Network Meta-Analysis of Factors Influencing the Carbon Sink Capacity of Urban Park Green Spaces by Yutong JI, Tianyi LIN, Lian LIU, Xiong LI

“…Fast-growing tree species with large-canopy demonstrate strong initial carbon sink capacity, while subsequent maintenance, including pruning, is essential to sustain long-term benefits. …”
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Factors influencing natural regeneration of Fagus hayatae by Chun Qin, Meng Tang, Xue-mei Zhang

“…Mid-elevation populations (1,770–1,800 m) demonstrated contrasting dynamics: DBH positively influenced sapling density (0.57), small tree density (0.89), and height growth (0.38), whereas available potassium indirectly reduced regeneration capacity through cascading effects involving canopy structure (DBH-mediated) and soil moisture, necessitating balanced canopy light penetration and weak acidic pH maintenance. …”
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Seasonal water-heat-salt dynamics in coastal salinized fields: impacts on cotton photosynthesis and yield by Guoyi Feng, Guoyi Feng, Qian Zhang, Qian Zhang, Yan Wang, Yan Wang, Ming Dong, Ming Dong, Shulin Wang, Shulin Wang, Zhe Wu, Hong Qi, Hong Qi

“…Mildly saline fields exhibited superior photosynthetic performance, with leaf area index, chlorophyll content, and canopy photosynthetic rate being 1.2–1.5 times higher than in moderate/severe fields. …”
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A spatial slip plane-based vegetation model for slope reinforcement and shallow landslide mitigation by I.G. Tejakusuma, E.H. Sittadewi, A. Mulyono, T. Handayani, A. Tohari, H.E.H. Fatahillah, Z. Zakaria, E.B. Budiman, N. Utami

“…Plants were selected based on root depth, evapotranspiration capacity, and canopy density properties.CONCLUSION: In high-risk zones (breccia 3–4.5 meters, slopes >30 degrees), deep-rooted trees of >4.5 meters, fast-growing tree species with high evapotranspiration, and dense canopies such as Paraserianthes falcataria, Eucalyptus sp., and Acacia mangium, are recommended, with wider spacing to prevent additional loading. …”
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Effect of different light qualities on photosynthetic characteristics and fruit quality of Shine Muscat grapevines grown under rain-sheltered cultivation by GONG Xiaomin, YU Guanghui, LI Xiujie, WANG Rong, CHEN Guangxia, WU Yusen, WU Xinying, ZHANG Zhichang, LI Bo, MA Yujiao

“…LED lamps (36 W, 640 nm) were installed 30 cm above the canopy and operated 12 hours daily (8:00—20:00) from April 11th to September 7th, 2023. …”
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