Sugars transported from leaves (source) to stems (sink) energize cell growth, elongation,
and maintenance. which are regulated by a variety of genes. This review reflects progress …

Sugarcane holds a critical position in global agriculture, serving as a basis for the sugar and
bioenergy sectors. The integration of remote sensing technologies and sophisticated …

Studying the thermal stress effect on sucrose-metabolizing enzymes in sugarcane is of great
importance for understanding acclimation to thermal stress. In this study, two varieties …

Context Identifying a combination of drought adaptive traits including physiological and
biochemical characteristics defined as efficient indices helps to improve drought tolerance …

By analysing biochemical composition, assessing soil quality, projecting yields, predicting
productivity, identifying illnesses, and predicting productivity, artificial intelligence (AI) has …

Sucrose yield in sugarcane is a complex process regulated by both environmental and
endogenous factors. However, the metabolic balance driving vegetative growth and sucrose …

Sugarcane is a globally significant economic crop, and sugar content is a key determinant of
its financial and industrial value. This study utilized sugar content information from spring …

Accurate assessment of crop vegetative state is crucial for agricultural management,
particularly under environmental stress, and detailed field experiments face logistical and …

Fifty-five sugarcane genotypes from around the world were collected and evaluated for
potential use as parental material in the USDA ARS Canal Point (CP) sugarcane breeding …

India is producing surplus amounts of sugarcane and sugar. Over the past few years, India
has produced more than 300 million tonnes of sugarcane from about five million ha of land …