Publications by authors named "Zhaoyu Peng"

Although root (AMR) has been noted as an ingredient in ruminant feed, the impacts of AMR feeding on rumen fermentation and the microbial community structure within the rumen are yet to be evaluated. This study investigated the effects of AMR supplementation on rumen fermentation characteristics and microbial community structures in goats. In two sets of feeding experiments, four Japanese native goats were fed AMR (10 g/kg DM/day/head) for three weeks per experiment.

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Dissolved gas analysis in transformer oil is useful for detecting early transformer failures. The research on gas sensors for monitoring dissolved gas in transformer oil has attracted wide attention from academia and industry. In this study, Rh-doped GeSe monolayers were used as gas sensing materials based on the density functional theory (DFT).

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Article Synopsis
  • Low soil moisture (SM) and high vapor pressure deficit (VPD) negatively affect tree photosynthesis and productivity by altering water content in canopy leaves.
  • Variations in canopy water content (CWC) can be measured using microwave remote sensing techniques like vegetation optical depth (VOD), indicating vegetation water status across global forests.
  • A significant decrease in CWC, particularly in tropical evergreen broadleaf forests, leads to increased instability in forest productivity, threatening their role as crucial carbon sinks.
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Synopsis of recent research by authors named "Zhaoyu Peng"

  • - Zhaoyu Peng's recent research spans various fields, including ruminant nutrition, gas sensing materials, and forest productivity stability, demonstrating a solid interconnectivity among these domains! - His study on feeding root supplementation in goats highlighted significant enhancements in rumen fermentation rates and microbial community structures, emphasizing the potential benefits of alternative feed strategies for livestock! - Additionally, Peng's investigation into canopy water content's role in forest productivity revealed critical insights into how environmental factors such as soil moisture and vapor pressure deficit influence tree photosynthesis, contributing vital information for understanding forest responses to climate change!