Fe-enriched biochar has proven to be effective in reducing Cd uptake in rice plants by
enhancing iron plaque formation. However, the effect of Fe on biochar, especially the …

Developing an efficient and high-yielding mechanical rice establishment system is one of
the most important approaches for intensive and large-scale rice production. Recently, an …

Functional stay‐green (FSG) is characterized by delayed senescence during the
reproductive stage in rice. A recombinant inbred line (RIL) population derived from 'Pusa …

One-time fertilization with controlled-release urea (CRU) is a research hotspot for its lower
labor cost and stability of nitrogen (N) supply for rice growth. Yet the fertilizer formulation …

Leaf senescence is an important developmental process for deciduous trees during which
part of leaf nitrogen is remobilized to branches, thus being beneficial for nitrogen …

Estimating and monitoring chlorophyll content is a critical step in crop spectral image
analysis. The quick, non-destructive assessment of chlorophyll content in rice leaves can …

Premature leaf senescence significantly reduces rice yields. Despite identifying numerous
factors influencing these processes, the intricate genetic regulatory networks governing leaf …

Direct seeding ratoon rice (DSRR) system is a planting method that can significantly
increase grain yield, improving light and temperature utilization efficiency and reducing …

Rice lacks sufficient amounts of zinc despite its vitality for human health. Leaf senescence
enables redistribution of nutrients to other organs, yet Zn retransfer during deficiency is often …

Premature senescence is a common occurrence in rice production, and seriously affects rice
plants' nutrient utilization and growth. A total of 120 recombinant inbred lines (RILs) were …