Publications by authors named "Milad Bagheri Shirvan"

Grassland plants allocate photosynthetically fixed carbon (C) belowground to root biomass and rhizodeposition, but also to support arbuscular mycorrhizal fungi (AMF). These C allocation pathways could increase nutrient scavenging, but also mining of nutrients through enhanced organic matter decomposition. While important for grassland ecosystem functioning, methodological constraints have limited our ability to measure these processes under field conditions.

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Article Synopsis
  • Rhizodeposition significantly influences carbon cycling in soil, but accurately measuring it in natural settings has been challenging.
  • Using a C-CO pulse-labeling technique, researchers quantified the role of rhizodeposition in below-ground respiration in a grassland environment.
  • The study found that rhizodeposit decomposition contributes 7-31% to total respiration and is affected by drought and nitrogen treatments, showcasing the complexity of carbon dynamics in these ecosystems.
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