Chang-Jun Ding

Study on phyllosphere microbial community diversity of poplar

It is confirmed that phyllosphere microbial communities of different poplar varieties exhibit obvious host specificity and leaf nutrients are important driving factors regulating community structure, providing a scientific basis for the management of artificial poplar forests and the utilization of microbial resources.

Microbial Community Structure Diversity of Male and Female Poplar Plants of the Same Faction and Its Influencing Factors

Phyllosphere microorganisms interact with host plants to regulate growth, promote nutrient uptake and enhance stress tolerance with host specificity, while arbuscular mycorrhizal fungi facilitate plant nutrient absorption and stress adaptation. Current poplar microbial studies mostly focus on hermaphroditic species, wi...

Soil organic carbon fraction mediated microbial community assembly along stand age and seasonal gradients in temperate poplar plantations

Mixed Litter Decomposition Drives Functional Gene Rearrangement in the Microbial Carbon Cycle

Understanding how mixed‐species litter decomposition regulates microbial communities and carbon cycling is vital for guiding ecosystem restoration and climate change mitigation, as it is a key process for nutrient cycling and carbon sequestration. A 15‐month field experiment compared single‐species ( Pinus sylve...

Effects of Swine Biogas Slurry on Arbuscular Mycorrhizal Fungal Community in Poplar Plantations on Northeast China Sandy Soils

Arbuscular mycorrhizal fungi (AMF) are the key symbiotic microorganisms in sandy poplar plantations, regulating vegetation restoration and nutrient cycling. This study aims to investigate the impact of biogas slurry (BS) application on the community structure of AMF in the rhizosphere soil of poplar forests, in order t...