Congde Huang

Sichuan Agricultural University

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Shixing Zhou

Sichuan Agricultural University

Liehua Tie

Guizhou University

Junxi Hu

Sichuan Agricultural University

Jordi Sardans

Centre for Research on Ecology and Forestry Applications

Xinglei Cui

Sichuan Agricultural University

Lihua Tu

Sichuan Agricultural University

Josep Peñuelas

Global Ecology Unit CREAF-CSIC-UAB

Lin Xiao

Sichuan Agricultural University

Dongyu Cao

State Forestry and Grassland Administration

Shengzhao Wei

Yunnan University

Cooperative Institutions

Sichuan Agricultural University

State Forestry and Grassland Administration

Chinese Academy of Sciences

University of Chinese Academy of Sciences

Sichuan Academy of Forestry

University of Maryland, College Park

Guizhou University

Sichuan University

Goddard Space Flight Center

Ministry of Agriculture and Rural Affairs

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Aboveground Carbon Storage and Its Spatial Distribution in the Subalpine Forest of Daofu County Based on Remote Sensing Model

Chinese Journal of Appplied Environmental Biology (2013)

Jiaming Lai Congde Huang Tingxing Hu Wunian Yang

Subalpine forest

Carbon fibers

10.3724/sp.j.1145.2013.00593

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Effects of simulated nitrogen deposition on forms and contents of soil available nitrogen in an evergreen broad-leaved forest

Xibei Nonglin Keji Daxue Xuebao(Zirankexueban) (2016)

Xiang Yuanbin Congde Huang HU Ting-xing Lihua Tu Zhou Shixing

Deposition

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Wall-to-wall assessment of carbon stock and flux consequences of forest disturbances in the Pacific Northwest United States using remote sensing and forest inventory data

AGU Fall Meeting Abstracts (2015)

Huan Gu C. A. Williams G. J. Collatz J. G. Masek Gretchen G. Moisen

Forest Inventory

Carbon flux

Stock (firearms)

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[Characteristics of carbon stock in artificial forest ecosystem in Sichuan Province of China].

PubMed (2008)

Congde Huang Jian Zhang Wanqin Yang Guoqing Zhang

By using forest inventory data in combination with plot measurement, the characteristics of carbon density, stock, and partitioning in artificial forest ecosystem in Sichuan Province of China were studied. The results showed that the carbon density in this forest ecosystem was averagely 161.16 Mg C x hm(-2), being ranked in the order of soil layer (141.64 Mg C x hm(-2)) >tree layer (17.95 Mg C x hm(-2)) >litter layer (1.06 Mg C x hm(-2)) >shrub layer (0.52 Mg C x hm(-2)), and the total carbon stock was 573.57 Tg C, with 63.88 Tg C, 1.836 Tg C, 3.764 Tg C, and 504.09 Tg C, accounting for 11.14%, 0.32%, 0.66%, and 87.88% of the total in tree layer, shrub layer, litter layer, and soil layer, respectively. The carbon density and stock in different artificial forest ecosystems varied from 75.50 Mg C x hm(-2) to 251.74 Mg C x hm(-2) and from 1.21 Tg C to 99.44 Tg C, with the highest and lowest values observed in soil layer and shrub layer, respectively. Comparing with other regions in China, Sichuan Province had a lower carbon density in the tree layer of artificial forest ecosystem, due to the higher proportion of young and middle age forest stands, which implied that a proper management of artificial forest could increase the carbon sequestration in forest ecosystem of Sichuan. To monitor the carbon stock in artificial forest ecosystem at ecosystem level could be helpful to the improvement of the precision of forest carbon sequestration evaluation.

Litter

Soil carbon

Carbon fibers

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Citations (9)

Effects of reduced precipitation on litter decomposition in an evergreen broad-leaved forest in western China

Forest Ecology and Management (2018)

Shixing Zhou Congde Huang Yuanbin Xiang Liehua Tie Bohan Han

Biogeochemical Cycle

Plant litter

Litter

Nutrient cycle

Terrestrial ecosystem

10.1016/j.foreco.2018.08.022

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Citations (29)

Climatic conditions affect shoot flammability by influencing flammability‐related functional traits in nonfire‐prone habitats

New Phytologist (2023)

Xinglei Cui Dachuan Dai Congde Huang Bilei Wang Shuting Li

Plant flammability is an important driver of wildfires, and flammability itself is determined by several plant functional traits. While many plant traits are influenced by climatic conditions, the interaction between climatic conditions and plant flammability has rarely been investigated. Here, we explored the relationships among climatic conditions, shoot-level flammability components, and flammability-related functional traits for 186 plant species from fire-prone and nonfire-prone habitats. For species originating from nonfire-prone habitats, those from warmer areas tended to have lower shoot moisture content and larger leaves, and had higher shoot flammability with higher ignitibility, combustibility, and sustainability. Plants in wetter areas tended to have lower shoot flammability with lower combustibility and sustainability due to higher shoot moisture contents. In fire-prone habitats, shoot flammability was not significantly related to any climatic factor. Our study suggests that for species originating in nonfire-prone habitats, climatic conditions have influenced plant flammability by shifting flammability-related functional traits, including leaf size and shoot moisture content. Climate does not predict shoot flammability in species from fire-prone habitats; here, fire regimes may have an important role in shaping plant flammability. Understanding these nuances in the determinants of plant flammability is important in an increasingly fire-prone world.

Combustibility

10.1111/nph.18905

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Citations (5)

四川省における森林植生の炭素貯蔵量の時空変化【JST・京大機械翻訳】

Yingyong Shengtai Xuebao (2007)

Congde Huang Jian Zhang Yang Wanqin Tang Xiao

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四川省における亜高山森林植生のバイオマスのリモートセンシング推定【JST・京大機械翻訳】

Wutan Hua Tan Jisuan Jishu (2016)

Jiaming Lai Wunian Yang Congde Huang HU Ting-xing

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Effects of Soil Arthropods on Non-Leaf Litter Decomposition: A Meta-Analysis

Forests (2023)

Wei Cheng Liehua Tie Shixing Zhou Junxi Hu Shengnan Ouyang

According to the widely accepted triangle model, global litter decomposition is collectively controlled by climate, litter initial quality, and decomposers. However, the specific contribution of soil arthropods to litter, especially the non-leaf litter, the decomposition of terrestrial ecosystems and its drivers are still unclear. We conducted a global meta-analysis based on 268 pairs of data to determine the contribution and pattern of soil arthropods to branch, stem, and root litter decomposition in farmlands, forests, and grasslands and analyzed the relationship of soil arthropods’ decomposition effect and potential drivers. Our results showed that: (1) soil arthropods increased global non-leaf litter mass loss by 32.3%; (2) the contribution varied with climate zone and ecosystem type, with a value of subtropical (53.3%) > temperate (18.7%) > tropical (14.7%) and of farmlands (40.6%) > grasslands (34.3%) > forests (0.6%), respectively; (3) the soil arthropods’ decomposition effect gradually decreased with decomposition time, and it was higher in litterbags with a mesh size of 1–2 mm (65.4%) and >2 mm (49.8%) than that of 0.5–1 mm (13.6%); (4) the soil arthropods’ decomposition effects were negatively correlated with the litter initial C/N ratio, mean annual precipitation (MAP; p < 0.001), and elevation and was positively correlated with litter weight. In conclusion, soil arthropod promoted global non-leaf litter decomposition, and the contribution varied with climate zone, ecosystem type, and decomposition time as well as litterbag mesh size. Overall, this study improves the understanding of soil arthropods driving global non-leaf litter decomposition.

Decomposer

Litter

Plant litter

Terrestrial ecosystem

10.3390/f14081557

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Citations (4)

Litter mixture effects on nitrogen dynamics during decomposition predominantly vary among biomes but little with litter identity, diversity and soil fauna

Soil Biology and Biochemistry (2024)

Shixing Zhou Olaf Butenschoen I. Tanya Handa Matty P. Berg Brendan G. McKie

Biome

Litter

Plant litter

10.1016/j.soilbio.2024.109602

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Citations (1)