Ratooning is an important cultivation practice in sugarcane production around the world, with underground buds on remaining stalk acting as source for establishment of a subsequent ratoon crop. However, optimal depth cutting during harvest terms yield and root growth remains unknown. We carried out two-year field study to determine effects three depths (0, 5 10 cm below surface) cane yield. Res...

This study aimed to determine the ratooning ability of lowland rice production management practices. It assessed profitability abovementioned objectives. The experiment was set out in a split-plot organized Randomized Complete Block Design with practices as main plot and cutting heights ratoon crop subplot treatment. Production notably affected all agronomic characteristics, yield, yield compon...

Objectives: In order to find out the differences in source–sink characteristics of ratooning rice and main season approaches increase grain yield rice, a sowing-by-stage method was adopted synchronize with induce their key growth stages under similar environmental conditions. The four varieties ecological conditions were examined 2019 2020. Results: results were: (1) leaf area index (LAI) range...

Ratooning in sugarcane often leads to soil problems such as degradation, acidification, and soil-borne diseases that negatively impact agriculture output sustainability. Understanding the alteration bacterial communities, activities, their diversity connected plant under consecutive ratooning still needs be clarified. To address this gap, multidisciplinary approaches Illumina sequencing measure...

Excellent growth responses were achieved by treating a sugarcane plant crop with the following nematicides: Di-Trapex, EDB, aldicarb, a combination treatment of EDB and aldicarb and a combination treatment of soil and foliar applied oxamyl. Fairly satisfactory responses were obtained when using oxamyl as a foliar spray only, and as a soil treatment only, and as a foliar treatment in combination...