Panicles are branched inflorescence structures in which flowers or seeds develop on stems that branch off from a central axis, commonly found in grasses and cereal crops including rice, sorghum, and quinoa. Research published in Advances in Plant Biology examines panicle development and productivity across multiple …
Panicles are branched inflorescence structures in which flowers or seeds develop on stems that branch off from a central axis, commonly found in grasses and cereal crops including rice, sorghum, and quinoa. Research published in Advances in Plant Biology examines panicle development and productivity across multiple agronomic contexts. Studies have investigated how environmental stresses affect panicle formation and grain yield, including the impact of saline irrigation on quinoa cultivars under field conditions, where panicle characteristics contribute to overall plant performance under salt stress. Additional research has focused on sorghum panicle development in relation to parasitic weed resistance, examining genotypic variation in Striga tolerance that affects panicle emergence and seed production. The journal has also published work on precision agriculture approaches that influence rice panicle productivity and yield optimization at the farm level, as well as studies comparing how organic versus inorganic fertilizer strategies affect sorghum panicle development, grain production, and resource use efficiency in semi-arid environments. Understanding panicle biology is essential for improving cereal crop yields, developing stress-tolerant varieties, and optimizing agricultural management practices that support global food security.
4 peer-reviewed articles, ranked by relevance. Each links to its DOI.
The 4 articles above have been cited 16 times in the scholarly literature. Citation data via OpenAlex and Crossref, updated Jun 2026.
A sample of recent works citing this journal's research on Panicles, linking to each citing work.