Soil Microbial Networks Under Long-term Nitrogen Stress: Reinforcing the Core of Ecosystem Health

Xiaobo Yuan and Yaodan Zhang, from Lanzhou University in China, discuss their article: Soil microbial networks mediate long-term effects of nitrogen fertilization on ecosystem multiservices Nitrogen (N) fertilization caused by anthropogenic activities such as fertilizer application and fossil fuel combustion have significantly impacted the capacity of ecosystems to support key services such as nutrient cycling…

Mismatched responses of plant and microbial biodiversity to climate warming and anthropogenic activities in the Third Pole

Biodiversity supports the foundation for ecosystem functions and services. Extensive research has shown that global changes have significantly impacted above-ground biodiversity and its associated ecosystem functions and services. However, below-ground soil microbial biodiversity has received relatively less attention, leading to significant knowledge gaps. It remains uncertain whether below-ground biodiversity responds to global changes in a…