Zihan Fan

Green manure species composition differentially regulates soil N₂O emissions and their environmental drivers in subtropical tea plantations

Green manure intercropping is widely advocated for improving soil fertility in perennial cropping systems, yet its effects on soil N₂O emissions remain poorly quantified in tea plantations. This study assessed N₂O fluxes under three intercropping regimes, i.e., no intercropping (...

Indirect Adventitious Shoot Organogenesis and Plant Regeneration from Solanum nigrum L.

Solanum nigrum L. plays an important role in anti-tumor activity. Previous studies have reported an imperfect in vitro regeneration system with unclear regeneration processes. This study firstly screened the optimal explant type for regeneration, and leaf explants were finally se...

Spatially contrasting CO 2 dynamics driven by green manure intercropping in subtropical tea plantations

Abstract. Tea plantations are important contributors to greenhouse gas emissions due to intensive fertilization and continuous cultivation. However, the mechanisms by which green manure intercropping regulates soil CO2 dynamics in these systems remain poorly understood. We employ...