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October 23, 2025VIETNAM JOURNAL OF EARTH SCIENCES

Tree ring δ¹³C of Pines at acidic soil forest in central Vietnam: A preliminary result for further stable isotope application on climate change and environmental protection

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Authors

HVHung Dinh VietHKHue Nguyen Thanh KimTCT Chu

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Overview

Case study integrates soil chemical analysis and tree ring δ¹³C to explore soil acidification impacts on climate and vegetation management.

Key Points

  • Soil acidity was linked to δ¹³C in pine tree rings, indicating environmental changes in central Vietnam.
  • Soil chemical analysis revealed significant properties affecting forest health across different depths.
  • Investigative methods included soil grain size and pH measurement to understand acidification processes.
  • Results highlight the need for effective vegetation management to mitigate soil acidity and support tree growth.

Cite This Study

Viet et al. (2025) studied this question.

synapsesocial.com/papers/68f9a0eb8ea8f2f37ee94c53https://doi.org/10.15625/2615-9783/23656
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