenta) growth and yield. Several
molecular mechanisms of plant response to cold and drought have been identified and …

Cassava navigates drought stress via diverse mechanisms including avoidance, tolerance,
resistance or recovery from effects of drought. The crop's inherent tolerance to drought stress …

Background Stress acclimation is an effective mechanism that plants acquired for adaption
to dynamic environment. Even though generally considered to be sensitive to low …

Cassava is a tuberous root crop that offers food and nutrition security for vulnerable
populations, especially in the developing world. The crop is climate-resilient, widely …

Abstract Cassava (Manihot esculenta Crantz) is a multi-utility starchy tuber crop with
immense economic and industrial potential that are ideal for solving multiple crises including …

Biotic stresses often constitute major factors limiting global crop yields. A better
understanding of plant responses to these stresses will facilitate efforts to improve stress …

Background Cassava is an important tropical root crop adapted to a wide range of
environmental stimuli such as drought and acid soils. Nevertheless, it is an extremely cold …

Background: Cassava is an important tropical root crop adapted to a wide range of
environmental stimuli such as drought and acid soils. Nevertheless, it is an extremely cold …

Background: Cassava, an important tropical crop, has remarkable drought tolerance, but is
very sensitive to cold. The growth, development, and root productivity of cassava are all …