Determining nitrogen topdressing rates in accordance with actual seedling density and crop nitrogen status in direct-seeded rice.

Bilin PengXinyu WangXiangyu HuYanzhuo LiuKaiming LiangYouqiang FuRui HuMei-Juan LiQunhuan YeYuanhong YinJunfeng PanXuhua Zhong

Published in: Journal of the science of food and agriculture (2023)

Our findings offer a quantitative method for establishing N topdressing rates for tillering and panicle development, relying on the monitoring of actual seedling density and plant N status in direct-seeded rice production. This article is protected by copyright. All rights reserved.

Keyphrases

arabidopsis thaliana
climate change
high resolution
mass spectrometry
cell wall