Naishen Liang

Sustainable management for Japan’s cedar stands towards national carbon neutrality

Masakazu Ota, Kentaro Takagi, Naishen Liang, Yoshiyuki Takahashi et autres

To achieve carbon neutrality by 2050, Japan is revitalizing forestry. However, it is unclear which specific management methods should be implemented. Using a numerical model, we explore the carbon balance and economic outcomes of feasible management practices for Japanese cedar ( Cryptomeria …

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Continuous acceleration of soil heterotrophic respiration over 16 years of soil warming in a sub-boreal forested peatland

Ruiqi Ma, Kentaro Takagi, Toshiaki Kondo, Jun Koarashi et autres

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WITHDRAWN: Corrigendum to ‘Continuous acceleration of soil heterotrophic respiration over 16 years of soil warming in a sub-boreal forested peatland’ [Soil Biology and Biochemistry volume 221 (2026) 110212]

Ruiqi Ma, Kentaro Takagi, Toshiaki Kondo, Jun Koarashi et autres

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Depth mediates divergent soil organic carbon responses to nitrogen and phosphorus enrichment in a Tibetan alpine meadow

Hui Li, Chenggang Song, Jingbin Zhu, Wei Du et autres

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Strong and rapid response of CO2 flux components after a rainfall event in an annual plant community in a semi-arid grassland

Munemasa Teramoto, Naishen Liang, Batdelger Gantsetseg, Takehiro SASAKI et autres

Under the changing rainfall patterns induced by global climate change, understanding the response of CO2 fluxes to rain pulses is becoming increasingly important. Although the response likely varies among ecosystems and plant species, we have limited information regarding the CO2 flux response …

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Warming and its legacy effects on soil CH4 flux in a sub-boreal forested peatland in northern Japan

R Y, Kentaro Takagi, Rihito Hosoda, Toshiaki Kondo et autres

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Long-term multi-nutrient enrichment enhances aboveground biomass without compromising ecosystem temporal stability in a Tibetan alpine meadow

Fawei Zhang, Wei Du, Chenggang Song, Hongqin Li et autres

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Responses and linkages of soil microbes, enzyme activities, and organic carbon pools to nitrogen addition and precipitation change of an alpine meadow

Fawei Zhang, Hongqin Li, Chenggang Song, Jingbin Zhu et autres

阐明土壤微生物与酶活性对氮沉降及降水格局改变的响应机制，是预测全球变化背景下高寒草甸碳循环过程的重要科学基础。本研究依托2017年在青藏高原东北缘建立的高寒草甸氮水改变模拟实验平台（氮添加10 g•m⁻²•a⁻¹，降水±50%），分析2024年表层（0~10 cm）与深层（30~40 cm）土壤微生物生物量碳氮含量（MBC、MBN）、微生物磷脂脂肪酸（PLFA）、酶活性及有机碳（SOC）化学组分的响应规律。结果表明氮添加提高地上生产力及表层SOC和全氮含量，同时导致表层土壤酸化，但对地下生物量（BGB）及土壤磷钾含量无显著影响。MBC、MBN和PLFA在表层稳定但深层下降。氮添加促进表层脲酶活性，但抑制水解酶和深层氧化酶活性。表层缓效SOC提升，深层活性和惰性SOC下降。pH和BGB通过调控微生物和酶活性影响SOC。因此，氮水改变通过"环境过滤-代谢底物"双重路径调控土壤碳稳定性。

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Seasonal freeze-thaw processes controlled the carbon flux components of an alpine meadow ecosystem above 4000 m

Yuanhai Fu, Yue Cao, Lifei Sun, Naishen Liang et autres

Changes in freeze-thaw processes driven by climate warming significantly influence the carbon dynamics of alpine meadow ecosystems. Understanding the patterns of change in carbon flux components during different periods of seasonal freeze-thaw processes is essential for predicting changes in ecosystem carbon sequestration …

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Quantitative evaluation of carbon dioxide emissions from the subsoils of volcanic and non-volcanic ash soils in temperate forest ecosystems

Yukiko Abe, Masataka Nakayama, Mariko Atarashi-Andoh, Takeshi Tange et autres

Subsoils (typically below a depth of 30 cm) contain more than half of global soil carbon (C) as soil organic C (SOC). However, the extent to which subsoil SOC contributes to the global C cycle and the factors that control it are …

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Context dependencies in the responses of plant biomass and surface soil organic carbon content to nitrogen addition and precipitation change within alpine grasslands

Fawei Zhang, Hongqin Li, Jingbin Zhu, Chunyu Wang et autres

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Long-Term Nutrient Enrichment Increases Aboveground Biomass Without Reducing Temporal Stability in a Tibetan Alpine Meadow

Fawei Zhang, Wei Du, Chenggang Song, Hongqin Li et autres

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